FALL 1969
27 th EDITION
THIS D.A.T.A.B 00 K VALID UNTil SPRING 1970 EDITION
D.~.T.jJ.l.e.
REFERENCE STANDARDS FOR INDUSTRY
..
D ..lI..T..lI..
REFERENCE STANDARDS FOR INDUSTRY
TRANSISTOR
D.A.T.A.B 0 0 K
Staff
President ....................................................................................
Executive Vice·President .........................................................
Vice·President & Gen. Mgr .......................................................
Director. Operations..................................................................
Data Processing Manager .........................................................
Sales Manager ...........................................................................
Henry Tulchin
E. L. Ayres
Gordon Newman
Herman Schlesinger
Fred Lepow
Ray Vitullo
COPYRIGHT@ 1969 DERIVATION AND TABULATION ASSOCIATES, INC.
32 LINCOLN AVENUE
Tel. 201·673·8030
•
ORANGE, N. J. 07050
•
TWX 710·994·5839
FALL 1969
EDITION
EDITORIAL PROCEDURES AND OBSERVATIONS
A Symbol/Code Interpreter will be found in the back cover pocket. It has been
designed to provide, quickly and conveniently, explanations of the symbols and
codes employed in the various sections of the D.A.T.A.B 00 K, along with other
technical support information.
Should the Interpreter be misplaced, we will send a free replacement immediately on your request. In the interim, you can use the symbol/code explanations
summarized on pages iv and v of this D.A.T.A.B 00 K.
Purpose
This DAT.A.B 0 0 K is designed to report comprehensively on what is presently
being produced (throughout the free world) in this specific component field. While
a DAT.A.B 0 0 K such as this cannot possibly provide 100% of the answers you
might need, its primary aim is that of both facilitating the selectiolla of types
suitable to your technical requirements and directing you to sources of their
manufacture.
Technical
Data
Collection
DATA acquires and processes the information presented in this D.A.T.A.B 0 0 K
with the cooperation of the participating manufacturers who supply us with latest
changes. Manufacturers are not charged for technical listings of their products.
JEDEC Type
Numbers
For 2N and 3N types, the electrical and physical characteristics data included in
this D.A.T.A.B 0 0 K are those registered with JEDEC. Indicated manufacturers'
types mayor may not conform exactly with the registered specifications; therefore,
individual manufacturers' complete specifications should be checked to determine
suitability for particular requirements.
Substitute
Types
This D.A.T.A.B 0 0 K cannot truly claim to be an interchangeability chart; however,
because of the sequencing arrangement, by characteristics, in the technical data
sections, types with near-identical or similar characteristics appear together, one
after the other. For the engineer, this immediate source of technical comparison
is superior to, and safer than, a mere listing of possible replacement type numbers.
Price and
Availability
Because of the rapid change in the transistor field, back-up, delivery, and price
information should be obtained direct from the manufacturers or their local offices,
as included in this D.A.T.A.B 00 K. See Table of Contents.
Manufacturers'
Speci fications
This D.A.T.A.B 0 0 K includes currently manufactured types, with their major characteristics and their manufacturers. Every effort is made to ensure the accuracy of
all entries herein; however, the publisher cannot be held responsible or guarantee
against the possibility of error or omission. Only the manufacturers themselves
can provide you with complete technical details.
Discontinued
Transistors
Since the first edition of this D.A.T.A.B 0 0 K in 1956, thousands of transistors have
been discontinued by the manufacturers. In response to many requests from our
subscribers, there is now available the annual DATA DISCONTINUED TRANSISTOR D.A.T.A.BOO K, providing the most complete compilation of discontinued
transistors, along with their characteristics, ever assembled. See order card inside
front cover of this D.A.T.A.BOO K.
SYMBOL CODE EXPLANATIONS
iv·v
For use if Symbol/Code Interpreter misplaced
TYPE NUMBER CROSS INDEX
2·42
In type number sequence, indicating all current manufacturers
(coded) of each type, and cross-referenced to Line Numbers
in sections 2 through 13. Also includes special 2N and 3N
type numbers which are not transistors (included in the
SEMICON. DIODE & SCR D.A.T.A.B 0 0 K).
T
LOW·POWER TRANSISTOR SECTIONS
E
C
H
N
I
C
• Normally under 1 watt dissipation in free air
In order of maximum collector dissipation, fab and type number.
A
L
D
A
2 Germanium PNP Types
43·56
3 Germanium NPN Types
57·59
4 Silicon PNP Types
5 Silicon NPN Types .
60·71
72·103
6 Field·Effect P Channel Types .
104·106
7 Field·Effect N Channel Types
107·112
T
HIGH·POWER TRANSISTOR SECTIONS
A
• Normally over 1 watt dissipation in free air
In order of decreasing maximum thermal resistance and type number.
S
8 Germanium PNP Types
E
C
9 Germanium NPN Types ...
113·123
124
T
10 Silicon PNP Types
125·129
I
11 Silicon NPN Types .
130-158
N
SPECIAL SECTIONS
S
12 Switching Transistors ................ .
o
159-180
These types are also listed in previous sections.
This section includes additional switching data.
13 Miscellaneous Transistors ...
181·192
For categories see Symbol/Code Interpreter.
SUPPLEMENTARY SECTIONS
14 Transistors with U.S. Military Specifications
Including Qualified Manufacturers
193·196
15 Outline Drawings In assigned number order.
197·310
Lead Code Identification Guide . .......................... .
310
Inch-To-Millimeter Conversion Chart
197
17 Transistor Manufacturers' Local Offices ..... ............................ .
311·333
18 Semiconductor Mounting Hardware Availability .
334·336
19 Mounting Hardware Manufacturers' Local Offices ..
337·338
20 Transistor Manufacturer Codes, Names & Addresses .
346-347
•
LISTING OF ALL D.A.T.A.B 0 0 K SERVICES ..
348
EXPLANATIONS OF SYMBOLS AND CODES EMPLOYED IN THIS D.A.T.A.BOOK
(for emergency use if separate Symbol/Code Interpreter is misplaced)
TYPE No. (All Sections)
Indicators of separate manufacturers producing same type number (non-JEDEC) whose
characteristics are not the same. This manufacturer-identifying symbol (assigned by DATA)
is an integral part of the type number (in.Type No. Cross Index, Technical Data Sections, and
Manufacturers and Their Types Section) to avoid the possibility of confusing the device of
one manufacturer with the devices of the others.
Example. . .
T,pe No.
Manufacturer
SELB
ROSG
Til
S35~
S350
S35%
Description
Sect. 5
Sect. 13
Sect. 8
For SECTION 1 - TYPE NO. CROSS INDEX
Preceding Manufacturer Code
6. - Registered with JEDEC by this manufacturer
For SECTIONS 2 - 11 - TECHNICAL DATA SECTIONS
Arranged alphabetically by governing column headings without regard to section number
GENERAL NOTES: (1) When letters representing units follow a value in a column of a technical section, the units
shown in the column heading do not apply.
(2) All values in this D.A.T.A.BOOK are typical and given at 25°C ambient unless otherwise
indicated.
• Bias -Ic
cf> -I.
6. -IE
• Bias -IE
cf> -Ic
6. -I.
• gfs
6. - Typical
•
hFE
t - h,.
# - Pulsed
• Bias - VC•
cf> - VCE
cf> - Typical
• BVCBO
• h..
t-hFE
# -Pulsed
t - At Temp. 250 C Case
• BVCEO
# - BV CEl( or punch-through
cf> - BVCES
• BVoos
6. - BVoso
§ - BV CEO
* - Pulsed
(Zl -BV ceolsus)
t - Pulsed
% - High Frequency (y,,)
§ - Vis in millimho
6. -Minimum
(FET's only)
0-Maximum
Bias values are
* - Available to selected range
Vos & 10
narrower than indicated
6. -Minimum
0-Maximum
* - Available in selected ranges.
§ - hFc
§ - Yls in millimho (FET's only) Bias values are Vos & 10
• hoe' hi.' hr.
t -. BVosx
0- Maximum
b - h parameters are hob, h'b, h,b
• BVGss
6. - BVoGO
• I.
• BVeBo
• Ic
# - Pulsed
cf> - IE
t - At Temp. 25°C Case
# - Pulsed or Peak
t - At Temp. 25°C Case
• Cob
0- Maximum
• IE
$ - Ccb
§ - C'n (FET's only)
6. -I.
t -Cr.
• Lead Code
• Derate
125 - With
cf> -Ie
See Lead Code Identification Guide on inside back cover of Interpreter
and at end of Section 15 .
.• Line No.
.
'Y-New type
# - Non-JEDEC type manufactured
• Revised specifications
outside U.S.A.
infinite heat sink
• Description
10 "
- Offset current
Ip
- Peak current
lsa
- Intrinsic standoff ratio
Iv
- Valley current
Rb1b2 - Interbase resistance
rd
VGO
Vof'
Vpo
Dynamic resistance
Gate-to-drain
voltage
- Offset voltage
- Pinchoff voltage
-
-
• Material
Ge - Germanium
• Drawing No.... ~. for Sections 6 and 7
(Zl - Phototransistor Device
6. - Tetrode Device
• fab
% - Composite type
t . fa.
§ - Gain bandwidth product (fT)
* - Maximum frequency of oscillation
• Max. C's
# - C'n (output shorted)
6. - Cd9s
cf> - Figure of merit (frequency
for unity power gain)
6. - Minimum
)Zf - Maximum
t - Cgn
#. sooe
$ -lOO·e
* -Typical
I;Z). Cd"
125- C"g.
• Max. Dela, Time
$ -Charge storage time constant
cf> - TON = t,
to
'Y- Stored base charge - picocoulomb
t - Typical value
• - Total switching time
• Max. Device Dissipation
/::. -With Infinite Heat Sink t - Above 25· C; For additional information consult mfr.
+
iv
D. - 85°e
for Sec
2,3,4,5
% - Not given at test conditions
• fa.
t - fab
§ - Gain bandwidth product (fT)
* - Maximum frequency of oscillation
cf> - Figure of merit (frequency
for unity power gain)
6. - Minimum
JZf - Maximum
Si - Silicon
• Max. Coli. Diss_
cf> - With infinite heat sink
Following symbols indicate temperature
at wh ich derating starts:
t -40·C
0 -60·C • - sooc
* -45·C
§ - wc
6. - Pulsed
• MIl. Fall Time
cf> -TOFF = to
t
t . Typical value
+
•. Ton + Tolf = td + tr
• 1IIx.lclO
tf> - At YCI< Max. YCI (see
# . lax
§ . ICES
t . At temp. > 25°C
A
AN
D
DM
E
. Alloy
- Annular
. Diffused or drift
• Diffused mesa
- Epitaxial
EA . Epitaxial annular
EM - Epitaxial mesa
F • Fused
G . Grown
MA . Micro alloy
MD . Micro alloy diffused
ME . Mesa
MOS· Metal oxide silicon
N • NPN or N Channel
P • PNP or P Channel
PA . Precision alloy
PC . Point contact
PD • Precision alloy diffused
+ tf + ts
mfr. spec.)
• - At Temp. 25°C Case
t::, • leeo
* - ICER
• Mil. ID (on)
/I. Minimum
t::,. loss @ Y&s = 0 and Yes:::: Y,
¢'Y&s>O
%. Pulsed
*. Typical
• MII.l,.ss
t::, ·I&DO
• MD. Rise Time
$ . Charge storage time constant
...... Stored base charge - picocoulomb
•• Total switching time
+
tf>. TON = t, t..
t . Typical value
• JZJ.
t. Maximum
o
• MD. Sal Res.
...... Typical value
• MD. Storage Time
tf>. TOFf = t. t
t . Typical value
+
• Mix. Temp.
··50-65°C
tf>.70-S0°C
# . 85-100°C
.·110-125°C
§ - Ran (FET's only)
/I - Pulsed
*. Ton + Tofl= td
.;.. 130- 135°C
$. 140-1G5°C
§ . 170-200°C
...·Over 200°C
• MD. Tbermal Res.
Symbols indicate temperature at
which derating starts.
t . 40°C
0' GO°C
* ·45°C
§ _750C
# ·SOOC
ID~ 0
t • Y&S (cut off)
t::, • Y&ST (Threshold)
• Mil. Vp It
+ tr + tf + ts
A·Ambient
C· Case
J. Junction
S· Storage
• ·SOoC
$-lOO°C
cf>. Free air
...... Typical value
t;,.- > lOO·C
%. Typical
• & Ves
L . Depletion Mode, Type A
$. Depletion·Enhancement Mode,
Type B
* . Enhancement Mode, Type C
• r'bb x Cob
t . r'bb
• ros
% . Maximum
PE . Planar epitaxial
H - Hometaxial
PL • Planar
S • Surface barrier
• - Matched Pair
6 . Switching, other uses
JZJ . Chopper, other uses
cf> • Noise figure Sdb or below
• StnIcture
(/) . t, + td = Ton
6 . Not given at test conditions
- Plastic Package
§ . Field Effect Transistor
'"' . Radiation Resistant Device
$ - Tetrode
for Sections 6 and 7
*.
Ge - Germanium
Junction Type
* . Insulated Gate (MOS type)
§ . Matched Pair
t
§. t.
:It . t,
·t• +t=T
f
of!
• Type No.
t • Switching type, also listed in Section 12
¢ . Chopper, also listed in Section 13, Category 10
* . These types also included elsewhere with other
characteristics. See Type No. Cross Index for
alternate line No.
§ - Radiation Resistant Devices. Also listed
in Section 13, Category 13.
.... Matched Pair, also listed in Section 13, Category G.
• - Phototransistor, also listed in Section 13, Category 7.
• VCI
'" -YCE
• Vos
t::,·Y&O
t'Y06
• V&S
cf>·l o in mA
• Yos
6·Y"
t· Not at given test conditions
. %. Maximum
* . Pulsed
For SECTION 13- MISCELLANEOUS TRANSISTORS
• Category
1. Avalanche Mode
G. Matched Pair
2· Bi·directional
7 - Phototransistor
3·
t· RDS(on) @ YDS = 0
t
4 . Hook Collector
5 . ComplementarySymmetry (PNP &
NPN) Matched Pair
v
8·
9 - Unijunction
N. N·type emitter
p. P·type emitter
10· Chopper
11 . Composite
12· Cryogenic
13 Radiation Resistant Devices
14 Pressure Sensitive
15· Chips
0
0
TYPE No.
1~~~378
t;~~MF
2AD161
2AD162
PHIC
2AT329
2AT331
2BC119
2BC138
2BC139
2BC142
2BC143
28C144
28C221
28C222
28C286
28C288
280117
2Clll
2C415
none
MINA
RADF
RADF
MINA
RADF
MULB
MULB
MULB
PHIC
MULB
BELl
MULB
PH IN
RADF
RADF
MINA
RADF
ANOA
ANOA
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
2C425
SGSI
2C444
SGSI
2CY30
2CY31
2CY32
2CY33
2CY34
2CY38
2CY39
2Gl01
2Gl02
2Gl03
TIIS
TIIS
TIIS
TIIB
TIIS
TIIS
TIIS
TIIS
TIIB
TIIS
JAN1N4378
2AC132
PHIC
2AC187
2AC188
2ACY17
2ACY18
2ACY19
2AD139
2AD140
2AD149
MINA
PHIC
2Gl04
TIIS
2Gl06
TIIB
2Gll0
2G210
2G220
2G221
2G222
2G240
2H1254
TIIB
TIIS
TIIB
TIIB
TIIB
TIIS
HUGS
2H 1255
HUGS
2H1256
HUGS
2H1257
HUGS
2H1258
HUGS
2H1259
2N2X
2N34
2N34A
2N35
2N36
2N37
2N38
2N43
2N43A
JAN2N43A
2N44
2N44A
JAN2N44A
2N45
2N45A
2N59
2N59A
2N59B
2N59C
2N60
2N60A
2N60S
2N60C
2N61
2N61A
2N61S
2N61C
2N63
2N64
2N65
2N68/13
2N77
2N78
HUGS
l~~: ;~
2N7BA
186· 77 JAN2N78A
181· 84 2N94
2N94A
181- 85 2N97
181· 86 2N98
2N99
181· 87 2Nl01/13
181- 88 2Nl02/13
181· 89 2Nl03
181· 90 2Nl04
181- 91 2Nl05
181· 92 2Nl06
2Nl07
2Nl08
2Nl09
181· 93
181· 94 2Nlll
2Nl11A
181· 95 2N112
181· 96 2N112A
181- 97 2N113
181· 98 2N114
181- 99 2N117
181·100
tETC
181·101
181·102 JAN2N117
181·103
181·104 2N118
181·105
+ ETC
181·106
181·107 JAN2N 118
190· 31 2N118A
89· 89
+ ETC
190- 32
94·47 2N119
190· 33
tETC
94· 15
181·108 JAN2N 119
63·56
63·57 2N120
+ ETC
63· 60
63· 61
63- 65 2N122
69·100 2N123
IDC
69-101
47·100 JAN2N123
47·103 2N124
51· 73 2N125
177· 76 2N126
51- 74 2N128
176· 77 JAN2N128
51· 54 2N130
171· 96 2N130A
55·82 2N131
122· 81 2N131A
119- 63 2N132
119· 64 2N132A
119· 65 2N133
115· 61 2N133A
63-109 2N135
167· 77 2N136
64- 3 2N137
168·94 2N138
63 -110 2N139
167· 75 2N140
64- 4 2N141/13
168- 95 2N142/13
64- 1 2N143/13
167· 76 2N144/13
64· 5 2N145
168· 96 2N146
181·109 2N147
49· 66 2N155
43· 98
KSC
58· 19 2N156
TIIF
+ ETC
+ETC
+ETC
GIC
43·85 2N158
+ETC
43· 86
+ ETC
+ETC
43· 87 JAN2N158
+t;GESY 54· 78 2N158A
+ETC
+t;GESY 54· 79 2N160
+ETC
GESY 50- 68 2N160A
+t;GESY 54-76
+ETC
2N161
52- 10
+ ETC
GESY 50- 54 2N161A
+ETC
49- 98
+ETC
49- 99 2N162
+ETC
52- 69 2N162A
tETC
52- 70 2N163
tETC
52- 71
+ETC
52- 72 2N163A
tETC
52- 62
+ ETC
52- 63 2N164
+ ETC
52- 64 2N164A
+ETC
52- 65 2N165
+ ETC
52- 56 2N166
+ ETC
52- 57 2N167
+ ETC
52- 58
tETC
52- 59 2N167A
+ ETC
47- 39
+ETC
47- 41 JAN2N167A
GIC
2N168
tETC
48- 97 2N168A
GIC
2N169
KSC
114-109
+ETC
43- 57 2N169A
t;GESY 57 - 51
+ETC
2N170
2NI72
D.A. T.A.INC.
.
1 TYPE
No. CROSS INDEX
MFRS PQ&Line TYt'E No.
MFRS
MFRS pg&Line TYPE No.
+~~f~T
GESY
tETC
+ ETC
+ETC
+ ETC
+ETC
KSC
+ KSC
+ ETC
tETC
tETC
+ ETC
+ ETC
+ ETC
ATEI
tETC
+ ETC
+ ETC
tETC
tETC
tETC
tETC
+t;TII
SCA
+ TEC
TEC
Til
+t;TII
SCA
+ TEC
Til
+t;TII
SCA
+ TEC
+t;TII
SCA
+TEC
TEC
Til
MTII
SCA
+ TEC
+t;TII
+ ETC
ITC
none
tETC
+ ETC
+ ETC
+ SPR
SPR
+ETC
+ ETC
+ETC
tETC
tETC
tETC
tETC
tETC
tETC
tETC
+ETC
+ ETC
tETC
+ETC
KSC
+ KSC
KSC
+ KSC
• ETC
+ ETC
+ETC
+ ETC
SOD
+ KSC
SSI
+ KSC
SSI
KSC
+ KSC
SSI
+ETC
SCA
+ETC
SCA
+ETC
SCA
• ETC
SCA
tETC
+ ETC
tETC
SCA
+ETC
SCA
+ETC
+ETC
t ETC
+ ETC
+t;GESY
+ETC
+t;GESY
+ETC
GESY
+ETC
+ETC
+t;GESY
+ETC
tt;GESY
+ETC
+ETC
+ETC
0/-
"I
57· 30
58· 20
58·52
57 ·13
57· 14
57·22
113· 43
124· 11
57 - 12
49· 80
43· 58
47 - 42
43·102
43- 88
52- 13
49- 9
49- 10
49- 11
49· 12
49· 13
49· 16
74·36
74· 29
74- 42
74- 30
74· 50
74· 45
74· 31
74· 49
141·110
50·110
165·100
50· 85
57 - 9
57·24
57 - 25
43· 24
43- 27
47· 8
47- 40
47· 9
47- 43
47· 11
47· 49
47· 10
47·44
47· 60
47·65
47·67
49· 26
43· 59
46· 25
115· 15
124· 1
115· 16
124· 12
57·32
57·33
57·34
115· 17
115· 18
115· 19
115· 13
115· 20
74· 37
74· 38
74- 43
74- 44
74- 51
74- 52
74- 46
74- 47
57575757 57 -
39
72
40
3
52
57 - 55
57 5757 57 -
53
29
44
27
57- 28
57 - 2
57 - 35
L".-Registered with JEDEC
by this manufacturer
I"'" ""+ ETC
+~~~TA
MULB
2N174
+t;DEL
+ETC
+ MOTA
MULB
PHIC
RADF
t;DEL
2N174A
+ ETC
MOTA
MULB
PHIN
RADF
JAN2N174A
DEL
MOTA
2N175
+ETC
2N176
+t;MOTA
ATE I
+ETC
+ KSC
IDC
SOD
tt;MOTA
2N178
tETC
KSC
2N180
tETC
2N181
tETC
2N182
tETC
2N183
tETC
2N184
+ETC
2N185
tETC
2N186
+ ETC
2N186A
+ ETC
2N187
+ ETC
2N187A
+t;GESY
+ ETC
2N188
tETC
2N188A
+t;GESY
+ ETC
2N189
+t;GESY
tETC
2N190
+t;GESY
tETC
2N191
+t;GESY
+ ETC
2N192
+t;GESY
tETC
2N193
tETC
2N194
+ETC
2N194A
+ETC
tETC
2N206
2N207
tETC
2N207A
+ ETC
2N207B
+ ETC
2N211
+ETC
2N212
tETC
tETC
2N213
2N213A
tETC
2N214
tETC
2N214A
ETC
2N215
+ ETC
+ETC
2N216
+t;RCA
2N217
ATEI
tETC
NPC
2N218
+ ETC
2N219
+ ETC
2N220
+ETC
JAN2N220
RCA
2N223
+ ETC
+ ETC
2N224
2N225
+ ETC
2N226
+ETC
2N227
+ ETC
2N228
+ETC
2N229
+ETC
SPR
2N231
2N233
tETC
2N233A
+ ETC
2N234A
+"SOD
+ETC
KSC
2N235A
+t;SOD
+ETC
KSC
2N235S
+t;SOD
+ETC
KSC
2N236A
t;SOD
+ETC
KSC
2N236S
t;SOD
+ETC
KSC
2N237
+ ETC
2N238
ETC
2N240
+ SPR
JAN2N240
SPR
2N241
+ETC
2N241A
+t;GESY
+ ETC
2N242
+ETC
+ MOTA
SOD
2N243
+t;TII
+ETC
+ TEC
+t;TII
2N244
+TEC
+ ETC
2N249
ETC
2N250
+ ETC
KSC
SOD
2N250A
+t;TII
KSC
tETC
SOD
t;TII
2N251
+ETC
+ KSC
SOD
2N251A
+t;TII
KSC
+ETC
SOD
ETC
2N252
2N253
+ ETC
2N254
ETC
2N255
ETC
KSC
SOD
2
~&Line
TYPE No.
IN TYPE NUMBER SEQUENCE
MFRS pg&Line TYPE No.
MFRS PQ&Line
+ ~~~
SOD
122· 83 2N256
ETC
KSC
SOD
2N256A
ETC
KSC
SOD
122- 84 2N257
+ETC
KSC
SOD
2N257B
+ETC
KSC
122- 85 2N257G
+ETC
KSC
43· 12 2N257W
+ETC
119· 66
KSC
2N263
t;TII
SCA
TEC
2N264
"Til
119·67
+TEC
2N265
+ ETC
49· 81 2N268
tETC
49· 82
KSC
SOD
57· 71 2N268A
tETC
57· 77
KSC
SOD
57· 82 2N269
tETC
49· 27 2N270
+t;RCA
47·45
+ ETC
52-107 2N271
ETC
47·50 2N271A
ETC
53- 8 2N272
ETC
2N273
ETC
47·54 2N274
+t;RCA
53·24 2N277
+"DEL
+ETC
+ MOTA
52·108
MULB
PHIC
RADF
53· 9 2N278
+"DEL
+ETC
+ MOTA
53· 25 2N279
tETC
2N280
tETC
53· 35
PHIC
2N281
+ETC
58·31
PHIC
57· 15 2N282
tETC
57· 16
PHIC
45·61 2N283
tETC
47· 12 2N284
tETC
47· 13
PHIC
47· 14 2N284A
+ ETC
57· 17
PHIC
58·47 2N285A
+t;SOD
58·102
tETC
58·97 2N285S
t;SOD
58·101
ETC
58· 96 2N291
ETC
49· 83 2N292
tETC
57· 18
+ GESY
49· 28 2N292A
+ETC
2N293
ETC
+ GESY
43· 60 2N296
tETC
46· 26
SOD
KSC
43· 13 2N297
CNS
43· 8
+ETC
KSC
55· 2
MOTA
54·110 2N297A
+ DEL
55 - 1
IDC
+ETC
54-106
KSC
MOTA
54-107
+ SOD
58- 98 JAN2N297A
KSC
58- 99
MOTA
SOD
43- 2 2N301
+ DEL
58- 21
+ETC
+ KSC
MOTA
58· 22
MINA
116- 11
SOD
2N301A
+ DEL
116· 12
+ETC
KSC
MOTA
SOD
116· 13 2N302
+ETC
2N303
+ETC
116· 14 2N306
+ETC
2N307
+ETC
116· 15
KSC
+ MOTA
SOD
49· 69 2N307A
tETC
49· 29
KSC
+ MOTA
43- 39
SOD
43- 22 2N308
• ETC
47 - 55 2N309
+ ETC
53- 33 2N310
ETC
2N311
+ETC
115- 21
GIC
2N312
+ETC
99- 51
GIC
2N315
+ETC
99- 52
+ITC
2N315A
t;GIC
55- 96
+ETC
ITC
118-107
MST
Til
2N316
t;GIC
119- 68
+ETC
+ITC
2N316A
t;GIC
+ETC
ITC
118-108
MST
2N317
+ ETC
+ITC
119- 69 2N317A
+ETC
ITC
MST
Til
43- 32 2N319
tt;GESY
57 - 36
tETC
ITC
57 - 37
+MOTA
115 - 22 2N320
+t;GESY
contnext col.
11U·~"
""'''tl5AETC
110· " ..
I"(~~~~)
GIC
115· 24
115· 25
2N321
+ETC
117· 5 2N322
+ ETC
117 - 6
2N323
117· 7
+ETC
117· 8 2N324
+ ETC
74· 77
2N326
73·53 JAN2N326
2N327A
45- 63
+ CRY
117· 9
+ SOD
TADI
117- 10
2N327B
48- 15
+ RAYN
54·84
2N328A
49· 14
+ CRY
49· 15
+500
49· 70
TADI
49-100
46· 45 JAN2N328A
122- 86
RAYN
2N328B
+ RAYN
122· 87 2N329A
+ CRY
48- 80
+ SOD
48· 81
TADI
48· 83 JAN2N329A
RAYN
182· 1 2N329B
+ RAYN
48· 89
48· 84 2N330A
+500
48· 85 2N331
+ GIC
118· 8
JAN2N331
118· 9 2N332
CNS
52· 50
+ GESY
57· 41
SSI
57· 74 2N332A
57· 45
+ ETC
TEC
115· 26 2N333
CNS
117· 11
+ GESY
SSI
TEK
116· 16 JAN2N333
TEC
2N333A
+ ETC
117- 12
TEC
JAN2N333A
119- 4 2N334
CNS
+ GESY
SSI
119· 5
TEK
2N334A
+ ETC
50·102
TEC
51· 27 2N335
58·100
CNS
117· 13
+ GESY
SSI
+TEC
117· 14
JAN2N335
TEC
43- 33 2N335A
43- 34
+ETC
43- 35
TADI
49- 30
JAN2N335A
58 - 8
2N335B
50- 86
+ETC
165 - 68
50- 87 2N336
165- 69
CNS
+ GESY
51- 21
551
166- 61
51- 22 JAN2N336
166- 60
TEC
2N336A
51- 35
+ ETC
167 - 45
TADI
51- 36
167- 46 JAN2N336A
2N337
54- 39
tETC
PHIC
SCA
54 - 44
+TEC
tETC
ITC
+ MOTA
tt;GESY 54· 46
ITC
+ MOTA
+t;GESY 53· 10
ITC
+ MOTA
MGESY 53· 36
ITC
+ MOTA
+t;GESY 53· 50
ITC
+ MOTA
+ KSC
124· 16
KSC
124- 13
+t;RAYN 62· 25
tETC
551
+ Til
TIIB
+t;CRY
68· 36
551
TADI
+t;RAYN 62· 31
tETC
551
+ Til
TIIB
CRY
68· 14
SOD
+t;CRY
68· 39
551
TADI
+"RAYN 68· 9
tETC
551
+Til
TIIB
CRY
68· 15
SOD
+t;CRY
68· 45
551
TADI
CRY
68· 7
551
ETC
55· 80
ITC
MOTA
MOTA 52· 97
+t;TII
74· 48
tETC
SCA
+TEC
TIIB
+t;GESY 94· 90
SSI
Til
+t;TII
74· 53
+ ETC
SCA
+TEC
TIIS
GESY 74· 32
Til
+t;GESY 94· 91
SSI
Til
none
94·84
+t;TII
74· 55
+ETC
SCA
+ TEC
TIIS
+t;GESY 94- 92
SSI
Til
+t;TII
74· 60
• ETC
SCA
TADI
TEK
TIIB
GESY 74- 33
Til
+t;GESY 94- 93
SSI
TEC
Til
GESY 94- 85
TEC
+t;GESY 94- 94
SSI
TADI
+t;TII
74- 70
+ETC
SCA
TADI
+TEC
GESY 74- 34
Til
+t;GESY 94- 95
SSI
TEC
Til
none
94- 86
+t;TII
73- 54
+ GESY
PHIN
SSI
TIIS
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
YPE No.
/ic
2N337A
• ETC
2N338
• ETC
PHIN
SSI
JAN2N338
TEC
2N338A
• ETC
2N339
• ETC
2N339A
2N340
• ETC
2N340A
2N341
• ETC
JAN2N341
2N341A
2N342
• ETC
JAN2N342
2N342A
• ETC
JAN2N342A
2N342B
2N343
• ETC
JAN2N343
2N343A
2N343B
2N344
2N345
2N346
No. CROSS
1. TYPE
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
¥I~:SY
73·55
."GESY
SSI
TEC
."TII
PHIC
SCA
.TEC
TIIB
GESY
Til
"GESY
SSI
TEC
."TII
+TEC
."TEC
• ETC
."TII
• TEC
."TEC
+ETC
."TII
• TEC
TEC
Til
."TEC
•
ETC
.t.TII
94· 98
• TEC
TEC
Til
.t.TII
TEC
none
ETC
TEC
."TII
• TEC
TEC
Til
ETC
TEC
ETC
TEC
• SSI
SPR
• SPR
SSI
• SPR
SSI
73·61
73· 62
168· 65
94·103
103· 15
103· 39
103· 16
103· 40
103· 17
99· 57
103· 41
103· 18
103· 21
103· 19
103· 22
103· 24
103· 20
103· 23
72· 66
131· 89
103· 25
43· 15
43· 16
43· 17
2N350
."MOTA 119· 70
KSC
• ETC
SOD
2N350A
."MOTA 119· 71
KSC
• ETC
SOD
.t.MOTA 119· 72
2N351
ATEI
tETC
SOD
KSC
.t.MOTA 119·73
2N351A
KSC
• ETC
SOD
57·70
2N356
"GIC
164·103
• ETC
58· 9
2N356A
"GIC
tETC
161· 28
57·76
2N357
"GIC
165· 77
• ETC
t.GIC
58· 10
2N357A
161· 21
+ETC
t.GIC
57·79
2N358
165·109
• ETC
58· 11
2N358A
"GIC
161· 22
• ETC
GIC
58· 12
JAN2N358A
Til
161· 23
+ETC
52·36
2N359
ITC
• ETC
52· 31
2N360
ITC
+ETC
52· 32
2N361
ITC
+ETC
52· 30
2N362
ITC
GIC
+ETC
52·27
2N363
ITC
+ETC
58· 27
2N364
58·32
2N365
• ETC
+ETC
58·41
2N366
49· 65
2N367
•+ETC
ETC
49· 67
2N368
50·
23
2N369
• ETC
+t.MOTA 119· 74
2N375
KSC
• ETC
.SOD
2N376
."MOTA 119· 75
+ETC
ATEI
SOD
KSC
2N376A
."MOTA 119· 76
KSC
• ETC
SOD
58· 64
2N377
• Til
ETC
165· 79
.GIC
58· 65
2N377A
• ETC
.GIC
165· 80
118·
63
2N378
• ETC
• MOTA
KSC
SOD
118· 64
2N379
• DEL
KSC
• ETC
SOD
• MOTA
D.A. T.A. INC.
2N38~ ETC
• DEL
KSC
• MOTA
SOD
2N381
tETC
• MOTA
ITC
2N382
• ITC
ETC
GIC
• MOTA
tETC
2N383
• MOTA
ITC
2N384
."RCA
• NPC
RCA
JAN2N384
tETC
2N385
118· 65 12N404A
(cant.)
• Til
54· 47 JAN2N404A
RCA
55·36 2N405
2N406
ATEI
54· 55 2N407
2N408
ATEI
48· 68
INDEX
• TIIF
SES
GIC
Til
tETC
."RCA
tETC
tETC
."RCA
tETC
NPC
+ETC
tETC
+ETC
+ETC
CNS
• GESY
.ITC
+ETC
CNS
• GESY
.ITC
.RCA
+ETC
"ITC
ETC
"ITC
ETC
ETC
ETC
CNS
.GIC
.ITC
Til
CNS
.GIC
.ITC
Til
."SOD
KSC
."SOD
KSC
."SOD
KSC
."SOD
KSC
48· 5 2N409
58· 66 2N410
2N411
•+ETC
GIC
58· 68 2N412
2N385A
.GIC
2N413
+ETC
ESMF 58· 84
2N388
.GIC
165·101
GIC
• ETC
MISI
2N413A
IDC
2N414
PHIN
• RADF
NPC
+ETC
• Til
GIC
TIIF
GIC
JAN2N388
58· 53
Til
161· 25 2N414A
RCA
58· 69 2N414B
2N388A
•• Til
ETC
165·103
GIC
2N414C
TIIF
149· 6
2N389
."TII
SEN
2N415
ETC
2N415A
• SIL
• SLA
2N416
SPC
• SOD
SSI
.TEC
+ETC
TIIB
SIL
149· 39 JAN2N416
JAN2N389
2N417
SLA
Til
.t.SIL
149· 7
+ETC
2N389A
SEN
ETC
.SOD
JAN2N417
• SLA
2N418
SPC
SSI
Til
+ETC
TEC
+ADEL
121· 98 2N419
2N392
tETC
KSC
+ETC
SOD
2N420
43· 28
2N393
• SPR
• ETC
169· 65 2N420A
MOTA 43· 62
JAN2N393
SPR
2N422• ETC
• ETC
ITC
2N394
."GESY 50· 74
ITC
JAN2N422
none
+ETC
50·103
2N424
2N394A
."GESY
."TII
ETC
IDC
• ETC
RAYN
SEN
2N395
."GESY 53· 84
165· 44
tETC
GIC
• SIL
• SLA
RAYI
.SOD
SPC
ITC
TlIF
SSI
.TEC
Til
TIIB
2N396
."GESY 51· 1
165· 95 JAN2N424
SIL
ESMF tETC
Til
ITC
SLA
GIC
2N424A
+ASIL
MISI
ETC
RADF • NPC
RAYI
SEN
SOD
Til
.SOD
• SLA
SPC
TIIF
SSI
TEC
Til
2N396A
."GESY 53· 88
ESMF tETC
165· 62 2N425
CNS
GIC
GIC
ITC
•
ETC
.ITC
MST
MISI
PHIN
JAN2N425
none
RADF
RAYI
TIIF
GESY 53· 89 2N426
CNS
JAN2N396A
.GIC
+ETC
2N397
."GESY 53·110
.ITC
MST
ESMF tETC
166· 58
.TII
GIC
ITC
JAN2N426
none
MISI
NPC
•
PHIN
RADF
RAYI
Til
2N427
CNS
TIIF
+ETC
GIC
.ITC
2N398
43·108
MST
."RCA
ETC
• MOTA
.TII
RAYI
JAN2N427
Til
• Til
TIIF
2N398A
CNS
."MOTA 49 ·101 2N428
ETC
RAYI
GIC
• ETC
.ITC
MST
•
RCA
•
Til
JAN2N398A
MOTA 49· 75
.TII
• NPC
RCA
JAN2N428
GIC
2N398B
+ARCA
Til
55· 7
2N428A
ETC
• Til
2N399
+ASOD
116· 17
GIC
2N438
+ETC
KSC
CNS
2N400
+ASOD 116· 18
+ETC
• GIC
KSC
Til
• ETC
2N401
."SOD 116· 19 2N438A
• Til
ETC
KSC
GIC
• ETC
ETC
52· 52 2N439
CNS
2N402
ETC
.GIC
2N403
52· 54
• ETC
CNS
51· 25
Til
2N404
+ETC
ESMF • ETC
166· 63 2N439A
GIC
GIC
• GESY
2N440
CNS
IDC
ITC
+ETC
.GIC
MISI
NPC
• RADF
Til
PHIN
RAYI
2N440A
tETC
SES
• TIIF
• Til
GIC
VALG
2N441
."DEL
JAN2N404
GIC
50· 75
• MOTA
• ETC
RCA
Til
PHIC
MULB
RADF
2N404A
CNS
50· 76
PHIN
165· 41 2N442
ESMF • ETC
."DEL
GIC
•
MOTA
+ETC
• GESY
MISI
PHIC
MULB
IDC
RADF
MST
• NPC
RAYI
2N443
."DEL
• RCA
cont.next col.
cont.next col.
,0,·Registered with JEDEC
by this manufacturer
IN TYPE NUMBER SEQUENCE
TYPE No.
MFRS
12N443
12N475
(cant.)
tETC
(cant.)
tETC
• MOTA
MULB
SCA
Til
+ATEC
57· 66 2N475A
50· 77 2N444
"GIC
tETC
SCA
tETC
tETC
49· 78 2N444A
58· 17 2N476
."TEC
57· 67
ETC
SCA
49· 79 2N445
"GIC
tETC
Til
58· 23 2N477
49· 31 2N445A
."TEC
"GIC
ETC
SCA
49· 32
• ETC
2N446
57·75
Til
"GIC
tETC
2N478
."TEC
.GESY
46· 17 2N446A
58· 54
+ETC
"GIC
tETC
46· 18
SCA
Til
46· 37 2N447
57· 80 2N479
."TEC
"GIC
.GESY
tETC
46· 38
• ETC
Til
58· 74
SCA
52· 33 2N447A
"GIC
+ETC
2N479A
."TEC
GESY
2N447B
ETC
161· 14
• ETC
GIC
2N480
50· 46
."TEC
.GESY
tETC
ETC
57·42
52· 40 2N448
SCA
Til
• GESY
2N449
."TEC
."GESY 57· 46 2N480A
GESY
tETC
+ETC
tETC
ETC
51· 12 2N481
50·104 2N450
ITC
ITC
53· 98
• GESY
2N456
+ETC
118· 52 2N482
• ITC
ETC
KSC
53· 99
.SOD 163· 48
2N456A
119· 77 2N483
+ETC
."TII
+ETC
GIC
ITC
51· 7
• DEL
KSC
• MOTA
2N484
51· 8
• ETC
.SOD
TIIB
ITC
52· 41
2N456B
+ETC
119· 78 2N485
."TII
ITC
tETC
• DEL
+ETC
KSC
.SOD
2N486
50· 88
ITC
52· 45 JAN2N456B
SOD 122· 91
Til
2N489
."GESY
.TII
2N457
S51
+ETC
118· 53
IDC
TIIB
51· 28
KSC
163· 49
2N489A
116· 20
."GESY
• SOD 119· 79
2N457A
.t.TII
Til
•
SSI
178· 55
TIIB
+ETC
116· 21
• IDC
DEL
JAN2N489A
GESY
KSC
Til
116· 22
• MOTA .SOD
TIIB
2N489B
178· 56
."GESY
• Til
+ATII
SSI
116· 23 2N457B
119· 80
TIIB
178· 57
• IDC
DEL
• KSC
ETC
2N490
49· 89
."GESY
• Til
.SOD
SSI
TIIB
49·102 JAN2N457B
SOD 122· 92
Til
149· 20
2N490A
."GESY
2N458
SSI
• Til
+ETC
118· 54
KSC
TIIB
• SOD 119· 81 JAN2N490A
GESY
2N458A
."TII
Til
• DEL
•• ETC
KSC
MOTA
2N490B
."GESY
SSI
• Til
TIIB
• SOD
TIIB
149· 40 2N458B
119· 82
."TII
.t.GESY
2N490C
• ETC
• DEL
KSC
SSI
149· 8
.SOD
JAN2N458B
SOD 122· 93 2N491
."GESY
• Til
Til
SSI
2N459
TIIB
+ETC
118· 66
KSC
• MOTA 165· 70 2N491A
."GESY
TIIB
tETC
119· 83
.TII
52· 38 2N459A
• MOTA
JAN2N491A
GESY
165· 40
2N460
+ETC
Til
54· 34
ITC
• MOTA
2N491B
50· 47
."GESY
SSI
• Til
164· 69 2N461
."MOTA 54· 52
52· 39
+ETC
TIIB
• GESY
162· 54
GIC
ITC
2N492
."GESY
• Til
JAN2N461
GESY 54·108
SSI
MOTA
TIIB
none 117· 15 2N492A
50· 55 JAN2N463
."GESY
164· 96 2N464
+ETC
52· 25
SSI
Til
• TIIB
ITC
52· 43
• GIC
166· 56
JAN2N492A
GESY
• MOTA
JAN2N464
none
49· 68
Til
2N465
tETC
52· 26 2N492B
."GESY
ITC
50· 89
SSI
• GIC
• Til
165· 63
TIIB
• MOTA
52· 44 JAN2N465
MOTA 49· 71 2N492C
."GESY
166·109 2N466
SSI
tETC
52· 28
GIC
ITC
2N493
."GESY
• MOiA
SSI
.TII
51· 9 JAN2N466M
GIC
49· 72
TIIB
166· 36
MOTA
2N493A
."GESY
51· 10 2N467
+ETC
SSI
•
Til
52· 35
.GIC
ITC
TIIB
166· 37
GESY
58· 46
JAN2N493A
• MOTA
165· 4 JAN2N467
MOTA 49· 84
Til
2N470
77·
34
2N493B
."GESY
."TEC
+ETC
50· 73
SCA
SSI
• Til
Til
TIIB
57·78 2N471
77· 35 2N494
."GESY
."TEC
+ETC
SCA
SSI
• Til
TIIB
Til
50·107 2N471A
77· 36 2N494A
."GESY
."TEC
+ETC
SOIF
SSI
58· 75 2N472
77· 37
• Til
TIIB
."TEC
166· 13
+ETC
SCA
JAN2N494A
GESY
Til
Til
51· 11 2N472A
77· 38 2N494B
."GESY
."TEC
SSI
+ETC
SCA
SOIF
• Til
TIIB
122· 88 2N473
77· 39
."TEC
+ETC
SCA
2N494C
."GESY
SOIF
SSI
Til
2N474
Til
77· 40
."TEC
SPR
122· 89
+ETC
SCA
2N495
Til
2N496
SPR
2N474A
.t.TII
77· 41 2N497
."TEC
+ETC
ETC
HSC
122· 90 2N475
77·42
• GESY
ITC
."TEC
cont.nAxt nane
conlnext col.
MFRS Pa&Line TYPE No.
3
MFRS Pa&Lin
+-Indicates manufacturer'S data sheet available
in Transistor Information Microfile (TIM)
P!l&Line
77· 43
77· 48
77· 49
77· 50
77· 51
77· 44
77·52
77·45
50· 56
50· 69
50· 98
51· 13
50·108
51· 23
187· 71
187·72
187·73
187·74
187·75
187·76
187· 77
187· 78
187·79
187· 80
187·81
187·82
187·83
187·84
187·85
187· 86
187·87
187· 88
187·89
187· 90
187·91
187· 92
187· 93
187· 94
187· 95
187·96
187·97
60·100
60· 94
133· 21
YI't: No.
I<!~~~:')
PHIN
t RCA
t SIL
TADI
TIIB
JAN2N497
TEC
2N497A
ETC
551
TEC
2N498
ETC
tGESY
MST
tRAYN
t SIL
TADI
TIIB
JAN2N498
TEC
2N498A
ETC
551
TEC
2N499
tMOTA
JAN2N499
2N499A
tMOTA
JAN2N499A
2N501
MOTA
2N501A
MOTA
JAN2N501A
2N502
tMOTA
2N502A
tMOTA
JAN2N502A
SPR
2N502B
tMOTA
JAN2N502B
SPR
2N503
2N504
2N505
2N506
2N507
2N508
tETC
ITC
2N508A
tETC
2N511
t ETC
tSOO
2N511A
tETC
2N511B
tETC
2N512
t ETC
2N512A
tETC
2N512B
t ETC
2N513
t ETC
2N513A
t ETC
2N513B
t ETC
2N514
t ETC
2N514A
tETC
2N514B
t ETC
2N515
2N516
2N517
2N518
2N519
t ETC
2N519A
CNS
GIC
2N520
t ETC
1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
MST
tRAYN
SES
551
tTEC
TIIF
VALG
GESY
Til
MGESY
SCA
TADI
Til
tt.TII
tFSC
ITC
PHIN
SES
551
tTEC
TIIF
GESY
Til
MGESY
SCA
TADI
Til
t ETC
t SPR
MOTA
SPR
tETC
SPR
MOTA
SPR
t ETC
t SPR
tETC
t SPR
MOTA
SPR
tETC
t SPR
tETC
t SPR
MOTA
Til
t ETC
SPR
MOTA
Til
tETC
t SPR
tETC
t SPR
ETC
tETC
tETC
tt.GESY
GIC
tMOTA
Til
t"'GESY
tMOTA
tt.TII
IDC
TIIB
tt.TII
tSOO
TIIB
MTII
tSOO
TIIB
tt.TII
tSOD
TIIB
M Til
tSOO
TIIB
tt.TII
tSOO
TIIB
tt.TII
t SOD
TIIB
t'" Til
tSOD
TIIB
tt.TII
tSOO
TIIB
ft.TII
tSOO
TIIB
tt.TII
tSOO
TIIB
tt.TII
tSOO
TIIB
t ETC
tETC
tETC
ETC
t.GIC
tlTC
t.ITC
tETC
MST
t.GIC
tlTC
Til
D.A. T.A. INC.
ILN520ACNS
ITC
~~}~
MST
Til
t.GIC
tlTC
t.GIC
tETC
MST
t.GIC
tlTC
t.GIC
tETC
MST
Til
t.GIC
tlTC
t.GIC
ITC
MST
2N524
tt.GESY
CNS
tETC
ITC
tMOTA
MST
t NPC
tTIl
PHIN
TIIF
VALG
2N524A
tt.MOTA
ETC
2N525
tt.GESY
CNS
ESMF
tETC
ITC
MISI
tMOTA
MST
t NPC
PH IN
tTIl
TIIF
VALG
2N525A
tt.MOTA
ETC
2N526
tt.GESY
CNS
ESMF
ITC
t ETC
tMOTA
MISI
MST
t NPC
t Til
PHIN
TlIF
VALG
JAN2N526
GESY
MOTA
2N526A
tt.MOTA
ETC
2N527
tt.GESY
ESMF t ETC
ITC
MISI
t MOTA
MST
t NPC
PHIN
tTIl
TIIF
VALG
2N527A
tt.MOTA
ETC
2N529
tETC
2N530
tETC
2N531
tETC
2N532
tETC
t ETC
2N533
2N534
NSC
ETC
2N535
2N535A
ETC
2N535B
ETC
2N536
ETC
JAN2N537
none
2N538
MSOD
t KSC
MSOO
2N538A
t KSC
2N539
MSOD
tKSC
JAN2N539
KSC
SOD
tt.SOO
2N539A
t KSC
JAN2N539A
KSC
SOD
JAN2N539AM
KSC
SOD
JAN2N539M
KSC
SOD
2N540
tt.SOO
t KSC
2N540A
tt.SOO
t KSC
2N541
tt.TEC
tETC
tGESY
SCA
5S1
Til
tt.TEC
2N542
tETC
t GESY
SCA
SSI
Til
2N542A
MTEC
tETC
GESY
SSI
2N543
M TEC
tETC
tGESY
SCA
SSI
Til
tt.TEC
2N543A
tETC
GESY
SSI
2N545
tt.TEC
ETC
SCA
SSI
t SSP
JAN2N545
TEC
2N521
tETC
2N521A
CNS
99-110
ITC
2N522
133-103
tETC
2N522A
CNS
ITC
133- 22
2N523
t ETC
2N523A
t ETC
100- 1
133-104
43- 50
44- 35
44-108
44-109
44171441714416045-
93
13
94
14
65
15
10
45 - 81
45- 96
45 - 57
45 - 97
43- 31
44- 11
48-107
43- 99
57- 10
53· 59
53- 85
122- 94
122- 95
122- 96
122- 97
122- 98
122- 99
122-100
122-101
122-102
122-103
122-104
122-105
5757575153-
19
20
21
20
37
49- 73
50- 57
2N546
tHEC
ETC
SSI
t~~~
50- 58 2N547
tETC
t SIL
51- 2 2N548
tETC
51- 3
t SIL
5451-
545154-
2N549
2
t ETC
t SIL
29
2N550
tETC
t SIL
3 2N551
tETC
38
SCA
SSI
2N552
56
tETC
SCA
2N553
KSC
54 - 57 2N554
t DEL
KSC
2N555
tETC
54 - 58
2N556
2N557
2N558
54- 59 JAN2N559
54- 60 2N560
t NSC
SSI
JAN2N560
2N561
KSC
54- 61 2N563
2N564
54- 62
2N565
54- 63 2N566
2N567
2N568
2N569
2N570
54- 64
2N571
50- 48
50- 59
50- 70
50- 78
50- 84
43- 18
47 - 15
47 - 16
47 - 17
47 - 18
54- 71
115-104
2N572
GIC
2N573
2N574
JAN2N574
2N574A
2N575
JAN2N575
2N575A
JAN2N575A
2N576
115-105 2N576A
115-106 2N578
GIC
115-102 2N579
t GIC
115-107 2N680
115-103 2N581
tETC
115-108
ITC
2N582
115-109
tETC
ITC
115-110 2N583
tt.~C~
551
t SSP
MTEC
SCA
SSI
t SSP
tt.TEC
SCA
551
tSSP
tt.TEC
SCA
551
tt.TEC
tlTC
t SIL
t SSP
tt.TEC
ITC
t SIL
551
tETC
MOTA
tSOD
tt.MOTA
tETC
SOD
tt.MOTA
KSC
SOD
ETC
tETC
ETC
none
t ETC
SCA
TADI
NSC
tETC
SOD
ETC
ETC
ITC
ETC
ETC
ITC
ETC
ETC
ITC
ETC
ETC
ITC
ETC
GIC
ETC
ITC
ETC
MSOD
SOD
MSOD
MSOD
SOD
t.SOD
SOD
tETC
tETC
tETC
ITC
tETC
ITC
tETC
ITC
tt.RCA
GIC
Til
tt.RCA
tGIC
Til
ETC
116- 1 2N584
tETC
77- 62 2N585
tt.RCA
tGIC
tt.RCA
tETC
tETC
Til
tETC
t SPR
tETC
MRCA
ETC
tTIl
tTIl
10C
tTIl
CNS
t GIC
ITC
CNS
tGIC
ITC
GIC
CNS
t GIC
ITC
tETC
2N586
77- 63 2N587
2N588
77- 46 2N589
2N591
77- 64 2N594
2N595
2N596
77- 47 2N597
tETC
96-110 2N598
161- 16
tETC
9716197161-
6-Registered with JEDEC
by this manufacturer
1 JAN2N598
17 2N599
2
tETC
18
4
~/-
;SL
No.
.JAN<!N599
2N600
97- 33 JAN2N600
2N601
JAN2N604M
97- 34
2N609
2N610
2N611
97- 35 2N612
2N613
2N614
97- 29 2N615
2N616
2N617
2N618
tETC
97- 30
2N619
2N620
116- 24 2N621
2N622
2N627
119- 84
tETC
KSC
2N628
119- 85
tETC
2N629
t ETC
57 - 61
57 - 62
57 - 63 2N630
51- 75
tETC
180- 84
94-107 2N631
169- 80
2N632
94- 72
GIC
160- 67 2N633
118- 10
2N634
49- 90 2N634A
49- 91
GIC
2N635
49-103 2N635A
49-104
GIC
2N636
57 - 11 2N636A
50- 24
2N637
50- 34
tETC
50- 35
2N637A
50- 60
t ETC
2N637B
50- 61
tETC
2N638
52- 86
tETC
123- 90 2N638A
123- 91
tETC
123- 92 2N638B
123- 93
tETC
123- 94 2N639
123- 95
123- 96 2N639A
58 -110
165-105 2N639B
59- 1
165-104 2N647
48- 19
ATEI
165- 64 2N649
48- 29
165- 96 2N650
48- 44
tETC
166- 88 2N650A
51- 4
ETC
165-106
JAN2N650A
51- 34 2N651
166-110
tETC
ITC
48- 30 2N651A
165-107
ETC
48- 45
MST
167· 1 JAN2N651A
57 - 97 2N652
165- 55
CNS
54- 85
GIC
58-103 2N652A
tETC
43- 51
MST
JAN2N652A
119- 86 2N653
43-100
tETC
181- 15 2N654
181- 16
tETC
181- 17
ITC
2N655
t ETC
55- 12
ITC
2N656
55- 19
tETC
166- 12
t GESY
tMOTA
55- 14
PHIN
55- 20
t RCA
166- 4
t SIL
TADI
cont.next col.
IN TYPE NUMBER SEQUENCE
MFR::; Pa&Line TYPt: No.
\:il<.;
MFR::; Pa&Line
55· 21
166- 5 I<!~~~~)
TIIB
GIC
56- 47
tTRW
TIIF
165- 94
VALG
GIC
56- 46 JAN2N656
GESY
GIC
56- 43
TEC
Til
IDC
166- 6 2N656A
tt.GESY
none
48- 61
tETC
SCA
170- 30
SIL
SSI
tETC
52- 73
TADI
TEC
tETC
52- 66
Til
tETC
52- 60 2N657
tt.TII
tETC
52- 53
tETC
tFSC
tETC
52- 55
t GESY
ITC
tETC
48-102
tMOTA
MST
tETC
48-104
tRAYN
PHIN
tETC
48-108
SES
t SIL
tETC
48-106
SSI
TADI
tt.MOTA 119- 87
tTEC
TIIB
KSC
tTRW
TIIF
tSOD
JAN2N657
GESY
SCA
82- 17
TEC
Til
SCA
82- 18 2N657A
tt.GESY
SCA
82- 19
tETC
SCA
SCA
72- 1
t SIL
SSI
tt.MOTA 119- 88
TADI
TEC
IDC
Til
SOD
2N658
tETC
tt.MOTA 119- 89
ITC
MST
KSC
RAYI
t Til
SOD
2N659
tETC
tt.MOTA 119- 90
GIC
ITC
KSC
MST
RAYI
SOD
tT11
tt.MOTA 119- 91 2N660
tETC
KSC
ITC
MST
SOD
RAYI
tTIl
tETC
52- 37 2N661
t ETC
ITC
ITC
MST
tETC
52- 34
RAYI
tTIl
ITC
2N662
tETC
tETC
52- 29
ITC
MST
ITC
RAYI
tTIl
tETC
58- 70 2N663
tETC
tETC
58- 71
KSC
SOD
Til
2N665
tETC
58- 80
tETC
MOTA
KSC
tETC
58- 81
t SOD
Til
JAN2N665
KSC
tETC
58- 88
MOTA
tETC
58- 89 2N669
tt.MOTA
Til
t DEL
tETC
tt.SOD 116- 25
KSC
SOD
IDC
161-106 2N672
tETC
KSC
2N677
tt.SOD
tt.SOD 116- 26
tETC
KSC
KSC
161-106 2N677A
tt.SOD
t.SOD 116- 27
tETC
KSC
KSC
161-107 2N677B
MSOD
MSOD 116- 28
tETC
KSC
KSC
161-108 2N677C
tt.SOD
tt.SOD 116- 29
tETC
KSC
KSC
161-109 2N678
tt.SOD
tt.SOD 116- 30
tETC
KSC
KSC
161-110 2N678A
tt.SOD
tETC
116- 31
t ETC
KSC
KSC
162- 1 2N678B
tt.SOD
tETC
116- 32
tETC
KSC
KSC
162- 2 2N678C
tt.SOO
tETC
116- 33
KSC
KSC
162- 3 2N679
tETC
tt.RCA
57 - 64
ETC
2N680
tETC
tt.RCA
57 - 65 JAN2N695
none
ETC
tt.MOTA 53- 38 2N696
MFSC
ITC
t CDC
CNS
tt.MOTA 52-101
ESMF tETC
MST
FERB
tGIC
Til
HUGS tlTC
MOTA 52-102
tlTT
MINA
tt.MOTA 53- 51
MISI
tMOTA
GIC
MST
MULB
MST
t NPC
NSC
tt.MOTA 53- 11
NTLB
PHIC
GIC
PHIN
RAOF
Til
t RAYN
SES
MOTA 53- 12
TAOI
tTEC
MMOTA 53- 60
t Til
TIIB
tETC
TIIF
tTRW
ITC
UEHK
VALG
MST
JAN2N696
CDC
tt.MOTA 53- 26
Til
GIC
2N696A
SCA
Til
MOTA 53- 27 2N697
tt.FSC
tt.MOTA 53- 39
BNT
tCOC
ITC
ESMF tETC
MST
FERB
tGIC
tt.MOTA 53- 52
HSC
HUGS
GIC
10C
tlTC
MST
tlTT
LTTF
MMOTA 53- 61
MINA
MISI
GIC
t MOTA
MST
MST
MULB t NPC
tt. TIl
133- 23
t NSC
NTLB
tFSC
PHIC
PHIN
ITC
RAOF t RAYN
MST
t RCA
t SES
tRAYN
TAOI
tTEC
SES
t Til
TIIB
SSI
TlIF
tTRW
UEHK
VALG
t TEC
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
100- 2
133-105
133- 24
100- 3
133-106
54- 9
165- 49
54- 11
166- 3
54- 12
166- 75
54- 13
167 - 5
54- 10
165- 91
116- 34
116- 35
116- 36
119- 92
55- 60
113- 72
113· 73
113- 74
113· 75
113- 76
113- 77
113- 78
113- 79
58- 33
164-104
49- 33
45- 58
160- 87
98- 7
170- 74
9717010016998170-
63
14
23
16
12
98
1. TYPE
No. CROSS INDEX
MFRS Pg&Line TYPE No.
MFRS pg&Line TYPE
TypE No.
MFRS P &Line TYPE No.
"
2N697A
¥I~I,;
MST
TADI
2N698
+CDC
+GIC
+ITC
MST
PHIN
RAYN
TADI
+ Til
TIIF
2N699
+CDC
tETC
HUGS
MISI
MST
NSC
RADF
+ RCA
TADI
+ Til
TIIF
2N699A
MST
SCA
2N699B
ETC
RAYN
TAD I
2N700
2N700A
JAN2N700A
2N702
CNS
+ MOTA
SCA
JAN2N702
2N703
CNS
tFSC
NSC
JAN2N703
NSC
2N705
+ MOTA
+ SES
JAN2N705
2N705A
2N706
+ CDC
ESMF
FERB
HUGS
INTG
MINA
+ MOTA
MULB
NSC
PHIC
RAYN
SGSI
TADI
TEK
Til
TIIF
JAN2N706
CDC
GIC
MOTA
TEC
2N706/46
ETC
SCA
+TRW
tllFSC
ESMF
HUGS
MISI
NPC
RADF
SES
+TEC
TIIB
+TRW
+"'FSC
ESMF
+GIC
+ITC
+ MOTA
NPC
PHIN
+ RAYN
SES
+TEC
TIIB
+TRW
+ ETC
RAYN
TADI
+TRW
+"'FSC
MST
SES
+TRW
+"'MOTA
IDC
+"'MOTA
MOTA
"'Til
ETC
+ NSC
TADI
TEK
NSC
Til
"'Til
ETC
+ MOTA
TADI
TEK
MOTA
Til
+ "'Til
PH IN
TIIB
TIIF
MOTA
Til
+ SES
+"'FSC
CNS
+ ETC
+ GIC
IDC
+1TT
MISI
MST
+ NPC
NTLB
RADF
SES
STCB
• TEC
TFKG
TIIB
VALG
APX
FSC
ITT
RAYN
Til
SCA
TEC
2N706ITNT
2N706A
+"'TII
BEll
+CDC
ESMF
CNS
FERB
+ ETC
HUGS
+GIC
INTG
+ ITT
MISI
MINA
MST
+ MOTA
MULB + NPC
NTLB
RADF
SES
+ RAYN
SGSI
STCB
• TEC
TADI
TIIF
TIIB
VALG
SCA
2N706B46
2N706S
+"'MOTA
ETC
CNS
HUGS
tGIC
MINA
tlTT
SES
+ RAYN
SGSI
TADI
Til
TEC
TIIF
TIIS
CNS
2N706C
RAYN
ETC
tETC
2N707
HUGS + MOTA
+TRW
D.A. T.A. INC.
1~b:l~8
IZN/07+AMOTA
100- 53
170- 13 2N708
BEll
CNS
ESMF
FERB
HUGS
+ ITT
MINA
+ MOTA
MULB
NSC
PHIC
RADF
97- 64
SES
STCB
+TEC
+ Til
TIIF
JAN2N708
100- 24
2N708/TNT
2N708A
2N709
tECD
100- 54
FERB
NTLB
RADF
+ RCA
TADI
103· 5
+TII
2N709/46
45- 99
2N709/TNT
45-100 2N709A46
45-101
85- 64 2N709A
MULB
+TEC
2N710
MOTA
85- 2
2N710A
85- 65
2N711
+ MOTA
PHIN
TIIB
85- 3 2N711A
+ MOTA
+ SES
55- 83
177·55
2N711B
+ MOTA
TIIB
49- 34
160- 88 2N715
SCA
51- 76
87- 46
177- 77 2N716
ETC
2N717
• CDC
ESMF
GIC
ITT
MST
SES
TADI
• Til
TIIF
2N717A
86- 20 2N718
AML
173-110
CNS
tETC
HSC
+ITC
93-109
173- 59
MINA
MST
73 - 4
+ RAYN
86- 21
SGSI
180- 42
+ TEC
TIIB
+TRW
2N718A
AML
ESMF
GIC
HUGS
MINA
+ RAYN
SES
TADI
+ Til
TIIF
94- 19
87 - 68
178 - 87 JAN2N718A
CDC
MOTA
Til
2N719
+ CDC
tETC
HUGS
92- 25
MST
177- 84
87 - 69
SES
TADI
+~t;
95 - 55 2N719.
(cant.)
TEK
TIIB
92- 78 2N719A
+"'FSC
CDC 179- 43
ESMF
ECD
HUGS
tETC
SGSI
+GIC
+ Til
INTG
LTTF
2N720
MISI
AML
ESMF
MST
GIC
+ NPC
NTLB
MST
PHIN
SES
+ RAYN
TADI
SGSI
+ Til
TIIF
TADI
TFKG
2N720A
TIIB
+CDC
VALG
tETC
ITT
91- 97
HUGS
MOTA 177- 20
+ RAYN
TEC
73- 10
SES
IDC
91- 98
TADI
88- 9
+ Til
+"'FSC
tETC
180- 46
TIIF
MULB
JAN2N720A
PHIC
+ RAYN
2N721
SGSI
ETC
+TEC
HUGS
TIIF
+ RAYN
VALG
TADI
SCA
94- 35
Til
180- 86
TEC
73- 14 2N721A
SCA
94 - 29
180- 79 2N722
tECD
88- 10
tETC
TADI 180- 47
HUGS
VALG
+ MOTA
NSC
55 - 84
+"'Til
+ SES
177- 56
SGSI
TIIF
+ TEC
TIIB
+ SES
49- 35
160- 89 2N722A
TADI
55·
85
+"'Til
MULB 177 - 67 2N726
ETC
+ SES
SCA
TIIF
TEC
51·
55
+"'Til
NPC
172-107
TIIB
2N727
TIIF
ETC
+ll Til
51- 56
SCA
172-108
+ SES
TEC
TIIF
ETC
95 - 56 2N730
Til
CDC
TIIB
MST
TADI
95
57
'" Til
SCA
TIIB
TIIB
2N731
CDC
93- 66
+"'FSC
CNS 170- 75
LTTF
tETC
MST
HUGS
TADI
MINA
TIIB
+ RAYN
2N734
SGSI
RADF
• TEC
TADI
TIIB
+TRW
2N735
VALG
+ ETC
HUGS 103- 36
+ MOTA
173-72
+SOD
trEC
93- 68
+"'FSC
+ CDC 170- 99
ESMF
2N735A
GIC
tETC
HUGS
2N736
+ ITT
tETC
+ MOTA
+ MOTA
+ NSC
SES
TADI
TADI
TIIF
+ Til
2N736A
TIIF
tETC
VALG
+ SOD
+llFSC
95- 28
+CDC
2N736B
tETC
+ ETC
HSC
2N738
LTTF
tETC
+ MOTA
+ TEC
+ RCA
SGSI
2N739
TEC
tETC
TIIB
SCA
+TEC
+TRW
VALG
AML
95- 29 2N739A
FSC
2N740
RAYN
tETC
TRW
93- 39
SCA
+llFSC
ESMF
+ TEC
GIC
2N740A
+ITC
RAYN
SGSI
2N741
2N741A
TEC
IN TYPE NUMBER SEQUENCE
No.
MFRS pg&Line TYPE No.
12N742 NSC
+~1~
+ Til
TIIF
TADI
94-100 2N742A
ETC
+"'FSC
tETC
SCA
TADI
SES
2N743
+ "'Til
TADI
BEll
ESMF
TIIB
ETC
tFSC
TIIF
+ GIC
HUGS
93 - 41
INTG
+ ITT
+"'FSC
MINA
+ CDC
MISI
tETC
+ MOTA
MULB
HUGS
PHIC
PHIN
+ RAYN
RADF
RAYN
SGSI
SES
SGSI
TEC
STCB
TADI
TIIB
TEC
TIIB
+TRW
TIIF
VALG
tllFSC
95- 61 2N743A
RAYN
ESMF
SCA
GIC
2N744
+"'Til
+ MOTA
BELl
CDC
+ RCA
ESMF
ETC
SGSI
tFSC
+ GIC
TEC
HUGS
INTG
TIIB
MINA
+ ITT
MISI
+ MOTA
+TRW
CDC
95- 30
MULB
NSC
Til
PHIC
PHIN
68-104
RADF + RAYN
+"'FSC
GIC
SES
SGSI
+ MOTA
STCB
TADI
SGSI
TEC
TIIB
TIIF
VALG
+TEC
TIIB
JAN2N744
FSC
-TlIF
Til
+ RAYN 68-105 2N744A
RAYN
SCA
TADI
69- 4 2N752
+llFSC
ETC
GIC
SCA
ITT
2N753
+ "'Til
BELl
CDC
+ NPC
+ RAYN
CNS
ESMF
TADI
tETC
FERB
Til
tFSC
+GIC
TIIF
HUGS + ITT
MINA
MISI
+ RAYN 69- 22
TEC
+ MOTA
MULB
64- 37
NSC
PHIC
+"'Til
SGSI
SES
• ~~gls
STCB
TADI
TIIB
TEC
TIIB
TIIF
VALG
TIIF
SCA
64 - 38 2N753/46
+"'Til
2N754
FERB
+"'TEC
TADI
tETC
SCA
2N755
TIIB
+"'TEC
tETC
SCA
TIIF
ETC
94-101 2N756
+"'TII
167· 10
MST
SCA
• ETC
RAYN
+TEC
trEC
2N756A
ETC
TIIF
SCA
ETC
94-108 2N757
+"'TII
ITC
MST
tETC
167 - 28
MOTA
SCA
+TEC
RAYN
2N757A
ETC
trEC
SCA
TlIF
JAN2N757A
none
tETC
94- 73 2N758
ETC
SCA
ITC
MST
trEC
SCA
+TEC
TIIF
2N758A
ETC
SCA
94- 74
SOD
+"'Til
LTTF
+TEC
SCA
2N758B
+"'SOD
TADI
2N759
+"'NSC
ETC
TIIF
ITC
MST
+TRW
SOD
95- 31
TADI
+ TEC
+"'SOD
MISI
+ Til
2N759A
TADI
+"'NSC
94 - 75
ETC
SCA
+"'TII
LTTF
SOD
TADI
SCA
trEC
+ Til
JAN2N759A
+TEC
SOD
+TRW
Til
95- 73 2N759B
+"'SOD
+"'Til
LTTF
ETC
TADI
2N760
+"'NSC
TIIF
+AML
CDC
95- 74
ETC
ITC
+"'SOD
MISI
ITT
MST
94- 76
SGSI
+ RAYN
"'Til
SCA
SOD
TADI
TIIB
+TEC
tT11
TlIF
2N760A
+"'NSC
94- 77
tllT11
+AML
CDC
+ MOTA
ETC
ITT
SOD
SOD
+ RAYN
TIIB
TADI
+ TEC
TIIF
+TII
95- 32 JAN2N760A
AML
t"'SOD
tETC
NSC
SOD
94 - 78
Til
t"'TII
2N760B
+ MOTA
+llSOD
ETC
SOD
SCA
TIIB
2N761
ETC
ITC
MST
TlIF
ETC
95 - 75 2N762
+"'SOD
MOTA
MST
+ ETC
TADI
+"'MOTA 51-101
• SPR
+"'MOTA 51-102 2N768
94- 79 2N/t>!.I
MFRS Pa&Line
t::it'R
2N779A
94- 80
87- 70
178- 41
9217987 178-
81
46
71
39
86176 92179 96-
93
71
82
47
18
87- 72
180- 43·
93-110
83-101
83-102
94-109
95- 76
94-110
95- 77
95- 33
95- 1
95- 78
95- 2
95- 3
95 - 79
95- 34
95- 4
95- 5
95- 80
95 - 35
95- 6
95- 81
95- 82
43- 65
cont.next col.
6-Registered with JEDEC
by this manufacturer
5
1~~:
n
MOTA 45- 11
+ SPR
179 - 29
2N780
tllT11
84 - 74
tETC
2N782
49- 36
+ SES
160- 90
2N783
+ ETC
86- 22
tFSC
ITT
173 - 70
RAYN
SES
SGSI
2N784
+ ETC
86- 23
+ ITT
MINA 173 - 73
RAYN
SES
SGSI
2N784A
tETC
91- 99
MINA
RAYN 176- 93
2N794
+ SPR
51- 42
169- 15
2N795
51- 46
+ SPR
170- 44
2N796
+ SPR
51- 49
170 - 94
2N797
58- 90
+"'TII
TIIB
180- 81
2N821
GIC
57 - 58
72- 44
166- 14
2N827
+"'MOTA 51- 64
2N828
"'MOTA 51- 77
+ SES
179- 1
2N828A
+"'MOTA 51-104
2N829
+"'MOTA 51 ~ 78
177- 42
2N834
+"'MOTA 87- 94
ESMF 179- 77
+CDC
ETC
tFSC
HSC
+GIC
IDC
+ ITT
RAYN
SES
+TEC
SGSI
2N834A
ITT
92- 83
RAYN
SGSI 179- 78
2N835
+"'MOTA 87- 91
ETC
tFSC
179- 35
+ GIC
HSC
RAYN
+ ITT
SES
SGSI
+TEC
2N837
49- 37
"'SES
160- 36
2N838
+"'MOTA 51- 79
2N839
83·103
+"'TEC
+ ETC
+ CDC
2N840
83-104
t"'TEC
tETC
+CDC
+ MOTA
SCA
2N841
84- 24
+"'TEC
tETC
+CDC
+ MOTA
2N842
83-105
+"'TEC
ETC
SCA
2N843
84- 25
+"'TEC
ETC
SCA
2N844
84- 48
+"'TEC
SCA
2N845
84- 49
+"'TEC
SCA
2N846A
+ SPR
45- 12
179- 30
2N849
87-104
+ "'Til
SCA
TIIF
87-105
2N850
+ "'Til
SCA
TIIF
2N851
88- 15
+"'TII
SCA
TIIB
TIIF
2N852
88- 16
+"'TII
SCA
TIIB
TIIF
2N858
+ CRY
61- 5
SSI
166- 71
+ SPR
TADI
2N859
+ CRY
61- 6
SSI
166- 68
+ SPR
TADI
2N860
+ CRY
61- 7
• SPR
SSI
166- 69
TADI
2N861
+ CRY
61- 19
SSI
+ SPR
167- 73
TADI
t CRY
2N862
61- 8
SSI
166- 70
+ SPR
TADI
2N863
+ CRY
61- 20
SSI
+ SPR
167- 72
TADI
2N864
+ CRY
61- 21
SSI
+ SPR
167 - 71
TADI
2N864A
63-100
"'CRY
166-107
2N865
+ CRY
61- 28
SSI
170- 34
+ SPR
2N865A
63-108
"'CRY
167 - 74
66.109
2N869
+"'FSC
+AML
ETC
HUGS + MOTA
TADI
SSI
TEC
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
YPE No.
I:lN!SlSlItMOTA
SGSI
TADI
JAN2N869A
2N870
tCDC
t ETC
RAYN
SGSI
TEC
2N871
tCDC
t ETC
t RAYN
SGSI
TEC
TIIB
2N909
SES
TEC
2N910
AML
ETC
tMOTA
SES
TADI
+ Til
JAN2N910
CDC
RAYN
2N911
AML
ETC
tMOTA
SES
TADI
t Til
JAN2N911
FSC
2N912
+CDC
HUGS
SES
TADI
JAN2N912
RAYN
2N913
2N914
BEll
ESMF
HUGS
INTG
LTTF
MISI
MULB
NTLB
RADF
SES
STCB
TEC
TFKG
TIIB
JAN2N914
1. TYPE No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pg&Line
MFRS Pa&Line TYPE No.
tl>~~~N 1~~:l~i
SSI
TEC
FSC
MOTA
tUSC
ESMF
HUGS
SES
TADI
tTIl
TIIB
tl>FSC
ESMF
HUGS
SES
TADI
+ Til
+TRW
ETC
SGSI
+TRW
+USC
+CDC
HUGS
t RAYN
SGSI
TEC
+TRW
AML
FSC
Til
MFSC
+ CDC
HUGS
+ RAYN
SGSI
TEC
+TRW
CDC
RAYN
Til
+l>FSC
ETC
+ RAYN
SGSI
TEC
+ Til
FSC
Til
HUGS
SCA
+l>FSC
CNS
+ ETC
IDC
ITT
MINA
+ MOTA
+ NPC
PHIC
+ RAYN
SGSI
TADI
TEK
+ Til
TIIF
VALG
MOTA
SCA
2N914/46
+l>FSC
2N915
CDC
+AML
MINA
tETC
MOTA t RAYN
SGSI
SES
Til
TADI
TIIB
+l>AML
2N915A
TADI
+l>FSC
2N916
CDC
tAML
IDC
tETC
LTTF
+ MOTA
SES
+ RAYN
tTIl
TADI
TRW
TIIB
AML
JAN2N916
MOTA
FSC
Til
RAYN
TRW
tl>AML
2N916A
TADI
RAYN
llAML
2N916B
TADI
tAML
2N917
ECD
tCDC
ETC
ESMF
t
NSC
ITT
t RAYN tRCA
TADI
SSI
TEC
+ Til
+TRW
TIIF
RAYN
2N917A
SSI
tl>FSC
2N918
tAML
APX
ECD
t CDC
ETC
ESMF
INTG
FERB
LTTF
ITT
tMOTA
MISI
cant.next col.
D.A. T.A. INC.
67· 88
180· 82
95· 7
i:l~1I1!S.
(cont.)
t NPC
NTLB
RADF
t RCA
SSI
TADI
tTIl
TIIF
JAN2N918
FSC
NSC
95· 36
RCA
2N919
2N920
93· 42 2N921
2N922
95· 72 2N923
SOD
2N924
SOD
2N925
SOD
2N926
95·37
SOD
2N927
SOD
95· 8 2N928
95· 9
95· 54
94·102
92· 26
92· 79
179· 44
91·100
180· 22
92· 80
91· 52
92· 84
SOD
2N929
+AML
CNS
ETC
tFSC
INTG
MINA
+ MOTA
+ NSC
PHIC
RADF
SES
+ SOD
TADI
TIIB
UEHK
JAN2N929
CDC
GIC
MOTA
RAYN
TEC
2N929A
+AML
GIC
NSC
TADI
Til
TIIF
2N930
+AML
CNS
ETC
tFSC
INTG
MINA
+ MOTA
+ NPC
NTLB
PHIN
+RAYN
SGSI
STCB
+TEC
TIIF
91·101 JAN2N930
CDC
GIC
MOTA
RAYN
TEC
2N930/46
91·102 2N930/TNT
2N930A
tAML
GIC
NSC
92· 85
SCA
tTEC
92· 86
TIIB
79· 97
2N930B
2N935
t CRY
TADI
2N936
+ CRY
TADI
79· 62
2N937
t CRY
79· 63
TADI
2N938
t CRY
TAD I
2N939
+ CRY
TADI
MULB
t NSC
PHIC
t RAYN
SGSI
STCB
TEC
TIIB
UEHK
VALG
AML
79·64
MOTA
RAYN
TEC
Til
tETC
91· 12
MULB 173· 82
tETC
91· 13
MULB 173· 83
tETC
92· 47
178·27
+ ETC
92·48
CRY
60· 65
SSI
CRY
60· 66
SSI
CRY
60· 67
SSI
CRY
60· 68
SSI
CRY
60· 69
SSI
CRY
60· 70
SSI
MTII
83·106
CDC
ESMF
FERB
+ GIC
+ ITT
MISI
MULB
NTLB
PHIN
+ RAYN
SGSI
STCB
+TEC
TIIF
VALG
AML
84·45
FSC
ITT
NSC
SOD
Til
l>SOD
94·104
+ CDC
+ MOTA
+ RAYN
+TEC
TIIB
UEHK
+llTIl
83·107
CDC
ESMF
FERB
+GIC
+ ITT
MISI
MULB
t NSC
PHIC
RADF
SES
tSOD
TADI
TIIB
UEHK
VALG
AML
85·58
FSC
ITT
NSC
SOD
Til
SCA
93· 35
TEC
72· 82
l>SOD
94·105
tCDC
tMOTA
t RAYN
TADI
Til
TIIF
UEHK
tAML
94·106
RAYN
tl>SOD
68· 5
SSI
TEC
tl>SOD
68· 6
SSI
TEC
tl>SOD
68· 8
SSI
TEC
tl>SOD
62· 44
SSI
TEC
tl>SOD
62· 69
SSI
TEC
.6,.Registered with JEDEC
by this manufacturer
I:lNII4Ut CRY
TADI
2N941
t CRY
tl>~~11J
TEC
tl>SOD
SSI
TADI
2N942
tl>SOD
tCRY
SSI
TADI
2N943
tllSOD
t CRY
SSI
TADI
2N944
tl>SOD
t CRY
SSI
TADI
2N945
tl>SOD
t CRY
SSI
TAD I
2N946
+llSOD
+ CRY
SSI
TADI
2N947
SGSI
SSI
2N956
+l>FSC
+ CDC
ESMF
tETC
GIC
HSC
HUGS
tMOTA
NSC
+ RAYN
SES
SGSI
TADI
TEC
+TII
TIIB
+TRW
VALG
2N957
ETC
HUGS
RAYN
TEC
2N960
+l>MOTA
+ SES
Til
TIIB
TIIF
2N961
+l>MOTA
+ SES
+TII
TIIB
TIIF
2N962
+l>MOTA
t SES
+ Til
TIIB
TIIF
JAN2N962
MOTA
Til
2N963
+l>MOTA
+ Til
+ SES
TIIB
+l>MOTA
2N964
+ SES
+ Til
TIIB
TIIF
JAN2N964
MOTA
Til
2N964A
+llMOTA
+ SES
2N965
+l>MOTA
t SES
+ Til
TIIB
TIIF
+l>MOTA
2N966
t SES
+ Til
TIIB
TIIF
2N967
+llMOTA
+ SES
tTll
2N968
+l>MOTA
+TII
+ SES
2N969
+l>MOTA
+ Til
+ SES
2N970
+l>MOTA
+ SES
+ Til
2N971
+llMOTA
+ SES
+ Til
2N972
+l>MOTA
+ Til
+ SES
2N973
+llMOTA
+ SES
+ Til
2N974
+l>MOTA
+ SES
+ Til
2N975
+llMOTA
t SES
+ Til
2N976
+ SPR
SSI
2N978
+llFSC
ETC
SGSI
TEC
2N979
tl>SPR
IDC
2N980
tl>SPR
2N981
NSC
tl>SPR
2N982
2N983
tl>SPR
tl>SPR
IDC
tllTIl
2N985
tMOTA t SES
2N986
tl>FSC
JAN2N986
none
2N987
tl>APX
MULB
PHIC
JAN2N987
APX
2N988
SCA
SCA
2N989
2N990
tl>APX
PHIC
2N991
PHIC
2N992
PHIC
2N993
tl>APX
PHIC
2N994
t SES
2N984
6
IN TYPE NUMBER SEQUENCE
TYPE No.
MFRS P &Line TYPE No.
I:lN""o AKER t~A'M\
tMOTA
SSI
62· 94
tTIl
TEC
188· 68
TIIB
2N996
tUSC
62· 92
SSI
TADI
188· 69
TEC
2N997
tl>TII
t GESY
62· 45
tFSC
188· 70
t RAYN
SSI
TADI
TIIF
~2· 46 2N998
tl>FSC
188· 71
tAML
t GESY
tMOTA t RAYN
62· 47
SSI
TADI
188· 72 2N999
tl>FSC
t GESY tMOTA
62· 48
SSI
+ RAYN
188·73
TADI
2Nl000
tETC
91· 14
2Nl007
tETC
95·108
KSC
2Nl008
tETC
ITC
+ MOTA
2Nl008A
tETC
ITC
+ MOTA
2Nl008B
+ ETC
ITC
+ MOTA
JAN2Nl008B
MOTA
2Nl0l0
tETC
2Nl0ll
+l>SOD
82· 46
+ DEL
+ ETC
KSC
MOTA
JAN2Nl0ll
DEL
51· 80
SOD
MOTA
177· 43 2Nl012
+llGIC
tETC
51· 81 2Nl015
+l>WESY
177· 44
tETC
SEN
SLA
+ SIL
51· 82
SPC
177· 45 2Nl015A
+l>WESY
tETC
SEN
51· 83
+ SIL
SLA
177· 46
SPC
SSI
51· 65 2Nl015B
+l>WESY
176· 40
tETC
SEN
+ SIL
SLA
51· 84
SPC
SSI
177· 47 2Nl015C
+l>WESY
tETC
SEN
51· 85
+ SIL
SLA
177· 48
SPC
SSI
51· 86 2Nl015D
+l>WESY
179· 39
SEN
+ ETC
t SIL
51· 87
SLA
177· 49
SPC
SSI
2Nl015E
+l>WESY
51· 88
SEN
+ SIL
SPC
177· 50
SLA
SSI
51· 66 2Nl015F
SLA
176· 41
SPC
51· 89 2Nl016
MWESY
177· 60
tETC
SEN
SLA
51· 90
+ SIL
177· 61
SPC
SSI
51· 91 2Nl016A
MWESY
177· 68
tETC
SEN
SLA
51· 92
+ SIL
177· 69
SSI
SPC
51· 93 2Nl016B
+l>WESY
177· 62
tETC
SEN
51· 94
t SIL
SLA
177· 63
SPC
SSI
51· 95 JAN2Nl016B
SIL
177· 64
WESY
51· 96 2Nl016C
+l>WESY
177· 65
tETC
SEN
SLA
47·89
+ SIL
175· 44
SPC
SSI
66· 24 JAN2Nl016C
SIL
WESY
2N1Q16D
tl>WESY
44· 95
tETC
SEN
171· 52
t SIL
SLA
44· 96
SPC
SSI
95· 10 JAN2Nl016D
SIL
45·21
WESY
179· 31 2Nl016E
tl>WESY
45·22
SEN
t SIL
179· 32
SLA
SPC
SSI
45· 13
178· 13 2Nl016F
SLA
51· 97
SPC
177· 8 2Nl017
ETC
tlTC
186· 78
MST
186· 79 2Nl018
ETC
47·33
ITC
2Nl021
MTII
t DEL
t ETC
47· 19
t MOTA
86·100
KSC
t SOD
86·101
TIIB
2Nl021A
MTII
45·53
t DEL
tETC
KSC
t SOD
45· 54
45· 52 JAN2Nl021A
SOD
Til
45· 55
2Nl022
MTII
t DEL
KSC
52· 87
tMOTA +SOD
160· 50
TIIB
ij2· IU
OO·IIU
67· 30
173· 23
94· 81
190· 34
190· 35
58· 67
165· 86
118· 11
52· 20
52· 21
52· 22
52· 19
57· 1
117· 16
117· 17
58· 34
177·70
155· 23
163· 19
155·24
163· 20
155· 25
163· 21
155· 26
163· 22
155· 27
163· 23
155· 28
163· 24
155·29
163· 25
155·30
163· 26
155·31
163· 27
155· 32
163· 28
155·33
155·34
163· 29
155·35
155·36
163· 30
155·37
155·38
163· 31
155· 39
163· 32
52· 46
52· 47
119· 93
119· 94
122·106
119·95
I"N 1oz/teL
MFRS Pll&Line
tl>~~c
tSOD
JAN2Nl022A
SOD
Til
2Nl023
MRCA
2Nl024
tl>SOD
t CRY
t ETC
NSC
t RAYN
TADI
2Nl025
tl>SOD
t CRY
tETC
t RAYN
TADI
JAN2Nl025M
CRY
SOD
2Nl026
tl>SOD
tCRY
tETC
t RAYN
TADI
2Nl026A
CRY
tETC
JAN2Nl026M
CRY
SOD
2Nl027
+l>SOD
+ CRY
tETC
+ RAYN
2Nl028
+l>SOD
+ CRY
tETC
+ RAYN
2Nl029A
KSC
2Nl029B
KSC
2Nl029C
KSC
2Nl031
+llSOD
tETC
2Nl031A
+llSOD
tETC
2Nl031B
+l>SOD
tETC
2Nl031C
+llSOD
2Nl032
tl>SOD
tETC
2Nl032A
tl>SOD
tETC
2Nl032B
+l>SOD
2Nl032C
+l>SOD
2Nl034
+l>RAYN
+ CRY
ETC
TADI
+ SOD
2Nl035
+l>RAYN
+ CRY
ETC
+ SOD
TADI
2Nl036
+l>RAYN
+ CRY
ETC
+ SOD
TADI
2Nl037
+l>RAYN
+ CRY
ETC
+ SOD
TADI
2Nl038
+l>TII
+ KSC
+ MOTA
+ NPC
+SOD
2Nl038·1
KSC
SOD
2Nl038·2
KSC
SOD
2Nl039
tl>TII
ESMF
IDC
+ KSC
MISI
+ MOTA
NPC
+SOD
JAN2Nl039
KSC
Til
SOD
2Nl039·1
KSC
SOD
2N 1039·2
KSC
SOD
2Nl040
+llTII
ESMF + KSC
tMOTA
MISI
+ NPC
+SOD
2N 1040·1
KSC
SOD
2N 1040·2
KSC
SOD
2Nl041
+l>TII
ESMF
IDC
+ KSC
MISI
+ MOTA + SOD
JAN2Nl041
KSC
SOD
Til
2Nl041·1
KSC
SOD
2Nl041·2
KSC
SOD
tl>TII
2Nl042.
t KSC
MOTA
t SOD
JAN2Nl042
KSC
SOD
Til
2N 1042·1
KSC
SOD
KSC
2N 1042·2l>
2Nl042·2~
SOD
tl>TII
2Nl043
MOTA
+ KSC
t SOD
JAN2Nl043
KSC
Til
SOD
2N 1043·1
KSC
SOD
KSC
2N 1043·2l>
SOD
2Nl043·2~
2Nl044
+l> Til
t KSC
MOTA
tSOD
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
119· 96
122·107
48· 74
62· 49
62· 50
62· 51
62· 71
68· 37
62· 72
62· 88
62· 91
113·
113·
113·
119·
80
81
82
97
119· 98
119· 99
119 ·100
119·101
119·102
119·103
119·104
62· 26
62· 32
62· 35
62· 33
114·73
114· 49
114· 50
114· 74
55 ·108
114·51
114· 52
114· 75
114· 53
114· 54
114·76
55·109
114·55
114· 56
114· 57
163· 55
114· 77
114·58
114·
114·
114·
163·
59
60
61
56
114·78
114· 62
114·
114·
114·
163·
63
64
65
57
TYPE No.
IJAN2N 1~6ri
2Nl044-1
2N 1044-2t.
2Nl044-2iZ!
2Nl045
• KSC
JAN2Nl045
SOD
2Nl045-1
~~C
KSC
SOD
KSC
SOD
.t.TII
MOTA
• KSC
SOD
Til
KSC
SOD
2N 1045-2t.
KSC
2N 1045-2iZ!
SOD
.t.TII
2Nl046
TIIB
ETC
JAN2N• 1046
Til
2Nl046A
• ETC
TIIB
2Nl046B
• ETC
TIIB
.t.TII
2Nl047
• SIL
• ETC
SPC
+ SLA
2Nl047A
.t.TII
• SIL
• ETC
SPC
• SLA
SIL
JAN2Nl047A
SLA
Til
.t.TII
2Nl047B
ETC
• SIL
.SLA
SPC
.t.TII
2Nl048
• SIL
• ETC
SPC
• SLA .t.TII
2Nl048A
• SIL
• ETC
SPC
• SLA
JAN2Nl048A
SIL
SLA
Til
.t.TII
2Nl048B
t SIL
ETC
SPC
• SLA
.t.TII
2Nl049
t
SIL
• ETC
SPC
• SLA
.t.TII
2Nl049A
t SIL
• ETC
SPC
• SLA
SIL
JAN2Nl049A
SLA
Til
2Nl049B
tt. Til
ETC
t SIL
SPC
• SLA
tt.TII
2N1050
t SIL
• ETC
SPC
.SLA
.t.TII
2Nl050A
• ETC
• SIL
SPC
t SLA
SIL
JAN2Nl050A
SLA
Til
.t.TII
2Nl050B
ETC
• SIL
SPC
t SLA
IDC
2Nl051
JAN2Nl051
none
tt.TEC
2Nl052
SCA
2Nl053
SCA
• TEC
tt.TEC
2Nl054
+ETC
MST
SCA
• SSP
t.TEC
2Nl055
SSP
ETC
2Nl056
tt.GESY
2Nl057
ETC
ETC
2Nl058
2Nl059
• ETC
.t.RCA
2Nl066
PHIC
2Nl067
• SPC
SIL
SLA
2Nl068
• SIL
SPC
SLA
+ETC
2Nl069
PPC
• SIL
SLA
• SOD
SPC
SSI
2Nl070
• ETC
PPC
• SIL
SLA
• SOD
SSI
SPC
JAN2Nl072
none
2Nl073
• DEL
2Nl073A
• DEL
2Nl073B
• DEL
2Nl078
2Nl079
+ETC
2Nl080
+ETC
2Nl084
2Nl085
1. TYPE
No. CROSS INDEX
MFRS pg&Line TYPE No.
MFRS P!I&Line TYPE No.
MFRS Pg&Line TYPE No.
114 - 79 2Nl086
114 - 66 2Nl086A
67 2Nl087
68
69 2Nl090
58
• GIC
2Nl091
.GIC
114- 80
2Nl092
114- 70
2Nl093
114 - 71
114- 72 JAN2Nl094
119- 6 2Nl095
2Nl096
115- 69 2Nl097
119- 7
tETC
2Nl098
+ETC
119- 8
2Nl099
+ETC
144-100
2Nll00
+ETC
MULB
144-101
PHIN
114 114 114 163 -
144 - 93 2Nll0l
2Nll02
144-102 2Nll04
2Nl107
144-103 2Nll08
2Nll09
2Nl110
144-104 2Nllll
2Nll11A
2Nl111B
144- 94 2Nll14
144 -105 2N1115
2Nl 1 16
ETC
SCA
'144-106
• SLA
144-107 2Nl117
ETC
• SIL
SPC
144 - 95
144-108 2Nl118
• SPR
JAN2Nl118
144-109
2Nl 1 18A
• RAYN
144-110
2N1119
• SPR
144 - 96 JAN2Nll19
145- 1 2Nl120
+ETC
JAN2Nl120
94 - 82
95 - 62 2N1121
97 - 36
2N1122
97 - 37
2Nl122A
97 - 38
2N1124
2Nl125
97 - 31 2N1128
2N1129
54- 77 2N1130
2N1131
54 - 80
AKER
ESMF
57 - 23
FERB
58- 92
HUGS
48 - 75
MST
NTLB
135 - 16
RADF
164 - 8
138- 60
SGSI
164- 10
TADI
146- 17
• Til
163- 93
JAN2N1131
MOTA
146- 18
TEC
163- 94 2Nl131/46
2Nl131A
TADI
140- 62 2N1132
AKER
160-104
.t.SOD 119·105
CNS
• ETC
• ETC
GIC
• MOTA
ITT
.t.SOD 119-106
MST
• ETC
• MOTA
• NTLB
NPC
.t.SOD 119-107
t MOTA
RADF
KSC
114-110
SGSI
TADI
t. TEC
147- 60
SSI
• Til
t.TEC
147 - 61
SSI
JAN2N 1132
SCA 126- 76
MOTA
tTEC
TEC
TEC
140- 2
D.A. T.A. INC.
.t.GESY
ETC
.t.GESY
ETC
.t.GESY
ETC
ETC
MST
ETC
MST
+ETC
SSI
ETC
MST
57 - 47 2N 1132/46
57 - 48 2Nl132A46
2N 1132A
57 - 49
ITT
• RAYN
57-100
165 - 85 2N 1132B46
57-103 2N 1132B
166- 62
• RAYN
132- 10
TADI
164- 9 2Nl136
+ETC
50- 90
2Nl136A
none
52- 1
+ETC
ETC
94- 87 2Nl136B
ETC
94- 88
+ETC
.t.GESY 49- 17 2Nl137
MST
+ETC
.t.GESY 49- 18
2N1137A
MST
.t.DEL
119-108
+ETC
• MOTA
.t.DEL
119-109 2Nl137B
• MOTA 163- 7
PHIC
2Nl138
RADF
• ETC
VALG
2N 1 138A
ETC
58- 93
+ETC
58- 94 2N1138B
• SCA
ETC
73- 56
167 - 78 2Nl139
ETC
43- 46
ETC
43- 41 2Nl140
43- 40 2N1141
ETC
ETC
43- 42
• MOTA
ETC
43- 43
ETC
43- 44 2N1141A
ETC
43- 45
MOTA
ETC
58- 76 2Nl142
MST
• MOTA
ETC
50- 91
.t.TEC
97 - 44 JAN2N 1142
MST
2N 1 142A
• SIL
SPC
MOTA
SSP
2Nl143
.t.TEC
97- 39
• MOTA
SCA
2N 1143A
•t SLA
SSP
MOTA
TADI
2Nl144
61- 18
• TADI
CRY
2N1145
CRY
60-101
SPR
2N1146
61 - 10
KSC
• CRY
• TAD
SPR I
2Nl146A
t CRY
61- 13
KSC
TADI 167- 2
CRY
60- 95 2Nl146B
SPR
165- 89
KSC
.t.SOD 117- 18
MOTA
2N1146C
MOTA 119-110
KSC
SOD
.t.GESY 57- 50 2Nl147
ETC
KSC
t SPR
43- 25
168- 91 2N1147A
43- 26
KSC
• SPR
168- 92
+ETC
55 - 61 2Nl147B
55 - 67
KSC
• ETC
50- 17
• ETC
+ETC
49- 87 2Nl147C
+ETC
49- 88
KSC
tt.FSC
70- 83
.AML
2Nl149
ETC
+ETC
GIC
2Nl150
• MOTA
MULB
+ETC
PHIC
2Nl151
• RAYN
SOD
+ETC
• TEC
TIIB
2N1152
+ETC
TIIF
FSC
70· 84
RAYN
2N1153
Til
+ETC
SCA
69· 23
HUGS 70· 85 2Nl154
TEC
169· 79
+ETC
.t.FSC
70- 86
.AML
2N1155
ESMF
+ETC
FERB
HUGS
2Nl156
• MOTA
tETC
MULB
NSC
2Nl157
PHIC
2N 1157A
JAN2N1157A
• RAYN
2Nl158
SOD
2N1158A
• TEC
TIIB
2Nl159
TIIF
tETC
FSC
70- 87
RAYN
2N1160
Til
+ETC
L:,.Registered with JEDEC
by this manufacturer
SCA
SCA
HUGS
• MOTA
TADI
TEC
SCA
HUGS
SCA
TEC
.t.SOD
KSC
.t.SOD
KSC
.t.SOD
KSC
.t.SOD
IDC
KSC
.t.SOD
IDC
KSC
.t.SOD
KSC
.t.SOD
KSC
tt.SOD
KSC
.t.SOD
KSC
tt.TEC
+ETC
+ETC
tt.TII
TIIB
TIIF
t.TII
TlIF
.t.TII
TIIB
TIIF
MOTA
Til
t.TII
TIIF
.t.TII
TIIB
TIIF
t.TII
TIIF
ETC
GESY
ETC
GESY
+ETC
MOTA
• SOD
+ETC
MOTA
.SOD
+ETC
MOTA
.SOD
+ETC
MOTA
.SOD
+ETC
MOTA
.SOD
+ETC
MOTA
• SOD
+ETC
MOTA
.SOD
+ETC
MOTA
.SOD
tt.TII
SCA
• TEC
.t.TII
SCA
.TEC
.t.TII
SCA
• TEC
.t.TII
SCA
.TEC
.t.TII
SCA
.TEC
.t.TII
SCA
.TEC
tt.TII
SCA
.TEC
.t.TII
SCA
tTEC
.t.SOD
.t.SOD
SOD
tETC
t ETC
tt.DEL
KSC
SOD
tt.DEL
KSC
SOD
7
l~t ~~
2Nl1t;lETC
69- 25
70- 88 2Nl162A
170- 42
+ETC
2N1163
69- 26
+ETC
70- 89
170- 43 2N1163A
+ETC
118- 67 2Nl164
+ETC
118- 68
2N 1 164A
118- 69
+ETC
2Nl165
118- 70
+ETC
JAN2N 1165
118- 71
118116116116-
2N1165A
+ETC
72 2N1166
+ETC
37
2Nl166A
+ETC
38
2Nl167
39
+ETC
95- 83 2N1167A
+ETC
94- 99 2Nl168
55- 95
+ETC
2N1169
55- 92 2Nl170
2Nl171
55 - 94
2Nl172
55- 88 JAN2Nl173
55 - 89 JAN2Nl174
55 - 91 2Nl175
+ETC
55- 90 2Nl175A
• GESY
49- 19 2Nl176
49- 20 2Nl176A
2Nl176B
120- 1 2Nl177
2Nl178
2Nl179
120- 2 2Nl180
2N1183
120- 3 JAN2Nl183
2N 1 183A
120- 4
JAN2Nl183A
120- 5 2Nl183B
JAN2N 1183B
120- 6
2N1184
120- 7 JAN2N 1184
2N1184A
120- 8 JAN2Nl184A
2N1184B
74 - 61 JAN2Nl184B
2N1185
74 - 71 2N1186
2Nl187
74- 72
2N1188
74 - 73 2Nl189
2N1190
74 - 75
2N1191
• ETC
99 - 54
2Nl192
+ETC
ITC
2N1193
+ETC
99- 56
ITC
2Nl194
99 - 55
1231231234445 118163-
97
98
99
66
59
73
5
2Nl195
JAN2Nl195
2N1196
2Nl197
JAN2N1197
2N1198
2N1199
118- 74 2N1202
163- 6
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
.t.MOTA
KSC
SOD
.t.MOTA
KSC
SOD
.t.MOTA
KSC
SOD
.t.MOTA
SOD
tt.MOTA
KSC
SOD
.t.MOTA
SOD
.t.MOTA
KSC
SOD
MOTA
SOD
tt.MOTA
SOD
.t.MOTA
KSC
SOD
.t.MOTA
SOD
.t.MOTA
KSC
SOD
tt.MOTA
SOD
.t.DEL
KSC
SOD
MST
MST
+ETC
ITC
KSC
120· 10
120- 11
120- 12
120- 13
120· 14
120- 15
120- 16
120- 17
120- 18
120- 19
120- 20
120- 21
121- 99
181- 18
181- 19
52- 42
1;316159161none
54161.t.GESY 53• MOTA
MST
+ETC
53MST
+ETC
55 GIC
55 • ETC
+ETC
55 ATEI
46ATEI
46ATEI
46ATEI
46.t.RCA 113KSC
KSC
113RCA
tt.RCA 113KSC
KSC
113RCA
.t.RCA 113KSC
KSC
113RCA
.t.RCA 113 KSC
RCA 113 .t.RCA 113KSC
RCA
113.t.RCA 113KSC
RCA
113tt.MOTA 53+ETC
.t.MOTA 53• ETC
.t.MOTA
53 +ETC
.t.MOTA 53none
• ETC
.t.MOTA
+ETC
.t.MOTA
+ETC
.t.MOTA
ITC
MST
.t.MOTA
GIC
MST
.t.MOTA
GIC
MST
.t.MOTA
•• ETC
MOTA
Til
MOTA
HUGS
HUGS
none
ETC
tETC
tt.SOD
t KSC
MFRS Pa&Line
120- 9 2N1203
34
33
10
19
86
20
82
83
57
58
59
89
90
91
81
50
51
52
53
54
55
56
57
58
59
60
61
65
40
53
62
53- 73
53- 86
53- 41
53- 54
53- 63
53- 66
55- 93
5566666657 75 116-
27
50
54
28
43
8
2
.t.SOD 116- 3
.KSC
2N1204
• MOTA 54- 6
177- 82
2N1204A
• MOTA 54- 5
175- 26
2N1205
ETC
74- 76
TEC
.t.TEC
103- 42
2N1206
+ETC
tt. TEC
103- 43
2N 1207
+ETC
149- 21
2N1208
tt.TEC
ESMF • ETC
SEN
PPC
• SLA
• SOD
SIL
SPC
SSI
SSP
149· 22
.t.TEC
2N1209
ESMF
ETC
PPC
SEN
• SIL
• SPC
SLA
SOD
SSI
SSP
.t.TEC
2N1210
147 - 75
+ETC
SEN
SLA
• SIL
.SOD
SPC
SSI
.t.TEC
147- 76
2N1211
+ETC
SEN
SLA
• SIL
.SOD
SPC
SSI
2N1212
tt.TEC
149- 23
+ETC
PPC
SEN
• SIL
SOD
• SPC
SLA
SSI
SSP
2N1217
.t.GESY 57 - 56
ETC
124 - 18
2N1218
• KSC
2N1219
62· 89
tt.SOD
ETC
• CRY .t.SOD
2N1220
62- 73
ETC
• CRY .t.SOD
2N1221
62- 90
ETC
• CRY .t.SOD
2N1222
62- 74
.CRY
ETC
.t.SOD
62- 75
2N1223
ETC
• CRY .t.RCA
2N1224
48- 50
.APX
PHIC
APX
48- 51
JAN2N1224
RCA
.t.RCA
2N1225
48- 69
.APX
• NPC
PHIC
JAN2N1225
APX
48- 62
RCA
tt.RCA
2N1226
48- 52
.APX
PHIC
2N 1227
t.SOD 118- 12
ETC
KSC
.CRY
2N 1228
68- 32
t RAYN
ETC
SSI
• SOD
2N1229
68- 33
CRY
t• RAYN
ETC
.SOD
SSI
2N1230
68· 34
CRY
ETC
t• RAYN
t SOD
SSI
2N1231
.CRY
68- 35
ETC
• RAYN
SSI
SOD
.CRY
68-18
2N1232
ETC
• RAYN
SSI
SOD
2N1233
68- 19
• CRY
ETC
• RAYN
SOD
SSI
2N1234
68- 17
• CRY
SOD
JAN2N1234
CRY
68- 16
SOD
2N1235
SEN
149- 24
TEC
SSI
2N1247
.t.TEC
72- 10
ETC
GESY
2N1248
ETC
72- 11
GESY tTEC
2N1249
t.TEC
72- 12
ETC
2N1250
tt. TEC
149- 25
ETC
SEN
t SIL
SLA
SPC
SOD
SSI
2N1251
58- 16
• ETC
.t.FSC
98 - 8
2N1252
.GIC
170- 73
ETC
ITC
RAYN
SOD
SGSI
tTIl
+TEC
2N1253
tt.FSC
98- 13
t GIC
173- 57
ETC
ITC
RAYN
SGSI
SOD
t Til
tTEC
HUGS 167 - 98
2N1254
cont.next Dace
+-Indicates manufacturer'S data sheet available
in Transistor Information Microfile (TIM)
TYPE No.
l;t~~~~t
SSI
2N1255
SCA
2N1256
SCA
2N1257
SCA
2N1258
SCA
2N1259
SCA
2N1260
2N1261
2N1262
2N1263
2N1265
2N 1265/5
2N1266
2N1267
2N1268
2N1269
2N1270
2N1271
2N1272
2N1273
tETC
2N 1274
tETC
2N 1 275
CRY
2N1276
TEC
2N1277
TEC
2N1278
TEC
2N1279
t ETC
2N1280
2N1281
2N1282
2N1284
2N1291
2N1292
2N1293
2N1294
2N1295
2N1296
2N1297
2N1298
2N1299
2N1302
APX
t ETC
MULB
NTLB
PHIN
t RCA
TEK
TIIF
JAN2N1302
RCA
2N1303
APX
t ETC
+GIC
MST
+ NPC
PHIC
RADF
tRCA
TEK
TIIF
JAN2N1303
GIC
2N1304
APX
ESMF
• GIC
MISI
MULB
NTLB
PHIN
t RCA
TIIB
JAN2N1304
RCA
2N1305
APX
ESMF
1.
MFRS Pa&Line TYPE No.
SCA
TEC
HUGS
SSI
TEC
HUGS
SSI
TEC
HUGS
SSI
TEC
HUGS
SSI
TEC
HUGS
SSI
TEC
SSI
TEC
+"'SOD
+ KSC
t"'SOD
+ KSC
t"'SOD
t KSC
t ETC
ETC
tETC
tETC
tETC
tETC
tETC
t ETC
tETC
",Til
GIC
t"'TII
GIC
t"'RAYN
tETC
SOD
+ ETC
Til
t ETC
Til
t ETC
Til
t"'GESY
TEC
Til
"'ITC
ETC
"'ITC
ETC
"'ITC
ETC
+"'ITC
ETC
tETC
+ KSC
+ KSC
tETC
+ KSC
+ KSC
tETC
+ KSC
+ KSC
tETC
t KSC
t KSC
ETC
+"'TII
CNS
MST
t NPC
PHIC
RADF
t SES
TIIB
VALG
GIC
Til
+ "'Til
CNS
t GESY
ITC
MULB
NTLB
PHIN
RAYI
t SES
TIIB
VALG
GESY
RCA
Til
+"'TII
CNS
t ETC
IDC
MST
t NPC
PHIC
RADF
t SES
TIIF
VALG
GIC
Til
t"'TIl
CNS
t ETC
cont.next col.
D.A. T.A. INC_
2~~~~)5
69·109
169· 71
69·106
167· 99
69-110
169· 72
70· 1
169· 73
+ GIC
ITC
MST
t NPC
PHIC
RADF
+ RCA
TIIB
JAN2N1305
GIC
2N1306
APX
tETC
MISI
MULB
149· 9
NTLB
PHIN
116· 4
+ RCA
TIIB
116· 5
69·108
168· 97
116· 6 JAN2N1306
RCA
47· 51 2N1307
APX
43-103
ESMF
46· 8
• GESY
72· 41
ITC
72· 53
MST
73· 98
+ NPC
73· 21
PHIC
73- 80
RADF
76· 26
+ RCA
54- 87
TIIB
54·88
JAN2N1307
GIC
62· 27
74· 80
74·81
74·82
74· 86
53· 90
53·100
53·105
53· 91
121·100
124· 19
121·101
2N1308
APX
ESMF
t GIC
MST
t NPC
PHIC
RADF
t SES
TIIF
JAN2N1308
RCA
2N1309
APX
ESMF
GESY
ITC
MST
t NPC
PHIC
RADF
t RCA
TIIB
124· 20
120· 22 JAN2N1309
RCA
124· 21 2N1309A
121·102
2N1310
124· 22 JAN2N1310
58· 55 2N1311
58- 35 2N1312
164- 93 2N1313
GIC
2N1314
2N1316
2N1317
58 - 36
2N1318
49- 38
2N1319
2N1320
2N1321
2N1322
2N1323
2N1324
2N1325
2N1326
2N1327
2N1328
50· 62 2N1329
2N1330
2N1331
58- 56 2N1332
165· 60 2N1333
2N1334
2N1335
SCA
2N1336
SCA
2N1337
SCA
2N 1338
t NPC
58· 57
2N1339
SCA
49- 39
2N1340
SCA
TYPE No. CROSS INDEX
MFRS Pa& ine TYPE No.
2N1341
SCA
+ GESY
IDC
2N1342
MISI
+ NPC
MULB
NTLB
2N1343
PHIN
RAYI
2N1344
t SES
TIIF
2N1345
VALG
GESY 50· 92 2N1346
RCA
Til
2N1347
58· 77
t"'TIl
ESMF 166· 10 2N1348
tGIC
2N1349
MST
t NPC
PHIC
2N1350
RADF
t SES
2N1351
TIIF
VALG
2N1352
GIC
ETC
58·78
Til
2N1353
+",TII
49· 40
CNS
2N1354
tETC
+ GIC
2N1355
MISI
MULB
2N1356
NTLB
PHIN
2N1357
RAYI
t SES
2N1358
TIIF
tETC
VALG
MULB
GESY 51· 14
RCA
JAN2N1358
Til
58·85 2N 1358A
+"'TII
CNS
166· 91
tETC
tETC
2N1359
MISI
tETC
MULB
NTLB
2N1360
PHIN
tETC
+ RCA
2N1362
TIIB
tETC
VALG
GIC
58· 86
Til
2N1363
49· 41
t ETC
+"'TII
CNS
2N1364
t ETC
tGIC
tETC
MISI
MULB
2N1365
NTLB
tETC
PHIN
RAYI
2N1366
t SES
2N1367
TIIF
2N1370
VALG
tETC
GIC
51·30
GIC
Til
",GIC
51· 31 2N1371
74- 74
tETC
CNS
57 - 84
GIC
GIC
57·85
CNS
57 - 91 2N1372
CNS
57 - 92
tETC
t ETC
52- 77
GIC
ITC
2N1373
MST
ETC
118- 75
tETC
PHIC
GIC
53-106
t"'ITC
ETC
166- 39 2N1374
53-107
tETC
+"'ITC
ETC
166- 31
GIC
53-108
t"'ITC
ETC
2N1375
Til
48- 21
tETC
KSC
115·27
GIC
+ KSC
124- 23
KSC
115 - 28 2N1376
t KSC
124 - 24
tETC
KSC
115- 29
GIC
t KSC
124- 25
t KSC
115- 30 2N1377
124- 26
+ KSC
tETC
KSC
115- 1
GIC
t KSC
124- 27
+ KSC
124- 28 2N1378
KSC
115- 2
tETC
124- 29
GIC
+ KSC
KSC
115 - 3
t KSC
124- 30 2N1379
tETC
t"'TRW 101- 22
SSI
GIC
t"'TRW 101·23
S51
2N1380
tETC
t"'TRW 101- 24
SSI
GIC
t"'TRW 101· 25
SCA
2N1381
SSI
tETC
GIC
t"'TRW 101- 26
SSI
NPC 101- 27 2N1382
SSI
176- 64
tETC
ITC
6-Registered with JEDEC
by this manufacturer
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRS Pa&Line
54-102
+ "'Til
~~l~~g
GIC
MST
2N1469
62· 76
+"'SOD
2N1384
54· 82
+ CRY
tETC
t"'RCA
ITC
168· 86 JAN2N1469M
CRY
62· 77
2N1385
56· 48
SOD
"'Til
2N1386
tETC
84· 75 2N1471
53· 95
"'ITC
SCA 170· 35
tETC
2N1387
t ETC
84· 50 2N1472
tETC
75· 9
SCA 169· 70 2N1473
tETC
59· 18
2N1388
ETC
85· 14 2N1474
62· 52
t"'SOD
SCA
+ CRY
ETC
2N1389
ETC
84· 26 2N1474A
62· 78
t"'SOD
SCA
SES
+ CRY
ETC
2N1390
ETC
t",SOD
83·108 2N1475
62· 53
SCA
+ CRY
ETC
2N1391
tETC
t",SOD
58· 37 2N1476
62· 54
GIC
t CRY
2N1395
tAPX
48· 53 2N1477
62· 55
+"'SOD
PHIC
+RCA
+ CRY
2N1396
48- 70 2N1478
CNS
55· 16
+"'RCA
+APX
PHIC
tETC
GIC
2N1397
t",RCA
48· 76
ITC
TADI
PHIC
2N1479
t"'RCA 133-107
2N1404
50· 80
ETC
ITC
"'Til
tETC
GIC
PIR
SIL
ITC
MST
SLA
SPC
2N1408
",GIC
49- 42
SSI
TEC
tETC
ITC
JAN2N1479
RCA
133·108
tMOTA
SIL
2N1409
tETC
97- 65 2N1480
+"'RCA 133·109
ETC
ITC
SCA
2N1409A
tETC
102· 23
PIR
+ SIL
SCA
SLA
SPC
2N1410
tETC
97· 66
SSI
TEC
SCA
tTRW
JAN2N1480
RCA 133·110
2N1410A
tETC
102· 24
SIL
1
SCA 175·28 2N1481
t"'RCA
2N1411
SPR
170· 79
ETC
IDC
JAN2N1411
SPR
43· 23
ITC
PIR
2N1412
120· 30
t SIL
SLA
+"'DEL
tETC
MOTA
SPC
SSI
JAN2N1412
DEL
119· 9
TEC
MOTA
JAN2N1481
RCA 1:
2
JAN2N1412A
DEL
119· 10
SIL
2N1482
MOTA
3
."'RCA 11
2N1413
ETC
ITC
+"'GESY 53· 72
tMOTA
tETC
PIR
t SIL
SLA
SPC
+ Til
2N1414
SSI
TEC
+"'GESY 53·75
tETC
IDC
JAN2N1482
RCA 134· 4
+ MOTA +TII
SIL
2N1415
t"'GESY 53·76 2N1483
t"'RCA 142· 1
tETC
tMOTA
ASC
PIR
tT11
t SIL
SLA
2N1416
tETC
SPC
55· 3
2N1417
74·87 JAN2N1483
RCA 142· 2
t"'TEC
ETC
+ GESY
SIL
2N1484
ITC
+"'RCA 142· 3
t",TEC
2N1418
ASC
PIR
74·88
SLA
ETC
+ GESY
+ SIL
ITC
SPC
2N1420
97· 67 JAN2N1484
RCA 142· 4
t"'FSC
t CDC
CDLF
SIL
CNS
ESMF
2N1485
t"'RCA 142· 5
tETC
tGIC
ASC
IDC
HSC
ITC
PIR
• SIL
SLA
SPC
MINA tMOTA
MST
MULB
JAN2N1485
RCA 142- 6
+ NSC
PHIC
SIL
PHIN
RADF
2N1486
+",RCA jl
7
RAYN
SES
ASC
PIR
SGSI
TADI
SLA
+ SIL
+ Til
SPC
+ TEC
TIIF
tTRW
JAN2N1486
RCA 11
8
VALG
SIL
2N1420A
t CDC
100- 89 2N 1487
+"'RCA 148- 78
TADI
ASC
tETC
2N1427
+ SPR
43 - 29
PIR
PPC
170- 36
SCA
t SIL
2N1429
CRY
47 - 70
SLA
tSOD
SPR
SPC
SSI
2N1430
RCA 148- 79
+"'SOD 117- 3 JAN2N1487
2N1431
ETC
58 - 95
SIL
SOD
2N1437
t KSC
115 - 31 2N1488
."'RCA 148·80
2N1438
t KSC
115 - 32
ASC
+ ETC
2N1439
68- 20
PIR
PPC
"'NSC
t CRY
SOD
SCA
t SIL
2N1440
t CRY
68· 21
SLA
tSOD
tETC
SOD
SPC
SSI
2N1441
t CRY
68 - 22 JAN2N1488
RCA 148- 81
tETC
SOD
SIL
SOD
2N1442
t CRY
68- 23 2N 1489
t"'RCA 148- 82
tETC
SOD
ASC
tETC
· PPC
2N1443
t CRY
68- 24
PIR
SOD
SCA
• SIL
2N1445
SSI
99-100
SLA
+ SOD
TEC
SPC
SSI
2N1446
53 - 56 JAN2N1489
RCA 148- 83
t"'ITC
t ETC
SIL
SOD
2N1447
53- 67 2N1490
t"'ITC
t"'RCA 148- 84
tETC
ASC
tETC
2N1448
53- 77
IDC
PIR
t"'ITC
tETC
PPC
SCA
2N1449
53- 94
t SIL
SLA
t"'ITC
tETC
t SOD
SPC
2N1450
ETC
48- 6
SSI
RCA
148 - 85
160-105 JAN2N1490
JAN2N1450M
none
48- 7
SIL
SOD
160-106 2N1491
96- 33
t"'RCA
2N1451
53- 42 2N 1492
96· 68
t"'RCA
"'ITC
ETC
SCA
2N1452
53 - 57 2N1493
96- 70
t"'RCA
"'ITC
ETC
TADI
SCA
MFRS Pa&Une TYPE No.
lul· ;t8 I:lN 138+3ETC
+"'s~f
+",TRW
SCA
SSI
MITC
tETC
+"'ITC
ETC
t"'ITC
tETC
t"'ITC
tETC
+"'ITC
tETC
tETC
ITC
tETC
ITC
+ ETC
ITC
tETC
ITC
MITC
GIC
t"'ITC
ETC
t"'ITC
ETC
t"'ITC
ETC
+",ITC
ETC
t"'ITC
ETC
+"'DEL
MOTA
t NPC
RADF
DEL
MOTA
MDEL
MOTA
t"'MOTA
KSC
+SOD
MMOTA
KSC
t SOD
+"'MOTA
KSC
+SOD
+"'MOTA
KSC
+SOD
t"'MOTA
KSC
+ SOD
+"'MOTA
KSC
+ SOD
ETC
ETC
+"'TII
GESY
ITC
MST
t",TII
GESY
ITC
MST
t"'TIl
GESY
ITC
MST
t"'TIl
GESY
ITC
MST
+"'TII
GESY
ITC
MST
+"'TII
GESY
ITC
MST
t"'TIl
GESY
ITC
MST
t",TII
GESY
ITC
MST
t"'TII
GESY
ITC
MST
t"'TIl
GESY
ITC
MST
t"'TIl
GESY
ITC
MST
t"'TII
GESY
ITC
MST
t"'TIl
GIC
MST
8
101- 29
50- 79
50-105
165·87
51· 15
166· 33
51· 16
166· 34
50· 93
53·92
53·109
53·101
53·102
50· 49
53· 74
164·107
53·87
165·45
53·103
165·97
53· 93
165· 98
54· 1
166· 59
120· 23
163· 45
:~~~
m:~~
I'
122·108
122·109
162· 88
120· 24
120· 25
120- 26
120· 27
120· 28
120· 29
57· 68
57·69
54· 89
54· 90
54- 91
54· 92
54· 93
54 - 94
54- 95
54- 96
54 - 97
54- 98
54- 99
54-100
54-101
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
17
TYPE No.
~~~~~J493
2N1494A
2N1495
2N1496
2N1499
2N1499A
+ MOTA
JAN2N1499A
2N1499B
tETC
2N1500
MOTA
JAN2N1500
2N1501
2N1502
2N1504/10
2N1505
+ NPC
2N1506
+ NPC
SOD
2N1506A
IDC
SOD
JAN2N1506A
2N1507
+ CDC
GIC
+ RAYN
TADI
TIIF
2N1510
2N1511
2N1512
2N1513
2N1514
2N1518
2N1519
2N1520
2N1521
2N1522
2N1523
2N1524
2N1525
2N1526
2N1527
2N1529
+ ETC
SOD
2N1529A
ETC
2N1530
+ ETC
SOD
2N1530A
ETC
2N1531
tETC
SOD
2N1531A
ETC
2N1532
+ ETC
SOD
2N1532A
ETC
2N1533
+ ETC
SOD
2N1534
+ DEL
KSC
2N1534A
ETC
2N1535
+DEL
KSC
2N1535A
ETC
2N1536
+ DEL
KSC
2N1536A
cont.next col.
1. TYPE
No. CROSS INDEX
MFRS pg&Line TYPE
pg&Line
MFRS Pg&Line TYPE No.
RCA
~t,i. 17 2N1536A
+ MOTA 56- 9
(cont.)
KSC
177·83
+ MOTA 56- 8 2N1537
+ MOTA 55- 26
DEL
172- 88
KSC
+ MOTA 56- 22
172- 89 2N1537A
+ ETC
43- 19
tETC
MOTA 160- 68
+ ETC
44 -107 2N1538
+ SPR
173 - 24
tETC
SPR
44- 97
SOD
171- 53 2N1539
+t.SPR
45 - 78
+ DEL
MOTA 172 - 48
KSC
tETC
45- 1
+ Til
+ SPR
173 - 35 2N1539A
SPR
44 - 98
ETC
171 - 26
+t.SOD 116- 7 2N1540
+ DEL
+ KSC
IDC
+t.SOD 116- 8
SOD
+ KSC
+ KSC
115 - 35 2N1540A
+t.TRW 132- 61
ETC
SSI
+t.TRW 132- 62 2N1541
SCA
+ DEL
KSC
SSI
+t.TRW 133- 40
+ Til
2N1541A
SCA
ETC
SSI
SOD 102- 22
2N1542
TRW
+t.TII
97 - 68
+ DEL
KSC
tETC
MST
+ Til
SSI
2N1542A
ETC
TIIB
+TRW
ETC
57 - 54 2N1543
GESY
+ DEL
KSC
+ SIL
148- 96
+ Til
SSI
148 - 97 2N1544
+ SIL
+ DEL
SSI
148 - 98
+ KSC
+ SIL
SSI
148- 99 2N1544A
+ SIL
ETC
SSI
+6DEL
121-103
165 - 6 2N1545
+ ETC
• DEL
tt.DEL
121-104
165- 10
+ KSC
+ ETC
tt.DEL
121-105
tETC
165 - 7 2N1545A
ETC
121-106
+6DEL
+ ETC
165 - 11
+6DEL
121-107 2N1546
165- 8
+ DEL
+ ETC
tt.DEL
121-108
+ KSC
165 - 12
+ ETC
+6RCA
46- 60 2N1546A
ETC
.'-RCA
46- 61
46 - 62
+t.RCA
6RCA
46- 63 2N1547
+ DEL
+t.MOTA 120- 31
+ KSC
KSC
+ Til
+t.MOTA 121-109 2N1547A
ETC
KSC
SOD
+6MOTA 120- 32 2N1548
ETC
KSC
SOD
+ Til
+6MOTA 121-110 2N 1549
tETC
KSC
SOD
+6MOTA 120- 33 2N1549A
ETC
KSC
+ Til
+t.MOTA 122- 1 JAN2N1549A
KSC
2N1550
SOD
tETC
+t.MOTA 120- 34
KSC
2N1550A
+ Til
ETC
+6MOTA 122 - 2
KSC
JAN2N1550A
SOD
+6MOTA 120- 35
2N1551
KSC
+ ETC
+ Til
+6MOTA 120- 36
2N1551A
+ ETC
ETC
SOD
tTIl
+6MOTA 122- 3 JAN2N 1551A
KSC
2N1552
SOD
tETC
+t.MOTA 120- 37
+ ETC
2N1552A
SOD
ETC
+Til
+t.MOTA 122- 4
JAN2N1552A
KSC
SOD
+6MOTA 120- 38 2N1553
+ ETC
+ ETC
SOD
2N1553A
+ Til
ETC
+6MOTA 122- 5
D.A. T.A.INC.
No.
JAN2N1553A
ETC
SOD
+t.MOTA
tETC
SOD
+ Til
+t.MOTA
KSC
SOD
+t.MOTA
KSC
+TII
+t.MOTA
tETC
SOD
TIIB
+t.MOTA
KSC
SOD
+t.MOTA
tETC
KSC
+TII
+t.MOTA
KSC
SOD
+t.MOTA
+ ETC
SOD
TIIB
+t.MOTA
KSC
SOD
+t.MOTA
tETC
SOD
TIIB
+t.MOTA
KSC
SOD
+6MOTA
tETC
SOD
TIIB
+t.MOTA
tETC
SOD
+ Til
+t.MOTA
KSC
SOD
+6MOTA
tETC
SOD
+ Til
+t.MOTA
KSC
SOD
+t.MOTA
tETC
SOD
+ Til
+t.MOTA
KSC
SOD
+6MOTA
tETC
SOD
+ Til
+t.MOTA
KSC
SOD
+6MOTA
KSC
+ Til
+t.MOTA
KSC
SOD
+6MOTA
KSC
SOD
MOTA
MFRS
MOTA
2N1554
120- 39
tETC
122- 6
120- 40
120- 41
120- 42
120- 43
120- 44
120- 45
120- 46
120- 47
120- 48
120- 49
120- 50
120- 51
120- 52
120- 53
120- 54
120- 55
120- 56
120- 57
120- 58
120- 59
120- 60
114- 12
162-103
+6MOTA 120- 61
KSC
SOD
+t.MOTA 120- 62
KSC
+ SOD
MOTA 114 - 13
162-104
+6MOTA 120- 63
KSC
SOD
+6MOTA 120- 64
KSC
+SOD
MOTA 114- 14
162-105
+6MOTA 120- 65
KSC
SOD
+6MOTA 120- 66
KSC
+SOD
MOTA 114- 15
162-106
+6MOTA 120- 67
KSC
SOD
+6MOTA 120- 68
KSC
SOD
,6,.Registered with JEDEC
by this manufacturer
lJ~: ~g
TYPE No.
2N1592
tETC
+t.MOTA 120- 69
KSC
2N1593
SOD
tETC
2N1554A
+t.MOTA 120- 70
ETC
KSC
2N1594
SOD
+ ETC
JAN2N 1554A
MOTA 114- 17
162- 71 2N1605
2N1555
+t.MOTA 120- 71
GIC
+ ETC
KSC
+ RCA
SOD
2N1605A
2N1555A
+t.MOTA 120- 72
GIC
ETC
KSC
2N1613
SOD
+AML
JAN2N1555A
MOTA 114- 18
BNT
162- 72
CNS
2N1556
+t.MOTA 120- 73
tETC
+ ETC
KSC
+GIC
SOD
HUGS
2N1556A
+t.MOTA 120- 74
INTG
ETC
KSC
MINA
SOD
+ MOTA
JAN2N1556A
MOTA 120- 75
MULB
162- 73
NTLB
2N1557
PHIN
+t.MOTA 120- 76
tETC
KSC
+ RAYN
SOD
SES
2N1557A
ETC
120- 77
STCB
TEC
KSC
+ MOTA
SOD
+ Til
JAN2N1557A
MOTA 114- 19
TIIF
162- 74
UEHK
2N1558
+6MOTA 120- 78 JAN2N1613
tETC
KSC
CDC
SOD
MOTA
2N1558A
+6MOTA 120- 79
Til
ETC
KSC
2N1613A
SOD
JAN2N1558A
MOTA 120- 80 2N1613B
162- 75 2N1614
2N1559
+6MOTA 120- 81
tETC
KSC
2N1615
SOD
2N1559A
ETC
120- 82 2N1616
KSC
+ MOTA
ESMF
SOD
PPC
JAN2N1559A
+ SIL
MOTA 114- 20
162- 76
+SOD
2N1560
+6MOTA 120- 83
IDC
2N1616A
+ ETC
SOD
ETC
KSC
2N1560A
SEN
+6MOTA 120- 84
ETC
KSC
SOD
SOD
SSI
JAN2N1560A
MOTA 114- 21 2N1617
162- 77
ESMF
2N1561
PPC
+6MOTA 55 - 33
+ SIL
2N1562
+t.MOTA 55- 32
2N1564
6TII
+ SOD
97 - 3
ESMF tETC
+ NPC
2N1617A
MISI
NSC
PHIN
ETC
TADI
TIIB
SEN
TIIF
SOD
2N1565
97- 4
SSI
+6TII
ESMF tETC
2N1618
LTTF
MISI
ESMF
+ NPC
PPC
+ NSC
PH IN
TADI
+ SIL
TIIB
TIIF
+ SOD
+TRW
2N1566
+6TII
97 - 5 2N1618A
ESMF tETC
ETC
LTTF
MISI
SEN
NPC
SOD
+ NSC
PHIN
TADI
SSI
TIIB
TIIF
2N1620
+ TRW
+ ETC
2N1566A
98- 27
+ SIL
+6TII
ESMF tETC
+SOD
MISI
LTTF
TADI
2N1623
TIIF
6 Til
97- 6
CRY
2N1572
tETC
+ NPC
SOD
PHIN
TIIB
2N1624
TIIF
2N1573
+6TII
97 - 7
2N1632
+ ETC
+ NPC
PHIN
TIIB
2N 1637
TIIF
2N1638
2N1574
+6TII
97 - 8
PHIN
2N1639
+ETC
TIIB
TIIF
2N1586
6TII
73- 44 2N1640
+ ETC
SCA
2N1641
2N1642
TEC
2N1587
6TII
73 - 45 2N1643
tETC
SCA
2N1644
TEC
2N1588
t.TII
73- 46
tETC
SCA
JAN2N1646M
none
TEC
2N1647
+6TEC
2N1589
6TII
73- 47
SEN
+ SIL
+ ETC
SCA
SPC
SSI
TEC
SSP
2N1590
t.TII
73- 48 2N1648
+4TEC
tETC
SCA
SEN
+ SIL
TEC
SPC
SSI
2N1591
t.TII
73- 49
SSP
+ ETC
SCA
2N 1649
+6TEC
TEC
SEN
+ SIL
cont.next col.
9
IN TYPE NUMBER SEQUENCE
Pa&Line TYPE No.
MFRS Pa&Line
MFRS
t.TII
SCA
TEC
t.TII
SCA
TEC
t.TII
SCA
TEC
tETC
MST
+ Til
tETC
+ RCA
+t.FSC
ATEI
+ CDC
ESMF
FERB
HSC
IDC
LTTF
MISI
MST
+ NPC
PHIC
RADF
+ RCA
SGSI
TADI
TFKG
TIIB
+TRW
VALG
AML
FSC
RAYN
TRW
RAYN
TADI
RAYN
+6GESY
ETC
t.TEC
tETC
+6TEC
tETC
SEN
SLA
SPC
SSI
+t.SIL
PPC
SLA
SPC
+TEC
+t.TEC
+ ETC
SEN
SLA
SPC
SSI
+6SIL
PPC
SLA
SPC
+TEC
+6TEC
tETC
SEN
SLA
SPC
SSI
+6SIL
PPC
SLA
SPC
+ TEC
+6TEC
SEN
SLA
SPC
SSI
+6RAYN
+ ETC
SSI
TADI
ETC
GIC
+6RCA
+6RCA
+6RCA
ATEI
+t.RCA
ATEI
+6CRY
+6CRY
+6CRY
+6CRY
SOD
+ CDC
SSI
/3- 50
"!'l(con\.)
104.11
SSI
73- 51 2N1650
SEN
SPC
73- 52
2N1651
tETC
58- 82
166- 73 JAN2N1651
58-109 2N1652
100- 90 JAN2N1652
2N1653
JAN2N1653
2N1654
+CRY
2N1655
+ CRY
2N1656
+CRY
2N1658/13
2N1659/13
2N1666
2N1667
2N1668
2N1669
100- 91 2N1670
2N1671
ESMF
+ Til
134- 5 2N1671A
ESMF
134- 6
SSI
54- 81
2N1671B
97 - 24
ESMF
SSI
147- 77
2N1671C
ESMF
2N1672
149- 12 2N1672A
2N1674
2N1676
SPC
SSP
+t.TEC
+ SIL
SSI
SSP
+t.SOD
+ MOTA
SSI
MOTA
SOD
+t.SOD
+ MOTA
MOTA
SOD
+t.SOD
+ MOTA
MOTA
SOD
+t.RAYN
ETC
SOD
+t.RAYN
ETC
+t.RAYN
ETC
KSC
KSC
PHIC
+6APX
PHIC
PHIC
PHIC
SCA
+6GESY
SSI
TIIB
+6GESY
SOIF
+ Til
TIIB
+t.GESY
SOIF
+ Til
TIIB
+t.GESY
MISI
SSI
6GIC
+ ETC
6GIC
+ ETC
6TEC
+ SPR
147 - 78 2N1677
+ SPR
2N1678
2N1681
SCA
+ ETC
2N1683
+6RCA
149- 13
2N1690
ETC
+ SIL
SPC
147 - 79 2N1691
ETC
+ SIL
SPC
2N1692
2N 1693
149- 14 2N1694
6TII
SEN
+ SLA
SSI
6TII
SEN
+ SLA
SSI
+6MOTA
+t.MOTA
+6GESY
ETC
2N 1700
+t.RCA
ASC
tETC
FERB
+ SIL
147- 80
SPC
TEC
2N1701
+t.RCA
ASC
FERB
+ SIL
SLA
SPC
62- 34 2N1702
+t.RCA
ASC
+ ETC
FERB
PPC
+ SIL
SOD
58- 72
SPC
SSI
165-102 2N1703
SIL
48- 58
SSI
48- 59 2N1704
tETC
48- 56 2N1705
+ ETC
GIC
+ MOTA
48- 60 2N 1706
+ ETC
ITC
GIC
181- 20
+ MOTA
181- 21 2N1707
tETC
181- 22
GIC
ITC
62- 37
+ MOTA
2N1708
FERB
98- 46
tFSC
+ MOTA
SGSI
SES
49- 43
SSI
145 - 47 2N1709
+6TRW
LTTF
+NPC
SSI
SCA
+6TRW
2N1710
145- 43
LTTF
+NPC
SSI
SCA
2N1711
+4FSC
ATEI
+AML
BNT
145 - 48
+CDC
CNS
ESMF
cont.next D_8Q.e
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
145- 44
120- 85
120- 86
164- 3
120- 87
120- 88
164- 4
120- 89
120- 90
164- 5
62- 29
62- 28
62- 30
114 114117117-
22
23
19
20
117 117 48187 -
21
22
32
98
187- 99
187-100
187 -101
57- 93
57 - 94
77- 53
60- 37
188- 74
60- 36
188- 75
48- 49
52- 74
165- 67
51- 50
170-106
145- 2
145 - 3
55-106
55- 97
57 - 57
165-108
135- 12
142- 60
148- 93
148- 94
94- 89
53- 78
53- 68
53- 69
86- 24
174- 1
140- 63
140- 64
101 - 30
-YPE No.
2~~~t\1
FERB
HSC
INTG
MISI
MST
NSC
PHIC
• RAYN
SES
STCB
TEC
TFKG
TIIB
.TRW
MFA~
tETC
GIC
HUGS
MINA
• MOTA
MUlB
NTlB
RADF
• SGSI
RCA
TADI
TEK
• Til
TIIF
UEHK
VAlG
JAN2N 1711
CDC
FSC
Til
RAYN
2N1711A
TADI
2N1711B
RAYN
2N1714
• "'Til
ETC
SCA
SOD
SSI
TEC
SSP
• TIIB
TIIF
JAN2N1714
Til
2N1715
• "'Til
ETC
SCA
SSI
• SSP
TIIB
TEC
TIIF
Til
JAN2N1715
2N1716
."'TII
SCA
ETC
SOD
SSI
TEC
• TIIB
SSP
TIIF
Til
JAN2N1716
2N1717
."'TII
SCA
ETC
SSI
• SSP
TIIB
TEC
TlIF
JAN2N1717
Til
2N1718
."'TII
SCA
SOD
SSI
• SSP
TIIB
TEC
TIIF
2N1719
."'TII
SCA
SSI
TEC
• TIIB
SSP
TIIF
2Nl720
."'TII
SCA
SOD
SSI
• SSP
TIIB
TEC
TIIF
2Nl721
• "'Til
SSI
SCA
TEC
• TIIB
SSP
TIIF
2Nl722
• "'Til
SEN
• ETC
SlA
• Sil
SSI
• sao
TIIB
.TEC
TEC
JAN2Nl722
Til
2Nl722A
• "'Til
SlA
• Sil
SSI
• TEC
2Nl723
."'TII
SEN
• Sil
SSI
.SOD
.TEC
2NI724
."'TII
ESMF • ETC
• MOTA
tFSC
SEN
•.SOO
Sil
SlA
SSI
SSP
• TEC
Sil
JAN2Nl724
TEC
Til
2Nl724A
.'" Til
ESMF
SEN
SlA
• Sil
SSP
SSI
• TEC
2Nl725
.'" Til
ESMF • MOTA
SEN
• Sil
SSI
.SOO
SSP
• TEC
2Nl726
• ETC
• SPR
2Nl727
• ETC
•tETC
SPR
2Nl728
2Nl729
2N1730
2N1731
2N1732
2N1742
• MOTA
• SPR
"'Til
ETC
"'Til
ETC
"'TIl
ETC
"'Til
ETC
• ETC
• SPR
D.A. T.A.INC.
1. TYPE
No. TYPE
INDEX
CRllSS
MFAS
No.
MFAS Pg&Line
Pa&Line TYPE No.
12N1T43
2N1744
2N1745
2N1746
2N1747
2N1748
2N1748A
2N1749
2N1751
101- 31
170- 77 2N1752
134- 7
2N1754
134- 8
IDC
100- 6
2N1755
2N1756
100· 7 2N1757
100- 8
2N1758
2N1759
100- 9 2N1760
100- 10
IDC
2N1761
2N1762
100· 11 2N1768
100- 12
SCA
• SlA
2N1769
SCA
• SlA
100- 13 2N1785
141- 60
2N1786
2N1787
141- 61 2N1788
2N1789
141- 62 2N1790
2N1808
ETC
2N1809
141- 63
SEN
2N1810
SEN
150- 50
2N1811
SEN
2N1812
150- 51
SEN
150- 52 2N1813
SEN
150- 53 2N1814
SEN
2N1816
150- 54
SEN
2N1817
SEN
2N1818
SEN
150- 55
150· 56
2N1819
SEN
2N1820
SlA
2N1823
SEN
150· 57
2N1824
SEN
44- 99 2N1825
SEN
44-100
2N1826
44-101
SEN
49 16158 16150-
44 2N1830
12
SEN
13
13 2N1831
94
SEN
58 - 58 2N1832
SEN
44 - 76
2N1833
cont.next col.
:~~~
tETC
• SPR
tETC
•tETC
SPR
~&Line
44· 14
2~6~;)3
44· 67
SlA
2N1837
.CDC
45· 3
SCA
45· 2 2N1837A
ETC
45· 4 2N1838
tETC
44·84
2N1839
44·110
ETC
SEN
SPC
."'TRW
tETC
SSI
.CDC
SSI
.CDC
SCA
SSI
• CDC
SCA
SSI
.CDC
SSI
."'RCA
RCA
• SPR
tETC
•tETC
SPR
SPR
tETC
• SPR
tETC
45· 75 2N1840
ETC
• SPR
."'SOD 120· 91 2N1853
• MOTA
JAN2N1853
tETC
44- 85
SPR
2N1854
."'RCA
tETC
44- 20 JAN2N1854
RCA
MOTA 170- 90
2N1864
• ETC
• SPR
ETC
115- 70
• SPR
166-101 2N1865
• ETC
• KSC
ETC
115- 71
• SPR
166-102 2N1866
tETC
• ETC
KSC
115· 72
•
SPR
166-103 2N1867
tETC
• KSC
115 - 73
• KSC
•
SPR
166-104 2N1868
tETC
ETC
115 - 74
•
SPR
166- 99 2N1886
."'TEC
• KSC
ETC
115·75
SPC
•
Sil
166-100
SSP
• KSC
ETC
115 - 76 2N1889
.t.FSC
166·105
.CDC
ESMF
• KSC
115· 77
tETC
GIC
• KSC
166-106
HUGS
MST
ETC
144- 77
RAYN
SGSI
SOD
TADI
• Sil
SPC
TEC
• Til
ETC
144· 78
TIIB
VAlG
2N1890
."'FSC
• Sil
SPC
ESMF
•tETC
CDC
tETC
43- 82
HUGS
MOTA
MST
• SPR
tETC
43· 83
SES
• RAYN
SGSI
SOD
•tETC
SPR
43- 84
TADI
TEC
.TII
TIIB
•tETC
SPR
44-102
.TRW
JAN2N1890
CDC
SPR
•tETC
44-103
FSC
Til
2N1891
"'Til
• SPR
tETC
44-104
2N1892
"'Til
• SPR
tt:.TII
58- 83
ETC
GIC
166· 67 2N1893
.t.FSC
157
84
BNT
.CDC
"'WESY
SlA
162- 5
CNS
ESMF
SPC
• ETC
GIC
HUGS • INTG
"'WESY 157 - 85
SlA
162· 6
MINA
MISI
SPC
MST
MOTA
MUlB
NTlB
"'WESY 157 - 86
SlA
162- 7
PHIC
• RAYN
SPC
SES
• RCA
SGSI
STCB
"'WESY 157 - 87
SlA
162- 8
TAOI
TEC
SPC
TFKG .TII
TIIB
TIIF
"'WESY 157· 88
.TRW
VAlG
SlA
162- 9
JAN2N1893
CDC
SPC
FSC
Til
"'WESY 157 - 89
SlA
162· 10 2N1893A
."'TRW
SPC
MST
RAYN
SCA
"'WESY 157· 90
SlA
162· 11 2N1899
."'TRW
lTTF
PHIN
SPC
SEN
SSI
"'WESY 157 - 91
162- 12 2N1900
SlA
."'TRW
SPC
SEN
SSI
"'WESY 157- 92 2N1901
."'TRW
SlA
162· 13
SEN
SSI
2N1902
SPC
."'TAW
SEN
SSI
"'WESY 157 - 93
SlA
162· 14 2N1904
."'TRW
SPC
SEN
SSI
"'WESY 158- 10 2N1905
."'RCA
SPC
162- 15
ATEI
IDC
."'WESY 157 - 94 2N1906
."'RCA
SlA
162- 16
ATEI
SPC
2N1907
."'TII
TIIB
tt:.WESY 157- 95
SlA
162- 17 2N1908
."'TII
10C
TIIB
SPC
."'WESY 157 - 96 2N1917
."'SOO
SlA
162- 18
• CRY
SPC
2N1918
."'SOO
."'WESY 157 - 97
• CRY
SlA
162- 19 2N1919
."'SOO
SPC
• CRY
."'WESY 157 - 98 2N1920
."'SOO
SlA
162- 20
• CRY
SPC
2N1921
"'SOD
."'WESY 157 - 99
• CRY
SlA
162- 21 2N1922
."'SOD
SPC
.CRY
."'WESY 157-100 2N1924
."'GESY
SlA
162- 22
ESMF tETC
SPC
ITC
MISI
."'WESY 157-101
• MOTA • NPC
L,-Registered with JEDEC
by this manufacturer
cont.next col.
10
162· 23
98· 43
172· 37
101·103
172· 38
98· 20
171· 17
98· 21
171· 18
98· 22
171· 21
49· 45
49- 46
161· 24
51· 43
51· 44
168 - 93
44-105
45- 5
45 - 6
45 - 7
45 - 39
145 - 49
100· 55
100- 92
101- 32
170· 78
58 - 59
181- 23
58- 60
165·56
100- 56
100· 93
101 - 57
153- 58
153 - 59
153- 60
153- 61
153- 62
117 - 23
117 - 24
122-110
123- 1
6218862188·
621886218862·
18862188·
54·
79
76
93
77
56
78
57
79
58
80
59
81
48
IN TYPE NUMBER SEQUENCE
TYPE No.
,~.1""4
MFA;:, pg&Line TYPE No.
I.<N198.8CDC
(cont.)
PHIN
.TII
TIIF
• GIC
2N1925
."'GESY 54· 51
• RAYN
ESMF tETC
MISI
• MOTA
2N1989
PHIN
• CDC
NPC
•• Til
TIIF
• GIC
2N1926
."'GESY 54·53
• RAYN
ESMF
TEC
•• ETC
MISI
MOTA
2N1990
PHIN
• CDC
• NPC
TIIF
tETC
• Til
2N1936
ESMF 156· 19
MISI
tETC
MST
• Sil
TEC
• RAYN
2N1937
ESMF 156· 20
SGSI
ETC
TEC
• Sil
TEC
.TRW
2N1943
SCA
99- 94 2N1990R
2N1944
97-106
MISI
.""TC
MST
2N1990S
2N1945
97-107
MISI
.""TC
MST
2N1990W
2N1946
97-108
.""TC
MST
2N1991
2N1947
97-109
ETC
.""TC
MST
HUGS
2N1948
97-110
• MOTA
.""TC
MST
2N1949
98- 1 2N1993
.""TC
MST
GIC
2N1950
98- 2 2N1994
.""TC
MST
2N1995
2N1951
98· 3
.""TC
MST
2N1996
2N1952
98- 4 2N1997
.""TC
MST
ETC
2N1953
97- 51
""TC
2N1954
52- 88 2N1998
• ETC
161- 29
CNS
2N1955
tETC
52· 89
GIC
161· 30 2N1999
2N1956
tETC
52- 90
ETC
161- 31
2N1957
52- 91 2N2000
• ETC
161- 32 2N2001
2N1958
98- 28
• TEC
ETC
MST
171· 59 2N2002
2N1958A
tETC
98- 29
TEC
171- 54 2N2003
2N1959
tETC
98- 30
• MOTA
SCA 171- 60 2N2004
TEC
2N1959A
tETC
98- 31 2N2005
SCA
TEC
171- 55
2N1969
ETC
51- 17 2N2006
166- 40
2N1970
120- 92 2N2007
."'DEl
tETC
• MOTA
2N1971
SOD 116- 40 2N2008
2N1972
97- 69
tFSC
• CDC
ETC
ITC
SGSI
SES
SGSI
2N2015
TEC
ASC
2N1973
100- 94
."'FSC
• Sil
.CDC
ETC
JAN2N2015
ITC
.RAYN
2N2016
SES
SGSI
ASC
TAOI
TEC
• Sil
JAN2N2016
TRW
• Til
2N1974
100· 57 2N2017
."'FSC
ETC
NSC
• CDC
SES
• RAYN
SGSI
SOD
2N2018
TAOI
TEC
SEN
2N2019
•
Til
2N1975
101- 18
."'FSC
SEN
ETC
2N2020
• CDC
SES
SEN
• RAYN
SGSI
SOD
2N2021
TAOI
TEC
SEN
2N2032
•tETC
Til
2N1980
123- 2
ETC
• MOTA
• Sil
123- 3
2N1981
SOD
• ETC
• MOTA
2N1982
tETC
123- 4 2N2033
tMOTA
ETC
2N1983
97· 52
SEN
."'FSC
SPC
• ETC
• ITC
CDC
.MOTA
2N2034
RAYN
SGSI
PIR
TEC
• SlA
tt:.FSC
2N1984
97 - 53
SPC
tETC
• CDC
.,TC
• MOTA
JAN2N2034
SGSI
• RAYN
TEC
2N2035
97 - 54
2N1985
PIR
."'FSC
ITC
tETC
SEN
SGSI
SPC
• RAYN
TEC
2N2036
97· 55
2N1986
."'FSC
SEN
tETC
2N2038
• CDC
.,TC
• GIC
SGSI
2N2039
• RAYN
.TRW
TEC
.t.FSC
2N1987
97- 56 2N2040
.CDC
tETC
.,TC
2N2041
• GIC
• RAYN
• SGSI
NPC
TEC
2N2042
2N2042A
MFAS P!I&Line
.~~~~
97·57
ITC
SGSI
TEC
97· 58
."'FSC
tETC
ITC
SGSI
.TRW
.t.FSC
97· 9
ESMF
• GIC
• MOTA
RADF
SES
TADI
TIIF
VAlG
ESMF 81· 77
• ESMF
NPC
97- 10
• NPC
ESMF 83- 53
MISI
70- 82
."'FSC
HSC
ITT
SGSI
tTEC
ETC
58 - 38
164- 94
Til
181- 24
."'TII
181- 25
."'TII
MST
181- 26
• "'Til
55 - 15
."'TII
GIC
ITC
55 - 22
t"'TII
ETC
ITC
55 - 24
."'TII
GIC
ITC
• "'Til
55·
tt:.TII
I 55 - 76
• ETC
62- 38
• CRY I
SOD
62- 39
• CRY
SOD
62- 40
• CRY
SOD
62- 41
• CRY
SOD
6242
• CRY
SOD
62- 43
• CRY
SOD
."'RAYN 100- 18
MST 167-100
TAOI
."'RCA 152- 97
FERB
SSI
152- 98
RCA
."'RCA 152- 99
FERB
SSI
RCA
152-100
."'GESY 134- 9
SSI
TEC
145· 45
."'TEC
SSI
145- 46
."'TEC
SSI
145- 70
."'TEC
SSI
145 - 71
."'TEC
SSI
149- 26
."'TEC
SEN
• SlA
SPC
SSI
136- 92
."'Sll
PIA
• SlA
SSI
136· 93
."'Sll
SEN
SOD
SSI
TIIF
none 140- 19
165- 81
142- 9
."'Sll
SCA
SlA
SSI
144- 79
."'Sll
SPC
97 - 25
."'TEC
ETC
97- 26
."'TEC
ETC
97- 27
."'TEC
ETC
• HEC
97· 28
ETC
."'MOTA 52- 98
."'MOTA 52- 99
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
741
-YPE No.
1~~~g:~A
2N2048
IDC
2N2049
tCDC
SES
TADI
2N2060
tAML
FERB
GIC
tMOTA
SGSI
TAD I
TIIB
JAN2N2060
FSC
MOTA
2N2060A
ESMF
GIC
tMOTA
SSI
2N2060B
2N2061
2N2061A
2N2062
2N2062A
2N2063
2N2063A
2N2064
2N2064A
2N2065
2N2065A
2N2066
2N2066A
2N2067
2N2067·0
2N2067B
2N2067G
2N2067W
2N2068
2N2068·0
2N2068G
2N2075
t DEL
2N2075A
2N2076
t DEL
2N2076A
2N2077
t DEL
2N2077A
2N2078
t DEL
2N2078A
2N2079
t DEL
2N2079A
JAN2N2079A
2N2080
t DEL
2N2080A
2N2081
t DEL
2N2081A
2N2082
t DEL
2N2082A
2N2083
2N2084
JAN2N2084
2N2085
2N2086
2N2087
2N2089
2N2090
1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
tl>~~kC :L ~~ 2N21~2ETC tl>~SOr 1'0 - :l!'l:lI"'.2
(cont.)
PHIC
SOD
t RAYN
MFRS Pa&Llne TYPE No.
:~~gi~ ~~:lg~ ~~~g~J
t ETC
tMOTA
t SPR
tl>FSC
t RAYN
SGSI
VALG
tl>FSC
ESMF
t GESY
MISI
t RAYN
SSI
t Til
TIIF
AML
GESY
RAYN
Til
tAML
HSC
MISI
RAYN
TADI
tl>FSC
SSI
tETC
MOTA
tETC
KSC
tETC
MOTA
tETC
KSC
tETC
MOTA
tETC
KSC
t ETC
MOTA
t ETC
KSC
t ETC
MOTA
tETC
KSC
t ETC
MOTA
t ETC
KSC
ETC
KSC
ETC
KSC
ETC
KSC
ETC
KSC
ETC
KSC
ETC
KSC
ETC
KSC
ETC
KSC
tl>MOTA
t ETC
tl>MOTA
ETC
tl>MOTA
t ETC
tl>MOTA
ETC
tl>MOTA
tETC
tl>MOTA
ETC
tl>MOTA
t ETC
tl>MOTA
ETC
tl>MOTA
tETC
tl>MOTA
ETC
MOTA
5175176·
100·
67
10 2N2095
42 2N2096
58
2N2097
95 - 38
182- 2
96· 90
182- 3
95· 39
182· 4
95- 40
182· 5
116· 41
120· 93
116· 42
120· 94
116· 43
120· 95
116· 44
120· 96
116· 45
120· 97
116· 46
120· 98
115· 78
115 - 79
115· 80
115·81
115·82
115· 83
115·84
115·85
123· 5
123· 6
123· 7
123· 8
123- 9
123- 10
123· 11
123 - 12
123· 13
123· 14
113· 15
162· 87
tl>MOTA 123· 15
t ETC
tl>MOTA 123- 16
ETC
tl>MOTA 123· 17
t ETC
tl>MOTA 123· 18
ETC
tl>MOTA 123· 19
t ETC
tl>MOTA 123- 20
ETC
ATEI
44· 79
tl>APX
49· 4
PHIC
APX
48·110
ETC
58- 73
tETC
98- 47
172·105
t ETC
98 - 48
172-106
tl>APX
47- 80
PHIC
PHIC
47· 74
D.A. T.A. INC.
IN TYPE NUMBER SEQUENCE
MFK:> il'a&Line YPt: No.
I:l!'l:l:ll,1
OH
l>IDC
tMOTA
56· 68
55· 28
178· 86
tMOTA 55· 29
178· 70
2N2099
tMOTA 55· 30
2N2100
tMOTA 55· 31
178· 71
2N2101
tETC
148·107
PPC
SEN
tSOD
2N2102
tl>RCA 146· 19
ATEI
t CDC
FERB
MST
SSI
t RAYN
TEC
TADI
Til
TIIF
tTRW
2N2102A
l>TII
134· 10
t CDC
tRAYN
SSI
TADI
2N2106
tl>GESY 131· 90
SCA
SSI
TEC
2N2107
tl>GESY 131· 91
ETC
SCA
SSI
TEC
2N2108
tl>GESY 131· 92
SCA
SSI
TEC
2N2109
tl>WESY 157 ·102
t SIL
SEN
162· 24
SPC
SSI
2N2110
tl>WESY 157·103
SEN
t SIL
162· 25
SPC
tl>WESY 157·104
2N2111
SEN
t SIL
162· 26
SPC
tl>WESY 157 ·105
2N2112
SEN
t SIL
162· 27
SPC
tl>WESY 157·106
2N2113
SEN
t SIL
162· 28
SPC
tl>WESY 157·107
2N2114
SEN
t SIL
162· 29
SPC
2N2116
+l>WESY 157·108
SEN
t SIL
162· 30
SPC
tl>WESY 157 ·109
2N2117
SEN
t SIL
162· 31
SPC
tl>WESY 157·110
2N2118
t SIL
SEN
162· 32
SPC
2N2119
tl>WESY 158· 1
SEN
t SIL
162· 33
SPC
2N2120
l>WESY 158· 11
SPC
162· 34
2N2123
tl>WESY 158· 2
SEN
t SIL
162· 35
SPC
tl>WESY 158· 3
2N2124
SEN
t SIL
162· 36
SPC
tl>WESY 158· 4
2N2125
SEN
t SIL
162· 37
SPC
tl>WESY 158· 5
2N2126
SEN
t SIL
162· 38
SPC
tl>WESY 158· 6
2N2130
SEN
t SIL
162· 39
SPC
2N2131
tl>WESY 158- 7
SEN
t SIL
162· 40
SPC
+l>WESY 158· 8
2N2132
SEN
t SIL
162· 41
SPC
tl>WESY
158· 9
2N2133
SEN
t SIL
162· 42
SPC
tl>MOTA 118· 76
2N2137
tETC
SOD
2N2137A
tl>MOTA 118· 77
t ETC
2N2138
tl>MOTA 118· 78
t ETC
KSC
SOD
tl>MOTA 118· 79
2N2138A
tETC
2N2139
tl>MOTA 118· 80
tETC
KSC
SOD
2N2139A
tl>MOTA 118· 81
t ETC
tl>MOTA 118· 82
2N2140
tETC
KSC
SOD
2N2140A
tl>MOTA 118· 83
tETC
tl>MOTA 118· 84
2N2141
t ETC
KSC
SOD
2N2141A
tl>MOTA 118- 85
t ETC
6-Registered with JEDEC
by this manufacturer
2N2142A
2N2143
tETC
2N2143A
2N2144
tETC
2N2144A
2N2145
tETC
2N2145A
2N2146
tETC
2N2146A
2N2147
ATEI
2N2148
ATEI
2N2150
SEN
SSI
JAN2N2150
2N2151
SEN
SSI
JAN2N2151
2N2152
2N2152A
2N2153
2N2153A
2N2154
2N2154A
2N2156
2N2156A
2N2157
2N2157A
2N2158
2N2158A
2N2160
SOIF
2N2162
2N2163
2N2164
2N2165
2N2166
2N2167
2N2168
2N2169
2N2170
2N2171
2N2172
2N2173
2N2175
t CRY
2N2176
t CRY
2N2177
2N2178
t CRY
2N2185
t RAYN
2N2186
t RAYN
2N2187
t RAYN
2N2188
2N2189
2N2190
2N2191
ESMF
2N2192
t CDC
tFSC
tMOTA
cont.next col.
+l>MOTA
tETC
tl>MOTA
KSC
SOD
+l>MOTA
tl>MOTA
KSC
SOD
tl>MOTA
tETC
tl>MOTA
KSC
SOD
tl>MOTA
tETC
tl>MOTA
KSC
SOD
tl>MOTA
tETC
tl>RCA
tETC
SOD
tl>RCA
t ETC
SOD
tl>TII
SOD
SSP
tTEC
none
tl>TII
SOD
SSP
tTEC
none
tl>MOTA
tETC
+l>MOTA
tETC
tl>MOTA
tETC
tl>MOTA
t ETC
tl>MOTA
ETC
tl>MOTA
tl>MOTA
tETC
tl>MOTA
tETC
tl>MOTA
tETC
tl>MOTA
tETC
tl>MOTA
tl>MOTA
tl>GESY
t Til
TIIB
tl>SPR
t CRY
tl>SPR
t CRY
tl>SPR
t CRY
tl>SPR
t CRY
tl>SPR
t CRY
tl>SPR
t CRY
tl>SPR
tETC
tl>SPR
tETC
tl>SPR
tETC
t ETC
t MOTA
ETC
l>TII
l>SOD
RAYN
l>SOD
RAYN
l>SOD
tCRY
l>SOD
RAYN
t CRY
t SPR
TADI
CRY
SPR
TADI
t CRY
t SPR
TADI
tl>TII
tl>TII
tl>TII
tl>TII
MISI
tAML
ESMF
ITT
MST
11
118· 87
SSI
tTIl
TIIF
2N2192A
t CDC
118· 89
HSC
118· 90
tMOTA
t RAYN
SSI
118·91
tTIl
118· 88
118· 92 2N2192B
t CDC
ITT
118·93
t RAYN
SSI
118· 94 2N2193
t CDC
HSC
118· 95
tMOTA
NSC
117·25
SGSI
TADI
tTIl
117· 26
TIIF
2N2193A
t CDC
147· 81
HSC
tMOTA
NSC
SGSI
147· 82
TADI
147 - 83
TIIB
2N2193B
t CDC
ITT
147·84
t RAYN
123· 21
SSI
2N2194
123· 22
tCDC
tFSC
tMOTA
123· 23
t RAYN
123· 24
SSI
TEC
69·107
TIIB
123· 25
123· 26 2N2194A
123· 27
t CDC
HSC
123· 28
tMOTA
t RAYN
123· 29
SSI
t Til
123· 30
2N2194B
123· 31
t CDC
ITT
123· 32
187·102
tRAYN
SSI
2N2195
61· 14
t CDC
188·82
ETC
ITT
61· 15
NSC
188· 83
61· 27
SGSI
TADI
188· 84
61· 11
188· 85 2N2195A
61· 12
t CDC
188· 86
ETC
ITT
61· 26
188· 87
NSC
45· 23
SGSI
179·33
45·24 2N2195B
179·34
t CDC
45· 14
HSC
178· 14
tMOTA
54· 65
SGSI
53·104 2N2196
ESMF
54·72
160· 37
SSI
60· 33 2N2197
ESMF
60· 34
SSI
2N2198
60· 31 2N2199
2N2200
60· 32 2N2201
SCA
60·107 2N2202
188·88 2N2203
2N2204
60·108 2N2205
188· 89
FERB
ITT
60·109
ses
188· 90 2N2206
tFSC
49- 2 2N2207
49· 5
49- 3 2N2210
49- 6
2N2212
100· 59
169- 81 2N2217
tAML
CNS
cont.next col.
NSC
SGSI
TADI
TIIB
UEHK
tAML
ESMF
ITT
NSC
SGSI
TADI
TIIB
TIIF
tAML
HSC
tMOTA
SGSI
TADI
tAML
ESMF
ITT
MST
t RAYN
SSI
TFKG
TIIB
UEHK
tAML
ESMF
ITT
MST
t RAYN
SSI
t Til
TIIF
tAML
HSC
t MOTA
SGSI
TADI
tAML
ESMF
ITT
NSC
SGSI
TADI
tTIl
TIIF
UEHK
tAML
ESMF
ITT
NSC
SGSI
TADI
TIIB
TIIF
tAML
HSC
tMOTA
SGSI
TADI
tAML
ESMF
HSC
tMOTA
t RAYN
SSI
TEC
UEHK
tAML
ESMF
HSC
tMOTA
t RAYN
SSI
TADI
tAML
ETC
ITT
t RAYN
SSI
TADI
tl>GESY
SCA
TEC
tl>GESY
SCA
TEC
ETC
t ETC
• ETC
tl>GESY
TEC
SSI
SSI
SSI
ETC
HSC
RAYN
SGSI
FERB
SES
tl>APX
PHIC
t ETC
MOTA
tl>SOD
t MOTA
tl>MOTA
CDC
tFSC
100· 60
169· 82
100· 61
169· 83
100· 62
169· 84
100· 63
169· 85
100· 64
169· 86
100· 65
169· 87
100· 66
169· 88
100· 67
169· 89
97· 70
97· 71
97· 72
141· 64
141· 65
97·
45·
45·
138·
40
76
77
61
138·
138·
138·
86·
174·
62
63
64
25
2
86- 26
174 - 3
54· 4
119- 11
120- 99
102- 26
MFR~ ~&Line
(cont.)
tGIC
tlTT
LTTF
MULB t NSC
NTLB
RADF
t RAYN t SES
t SPR
SGSI
STCB
TADI
tTIl
t TEC
TIIB
TIIF
tTRW
UEHK
2N2217A
NTLB
2N2218
tl>MOTA
tAML
BNT
CDC
CNS
ESMF t ETC
HSC
t GIC
HSC
INTG
tlTT
LTTF
MISI
MULB
t NPC
t NSC
NTLB
PHIC
RADF t RAYN
t SES
SGSI
t SPR
STCB
TADI
tTEC
TFKG tTIl
TIIB
TIIF
tTRW
UEHK
VALG
JAN2N2218
AML
APX
GIC
MOTA
NSC
TEC
Til
2N2218A
tl>MOTA
tAML
BNT
ESMF
CDC
ETC
HSC
GIC
HSC
INTG
ITT
LTTF
MISI
MULB t NSC
NTLB t RAYN
SGSI
t SPR
STCB
TADI
TEC
tTIl
TIIF
TIIB
tTRW
UEHK
VALG
JAN2N2218A
AML
GIC
MOTA
NSC
Til
2N2219
+l>MOTA
tAML
APX
BNT
tCDC
ESMF
CNS
• FSC
t ETC
t GIC
HSC
INTG
IDC
tlTT
LTTF
MISI
MULB
t NPC
t NSC
NTLB
PHIC
RADF t RAYN
t SES
SGSI
t SPR
STCB
TADI
tTEC
TFKG t Til
TIIF
TIIB
tTRW
UEHK
VALG
JAN2N2219
AML
APX
GESY
GIC
ITT
MOTA
NSC
TEC
Til
2N2219A
tl>MOTA
tAML
BNT
CDC
ESMF
HSC
ETC
GIC
HSC
INTG
ITT
LTTF
MISI
MULB t NSC
PHIC
NTLB
t RAYN
SGSI
t SPR
STCB
TADI
TEC
t Til
TIIB
TlIF
tTRW
UEHK
VALG
JAN2N2219A
AML
GIC
MOTA
NSC
Til
2N2220
tl>MOTA
tAML
BNT
tCDC
HSC
tGIC
tlTT
LTTF
MULB
t NSC
NTLB
t RAYN t SES
SGSI
t SPR
STCB
TADI
tTEC
t Til
TIIB
TIIF
tTRW
UEHK
2N2220A
BNT
NTLB
2N2221
tl>MOTA
tAML
BNT
tCDC
CNS
ESMF tETC
tFSC
t GIC
cont.next Dace
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
102· 71
102· 27
102· 28
175 ·107
102· 29
175·57
102· 30
175·88
102· 31
102· 32
175·108
102· 58
176· 98
102· 33
175·89
96· 34
96· 81
96- 35
TYPE No.
2~~~S
INTG
LTTF
MULB
.
.
1 TYPE
No CROSS INDEX
pg&Line
MFRS Pa&L'ne TYPE No.
MFRS Pa&Line TYPE No.
HSC
• ITT
MISI
• NTLB
NPC
RADF
.SES
.SPR
TADI
TFKG
TIIB
.TRW
VALG
AML
CDC
ITT
NSC
Til
."MOTA
BNT
ESMF
tFSC
HSC
ITT
MISI
2N222.9SEN
• SPC
2N2230
SCA
SIL
.SPC
2N2231
SCA
SIL
.SPC
2N2232
SCA
SLA
• NSC
PHIC
• RAYN
SGSI
STCB
• TEC
• Til
TIIF
UEHK
96· 36
JAN2N2221
175-109 2N2233
APX
GIC
• SEN
MOTA
• SPC
2N2236
SPR
96· 37
2N2221A
.AML
175- 58 2N2237
CDC
2N2239
ETC
GIC
2N2240
INTG
2N2241
LTTF
2N2242
MULB • NSC
• MOTA
NTLB • RAYN
2N2243
SGSI
SPR
STCB • TADI
• CDC
TEC
• GIC
• TIIF
Til
TIIB
• RAYN
TADI
TRW
VALG
.TII
JAN2N2221A
AML
96- 38
175- 90
ITT
GIC
2N2243A
MOTA
NSC
Til
SPR
• CDC
2N2222
."MOTA 96- 39
• GIC
NSC
.AML
BNT
SSI
CDC
CNS
TEC
ESMF
ECD
TIIB
• FSC
• ETC
2N2256
HSC
• GIC
• ITT
INTG
MISI
2N2257
LTTF
MULB
• NTLB
NPC
2N2258
• PHIC
NSC
RADF
2N2259
• RAYN .SES
.SPR
SGSI
TADI
2N2266
STCB
TEC
TFKG
TIIB
2N2267
• Til
.TRW
TIIF
2N2268
UEHK
VALG
JAN2N2222
AML
96· 40 2N2269
CDC
175 ·110 2N2270
APX
ITT
.CDC
GIC
tETC
MOTA
NSC
GIC
TEC
SPR
RAYN
TRW
Til
TEC
2N2222A
."MOTA 96- 71
BNT 176- 99 2N2271
.AML
ECD
2N2273
CDC
JAN2N2273
E5MF
ETC
GIC
2N2274
• FSC
INTG
HSC
• RAYN
ITT
LTTF
MULB
MISI
2N2275
NTLB
• RAYN
• NSC
SGSI
• RAYN
STCB
2N2276
.SPR
TEC
TADI
• RAYN
TIIB
• Til
TIIF
.TRW
2N2277
UEHK
VALG
• RAYN
96- 41
JAN2N2222A
AML
175 - 91 2N2278
GIC
ITT
NSC
MOTA
• RAYN
Til
SPR
TRW
2N2279
96- 72
2N2222B
."AML
• RAYN
176-100
95- 11 2N2280
2N2223
• AML
ESMF
FERB 182- 6
• RAYN
.GESY • GIC
2N2281
MISI
• MOTA
NPC
• RAYN
• RAYN
SGSI
SSI
2N2282
TADI
•
Til
2N2283
TIIF
TIIB
.TRW
2N2284
95 - 12 2N2285
2N2223A
• AML
tETC
ESMF
FERB 182 - 7
2N2286
.GESY • GIC
• MOTA
MISI
SGSI
2N2287
• RAYN
TADI
SSI
TIIB
2N2288
• Til
tETC
TIIF
2N2224
."MOTA 102· 34 2N2289
tETC
SCA
2N2226
."WESY 156- 21 2N2290
ETC
SCA
• SLA
SEN
2N2291
• SIL
tETC
SSI
• SPC
2N2227
."WESY 156- 22 2N2292
tETC
SCA
• SEN
2N2293
SLA
SIL
tETC
SSI
• SPC
2N2228
."WESY 156- 23 2N2294
SCA
• SEN
2N2295
SLA
• SPC
SSI
D.A. T.A. INC.
MFRS
."~'iSY 156- 24 12N2296
·"f~CD
551
2N2297
."FSC
15625
.AML
ITT
."WESY
MST
MINA
• SEN
SLA
NTLB
MULB
SSI
PHIN
PHIC
RADF • RAYN
."WESY 156- 26
TADI
SGSI
• SEN
VALG
SLA
TEC
551
2N2303
."FSC
ETC
AKER
."WESY 156- 27
ITT
• SEN
MST
.SPC
•• GIC
MOTA
551
MULB • RAYN
TADI
SGSI
."WESY 156- 28
SLA
+TEC
• Til
SCA
SSI
2N2303/46
RAYN 97 - 73 2N2304
"RCA
169- 76
SLA
.SIL
RAYN 98- 32
SPC
SSI
PPC
171- 27 2N2305
SLA
"GESY 130- 1
• SIL
SIL
SPC
• SOD
551
SCA
97 - 74
SCA
97 - 75 2N2308
."SIL
SEN
ITT
91·103
SCA
SLA
SPC
SES
551
.AML 100-.68
ESMF
2N2309
."RAYN
NSC
2N2310
."RAYN
ETC
SSI
TEC
2N2311
."RAYN
TIIB
2N2312
TIIF
."RAYN
.AML 100- 69
ETC
ESMF
2N2313
• RAYN
MISI
2N2314
."RAYN
• RAYN
ETC
TADI
2N2315
."RAYN
• TIIF
Til
ETC
."MOTA 86· 68 2N2316
."RAYN
175- 40
TADI
."MOTA 86- 69 2N2317
."RAYN
175· 41
ETC
TADI
ETC
."MOTA 51- 68 2N2318
175·42 2N2330.
SCA
."MOTA 51- 69
175 - 43 2N2331
SCA
."SOD 116- 47
KSC
2N2332
RAYN • CRY
SOD
."SOD 116- 48
KSC
2N2333
RAYN • CRY
SOD
."SDD 116- 49
."SOD 116- 50 2N2334
RAYN • CRY
SOD
."RCA 134· 11
CNS
2N2335
FERB
RAYN • CRY
SOD
NSC
2N2336
• CRY
TADI
RAYN
SOD
Til
2N2337
• CRY
+ETC
RAYN
SOD
54-105
• MOTA 47· 85 2N2338
."RCA
MOTA 47- 90 2N2339
• ETC
60- 83 2N2349
TEC
• CRY
188· 91 2N2350
.RAYN
• TADI
SPR
SCA
TADI
60- 84
.TRW
• CRY
188- 92 2N2350A
• RAYN
• SPR
TADI
TADI
.TRW
60- 85 2N2351
tFSC
• CRY
188- 93
ITT
• RAYN
• SPR
TADI
.TRW
TADI
60- 86 2N2351A
tFSC
• CRY
188· 94
ITT
• RAYN
• SPR
TADI
TADI
.TRW
60- 97 2N2352
ITT
• CRY
188· 95
TADI
• RAYN
• SPR
TADI
2N2352A
ITT
60- 98
TADI
• RAYN
• CRY
188·
96
2N2353
ITT
• SPR
TADI
TADI
• RAYN
ITT
61- 9 2N2353A
• CRY
.SPR
188- 97
TADI
• RAYN
TADI
2N2356
."GESY
182· 8
• CRY
2N2356A
."GESY
• TADI
SPR
."SOD 113·35 2N2357
."SOD
• MOTA
."SOD 113· 36
.b50D
."SOD 113· 37 2N2358
• MOTA
."SOD 120·100
• MOTA
2N2359
."SOD
• MOTA
120·101
."SOO
2N2360
• MOTA
• SPR
120-102
2N2361
."SOD
• SPR
2N2362
.SPR
• MOTA
MSOD 120-103 2N2364
• RAYN
• MOTA
SCA
SSI
.TRW
TADI
."SOD 120·104
• MOTA
2N2364A
• RAYN
SCA
SSI
.b50D 120-105
• MOTA
.TRW
TADI
2N2368
.bFSC
1227
."SOD
BEll
.AML
• MOTA
CDC
tETC
."SOD 122· 8
• MOTA
FERB
GIC
HUGS
INTG
."SOD 122- 9
• MOTA
tlTT
LTTF
.,,500 122- 10
MISI
MINA
tMOTA
MULB
tETC
PHIC
NTLB
"SOD 122- 11
cont.next col.
tETC
L:".Registered with JEDEC
by this manufacturer
12
122- 12
100- 95
70- 90
69- 5
142- 10
148- 86
TYPE No.
12~~~~)8
RADF
SES
STCB
.TEC
TIIB
UEHK
2N2369
.AML
• CDC
FERB
HSC
INTG
LTTF
MISI
MULB
NSC
PHIC
RADF
SES
STCB
+TEC
TIIB
UEHK
142- 11 2N2369/46
2N2369/TNT
2N2369A
.AML
98- 49
• CDC
93- 90
GIC
173- 1
INTG
93· 91
MINA
173 - 2
• MOTA
93- 92
NSC
PHIC
173· 3
93· 93
• RCA
173· 4
SGSI
93- 94
TADI
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
PHIN
• RAYN
SGSI
TADI
.TII
TIIF
VALG
."FSC
BEll
tETC
GIC
HUGS
• ITT
MINA
• MOTA
• NTLB
NPC
PHIN
• RAYN
SGSI
TADI
• Til
TIIF
VALG
SCA
TEC
."FSC
BEll
FER.B
HUGS
• ITT
MISI
MULB
NTLB
• RAYN
SES
STCB
TEC
TIIB
UEHK
VALG
APX
ITT
NSC
Til
• Til
93- 95
TIIF
172-109
93-108 JAN2N2369A
FSC
90- 11
MOTA
RAYN
173· 25
91-104 2N2370
• CRY
101- 58
RAYN
188·98 2N2371
• CRY
95· 84
RAYN
188 - 99 2N2372
• CRY
RAYN
.60· 71
2N2373
•
CRY
60- 72
RAYN
2N2374
CNS
60- 73
tETC
GIC
ITC
MST
60- 74 2N2375
tETC
GIC
60- 75 2N2376
• ETC
GIC
60- 76 2N2377
."SPR
• CRY
CRY
152-101 JAN2N2377
142- 61
SPR
73- 99 2N2378
."SPR
93- 43
•
CRY
169- 90 JAN2N2378
CRY
SPR
93- 44 2N2380
RAYN
169- 91
93 - 45 2N2380A
RAYN
169- 92
2N2381
."MOTA
93- 46
169- 93 2N2382
."MOTA
931699316990-
47 2N2383
94
ETC
48 2N2384
95
4 2N2386
AML
90- 5
• SIX
TIIF
97 - 76 2N2386A
188-100 2N2387
84- 51
TIIB
188-101 2N2388
123- 33
TIIB
2N2389
123- 34
2N2390
123·35
2N2393
45- 40
45 - 41 2N2394
45 - 42
93 - 49 2N2395
169- 96
2N2396
93- 50
169- 97 2N2398
2N2399
93- 5 2N2400
180- 31
2N2401
."SIL
SEN
."SIL
SEN
."TII
IDC
TIIB
• UCC
."TII
."TII
TIIF
."TII
TIIF
."TII
TIIF
."TII
TIIF
."TII
TIIF
."TII
TIIF
."TII
TIIF
."TII
TIIF
• SPA
• SPA
• SPR
• SPR
IDC
• SPR
2N2405
."RCA
MOTA • RAYN
.TRW
TEC
2N2402
2N241VETC
LTTF
MULB
RADF
SGSI
TIIB
93· 10
180- 45
94 73·
92179-
25
15
87
48
92- 88
179 - 49
61- 53
61- 54
60- 77
60- 78
55 - 23
55· 17
55 - 18
61- 16
60-102
61- 17
60- 96
98- 33
171- 77
98· 34
171- 78
55- 86
176- 88
55·87
176- 89
149- 41
149- 42
106- 7
106· 8
83-109
83 ·110
94- 57
170- 37
94- 58
70- 2
70- 3
94·52
94- 53
45· 43
45· 44
51· 57
172·104
51- 58
175 - 6
51- 70
176· 57
130· 90
MFRS Pa&Line
·~~SC
m:lr
• MOTA
PHIC
RAYN
TEC
TIIF
VALG
2N2411
64- 83
."TII
MULB
PHIC 173- 74
TADI
TEC
TIIB
TIIF
2N2412
64· 84
."TII
MULB
PHIC 173- 75
SCA
TADI
TEC
TIIB
TIIF
TADI
2N2413
86·102
Til
TIIB
2N2414
RAYN 95- 13
182- 9
45- 95
2N2415
."TII
• MOTA
45 - 87
2N2416
."TII
TIIB
• MOTA
2N2417
."GESY 187-103
2N2417A
."GESY 187·104
JAN2N2417A
none 187 -105
2N2417B
"GESY 187-106
2N2418
MGESY 187-107
2N2418A
t"GESY 187·108
JAN2N2418A
none 187·109
2N2418B
."GESY 187-110
2N2419
."GESY 188- 1
2N2419A
MGESY 188· 2
JAN2N2419A
none 188· 3
2N2419B
."GESY 188- 4
2N242D
."GESY 188- 5
2N2420A
."GESY 188- 6
JAN2N2420A
none 188 - 7
2N2420B
."GESY 188- 8
2N2421
."GESY 188· 9
2N2421A
."GESY 188- 10
JAN2N2421A
none 188- 11
2N2421B
."GESY 188- 12
2N2422
."GESY 188· 13
2N2422A
tbGESY 188- 14
JAN2N2422A
none 188- 15
2N2422B
."GESY 188- 16
2N2423
KSC
122· 13
MOTA
SOD
2N2424
68· 4
• CRY
166- 92
2N2425
68- 3
• CRY
166- 30
2N2427
95 - 14
."TEC
SCA
2N2428
52- 16
."APX
PHIC
•
NPC
2N2429
52- 18
."APX
.NPC
PHIC
2N2430
59- 23
."APX
PHIC
• NPC
2N2431
54· 37
."APX
PHIC
• NPC
2N2431MP
APX
182- 10
PHIC
2N2432
83·95
."TII
• TADI
CRY
• TEC
NSC 188·102
TIIF
JAN2N2432
CRY
84· 27
TEC
NSC
Til
2N2432A
83- 96
"Til
CRY
TADI 188 ·103
TEC
TIIF
JAN2N2432A
CRY
84- 28
TEC
Til
2N2433
95· 63
."CDC
2N2434
95·68
."CDC
SCA
2N2435
95 - 64
."CDC
TEC
SCA
2N2436
95 - 69
."CDC
TEC
SCA
2N2437
95 - 58
."CDC
TEC
2N2438
95·65
."CDC
TEC
2N2439
95- 70
."CtlC
TEC
2N2440
."CDC 101· 55
SSI
.TRW
2N2443
100- 70
."FSC
SGSI
• CDC
551
TEC
.TRW
2N2444
KSC
119- 12
SOD
2N2445
"SOD 122- 14
2N2451
43· 30
"SPR
191-110
2N2452
186· 80
."FSC
SGSI
77- 84
2N2453
."AML
BNT
• GESY 182· 11
• MOTA
GIC
NSC
• RAYN
SGSI
SOD
TADI
TEC
TIIF
• Til
2N2453A
77- 85
."AML
cont.next caae
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
rYPE No.
12N245.JA
(cont.)
t GESY
tMOTA
RAYN
TADI
2N2459
2N2460
2N2461
2N2462
2N2463
SCA
2N2464
SCA
2N2465
SCA
2N2466
SCA
2N2467
2N2468
2N2469
2N2472
2N2474
2N2475
ETC
tFSC
PHIC
SGSI
tTEC
MFRS pg&Line
BNT
GIC
NSC
SOD
TEC
TIIF
tllSOD
SCA
tllSOD
SCA
+llSOD
SCA
tt>SOD
SCA
tt>SOD
TEC
tt>SOD
TEC
tt>SOD
TEC
tt>SOD
TEC
tt>SOD
+t>SOD
tt>SOD
SCA
+t>CRY
HRCA
FERB
MULB
RADF
TADI
TIIF
VALG
tt>RCA
2N2476
FERB
t ETC
tMOTA
tFSC
RAYN
SGSI
+ SPR
+llRCA
2N2477
FERB
tETC
tFSC
+ MOTA
RAYN
SGSI
+ SPR
tETC
2N2478
2N2479
RAYN
2N2480
t CDC
GIC
+ RAYN
SSI
2N2480A
CDC
GIC
tRAYN
SSI
2N2481
ETC
ITT
TADI
JAN2N2481
MOTA
2N2483
AKER
CDC
GIC
MISI
+ NSC
PHIC
t RAYN
SGSI
TADI
t Til
TIIF
2N2484
AKER
CDC
tGIC
+ ITT
MULB
NTLB
RADF
SES
t SOD
tTEC
TIIB
TRW
JAN2N2484
2N2484A
2N2487
2N2488
2N2489
2N2490
tETC
2N2491
t ETC
2N2492
tETC
2N2493
ETC
2N2494
2N2495
2N2496
182 - 12
TIIB
JAN2N2497
2N2498
AML
TIIB
93· 96
93- 97 JAN2N2498
2N2499
93- 98
AML
TIIB
93- 99
JAN2N2499
96- 9 2N2500
AML
TIIF
96- 10
JAN2N2500
96- 11 2N2501
HSC
96- 12
2N2509
CDC
113· 38
t GIC
113· 39
NSC
113· 40
RAYN
138· 65
SGSI
181· 27
88· 11
180· 44 2N2510
CDC
t GIC
+ NSC
RAYN
SGSI
98- 66
175 - 59 2N2511
CDC
t GIC
+ NSC
RAYN
98 - 67
SGSI
175 - 60
98 - 58
175 - 11
tETC
98- 50
TADI 172-110
HGESY 84 - 52
ESMF 182- 13
+MOTA
SGSI
TADI
tllGESY 84 - 53
ESMF 182· 14
+ MOTA
SGSI
TAOI
tt>MOTA 91-105
HSC 177- 21
tRAYN
+ Til
91-106
FSC
RAYN 177 - 66
Til
tUSC
90- 43
+AML
ESMF
+ ITT
MULB
NTLB
RADF
SES
+ SOD
tTEC
TIIB
VALG
tt>FSC
90- 44
tAML
ESMF
IDC
MISI
t NSC
PHIC
+ RAYN
SGSI
TAD I
tTIl
TIIF
UEHK
VALG
AML
90- 85
RAYN
90- 69
+t>AML
RAYN
t>SPR
45 - 15
t>SPR
45 - 16
t>SPR
45 - 17
t DEL
123- 36
tMOTA
t DEL
123 - 37
tMOTA
123- 38
+ DEL
tMOTA
t DEL
12.3.:...~~_
+ MOTA
48- 711
+t>APX
PHIC
+t>APX
48- 79
PHIC
+t>APX
47 - 34
PHIC
D.A. T.A.INC.
1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
YPE No.
12N2497AML
2N2514
2N2515
2N2516
tn\~
TIIF
t UCC
none
tt>TII
t SIX
TIIF
t UCC
none
+t>lll
+ SIX
TIIF
+ UCC
none
+t>TII
TIIB
t UCC
none
tt>MOTA
SCA
TEC
+t>AML
tFSC
+ ITT
PHIC
SES
TADI
TEC
+t>AML
tFSC
tlTT
PHIC
SES
TAD I
TEC
+t>AML
tFSC
tlTT
PHIC
SES
TADI
TEC
t>SOD
+t>SOD
2N2525
2N2526
+llSOD
SCA
HSOD
HSOD
SCA
tt>SOD
tt>SOD
tt>SOD
SCA
tt>SOD
SCA
tllSOD
SCA
+HRW
+t>MOTA
2N2527
+t>MOTA
2N2528
+t>MOTA
2N2518
2N2519
2N2520
2N2521
2N2522
2N2523
2N2524
JAN2N2528
MOTA
2N2537
+t>MOTA
HSC
ETC
t RAYN
MST
SCA
t SPR
TADI
TEC
tTIl
TIIB
+TRW
TIIF
tt>MOTA
2N2538
ETC
HSC
MST
t RAYN
SCA
+ SPR
TADI
TEC
TIIB
+ Til
TIIF
+TRW
2N2539
tt>MOTA
ETC
HSC
t RAYN
SCA
t SPR
TADI
TEC
t Til
TIIF
TIIB
tTRW
2N2540
tt>MOTA
ETC
HSC
SCA
+ RAYN
TADI
+ SPR
TEC
+ Til
TIIF
TIIB
+TRW
llRAYN
2N2541
ETC
+t>TII
2N2552
MOTA
+ KSC
+SOD
tt>TII
2N2553
MOTA
+ KSC
tSOD
KSC
JAN2N2553
Til
SOD
tt>tll
2N2554
MOTA
+ KSC
+SOD
+t>TII
2N2555
MOTA
t KSC
+SOD
KSC
JAN2N2555
Til
SOD
tllTIl
2N2556
cont.next col.
11O~-
\I IZNZ55.6
(cont.)
t KSC
MOTA t SOD
2N2557
tt>TII
106- 10
t KSC
MOTA
t SOD
106- 11
JAN2N2557
KSC
SOD
Til
tt>TII
2N2558
t KSC
MOTA
106- 12
+ SOD
106· 13
2N2559
+t>TII
t KSC
MOTA
+ SOD
106- 14 JAN2N2559
KSC
106- 15
SOD
Til
2N2560
tt>TII
t KSC
MOTA
106- 16
tSOD
92- 27 2N2561
+llTIl
MOTA
177 - 85
+ KSC
+SOD
+t>TII
89- 98 2N2562
t KSC
MOTA
t SOD
tt>TII
2N2563
MOTA
+ KSC
+ SOD
2N2564
tllTIl
t KSC
MOTA
89· 99
+ SOD
2N2564/5
KSC
2N2565
+t>TII
MOTA
+ KSC
t SOD
KSC
2N2565/5
89-100 2N2566
tt>TII
tSOD
+ KSC
KSC
2N2566/5
tt>TII
2N2567
MOTA
+ KSC
tSOD
2N2567/5
KSC
+llAPX
93- 36 2N2569
MULB
PHIC
93- 55
PHIN
RADF
93- 71
VALG
93- 72 2N2570
+llAPX
PHIC
93 - 73
MULB
PHIN
RADF
VALG
93 - 51
TEC
+t>DEL
93- 52 2N2580
93- 53
SEN
SOD
2N2580M
t DEL
93- 74
2N2581
+t>DEL
93- 75
SEN
SOD
2N2582
+t>DEL
142- 62
SEN
SOD
119- 13 2N2583
+t>DEL
163- 77
SEN
SOD
119- 14 2N2584
SOD
163- 78
119- 15 2N2585
SOD
163- 79
161- 34 2N2586
tt>TII
tAML
102- 35
CDC
176- 1
tFSC
+ ITT
PHIC
NSC
RAYN
SES
SGSI
SOD
TADI
TEC
TlIF
102- 36 2N2590
+t>SOD
176- 2
SCA
TEC
2N2591
tllSOD
SCA
TEC
2N2592
tt>SOD
TEC
SCA
2N2593
tt>SOD
TEC
96- 42
SCA
SSI
176- 3 2N2594
TEC
tt>SOD
2N2595
SCA
TEC
2N2596
tt>SOD
TEC
SCA
tt>SOD
96- 43 2N2597
TEC
176- 4
SCA
tt>SOD
2N2598
TEC
2N2599
tt>SOD
TEC
2N2599A
+t>SOD
TEC
54- 14
166- 98 2N2600
tt>SOD
TEC
114 - 81
SSI
+t>SOD
2N2600A
TEC
SSI
114- 82 2N2601
+t>SOD
+AML
SCA
SSI
TEC
56- 59 2N2602
tt>SOD
SCA
tAML
114- 83
SSI
TEC
2N2603
tt>SOD
SCA
+AML
114- 84
SSI
TEC
2N2604
+MOD
+AML
tMOTA
56- 60
t NSC
+ RAYN
SSI
SCA
114- 85
tTEC
TADI
cont.next col.
",-Registered with JEDEC
by this menufacturer
13
IN TYPE NUMBER SEQUENCE
YPE No.
MFRS
2i1r2lf43
tTIl
(cont.)
TEC
TIIF
TIIF
TIIB
tt>TII
NSC
67 - 78 2N2644
tAML
ESMF
SOD
tt>SOD
69- 32
tFSC
tGESY
2N2605
tAML
tFSC
GIC
MISI
tMOTA t NSC
tMOTA t NSC
SSI
t RAYN
SGSI
t RAYN
TADI
t TEC
tSOD
SSI
tTEC
TIIB
TADI
+ Til
TIIF
TIIF
TIIB
tt>FSC
JAN2N2605
NSC
67 - 79 2N2645
RAYN
SES
SOD
TADI
2N2605A
tt>SOD
68-102
SGSI
TAOI
TEC
2N2646
tt>GESY
2N2606
tt>SIX
104- 90
ESMF tMOTA
tFSC
+ NPC
SOIF
+AML
JAN2N2606
tt>GESY
AML 104- 91 2N2647
SIX
ESMF + MOTA
t NPC
SOIF
2N2607
tt>SIX
104- 92
ETC
tAML
+ UCC
2N2648
JAN2N2607
AML 104- 93
SIX
2N2651
tETC
SGSI
+t>SIX
104- 94
2N2608
2N2652
+t>GESY
+AML
+ UCC
JAN2N2608
AML 104- 95
+ MOTA t RAYN
SGSI
SSI
SIX
2N2609
104- 96
TADI
+llSIX
FSC
2N2652A
tt>GESY
+ AML
+ MOTA + RAYN
+ UCC
SSI
JAN2N2609
AML 104- 97
SGSI
SIX
TADI
HAPX
2N2610
t>TEC
73-100 2N2654
PHIC
SCA
t>TRW
tt>GESY 138- 66 2N2656
2N2611
2N2657
tt>SOD
SCA
t PIR
+ NSC
2N2612
t>SOD 119- 16
SSI
48- 16
2N2613
+t>RCA
+ SIL
ATEI
+ SSP
TEC
+ NPC
tt>SOD
2N2614
+t>RCA
48- 17 2N2658
t NSC
+ PIR
ATEI
+ NPC
2N2615
ITT
88- 12
SEN
+ SIL
t SSP
2N2616
tUSC
88- 17
SSI
CDC
TEC
+AML
ITT
LTTF
2N2659
+t>TII
KSC
SGSI
TADI
tt>TII
2N2617
PHIC
82- 20 2N2660
2N2631
tt>RCA 140- 65
KSC
tt>TII
ECO
2N2661
none 136- 94
KSC
JAN2N2631
tt>TII
2N2632
t>SOD 145 - 50 2N2662
SEN
SIL
KSC
TEC
2N2663
tt>TII
2N2633
llSOD 145 - 51
KSC
SIL
2N2664
+t>TII
SEN
TEC
KSC
tt>TII
2N2634
t>SOD 145- 52 2N2665
SEN
SIL
KSC
tt>TII
TEC
2N2666
51- 72
• KSC
2N2635
+t>TII
SSI
176- 72 2N2667
tt>TII
+ MOTA
2N2636
+t>SOD 122- 15
+ KSC
tt>SOD 122- 16 2N2668
tt>TII
2N2637
2N2638
+t>SOD 122- 17
+ KSC
84- 16 2N2669
+llTIl
tt>TII
2N2639
tAML
ESMF 182- 15
+ KSC
tt>TII
t GESY
2N2670
tFSC
GIC
MISI
+ KSC
tt>APX
tMOTA + NSC
2N2671
tt>APX
t RAYN
2N2672
SGSI
t>SOD
tSOD
SSI
2N2691
2N2691A
t>SOD
TADI
+ TEC
TIIB
TIIF
JAN2N2639
none
84- 22 2N2692
tt>TII
182- 16
SCA
TADI
84- 17 2N2693
tt>TII
2N2640
H Til
tAML
ESMF 182- 17
SCA
TADI
t FSC
2N2694
HTII
+ GESY
TADI
GIC
MISI
SCA
tMOTA t NSC
2N2695
tt>FSC
t RAYN
SGSI
MOTA
RAYN
TADI
tSOD
SSI
TEC
TADI
tTEC
t Til
TIIB
2N2696
HFSC
TIIB
TIIF
2N2641
tllTiI
84- 18
ITT
RAYN
tAML
SGSI
ESMF 190- 36
TADI
tFSC
TEC
t til
+ GESY
GIC
MISI
TIIB
tMOTA + NSC
2N2697
t>SOD
t RAYN
SGSI
SEN
t SOD
SSI
2N2698
t>SOD
TADI
+ TEC
SEN
TIIF
TIIB
2N2706
HAPX
tllTIl
84- 19
2N2642
PHIC
tAML
ESMF 182- 18 2N2706MP
APX
t GESY
tFSC
2N2707
tt>APX
GIC
MISI
PHIC
tMOTA t NSC
2N2708
HRCA
t RAYN
tAML
SGSI
APX
tSOD
SSI
CDC
ETC
tTEC
.. RAYN
TADI
FERB
TIIB
TIIF
SSI
TADI
JAN2N2642
84- 23
AML
TRW
182- 19 JAN2N2708
Til
AML
84- 20
RCA
MOTA
2N2643
tt>TII
t MOTA
tAML
ESMF 182- 20 2N2710
GESY
SGSI
tFSC
MISI
2N2711
tt>GESY
GIC
t SPR
TEK
tMOTA t NSC
HGESY
t RAYN
SEN
2N2712
t50D
t SPR
TEK
SGSI
TADI
2N2713
tt>GESY
SSI
cont.next n8ne
cont.next col.
No.
IZNZ604
(cont.)
TIIB
114- 86 JAN2N2604
113- 16
114- 87
114 - 88
113 - 17
114 - 89
114· 90
114 - 91
114- 92
114- 93
113 - 27
114·94
113- 28
114- 95
113· 29
114- 96
113- 30
85 - 26
188-104
85- 27
188-105
155163155 164·
155 163155163155163155 16315516384·
40
36
41
63
42
37
43
38
44
39
45
40
46
41
76
69- 27
69- 28
69- 29
69- 30
134- 12
69- 14
69- 15
69- 16
69- 17
69- 18
68- 92
69- 19
69- 6
68-106
68-107
68-108
69- 31
MFRS P"Piline
"Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
Pg&Line
84- 21
190- 37
95- 15
188- 17
188- 18
55 - 78
167- 47
92-105
180· 18
84- 77
182- 21
84- 78
182- 22
47- 91
91- 53
135- 48
167· 6
135 - 49
167- 7
114- 24
114- 25
114 - 26
114- 27
114- 28
114- 29
114- 30
114 - 31
114- 32
114- 33
114- 34
114- 35
47 - 35
47 - 36
120-106
123- 40
164- 7
85- 1
170- 76
84- 43
169- 61
84 - 44
169- 62
67- 1
171- 65
67- 2
171- 66
140- 66
140- 67
55- 54
182- 23
181- 41
80- 53
79- 89
92- 89
179 - 83
76- 87
76- 88
76- 89
TYPE No.
1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
2N271.3
(cont.)
• SPR
2N2714
ESMF
2N2715
2N2716
2N2717
2N2720
.AML
2N2721
.AML
2N2722
.AML
NSC
2N2723
• MOTA
2N2724
• MOTA
2N2725
• MOTA
2N2726
MST
2N2727
2N2728
2N2729
.AML
LTTF
2N2730
2N2731
2N2732
2N2733
2N2734
2N2735
2N2736
2N2737
2N2738
2N2739
SEN
ESMF
TEK
."'GESY
• SPR
TEK
TEK
TEK
PHIC
."'SOD
• MOTA
TADI
."'SOD
• MOTA
TADI
."'SOD
• MOTA
TADI
."'SOD
RAYN
."'SOD
RAYN
."'SOD
RAYN
."'GESY
TEC
."'GESY
TEC
."'MOTA
2N2743
.USC
CDC
TADI
."'SOD
."'SOD
."'SOD
."'SOD
."'SOD
."'SOD
."'SOD
."'SOD
."'SOD
."'WESY
SLA
SPC
."'WESY
SLA
SPC
."WESY
SLA
SPC
."WESY
SLA
SPC
SLA
2N2744
SLA
2N2740
SEN
2N2741
SEN
2N2742
SEN
2N2745
SEN
2N2746
SEN
2N2747
SEN
2N2748
SEN
2N2751
SEN
2N2752
SEN
2N2753
SEN
2N2754
SEN
2N2755
2N2756
2N2757
SEN
SLA
2N2758
SEN
SLA
2N2759
SEN
SLA
2N2760
SEN
SLA
2N2761
SEN
SLA
2N2762
2N2763
SEN
SLA
2N2764
SEN
cant. next col.
MFRS Pa&Line TYPE No.
2N2764
."WESY
SLA
SPC
."'WESY
SLA
SPC
."'WESY
SLA
SPC
."'WESY
SLA
SPC
."'WESY
SLA
SPC
."WESY
SLA
SPC
."'WESY
SLA
SPC
."'WESY
SLA
SLA
(cont.)
SPC
76· 90 2N2765
SEN
SLA
76· 91
76· 92 2N2766
SEN
47·101
85· 15
SLA
SSI
182· 24
2N2767
85· 16
182·25 2N2768
85· 28 2N2769
SEN
182· 26
SLA
190· 38
2N2770
SEN
190· 39
SLA
190· 40
2N2771
130· 85
SEN
SLA
130· 86
2N2772
SEN
123· 41
SLA
162· 78
88· 18
2N2773
123· 42
123· 43
123· 44
122· 65
122· 66
122· 67
122· 68
122· 69
122· 70
156·29
161· 38
156· 30
161· 39
2N2774
2N2775
SLA
2N2776
SLA
2N2777
SLA
2N2778
SLA
2N2779
156· 31
161· 40 2N2780
156· 32 2N2781
161· 41
LTTF
SEN
156·33 2N2782
161· 42
LTTF
SEN
156· 34
161· 43 2N2783
LTTF
156·35
SEN
161· 44
2N2784
156· 36
SSI
161· 45
2N2784/46
156· 37
161· 46 2N2784ITNT
2N2785
156· 38
161· 47 2N2787
ETC
156· 39 2N2788
161· 63
ETC
156· 40 2N2789
ETC
161· 64
156· 41 2N2790
161· 65
2N2791
ETC
156· 42
161· 66
156· 43 2N2792
ETC
161· 67
SLA
156· 44
161· 68 2N2795
."'WESY 156· 45
161· 48 2N2796
• SIL
SPC
SSI
2N2800
ITT
."'WESY 156· 46
161· 49
• SIL
2N2800/46
SPC
SSI
."'WESY 156· 47 2N2801
BNT
161· 50
• SIL
• RAYN
SPC
SSI
."'WESY 156· 48 2N2801/46
161· 51 2N2802
• SPC
SIL
GIC
RAYN
SSI
SSI
• "'WESY 156· 49
TIIB
161· 52
• SIL
SPC
2N2803
GIC
SSI
RAYN
SSI
156· 50
SSI
161· 53
TIIB
."WESY 156· 51
161· 54 2N2804
• SIL
GIC
SPC
RAYN
SSI
SSI
."'WESY 156· 52
TIIB
161· 55
• SIL
D.A. T.A. INC.
SLA
SSI
."'WESY
• SPC
SIL
SSI
."'WESY
• SIL
SPC
UCC
SSI
156· 53
161· 56
156· 54
161· 57
156· 55
161· 58
SSI
156· 56
161· 59
."'WESY 156· 57
161· 69
• SIL
SPC
SSI
."'WESY 156· 58
161· 70
• SIL
SPC
SSI
."'WESY 156· 59
161· 71
• SIL
SPC
SSI
."'WESY 156· 60
161· 72
• SIL
SPC
SSI
SSI
156· 61
161· 73
SSI
156· 62
161· 74
."'WESY 156· 63
SPC
161· 76
SSI
."'WESY 156· 64
SPC
161· 77
SSI
."'WESY 156· 65
SPC
161· 78
SSI
."'WESY 156· 66
SPC
161· 79
SSI
SSI
156· 67
161· 80
SSI
156· 68
161· 81
."TRW 140· 68
SCA
SSI
."'TRW 140· 69
SCA
SSI
."'TRW 140· 70
SCA
SSI
tECD
88·22
TADI 180· 77
.TEC
SCA
94· 30
180· 78
TEC
73· 17
."'GESY 190· 41
• MOTA
102· 37
."GIC
SCA 176· 30
102· 38
."GIC
MOTA 176· 31
SCA
102· 39
."'GIC
MOTA 176· 32
SCA
96· 44
t"GIC
SCA 176· 33
96· 45
."'GIC
MOTA 176· 34
SCA
96· 46
."'GIC
MOTA 176· 35
SCA
45· 85
."'SPR
179· 23
45·86
."'SPR
179· 24
."'MOTA 71· 81
• RAYN 171· 97
TADI
SCA
69· 58
171· 98
."MOTA 71· 82
ITT
171· 99
TADI
TIIF
SCA
69· 59
62·107
."'TII
182·
27
• MOTA
SOD
TADI
TIIF
62·108
."TII
• MOTA 182· 28
SOD
TADI
TIIF
62·109
.'" Til
• MOTA 190· 42
SOD
TADI
TIIF
1',Registered with JEDEC
by this manufacturer
2N2805
."'TII
GIC
+ MOTA
RAYN
SOD
SSI
TADI
TIIB
TIIF
2N2806
• "'Til
GIC
• MOTA
RAYN
SOD
SSI
TADI
TIIB
TIIF
2N2807
."'TII
GIC
• MOTA
RAYN
SOD
TADI
SSI
TIIF
TIIB
2N2811
"'SOD
HSC
PIR
SEN
SSP
TEC
2N2812
"'SOD
HSC
PIR
SEN
SSP
TEC
2N2813
"'SOD
PIR
HSC
SEN
SSP
TEC
2N2814
"'SOD
HSC
PIR
SEN
SSP
TEC
TRW
2N2815
."'SIL
ESMF tETC
SEN
• SPC
SSI
2N2816
."'SIL
ESMF tETC
SEN
• SSI
SPC
2N2817
."'SIL
ESMF
ETC
SEN
• SPC
SSI
2N2818
MSIL
ESMF
• ETC
SEN
• SPC
SSI
2N2819
."SIL
ESMF
SEN
SPC
SSI
2N2820
."SIL
ESMF
SEN
SPC
SSI
2N2821
."SIL
ESMF
SEN
SPC
SSI
2N2822
."SIL
ESMF
SEN
SPC
SSI
2N2823
."SIL
ESMF
SEN
SPC
SSI
2N2824
."'SIL
ESMF
SEN
SPC
SSI
2N2825
."'SIL
ESMF
SEN
SPC
SSI
2N2828
."SIL
SEN
SPC
SSP
2N2829
."SIL
SPC
SSP
.TRW
2N2831
2N2832
."'MOTA
l~tlig
2N2847
ETC
RAYN
SSI
TEC
2N2848
ETC
RAYN
SSI
TEC
2N2849
SEN
2N2850
SEN
2N2850·1
SOD
2N2851
SEN
2N2851·1
SOD
2N2852
SEN
2N2852·1
SOD
2N2853
SEN
2N2853·1
IN TYPE NUMBER SEQUENCE
MFRS pg&Line TYPE No.
."'FSC
• MOTA
SGSI
TADI
TIIF
."'FSC
+ MOTA
SGSI
TADI
TlIF
."'SSP
SSI
."'SSP
SSI
SEN
SSI
MSSP
SSI
SEN
SSI
."'SSP
SSI
SEN
SSI
."'SSP
SSI
SEN
SOD
2N2854
."'SSP
SSI
SEN
2N2855
."'SSP
SSI
2N2855·1
SOD
SSI
2N2856
."'SSP
SSI
2N2856·1
SOD
SSI
2N2857
.APX
FERB
.KMC
• MOTA
PHIC
RADF
• RCA
SCA
SSI
VALG
JAN2N2857
MOTA
RCA
2N2858
."'SIL
SPC
• SLA
SSP
TEC
JAN2N2858
none
I~J: ~~
JAN2N2880
MFRS Pa&Line
SOD
2N2881
• CRY
2N2882
."'SIL
TEC
."'SIL
63· 1
102· 41
TEC
• CRY
182· 30
175· 62 2N2883
TADI
• Til
2N2884
TADI
• Til
63· 2
102· 97 2N2887
."'TRW
190· 43
ECD
168· 26
SEN
102· 98 2N2890
.USC
ESMF
168· 27
• NSC
SGSI
102· 91
SOD
147·85
SSI
168· 28
• TEC
SSP
102· 99
TADI
.USC
168· 29 2N2891
102· 92
ESMF
• SOD
NSC
147·86
SGSI
168· 30
102·100
SSI
• SSP
TADI
168·31
TEC
102· 93
TIIF
147·87
168· 32 2N2892
."'FSC
102·101
SEN
• NSC
168· 33
SOD
SSI
102· 94
TEC
• SSP
147·88
168·34 2N2893
."'FSC
102·102
SEN
• SOD
NSC
168· 35
SSI
102 03
tSSP
TEC
154· 58
168 36 2N2894
."'FSC
102· 95
ESMF
FERB
168·37
HSC
• ITT
102·104
MISI
• MOTA
154· 59
168·38
SGSI
• RAYN
102· 96
STCB
TADI
168· 39
TEC
•
Til
81· 5
TIIB
TIIF
154· 60
UEHK
2N2894A
."'FSC
ITT
2N2895
MRCA
154·61
• MOTA
• CDC
80· 6
TEC
• RAYN
2N2896
."'RCA
• MOTA
97· 20
.CDC
154· 62
164·27
RAYN
TEC
2N2897
."'RCA
140· 20
+ MOTA
• CDC
154· 63
165· 82
RAYN
TEC
2N2859
97·21 2N2898
."'SIL
• CDC
SPC
164·28
RAYN
SCA
• SLA
154· 64
SSP
TEC
TEC
JAN2N2859
none 140· 21 2N2899
165· 83
RAYN • CDC
SCA
154· 65 2N2861
64· 9
TEC
."'TII
RAYN
TADI
2N2900
TEC
TIIB
RAYN • CDC
SCA
154·66 2N2862
64· 8
TEC
."TII
RAYN
TADI
2N2903
."'AML
TEC
TIIB
GIC
• APX
154· 67 2N2863
101·104
• MOTA
NSC
."'TII
TADI
TEC
SGSI
• RAYN
TIIB
TIIF
SOD
TADI
154· 68 2N2864
MTII
101·105
TEC
TADI
TEC
2N2903A
."'AML
TIIB
TIIF
GIC
• MOTA
145· 11 2N2865
79· 65
NSC
• "'Til
• RAYN
.AML
ETC
SGSI
SOD
RAYN
SCA
TADI
TEC
145· 99
SSI
TADI
2N2904
."'MOTA
TIIB
TIIF
AKER .AML
90· 45 2N2866
.HEC
145· 53
BNT
CDC
119· 17
SEN
ESMF
CNS
166· 48 2N2867
145· 54
ETC
HSC
."'TEC
2N2833
SEN
."'MOTA 119· 18
HSC
• HUGS
GIC
166· 49 2N2868
ESMF 100· 71
INTG
2N2834
ETC
HSC
ITT
MISI
."'MOTA 119· 19
166· 50
RAYN
MULB
ITT
MST
JAN2N2834
MOTA 119· 20
SGSI
.TRW
NPC
NSC
166· 51 2N2869
NTLB • PHIC
."RCA 117· 27
2N2835
PHIC 114· 44
tETC
KSC
RADF • RAYN
2N2836
PHIC 116· 51
SOD
SGSI
• SES
2N2837
."'MOTA 70· 34 2N286912N301 ATEI 117·28
• SOD
• TADI
SPR
ETC
171·100
RCA
STCB
• GIC
ITT
2N2870
."'RCA 117·29
• RAYN
• TIIB
TEC
• TIIF
Til
TADI
tETC
KSC
2N2838
SOD
."'MOTA 70· 35
UEHK
VALG
ETC
GIC
171·101 2N287012N301A
117· 30 JAN2N2904
AML
ITT
ATEI
RCA
GIC
MOTA
• RAYN
TADI
2N2874
MTRW 140· 71
NSC
RAYN
2N2840
SEN
SPR
TEC
+"'GESY 188· 19
MTEC
2N2841
104· 98 2N2875
126·106
."'SIX
Til
2N2876
AML
."RCA 136·95 2N2904A
."'MOTA
tECD
2N2842
104· 99
AKER .AML
."'SIX
none 140· 72
AML
JAN2N2876
CNS
BNT
2N2843
104·100 2N2877
ESMF HSC
"'SIX
"SOD 145·100
SEN
AML
168· 21
UCC
HSC
• PIR
• HUGS
GIC
2N2844
104·101
SSP
INTG
."SIX
• SIL
TEC
MISI
• ITT
•
UCC
2N2845
91· 54 2N2878
."FSC
MULB
"'SOD 145·101
NSC
ETC
169· 99
NTLB • PHIC
• MOTA 176· 5
•
PIR
•
NSC
RAYN
SGSI
SEN
RADF .RAYN
• SIL
• SPR
SSI
SSP
TEC
SGSI
• SES
TADI
TEC
2N2879
"'SOD 145·102
• TADI
SPR
• STCB
SOD
TIIF
SEN
168· 22
•
PIR
2N2846
102· 40
• Til
SSP
.TEC
."'FSC
•
SIL
• MOTA 176· 6
ETC
TIIB
TIIF
TEC
NPC
RAYN
2N2880
UEHK
VALG
"'SOD 145·103
SSI
SGSI
AML
169·100 JAN2N2904A
•
NSC
•
PIR
TADI
TEC
SEN
NSC
MOTA
• TEC
SIL
TIIF
SSP
RAYN
TEC
TRW
Til
14
+-Indicates manufacturer's data. sheet available
in Transistor Information Microfile (TIM)
145 ·104
167·48
126· 22
126· 23
102· 72
102· 73
142· 12
100· 19
167· 93
100· 20
167·94
143· 51
168· 54
143·52
168· 55
67·89
178·95
67·109
180· 52
95·109
95·110
95·85
96·
1
96· 2
95·86
77·86
182· 31
77· 87
182· 32
70·108
174· 4
70·109
174· 61
70·110
174· 5
71· 1
174·62
TYPE No.
12N2t1UtlAKER
BNT
CNS
ETC
,GIC
HUGS
INTG
MISI
MULB
NTLB
RADF
+ SES
, SOD
STCB
+TEC
TIIB
UEHK
JAN2N2905
GIC
NSC
SPR
2N2905A
AKEA
BNT
ESMF
+GIC
HUGS
'ITT
MULB
NTLB
AADF
, SES
+SOD
STCB
'TEC
TIIB
UEHK
JAN2N2905A
MOTA
RAYN
2N2906
'AML
CDC
ETC
+GIC
HUGS
ITT
MST
NPC
NTLB
, SES
,SOD
STCB
+TEC
TIIB
JAN2N2906
GIC
NSC
TEC
2N290SA
+AML
ESMF
+ GIC
HUGS
+ ITT
MULB
NTLB
+ SES
+ SOD
STCB
+ TEC
TIIB
JAN2N2906A
GIC
NSC
TEC
2N2907
+AML
+ CDC
ECD
tETC
+GIC
HUGS
ITT
MST
+ NSC
,AAYN
SGSI
, SPA
TADI
+ Til
TIIF
JAN2N2907
ITT
NSC
TEC
2N2907A
tAML
CNS
HSC
HSC
INTG
MISI
+ NSC
+ AAYN
SGSI
+ SPA
TADI
1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
+~:r~~A 1~~: ~ 12~~~~).
+ CDC
ESMF
HSC
HSC
IDC
ITT
MST
+ NSC
PHIC
, AAYN
SGSI
+ SPR
TADI
+ Til
TIIF
VALG
AML
MOTA
RAYN
TEC
Til
+lIMOTA
+AML
CNS
HSC
HSC
INTG
MISI
+ NSC
PHIC
+ RAYN
SGSI
+ SPR
TADI
+ Til
TIIF
VALG
AML
NSC
TEC
Til
+lIMOTA
BNT
ESMF
HSC
HSC
INTG
MISI
MULB
+ NSC
, RAYN
SGSI
+ SPA
TADI
'Til
TIIF
UEHK
AML
MOTA
AAYN
Til
+lIMOTA
BNT
, FSC
HSC
INTG
MISI
+ NSC
+ RAYN
SGSI
+ SPR
TADI
+ Til
TIIF
UEHK
AML
MOTA
AAYN
Til
+lIMOTA
BNT
CNS
ESMF
HSC
HSC
INTG
MISI
MULB
NTLB
+ SES
+ SOD
STCB
+TEC
TIIB
UEHK
GIC
MOTA
AAYN
Til
'lIMOTA
BNT
ESMF
+ GIC
HUGS
+ ITT
MULB
NTLB
+ SES
+ SOD
STCB
• TEC
cont.next col.
D.A. T.A. INC.
71· 3
174· 63
71· 4
174· 7
71· 5
174· 64
69· 66
174· 8
69· 67
174·65
69· 68
174· 9
69· 69
174·66
69· 70
174· 10
69· 71
174· 67
69· 72
174· 11
12~~~f.)U
+ Til
TIIF
'Til
UEHK
TIIF
JAN2N2907A
AML
69· 73 JAN2N2920
GIC
MOTA 174· 68
FSC
RAYN
NSC
RAYN
TEC
Til
2N2909
SCA
93· 54 2N2920A
+TRW
+AML
2N2910
NSC
+lIGESY 84· 73
SSI
TADI 182· 33
SSI
+TEC
2N2911
+lISIL
136· 96 2N2921
PIR
+ SLA
SPC
SSI
2N2922
JAN2N2911
none 140· 22
165· 84 2N2923
2N2912
+lIMOTA 119· 21
ESMF
166· 41
2N2913
+lIFSC
84· 79 2N2924
+AML
+ APX
190· 44
ESMF
, GESY
BNT
GIC
+ MOTA
2N2925
+ NSC
+ ODC
ESMF
+ RAYN
SGSI
+ SOD
SSI
2N2926
TADI
TEC
CDLF
+ Til
TIIB
TIIF
+ UCC
2N2927
2N2914
+lIFSC
ETC
84· 80
+AML
+APX
190· 45
TADI
BNT
2N2929
+ GESY
GIC
+ MOTA
2N2930
, NSC
+ODC
+ RAYN
SGSI
2N2936
+SOD
SSI
+ RAYN
TEC
TADI
2N2937
+ Til
TIIB
+ RAYN
, UCC
TIIF
2N2938
2N2915
+6.FSC
84·81
+APX
182· 34 2N2939
'AML
BNT
+ GESY
GIC
2N2940
+ MOTA
+ ODC
+ NSC
, RAYN
SGSI
2N2941
SSI
2N2944
+ SOD
TADI
TEC
+ MOTA
TIIB
SOD
+ Til
TIIF
UCC
TADI
2N2915A
+lIFSC
+ Til
84· 82
+AML
BNT
182· 35
NSC
RAYN
2N2944A
SSI
TADI
+ CAY
+ Til
TADI
2N2916
+lIFSC
84·83
+AML
+APX
182· 36 JAN2N2944A
+ GESY
2N2945
BNT
GIC
+ MOTA
+ MOTA
+ ODC
SOD
+ NSC
+ AAYN
SGSI
TADI
+ Til
SSI
+SOD
TEC
TADI
TIIB
2N2945A
+ Til
TIIF
+ UCC
+ CAY
2N2916A
LlFSC
AAYN
84· 84
BNT 182· 37
+AML
+ TEC
NSC
AAYN
JAN2N2945A
SSI
TADI
2N2946
'Til
2N2917
+6.FSC
84· 85
+ MOTA
+APX
182· 38
SOD
'AML
BNT
+ GESY
TADI
GIC
+ MOTA
'Til
+ NSC
+ODC
+ AAYN
SGSI
2N2946A
SSI
+ SOD
+ CRY
TEC
AAYN
TADI
TIIB
+ Til
+ TEC
TIIF
JAN2N294SA
+ UCC
2N2918
+lIFSC
84· 86
+AML
+ APX
182· 39 2N2947
BNT
+ GESY
SCA
GIC
+ MOTA
2N2948
, ODC
SCA
• NSC
2N2949
+ RAYN
SGSI
SSI
SCA
+ SOD
TEC
2N2950
TADI
TIIB
SCA
+ Til
2N2951
TIIF
+ UCC
2N2919
+lIFSC
84· 87
ETC
BNT 182· 40
+AML
SPA
GIC
• GESY
2N2952
'MOTA , NSC
+aDC
+ AAYN
ETC
SGSI
+ SOD
SPA
TAD I
2N2953
SSI
2N2955
TEC
+TII
TIIF
TIIB
2N2956
+ UCC
JAN2N2919
AML
84· 88
FSC
SOD 182· 41 2N2957
2N2919A
+lIFSC
84· 89
tAML
NSC 182· 42 2N2958
RAYN
SSI
HSC
, SPA
TADI
+ Til
2N2920
+l>FSC
84· 90
BNT
182· 43 2N2959
+ AML
GIC
ETC
,• GESY
MOTA t NSC
AAYN
+ ODC
+ AAYN
SGSI
+ SOD
2N2960
SSI
TADI
cont.next col.
A
TIIB
L·Registered with JEDEC
by this manufacturer
MFRS
1'~&Line
TYPE No.
12N2lf01
TEC
TIIB
2N2968
+ UCC
AML
84· 91 2N2969
NSC 182· 44
SOD
2N2970
UCC
lIFSC
84·92 2N2971
BNT 182· 45
+ CAY
AAYN
2N2972
TADI
'AML
+ Til
GIC
ESMF 78· 53
NSC
+ NPC
SGSI
ESMF 78· 54
TADI
+ NPC
TIIF
+lIGESY 78· 55 2N2973
+ NPC
'AML
+ SPR
GIC
+lIGESY 78· 56
NSC
+ NPC
SGSI
+ SPA
TADI
+lIGESY 78· 57
TIIF
+ NPC
2N2974
+ SPA
+ AML
+lIGESY 78·58
GIC
ESMF
NSC
+ SPR
SGSI
+lIFSC
71· 58
TADI
SGSI 171· 67
TIIF
TEC
2N2975
+lIMOTA 56· 50
+AML
ETC
55· 13
GIC
165· 9
NSC
,APX
182· 46
SGSI
TADI
TADI
182· 47
TIIF
+APX
2N2976
TADI
ETC
85· 29
+AML
GIC
FEAB 171· 30
ETC
101·106
NSC
TEC
SGSI
TADI
ETC
101·107
TEC
TIIF
+ TEC
101·108 2N2977
68· 71
+lICRY
'AML
RAYN 166· 87
GIC
+ SPR
NSC
,TEC
SGSI
TIIB
TADI
TIIF
TIIF
68· 72 2N2978
+lITIi
RAYN 188·106
'AML
GIC
+ TEC
TIIF
NSC
none 188·107
SGSI
68·64
TADI
+lICAY
TIIF
+ AAYN 166· 11
+ SPA
2N2979
+TEC
+AML
TIIB
GIC
TIIF
NSC
+lITIi
68· 65
SGSI
MOTA 188·108
TADI
TADI
TIIF
2N2980
TIIF
Til
68· 66
GIC
188·109
SGSI
68· 46 2N2981
+lICRY
GIC
+ RAYN 165· 51
SGSI
+ SPR
+TEC
2N2982
GIC
TIIB
SGSI
TIIF
68·47 2N2983
+lITII
MOTA 188·110
SSI
TADI
2N2984
TIIF
Til
68·48 2N2985
189· 1
SSI
+lIMOTA 142·105 2N2986
SSI
+lIMOTA 142·106 2N2987
SSI
SCA
+lIMOTA 135·50
SSI
SSI
TEC
+lIMOTA 135·51
2N2988
SSI
+6. MOTA 132· 63
SCA
SCA
SSP
SSI
TIIB
2N2989
+TRW
tllMOTA 132· 5
SCA
SCA
SSI
TEC
SSI
+lIACA
48·33
+lIMOTA 51·100 2N2990
SSI
174· 12
SCA
+lIMOTA 51·103
SSP
TIIB
SSI
175· 84
+lIMOTA 51·105 2N2991
SCA
SSI
176·101
+lIMOTA 98· 68
SSP
RAYN 176·58
TIIB
2N2992
SSI
SCA
TEC
tllMOTA 98· 69
SSP
HSC 176· 59
TIIB
2N2993
+ SPA
TEC
SCA
RAYN 98· 70
SSP
17S· SO
TIIB
15
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
HAYN
+6.SPR
+ CRY
+lISPR
, CRY
+lISPR
+ CRY
+lISPR
TADI
+lIFSC
BNT
+ MOTA
+ RAYN
SOD
+ Til
TRW
+lIFSC
BNT
+ MOTA
+ RAYN
SOD
+ Til
TRW
+lIFSC
BNT
+ MOTA
+ RAYN
SOD
+ Til
TRW
+lIFSC
BNT
+ MOTA
+ RAYN
SOD
+ Til
TRW
+lIFSC
BNT
+ MOTA
+ RAYN
SOD
+ Til
TRW
+lIFSC
BNT
'MOTA
+ RAYN
SOD
+ Til
TRW
+lIFSC
BNT
+ MOTA
+ AAYN
SOD
+ Til
TAW
,lIFSC
BNT
+ MOTA
+ AAYN
SOD
+ Til
TRW
+lIFSC
AAYN
TAW
+lIFSC
AAYN
TRW
+lIFSC
RAYN
TAW
SCA
TEC
SCA
TEC
SCA
TEC
SCA
TEC
+lITIi
SOD
SSP
TIIB
TIIF
+lITII
SSI
TEC
TIIF
+lITII
SOD
SSP
TIIB
TIIF
+lITIi
SSI
TEC
TIIF
'lITII
SSI
TEG
TIIF
+lITIi
SSI
TEC
TIIF
'lITII
SSI
TEC
TIIF
l~g: ~:
12N21f1f4SCA
181· 28
SSP
TIIB
2N2995
SSI
2N2996
MOTA
JAN2N2996
2N2997
MOTA
JAN2N2997
2N2998
MOTA
2N2999
181· 29
181· 30
181· 31
82· 27
82· 28
82· 29
182· 48
82· 30
182· 49
82· 31
182· 50
82· 32
182· 51
82· 33
182· 52
82· 34
182· 53
82· 35
182· 54
82·25
182· 55
82· 26
182· 56
131· 78
131· 79
131· 80
131· 81
130· 91
130· 92
130· 93
130· 94
131·108
131·109
131·110
MFRS P!I&Line
'LI~~I
132· 1
TEC
TIIF
lIGESY 141· 66
SSP
+lITIl
45· 94
TIIB
none
45· 83
+6. Til
45·98
TIIB
none
45· 84
+lITIl
45·102
TIIB
45·106
'lITIl
MOTA
2N3009
+lIFSC
92· 28
+ ITT
'MOTA 177·101
TADI
'Til
TIIF
2N3010
+lIFSC
87·106
+ MOTA + RAYN 180· 11
SGSI
TADI
+ TEC
+ Til
TIIB
TIIF
2N3011
+lIFSC
92· 49
ITT
tETC
178· 58
+ MOTA
NSC
, AAYN + RCA
SGSI
SES
TADI
TEC
TIIB
+ Til
TIIF
UEHK
2N3012
+lIFSC
67· 90
ITT
NSC 178·96
+ RAYN
SGSI
TADI
TEC
+ Til
TIIB
TIIF
2N3013
92· 29
'lIFSC
ESMF
FERB 177 ·102
MISI
+ ITT
NSC
+ MOTA
TADI
TEC
, Til
TIIF
JAN2N3013
92· 30
FSC
Til
177 ·103
2N3014
92· 31
+lIFSC
+ MOTA 178· 4
'ITT
TADI
+ Til
TIIF
2N3015
102· 42
'lIFSC
ETC
IDC
176· 7
SGSI
+ MOTA
TEC
TADI
TIIF
+ Til
2N3016
+lISOD 138· 67
+6.S0D 138· 68
2N3017
SCA
2N3018
+6.S0D 148· 77
2N3019
'lIAAYN 101· 59
HSC
+ ETC
,MOTA
NSC
SGSI
TADI
,TAW
TEC
JAN2N3019
AAYN 101· 60
TEC
+lIAAYN 101· 40
2N3020
HSC
'MOTA
NSC
SGSI
TADI
TEC
2N3021
+6. MOTA 127· 19
TEC
170· 46
2N3022
+lIMOTA 127·20
TEC
170· 47
2N3023
'LIMOTA 127· 21
TEC
170· 48
2N3024
'lIMOTA 127· 22
MULB
TEC
170· 49
2N3025
+lIMOTA 127· 23
170· 50
TEC
2N3026
'lIMOTA 127· 24
MULB
TEC
170· 51
2N3033
+lITIi
181· 2
NSC
2N3034
181· 3
+lITIi
NSC
2N3035
181· 4
+lITIi
2N3036
+lITIl
100· 72
RAYN
SCA 170· 8
TADI
TEC
TIIB
+TRW
2N3037
90· 78
'lITIi
TADI
TIIB
170· 9
TIIF
2N3038
+lITIl
90· 79
TIIB
TIIF
170· 10
2N3039
+lITIi
66· 98
TADI
TIIB
169·106
TIIF
66· 99
2N3040
+lITIl
169·107
TADI
TIIB
TIIF
2N3043
182· 57
'l>TII
HSC
+ MOTA
RAYN
TIIB
TIIF
2N3044
182· 58
'lITIl
,MOTA
HSC
AAYN
TIIB
TIIF
2N3045
182· 59
'lITIi
, FSC
+ MOTA
cont.next Daoe
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
YPE No.
,2N3071 BNT
[2N304.5
(cant.)
TIIB
2N3046
HSC
RAYN
2N3047
HSC
RAYN
2N3048
HSC
RAYN
2N3049
• MOTA
2N3050
• MOTA
2N3051
2N3052
HSC
TIIB
2N3053
• CDC
ESMF
FERB
ITC
MISI
MULB
NTLB
TADI
Til
2N3054
ASC
ITC
MOTA
• SIL
SPC
TIIB
2N3055
ASC
CoLF
ESMF
FERB
IDC
ITC
• MOTA
NTLB
PPC
SEN
• SIL
SOD
• SSI
JAN2N3055
.
2N3056
HSC
2N3056A
HSC
2N3057
• FSC
2N3057A
HSC
JAN2N3057A
2N3058
• RAYN
TADI
2N3059
• RAYN
TAol
2N3060
• RAYN
• SPR
2N3061
• RAYN
TAol
2N3062
.RAYN
.
1. TYPE
No CROSS INDEX
MFRS f>g&Line TYPE No.
MFRS Pa&Line TYPE No.
RAYN
TIIF
• "'Til
• MOTA
TIIB
TIIF
• "'Til
• MOTA
TIIB
TIIF
• "'Til
• MOTA
TIIB
TIIF
• "'Til
RAYN
TIIB
."'TII
TIIB
• "'Til
TIIB
• "'Til
• GESY
TIIF
."'RCA
CNS
• ETC
HUGS
MINA
• MOTA
NSC
PHIC
TEC
TIIB
TlIF
."'RCA
ESMF
MISI
PIR
SLA
.TEC
.WESY
."'RCA
ATEI
CNS
• HUGS
ETC
INTG
MISI
MULB
PHIC
RADF
• SES
• SLA
SPC
.WESY
SOD
.,.,RAYN
TADI
TEC
.,.,RAYN
TAol
TEC
."'RAYN
TADI
TEC
.,.,RAYN
TADI
TEC
none
."'CRY
• SPR
TEC
• CRY
• SPR
TEC
."'CRY
SOD
TADI
TEC
."'CRY
• SPR
TEC
."'CRY
TADI
TEC
.,.,CRY
2N3063
TAol
• RAYN
TEC
.,.,CRY
2N3064
TADI
• RAYN
TEC
2N3065
."'CRY
TAol
• RAYN
TEC
.,.,AML
2N3066
.DIC
BNT
• NPC .1IAML
• SIX
2N3067
.DIC
BNT
.SIX
• NPC
2N3068
."'AML
.01C
BNT
.SIX
• NPC .,.,AML
2N3069
CDC
BNT
.DIC
• SIX
TAol
• UCC
2N3070
."'AML
CDC
BNT
.01C
• SIX
TADI
• UCC
D.A. T.A.INC.
182·60
182·61
182· 62
182· 63
182· 64
182·65
2N3081
134· 13
2N3081/46
2N3082
2N3083
2N3084
BNT
2N3085
BNT
142· 13 2N3086
BNT
2N3087
BNT
2N3088
BNT
2N3088A
150· 58
BNT
2N3089
BNT
2N3089A
BNT
2N3107
ITT
2N3108
ITT
NSC
SGSI
150· 59
165· 43 2N3109
ITT
93· 69
RAYN
93· 70 2N3110
ITT
RAYN
TADI
93· 76
2N3112
2N3113
93· 77 2N3114
• MOTA
TAol
93· 78
• Til
68· 67
2N3115
ETC
68· 68
RAYN
2N3116
ETC
68· 49
RAYN
2N3117
.AML
• ITT
RAYN
68· 59
SGSI
TAol
68· 40
• Til
2N3118
68· 50 2N3119
SCA
2N3120
68· 38
ETC
RAYN
TAol
68· 43 2N3121
ETC
RAYN
TADI
108· 87
2N3122
2N3124
2N3125
108· 88
2N3126
2N3127
108· 89 JAN2N3127
2N3128
2N3129
111· 3 2N3130
2N3133
• GIC
MULB
PHIC
111· 4
SPR
IN TYPE NUMBER SEQUENCE
MFRS f>g&Line TYPE No.
111· 5 ILN3134
LN3202
·"'~~ZA
GIC
• CRY
ITT
MULB
2N3203
"'SIL
PHIC
TEC
• NSC
• CRY
2N3204
RAYN
71· 83
SPR
"'SIL
172· 27
VALG
TEC
TEC
• CRY
2N3135
."'MOTA 69· 74 2N3205
."'SIL
GIC
175· 9
ETC
• CRY
MULB
HSC
2N3206
67· 17
."'SIL
RAYN
172· 28
• CRY
• SPR
NSC
TEC
2N3207
."'SIL
2N3136
."'MOTA 69· 75
•
CRY
tETC
.GIC
175· 10 2N3208
49· 21
."'SIL
HSC
MULB
49· 22
TEC
•
CRY
RAYN
153· 63
2N3209
.MSC
• NSC
SPR
SCA
RAYN
• ITT
TEC
90· 86
TADI
SGSI
2N3137
98·101
TEC
."'FSC
ESMF
90· 87
CDLF
2N3210
."'MOTA
ITT
LTTF
RAYN
MISI
155· 47
• MOTA
2N3211
• MOTA
163·42
SGSI
SCA
• SSI
NPC
155·48
TADI
2N3212
."'DEL
."'DEL
163·43 2N3138
SEN
141· 41
SOD
RAYN 70·104
.TRW
TEC
2N3213
."'DEL
SCA 172· 90 2N3139
SEN
141· 42
SOD
SCA
69· 60
SSI
TEC
2N3214
."'DEL
172· 91 2N3140
SEN
141· 43
SOD
MGESY 95·87
SSI
TEC
2N3215
."'DEL
189· 2 2N3141
SEN
141· 44
SOD
SSI
TEC
2N3217
."'GESY 95·88
."'CRY
189· 3 2N3142
SEN
142· 14
• RAYN • SPR
111· 89
SSI
TEC
TADI
."'CRY
DIC
.TRW
2N3218
."'CRY
111·
90
2N3143
SEN
142·
15
."'CRY
• RAYN • SPR
.DIC
SSI
TEC
TADI
.,.,CRY
111· 91 2N3144
SEN
142· 16 2N3219
."'CRY
DIC
SSI
TEC
• RAYN • SPR
111· 92
TRW
TADI
."'CRY
.DIC
2N3145
SEN
142· 17 2N3220
TEC
111· 93
SSI
TEC
2N3221
TEC
."'CRY
DIC
2N3146
123· 45 2N3222
TEC
."'TII
111·94 2N3147
123·
46
2N3223
TEC
."'CRY
• "'Til
DIC
2N3149
156· 69 2N3224
SCA
."'SIL
.,.,CRY
111· 95
PIR
SEN
2N3225
SCA
.DIC
SPC
SOD
2N3226
,.,SIL
TEC
ETC
PPC
• SIX
111· 96 2N3150
156· 70
SCA
."'CRY
SOD
."'SIL
.DIC
PIR
SEN
SSI
SOD
SPC
2N3227
."'MOTA
• SIX
101· 33
TEC
HSC
."'FSC
RAYN
RAYN 170· 83 2N3151
.,.,SIL
156· 71
SCA
SGSI
SEN
SOD
2N3229
."'RCA
.MSC
100· 96
TEC
SPC
FERB
MULB 170· 61 2N3153
55· 79 2N3232
.,.,SIL
• CRY
RAYN
2N3154
116· 52
ASC
tETC
•
KSC
TADI
116· 53
2N3155
• MOTA
PPC
• KSC
TEC
2N3156
116· 54
SLA
.SOO
• KSC
101· 34 2N3157
116· 55
SPC
SSI
."'FSC
• KSC
NSC 170· 84 2N3158
ETC
116· 56
.WESY
SGSI
2N3233
."'SIL
• KSC
TADI
2N3159
ETC
116· 57
ASC
tETC
.MSC
100· 97
PPC
SLA
• KSC
NSC 170· 62 2N3160
ETC
116· 58
SOD
SPC
SGSI
SSI
.WESY
• KSC
TEC
2N3161
116· 59 2N3234
."'SIL
• KSC
104·102 2N3163
."'SIX
128· 10
ASC
SLA
."'SIL
.,.,SIX
104· 15 2N3164
128· 11
SOD
."'SIL
SPC
.MSC
100· 25 2N3165
128· 12
.WESY
."'SIL
SSI
SGSI
2N3166
.,.,SIL
128· 13 2N3235
."'SIL
TEC
2N3167
.MIL
128· 14
ASC
tETC
TIIB
• MOTA
2N3168
128· 15
PPC
."'SIL
.TRW
2N3169
128·
16
SLA
."'SIL
• SOD
.,.,SIL
."'MOTA 94· 4 2N3170
128· 17
SPC
SSI
HSC 176· 62 2N3171
.,.,SIL
.WESY
127·108
TEC
2N3236
MOTA
."'SIL
.1ISIL
127·109
."'MOTA 94· 5 2N3172
ASC
PPC
HSC 176· 63
MOTA
SLA
SPC
TEC
2N3173
127
·110
SSI
WESY
."'SIL
.MSC
90· 88
2N3237
MOTA
."'SIL
CDC
2N3174
128· 1
ASC
SLA
."'SIL
NSC
2N3175
128· 18
SPC
SSI
."'SIL
SES
2N3176
128·
19
WESY
."'SIL
.SOD
2N3177
128· 20 2N3238
."'SIL
."'SIL
2N3178
128·21
ASC
SLA
."'SIL
• TEC
TIIF
2N3179
128· 22
SPC
SSI
."'SIL
.1IRCA 133· 25 2N3180
.,.,SIL
128· 23
WESY
SSI
2N3181
128· 24 2N3239
.1ISIL
."'SIL
128· 25
ASC
."'RCA 133· 26 2N3182
SLA
."'SIL
SSI
2N3183
128· 2
SPC
SSI
."'SIL
71· 84
MOTA
WESY
."'FSC
ITT
172· 29 2N3184
128· 3 2N3240
."'SIL
."'SIL
SGSI
MOTA
ASC
SPC
2N3185
TEC
.,.,SIL
128· 4
SSI
67· 18
2N3241A
MOTA
."'FSC
•
RCA
ITT
172· 30 2N3186
.,.,SIL
128· 5 2N3242A
• RCA
SGSI
2N3187
128· 26 2N3244
."'SIL
."'MOTA
TEC
128· 27
HSC
2N3188
."'SIL
• RAYN
128·28
TADI
TEC
"'RAYN 100· 98 2N3189
."'SIL
KSC
120·107 2N3190
.TII
128· 29
."'SIL
KSC
120·108 2N3191
2N3245
128· 30
."'SIL
."'MOTA
KSC
.,.,SIL
120·109 2N3192
128·31
HSC
• RAYN
128· 32
SCA
TADI
"'MOTA 47·104 2N3193
."'SIL
MOTA 47 ·105 2N3194
128·33
TEC
."'SIL
• Til
.,.,NSC
74· 90 2N3195
.,.,SIL
.,.,NSC
128· 6 2N3246
74·91 2N3196
128· 7
TADI
."'NSC
."'SIL
74· 92 2N3197
128· 8 2N3247
."'NSC
."'SIL
."'NSC
TADI
.,.,SIL
128· 9
."'MOTA 71· 6 2N3198
HSC 175· 7 2N3199
127· 43 2N3248
."'MOTA
"'SIL
HSC
• RAYN
• RAYN
NSC
• CRY
,.,SIL
2N3200
127·44
SCA
TEC
TEC
UEHK
• CRY
VALG
2N3201
127·45
2N3249
."'MOTA
"'SIL
.CRY
cont.next col.
."'AML
CDC
.DIC
.SIX
• UCC
2N3072
."'FSC
ETC
ITT
RAYN
SGSI
TADI
TEC
2N3073
."'FSC
ETC
ITT
RAYN
SGSI
TADI
TEC
2N3074
PHIC
2N3075
PHIC
2N3076
."'TRW
SSI
2N3077
PHIC
SCA
.TEC
2N3078
PHIC
SCA
• TEC
2N3079
."'DEL
182· 66 2N3080
MFRS Pa&Line TYPE No.
L',.Registered with JEDEC
by this manufacturer
17~: ~
16
"'~~~
l~ti·
MFRS Pa&Line
24 2N3249
126· 25
126· 26
127· 46
127·47
127·48
126· 27
67·106
178· 97
91·107
177· 22
92· 32
113·100
113·101
113·102
113·103
68· 69
189· 4
68· 51
189· 5
68· 41
189· 6
147· 89
147·90
147·91
147·92
71· 19
71· 22
142· 18
92· 90
179· 79
140· 73
150· 60
150· 61
150· 62
150· 63
152·102
153·64
152·103
152 ·104
152·105
95· 16
95. 17
125 ·104
173· 40
125·105
172· 64
89· 95
74· 93
67·68
175· 47
67· 80
(cant.)
AKER 176· 90
• RAYN
TEC
UEHK
MMOTA 67· 69
2N3250
AKER HSC
175· 92
• ITT
HSC
MST
MULB
PHIC
• RAYN
SGSI
TADI
TEC
• Til
TIIB
UEHK
2N3250A
."'MOTA 67· 70
AKER • ITT
175·93
MULB
PHIC
TADI
• RAYN
TEC
• Til
TIIB
UEHK
JAN2N3250A
MOTA 67· 71
RAYN 180· 75
2N3251
."'MOTA 67· 81
AKER HSC
177· 9
• ITT
HSC
MST
MULB
PHIC
• RAYN
TADI
SGSI
TEC
• Til
TIIB
UEHK
2N3251A
."'MOTA 67· 82
AKER • ITT
175· 94
MULB
PHIC
TADI
• RAYN
TEC
• Til
TIIB
UEHK
JAN2N3251A
MOTA 67· 83
RAYN
Til
180· 76
2N3252
."'MOTA 134· 14
ESMF HSC
173· 89
• ITT
MISI
PHIC
RADF
SGSI
• RAYN
SSI
TADI
TEC
• Til
TIIF
VALG
2N3253
.,.,MOTA 134· 15
ESMF HSC
173· 41
HSC
• ITT
MISI
PHIC
SGSI
• RAYN
SSI
TAol
TEC
• TIIF
Til
JAN2N3253
MOTA 134· 16
Til
179· 93
2N3260
.,.,SIL
153· 65
SPC
.,.,RCA
2N3261
86·103
FERB 176· 79
2N3262
MRCA 136· 97
FERB
ITC
172· 45
.,.,RCA 150· 64
2N3263
SSI
2N3264
."'RCA 150· 65
SSI
2N3265
."'RCA 153· 66
SEN
SOD
TEC
2N3266
."'RCA 153·67
SEN
SOD
TEC
2N3267
,.,TII
45·103
2N3268
TEC
74·35
.TRW
.1IFSC
2N3277
104· 4
2N3278
.1IFSC
104· 12
2N3279
.,.,MOTA 47 ·109
2N3280
."'MOTA 47·110
2N3281
.1IMOTA 47·107
2N3282
."'MOTA 47·108
2N3283
."'MOTA 47·92
2N3284
."'MOTA 47· 93
2N3285
."'MOTA 47·94
2N3286
MMOTA 47·95
2N3287
.,.,MOTA 79· 18
ETC
SCA
2N3288
."'MOTA 79· 19
ETC
SCA
2N3289
.1IMOTA 78·110
.AML
CDC
ETC
SCA
2N3290
.,.,MOTA 79· I
.AML
CDC
ETC
SCA
2N3291
.,.,MOTA 78· 95
.AML
CDC
ETC
2N3292
."'MOTA 78· 96
.AML
CDC
ETC
2N3293
.1IMOTA 78·97
.AML
CDC
ETC
2N3294
."'MOTA 78· 98
.AML
CDC
ETC
2N3295
.,.,MOTA 132· 11
SCA
SSI
2N3296
."'MOTA 135· 52
2N3297
."'MOTA 142·107
SCA
SSI
TEC
2N3298
."'MOTA 131· 21
SCA
TEC
HSC
SCA
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
TYPE No.
I:lN;:I:l!1 !1
t ETC
ITT
NSC
SES
STCB
2N3300
t ETC
ITT
NSC
SES
STCB
2N3301
t ETC
tMOTA
RAYN
SGSI
2N3302
• ETC
t MOTA
RAYN
SGSI
2N3303
ITT
SGSI
1. TYPE No. CROSS INDEX
MFRS Pa&Line TYPE No.
tt.I~{G
tMOTA
RAYN
SGSI
TEC
tt.FSC
INTG
t MOTA
RAYN
SGSI
TEC
tMSC
ITT
NSC
SES
TEC
tMSC
ITT
NSC
SES
TEC
+t.FSC
tMOTA
TEC
tT11
tMSC
2N3304
t MOTA t RAYN
TADI
t Til
SCA
2N3305
2N3306
SCA
tt.MOTA
2N3307
tt.MOTA
2N3308
ESMF
2N3309
t NPC
MISI
tt.MOTA
2N3311
HTC
tt.MOTA
2N3312
HTC
tt.MOTA
2N3313
HTC
tt.MOTA
2N3314
HTC
tt.MOTA
2N3315
t ETC
tt.MOTA
2N3316
t ETC
tt.SPR
2N3317
CRY
tt.SPR
2N3318
CRY
tt.SPR
2N3319
CRY
tt.SPR
2N3320
m::~
102- 44
176- 44
91- 56
176- 45
91 - 57
176- 46
98- 94
179 - 25
65 - 82
179 - 97
70706161 133-
72
73
86
87
41
123 - 47
123 - 48
123- 49
123 - 50
123 - 51
123 - 52
60- 87
189- 7
60- 99
189- 8
61- 4
189- 9
45 - 27
180- 8
tt.SPR
45 - 28
2N3321
180- 9
tt.SPR
45 - 29
2N3322
180- 10
tt.MOTA 52 - 2
2N3323
tt.MOTA 52- 3
2N3324
tt.MOTA 51- 59
2N3325
102- 45
ITT
2N3326
RAYN
TIIB
RADF 141- 67
2N3327
104- 7
tt.TII
2N3328
TIIB
t SIX
tt.TII
104-103
2N3329
tSIX
AML
t UCC
TIIB
none 104-104
JAN2N3329
104-105
tt.TII
2N3330
AML
t SIX
TIIF
TIIB
t UCC
none 104-106
JAN2N3330
+t.TII
104-107
2N3331
tSIX
AML
TIIF
TIIB
t UCC
none 104-108
JAN2N3331
tt.TII
104-109
2N3332
TIIB
AML
t UCC
TIIF
none 104-110
JAN2N3332
104- 8
tt.TII
2N3333
182 - 67
TIIF
TIIB
tt.TII
104- 9
2N3334
182- 68
TIIF
TIIB
tt.TII
104- 10
2N3335
182- 69
TIIF
TIIB
tt.TII
104- 11
2N3336
182- 70
TIIF
TIIB
tt.FSC
87 - 73
2N3337
SGSI
ETC
SSI
+t.FSC
87 - 74
2N3338
SGSI
ETC
SSI
tMSC
87 - 75
2N3339
SGSI
ETC
SSI
tt.SOD
93- 67
2N3340
SCA 170- 82
tllSOD
68-109
2N3341
SCA 169-108
62- 21
tllSOD
2N3342
RAYN 161- 4
CRY
llSOD
62- 80
2N3343
189- 10
CRY
tllSOD
62- 81
2N3344
CRY
189- 11
62- 82
tllSOD
2N3345
189- 12
CRY
D.A. T.A. INC.
2N3346
MFRS Pa&Line TYPE No.
tt.g~~
2N3347
tt.TlI
tAML
ESMF
NSC
MISI
RAYN
TAD I
TIIB
TIIF
2N3348
tt.TII
tAML
ESMF
MISI
NSC
RAYN
TADI
TIIB
TIIF
2N3349
tt.TII
tAML
BNT
ESMF
MISI
RAYN
NSC
TADI
TIIB
TIIF
2N3350
tt.TII
tAML
BNT
ESMF
MISI
RAYN
NSC
TADI
TIIB
TIIF
tt.TII
2N3351
tAML
BNT
ESMF
MISI
NSC
RAYN
TAD I
TIIB
TIIF
tt.TII
2N3352
tAML
BNT
ESMF
MISI
NSC
RAYN
TADI
TIIB
TIIF
2N3365
tt.AML
BNT
t DIC
t SIX
t UCC
2N3366
tt.AML
BNT
t DIC
t SIX
tt.AML
2N3367
t DIC
BNT
t SIX
tt.AML
2N3368
BNT
CDC
t SIX
t DIC
t UCC
tt.AML
2N3369
BNT
CDC
+ DIC
+ SIX
t UCC
tt.AML
2N3370
BNT
CDC
t SIX
t DIC
t UCC
tt.TII
2N3371
tt.RCA
2N3375
t ECD
FERB
t FSC
INTG
t MOTA
+ ITT
MULB
PHIC
RAYN
RADF
t SSS
SOD
TADI
STCB
TFKG t Til
TIIB
VALG
JAN2N3375
ITT
NSC
MOTA
RCA
tt.SIX
2N3376
AML
2N3377
+t.SIX
AML
2N3378
+t.SIX
AML
tt.SIX
2N3379
AML
tt.SIX
2N3380
UCC
AML
2N3381
+t.SIX
AML
2N3382
+t.SIX
AML
tt.SIX
2N3383
AML
2N3384
tt.SIX
AML
tt.SIX
2N3385
AML
tt.SIX
2N3386
tt.SIX
2N3387
AML
t.ITC
2N3388
MST
RAYN
2N8389
t.ITC
MST
tt.GESY
2N3390
ESMF
2N3391
tt.GESY
ESMF + SPR
2N3391A
+t.GESY
ESMF t SPR
2N3392
tllGESY
ESMF
NPC
t SPR
tt.GESY
2N3393
ESMF t SPR
tllGESY
2N3394
ESMF t SPR
2N3395
tllGESY
ESMF t SPR
1~~: ~~
64- 10
182- 71
64 - 11
182- 72
2N3396ESMF
2N3397
ESMF
2N3398
ESMF
2N3399
t NPC
2N3401
2N3402
ESMF
64- 12
182- 73 2N3403
ESMF
2N3404
ESMF
64- 13
t NPC
182- 74 2N3405
ESMF
t NPC
2N3409
64- 14 2N3410
182- 75
2N3411
64- 15
182- 76
2N3412
2N3414
ESMF
2N3415
ESMF
108- 90
2N3416
ESMF
108- 91
2N3417
ESMF
108- 92
2N3418
SOD
SSP
TEC
108- 93
JAN2N3418
108- 94
2N3419
SOD
SSP
TEC
108- 95 JAN2N3419
51-106
138- 69
2N3420
SOD
SSP
TIIB
JAN2N3420
2N3421
SOD
SSP
TIIB
JAN2N3421
2N3423
+AML
+ QDC
SGSI
105- 1 2N3424
tAML
104- 36
+aDC
SGSI
105- 2
2N3425
104- 37
t MOTA
2N3426
105- 3
ITT
2N3427
104- 38 2N3428
2N3429
105- 4
SEN
2N3430
104- 39
SEN
2N3431
105- 5
SEN
2N3432
SEN
104- 40
2N3433
SEN
105- 6
104- 41 2N3434
138 - 70
167 - 50
49 2N3436
BNT
89
t DIC
50
90
93 2N3437
BNT
76- 94
t DIC
97 16897 16876-
76- 95 2N3438
76- 96
76- 97
BNT
t DIC
2N3439
FERB
ITC
76- 98
JAN2N3439
76- 99 2N3440
FERB
cont.next col.
6·Registered with JEDEC
by this manufacturer
MFRS Po&Line TYPE No.
t~~~~Y
76-100 2N3440
(cont.)
76-101
MOTA
146- 20 JAN2N3440
76-102 2N3441
146- 21
ASC
46- 98
FERB
MISI
62- 24
t SIL
189 - 14
SPC
96- 91
JAN2N3441
2N3442
96- 92
ASC
ESMF
MISI
96- 93
RADF
SLA
SSI
96- 94 JAN2N3442
2N3444
ESMF
96- 47
HSC
MISI
182- 77
96- 48
SGSI
182- 78
TADI
96- 49
182- 79 JAN2N3444
44-106
90- 46 2N3445
SEN
tt.GESY
t SPR
tt.GESY
t SPR
tt.APX
PHIC
CRY
SOD
tt.GESY
t NPC
t SPR
tt.GESY
t NPC
t SPR
tt.GESY
IDC
t SPR
tt.GESY
IDC
t SPR
tt.MOTA
GIC
tt.MOTA
GIC
tt.MOTA
GIC
HTC
tt.GESY
tNPC
t SPR
tt.GESY 90- 47 2N3446
t NPC
SEN
t SPR
TEC
tt.GESY 90- 48 2N3447
t NPC
SEN
t SPR
tt.GESY 90- 49 2N3448
SEN
t NPC
t SPR
TEC
tt.TII
130- 95 2N3449
169- 18
SSI
JAN2N3449
TADI
TIIB
TIIF
2N3452
none 131- 94
BNT
173- 26 2N3453
BNT
tt.TII
130- 96
169- 19 2N3454
SSI
TADI
BNT
TIIB
2N3455
BNT
TIIF
none 131- 95 2N3456
173 - 27
BNT
130- 97 2N3457
tt.TII
BNT
SSI
169- 20
2N3458
TEC
BNT
TIIF
none 131- 96
t DIC
Til
173- 28
tt.TII
130- 98 2N3459
169- 21
BNT
SSI
t DIC
TEC
Til
TIIF
none 131- 97 2N3460
173- 29
BNT
t DIC
87 -107
tt.FSC
Til
tMOTA 182- 80
2N3461
RAYN
TEC
2N3464
tt.FSC
87 -108
tMOTA 182- 81 2N3465
RAYN
2N3466
TADI
TEC
t.FSC
86-104 2N3467
SGSI 190- 46
HSC
tt.FSC
98- 59
+ RAYN
SGSI 173 - 67
tt.MOTA 53- 79 JAN2N3467
tt.MOTA 53- 96
tt.WESY 154- 85 2N3468
163- 13
tFSC
SIL
t RAYN
tt.WESY 154- 86
163- 14
SIL
tt.WESY 154- 87 JAN2N3468
SIL
163- 15
+t.WESY 154 - 88 2N3469
SIL
163- 16
SSI
tt.WESY 154 - 89
SIL
163 - 17 2N3470
SEN
154- 90
SEN
163- 18
tt.AML 108- 96 2N3471
CDC
SEN
tSIX
t UCC
2N3472
SEN
+t.AML 108- 97
CDC
2N3473
+SIX
SEN
t UCC
+t.AML 108- 98
2N3474
CDC
SEN
tSIX
t UCC
tllRCA 130- 99 2N3475
SEN
HSC
MOTA
2N3476
SSI
SEN
RCA 100- 4
tllRCA
130-100
tFSC
2N3477
cont.next col.
17
IN TYPE NUMBER SEQUENCE
MFRS Po&Line TYPE No.
ITC
SSI
RCA
tt.RCA
ESMF
HSC
PIR
SLA
TEC
WESY
RCA
tMCA
ATEI
FERB
PIR
t SIL
SPC
tWESY
RCA
tt.MOTA
t FSC
tlTT
t RAYN
SSI
tTIl
TIIF
MOTA
tt.MOTA
SSI
WESY
tt.MOTA
SSI
WESY
tt.MOTA
SSI
WESY
tt.MOTA
SSI
WESY
t.TII
MOTA
Til
tt.AML
tSIX
tt.AML
tSIX
tt.AML
t SIX
+t.AML
t SIX
tt.AML
t SIX
tt.AML
tSIX
tt.AML
CDC
t SIX
t UCC
tt.AML
CDC
t SIX
t UCC
tt.AML
CDC
t SIX
t UCC
t.SOD
SCA
t.CRY
DIC
t.CRY
DIC
tt.MOTA
HSC
TADI
+ Til
MOTA
Til
tt.MOTA
HSC
TADI
t Til
MOTA
t.SOD
SSP
TEC
tt.WESY
SIL
SPC
tt.WESY
SIL
SPC
+t.WESY
SIL
SPC
tt.WESY
SIL
SPC
tllWESY
SIL
SPC
+llWESY
SIL
SPC
tllWESY
SIL
SPC
tllWESY
MFRS Po&Line
L~~~t.)
SEN
SPC
SIL
100- 5 2N3478
tt.RCA
142- 19 2N3479
SOIF
2N3480
SOIF
2N3481
t.SOIF
2N3483
SOIF
2N3484
SOIF
2N3485
tt.MOTA
t FSC
RAYN
142- 20
t Til
TIIF
142- 21 2N3485A
tt.MOTA
HSC
RAYN
t Til
TIIF
JAN2N3485A
MOTA
79188188188188 188 125 174-
94
20
21
22
23
24
76
13
69- 76
174- 14
69- 77
174- 69
tt.MOTA 125- 77
2N3486
HSC
RAYN 174- 15
150- 66
t Til
TIIF
130-101 2N3486A
tt.MOTA 69- 78
172- 60
t FSC
RAYN 174- 16
TIIF
tTIl
JAN2N3486A
MOTA 69- 79
174 - 70
2N3487
tt.MOTA 150- 71
SSP
166- 24
SEN
134 - 17
TEC
179- 94 2N3488
tt.MOTA 150- 72
150- 67
SSP
166- 25
SEN
166- 20
TEC
2N3489
tt.MOTA 150- 73
150- 68
SEN
SSP
166- 26
166- 21
TEC
2N3490
tt.MOTA 150- 74
150- 69
SEN
SSP
166- 27
166- 22
TEC
2N3491
tt.MOTA 150- 75
150- 70
SEN
SSP
166- 28
166- 23
TEC
2N3492
tt.MOTA 150- 76
166- 29
51- 98
SEN
SSP
176-107
TEC
ETC
51- 99 2N3493
75 - 44
176-108 2N3494
tt.MOTA 71- 8
108- 99
t RAYN
SCA 175 - 21
t Til
TEC
108-100 2N3495
tt.MOTA 70-105
TEC
173- 19
SCA
tT11
108-101
tt.MOTA 69- 80
2N3496
108-102
SCA 175- 22
ETC
TEC
Til
108-103 2N3497
tt.MOTA 69- 61
SCA
TEC
173 - 20
tT11
108-104
2N3498
tt.MOTA 130-102
108-105
IDC
SCA
SSI
TEC
MOTA 134- 19
JAN2N3498
180- 53
tt.MOTA 130-103
108-106 2N3499
SSI
SCA
TEC
tTRW
JAN2N3499
MOTA 134- 20
108-107
180- 54
2N3500
tt.MOTA 130-104
TEC
JAN2N3500
MOTA 134 - 21
113- 31
180- 55
71- 51 2N3501
tt.MOTA 130-105
134 - 18
AML
TEC
111- 97 JAN2N3501
MOTA 134- 22
180- 56
111- 98 2N3502
tt.FSC
71- 25
AML
ITT
173- 98
MOTA t NSC
125- 26
173- 36
RAYN
SGSI
551
TADI
TEC
+ Til
TIIF
UEHK
125 - 15
71- 26
179- 89 2N3503
+t.FSC
MOTA 173- 99
125- 27
ITT
RAYN
172- 49
t NSC
SGSI
SSI
TADI
TEC
125- 16
t Til
TIIF
179- 90
UEHK
131- 83 2N3504
69- 81
+t.FSC
ITT
MOTA 173-100
t NSC
RAYN
SSI
156- 72
SGSI
TEC
TADI
tTIl
TIIF
UEHK
156- 73
+t.FSC
69- 82
2N3505
MOTA 173-101
ITT
tNSC
RAYN
156- 74
SGSI
SSI
TADI
TEC
156- 75
tTIl
TIIF
UEHK
2N3506
+llMOTA 130-106
156- 76
HSC
SOD 170- 38
TEC
SSI
JAN2N3506
MOTA 134- 23
156- 77
175 - 29
2N3507
tllMOTA 130-107
HSC
SOD 170- 39
156- 78
SSI
TEC
JAN2N3507
MOTA 134 - 24
175- 30
156- 79 2N3608
+llMOTA I 94- 21
SCA 179 - 80
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
I
TYPE No.
~N3509
MMOTA
SCA
2N3510
tl>MOTA
HSC
2N3511
tl>MOTA
HSC
tl>RCA
2N3512
ETC
FERB
MOTA
TADI
tl>GESY
2N3513
tl>GESY
2N3515
tFSC
t MOTA
tl>GESY
2N3516
tl>GESY
2N3518
• FSC
tMOTA
tl>GESY
2N3520
tl>GESY
2N3521
tl>GESY
2N3522
tl>GESY
2N3524
tl>CRY
2N3527
tl>ITT
2N3543
INTG
STCB
2N3544
tl>MOTA
l>RAYN
2N3545
2N3546
IDC
2N3547
SCA
2N3548
SCA
2N3549
SCA
2N3550
2N3551
SEN
TIIB
2N3552
SEN
TIIB
2N3553
t ECD
INTG
tMOTA
PHIC
RAYN
STCB
TFKG
JAN2N3553
MOTA
2N3554
RAYN
TEC
2N3563
BNT
ETC
NSC
RAYN
TEC
2N3564
BNT
ETC
NPC
RAYN
TEC
2N3565
BNT
t GIC
NSC
RAYN
t TEC
2N3566
BNT
GIC
NSC
RAYN
2N3567
BNT
NSC
SGSI
2N3568
BNT
RAYN
2N3569
BNT
NSC
SGSI
2N3570
ESMF
MISI
PHIC
TIIB
2N3571
ESMF
MISI
PHIC
TIIB
2N3572
ESMF
MISI
PHIC
SSI
2N3573
AML
.
1. TYPE
No CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
l~t ~~
92- 33
177·97
92· 75
179·21
102- 46
175· 56
182· 82
182· 83
182· 84
182· 85
182·
18218218268·
147 -
86
87
88
89
52
93
2NJ574AML MTII
TIIB
tl>TII
2N3575
TIIB
AML
tl>TII
2N3576
RAYN
SCA
TIIF
tl>SIX
2N3578
2N3579
tl>SOD
SCA
TEC
tl>SOD
2N3580
TEC
SCA
tl>SOD
2N3581
SCA
TEC
tl>SOD
2N3582
TEC
SCA
tl>RCA
2N3583
FERB
ITC
TEC
2N3584
t"RCA
ITC
FERB
SSP
TEC
JAN2N3584
none
87-109
67- 72
175 - 85 2N3585
FERB
tl>MOTA 67-107
SSP
RAYN 180- 36
TADI
JAN2N3585
tl>NSC
68-103
TADI
2N3588
UEHK
tl>NSC
69· 7 2N3589
551
TADI
UEHK
2N3590
tl>NSC
69- 8
TADI
2N3591
UEHK
2N3592
tl>NSC
69- 9
150- 26 2N3593
t"TIl
551
169- 22 2N3594
tTRW
2N3597
tl>TII
150- 27
tFSC
SSI
169- 23
SEN
tTRW
tl>RCA
135 - 53 2N3598
FERB
tFSC
tlTT
SEN
MULB
RADF
2N3599
t SSS
tFSC
SEN
TADI
TIIB
2N3600
VALG
ITT
135- 54
APX
NSC
FERB
RCA
tl>TII
101-109 2N3605
SCA 172- 61
TIIB
2N3605A
tl>FSC
79- 66
tCDC
2N3606
t GIC
2N3606A
PHIL
SGSI
UEHK
2N3607
tl>FSC
79 - 29
2N3608
t CDC
t GIC
2N3609
NSC
SGSI
2N3610
UEHK
2N3611
tl>FSC
t ETC
77- 65
tCDC
2N3612
NPC
tETC
t PHIL
2N3613
SGSI
tETC
UEHK
2N3614
tl>FSC
84- 29
tETC
t CDC
2N3615
NPC
tETC
2N3616
t PHIL
SGSI
tETC
UEHK
tl>FSC
84- 93 2N3617
tCDC
tETC
RAYN
2N3618
UEHK
t ETC
tl>FSC
84 - 94 2N3619
tCDC
2N3620
SGSI
2N3621
UEHK
MFSC
84- 95 2N3622
tCDC
RAYN
2N3623
UEHK
MTII
80- 84 2N3624
tKMC
MULB
2N3625
RADF
VALG
2N3626
tl>TII
80- 54
tKMC
2N3627
MULB
RADF
2N3628
VALG
tl>TII
80- 7 2N3629
tKMC
MULB
2N3630
RADF
TIIB
2N3631
2N3632
VALG
tl>TII
104- 2
tECD
TIIB
INTG
tl>RCA
ITC
TEC
none
tl>APX
PHIC
tl>GESY
TEC
tl>GESY
TEC
TEC
551
TEC
TEC
TEC
tl>SOD
t PIR
SSP
TEC
tl>SOD
t PIR
SSP
TEC
tl>SOD
t PIR
SSP
TEC
tl>RCA
ETC
SCA
SSI
tl>GESY
ESMF
tl>GESY
tl>GESY
ESMF
tl>GESY
tl>GESY
ESMF
t"PHIL
l>PHIL
tl>PHIL
tl>MOTA
SOD
tl>MOTA
SOD
tl>MOTA
SOD
tl>MOTA
SOD
tl>MOTA
SOD
tl>MOTA
IDC
SOD
tl>MOTA
SOD
t"MOTA
SOD
tl>SOD
tl>SOD
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SIX
tl>RCA
FERB
tlTT
143- 61 2N3636
166- 46
SCA
JAN2N3636
143- 62
166· 93 2N3637
143- 63
166- 47 JAN2N3637
t"MOTA
TEC
MOTA
tl>MOTA
TEC
MOTA
tl>FSC
tCDC
NSC
RAYN
UEHK
tl>FSC
tCDC
IDC
t PHIL
UEHK
MFSC
RAYN
tl>FSC
RAYN
UEHK
tl>FSC
t CDC
PHIL
UEHK
tl>FSC
t CDC
PHIL
UEHK
tl>FSC
t CDC
PHIL
UEHK
tl>FSC
CDC
NSC
SGSI
UEHK
tl>FSC
t CDC
RAYN
UEHK
MFSC
ETC
IDC
t"MOTA
tFSC
tl>MOTA
tFSC
tl>TRW
TEC
tl>TEC
SSI
2N3661
tl>TEC
SSI
2N3662
tl>GESY
ESMF
2N3663
tl>GESY
ESMF
2N3665
tl>TEC
tFSC
ITC
ITT
NSC
SSI
SGSI
2N3666
tl>TEC
t FSC
ITC
ITT
NSC
SGSI
SSI
2N3667
tl>SIL
PPC
SOD
SPC
SSI
2N3671
l>RAYN
tFSC
ITT
MOTA
SGSI
2N3672
l>RAYN
ETC
tFSC
ITT
MOTA
SGSI
2N3673
l>RAYN
tFSC
MOTA
2N3675
l>SIL
SSI
TEC
2N3676
l>SIL
SSI
2N3677
tl>CRY
MOTA t TEC
2N3678
l>TRW
tFSC
ITT
SSI
SGSI
tl>TII
2N3680
tAML
NSC
TADI
TEC
TIIB
TIIF
143- 64 2N3638
BNT
166- 94
47- 86
GIC
t PHIL
138- 71
SGSI
2N3638A
138- 72
BNT
GIC
138- 73
NSC
138- 74
RAYN
2N3639
BNT
135 - 55
135 - 56 2N3640
153- 68
BNT
167- 95
2N3641
BNT
153- 69
NSC
167 - 96
SGSI
2N3642
BNT
153- 70
NSC
167- 97
SGSI
2N3643
BNT
NSC
79-105
SGSI
2N3644
BNT
79- 2
IDC
177- 10
RAYN
89- 73
177- 11 2N3645
79- 3
BNT
177- 23
NSC
89- 74
SGSI
177 - 24 2N3646
79- 4
t CDC
177- 39
105- 80 2N3647
105 - 81
189- 15 2N3648
104- 19
118- 99 2N3659
SSI
118-100 2N3660
118-101
118-102
118-103
118-104
118-105
118-106
136- 98
136- 99
143- 65
143- 66
136-100
136-101
143- 67
143- 68
136-102
136-103
143- 69
143- 70
108-108
141- 53
cont.next col.
D.A. T.A. INC.
MFRS ~&Line TYPE No.
lu4· 5 2NJt!32
(cont.)
tMOTA
104· 13
MULB
PHIC
RADF
RAYN
67· 91
t SSS
SOD
178· 68
TADI
STCB
TFKG t Til
105· 7
TIIB
VALG
69· 20 2N3633
tl>TEC
ECD
69· 21 2N3633/TNT
TEC
2N3634
MMOTA
68· 10
TEC
SCA
JAN2N3634
MOTA
68· 11
tl>MOTA
2N3635
143- 60
TEC
JAN2N3635
MOTA
6-Registered with JEDEC
by this manufacturer
2N3681 ETC
88· 43
180· 89
73· 20
125·106
173· 21
125· 17
180- 58
125·107
175·23
125· 18
180· 71
125-108
173- 22
125- 19
180· 59
125-109
175·24
125· 20
180- 72
64- 20
171- 61
64- 43
172-100
6117961179 -
98
84
99
85
90- 15
90- 16
90- 17
64- 85
173-102
64- 86
173-103
79- 20
177 -104
9417794179133-
16
98
20
22
42
126- 68
126- 69
79- 90
79- 91
134- 25
134 - 26
152' 58
163-109
71- 9
174- 17
69- 83
174- 18
66- 64
174- 19
136-104
164- 39
136-105
164· 40
68- 53 2N3714
189- 16
DEL
102- 47
SCA
175- 63
SPC
TEC
84- 96 JAN2N3714
182- 90
2N3715
DEL
cont.next col.
18
IN TYPE NUMBER SEQUENCE
MFRS pg&Line TYPE No.
MRAYN
TADI
2N3683
MKMC
2N3684
tl>UCC
tCDC
t DIC
t NPC
tSIX
TADI
l>UCC
2N3684A
tl>UCC
2N3685
BNT
t CDC
t NPC
t DIC
tSIX
TADI
l>UCC
2N3685A
tl>UCC
2N3686
tCDC
BNT
t DIC
t NPC
tSIX
TADI
l>UCC
2N3686A
2N3687
tl>UCC
BNT
tCDC
t DIC
t NPC
TADI
t SIX
2N3687A
l>UCC
2N3688
tl>FSC
IDC
NPC
SGSI
2N3689
tl>FSC
SGSI
2N3690
tl>FSC
SGSI
2N3691
tl>FSC
tCDC
BNT
ETC
tGIC
NSC
t PHIL
UEHK
2N3692
MFSC
BNT
tCDC
ETC
tGIC
t PHIL
NSC
UEHK
2N3693
tl>FSC
BNT
t CDC
ETC
NPC
t PHIL
NSC
SGSI
UEHK
2N3694
tl>FSC
BNT
tCDC
ETC
IDC
NPC
NSC
PHIL
SGSI
UEHK
2N3695
AML
BNT
2N3696
AML
BNT
2N3697
AML
BNT
2N3698
AML
BNT
2N3700
MRAYN
tFSC
SGSI
TEC
TADI
tTRW
JAN2N3700
RAYN
2N3701
tl>RAYN
tFSC
SGSI
TADI
TEC
2N3702
tl>TII
t SES
TADI
TIIB
2N3703
MTII
t SES
TIIB
2N3704
tl>TII
TIIB
2N3705
tl>TII
TIIB
2N3706
tl>TII
TIIB
2N3707
tl>TII
NPC
t SES
TIIB
2N3708
tl>TII
IDC
NPC
t SES
TIIB
2N3709
tl>TII
NPC
t SES
TIIB
2N3710
tl>TII
NPC
t SES
TIIB
2N3711
tl>TII
NPC
t SES
TIIB
2N3712
tl>TII
tMOTA
SCA
TEC
TIIB
2N3713
tl>MOTA
DEL
tETC
IDC
SCA
SLA
SPC
SSI
TEC
tT11
JAN2N3713
none
00· 8 2~~71.5
(cont.)
80· 9
SLA
111· 6
SSI
JAN2N3715
111· 7 2N3716
107· 37
DEL
SCA
SPC
TEC
107· 38 JAN2N3716
107· 8
2N3719
2N3720
107- 9
107- 6 2N3721
2N3722
MOTA
107- 7
79- 30 2N3723
MOTA
2N3724
79- 31
INTG
RAYN
79- 32
SSI
TEC
78 - 59
2N3724A
RAYN
2N3725
AML
+ ITT
SGSI
STCB
t Til
78- 61 2N3725A
RAYN
78- 60
78- 62
2N3726
BNT
RAYN
2N3727
BNT
RAYN
104- 31 2N3728
GIC
SGSI
2N3729
104- 6
GIC
SGSI
104- 3 2N3730
104- 14
95 - 89 2N3731
2N3732
95- 90 2N3733
95- 66
tECD
INTG
t MOTA
67- 3
RAYN
TADI
2N3734
67- 4
tFSC
ITT
90·100
2N3735
90-101
HSC
JAN2N3735
90-102
2N3736
90- 50
t FSC
2N3737
90- 51 JAN2N3737
2N3738
t FSC
2N3739
tFSC
90- 53 JAN2N3739
2N3740
90- 52
90- 54 2N3740A
2N3741
100- 26 2N3741A
2N3742
ITC
15 ,J6
SCA
165 - 25 JAN2N3742
2N3743
ITC
JAN2N3743
2N3744
152-107
t PIR
167·58
SSP
tl>MOTA 152-108 2N3745
tETC
165- 26
t PIR
SLA
SSP
SSI
2N3746
tTIl
t PIR
none 152-109
SSP
167 - 59 2N3747
MMOTA 152-110
t PIR
tETC
165 - 27
SSP
MFRS Pa&Line
SCA
SPC
TEC
t Til
none 153· 1
167· 60
MMOTA 153· 2
tETC
165·28
SLA
SSI
tTIl
none 153· 3
167· 61
tl>MOTA 126· 14
TEC
170- 52
tl>MOTA 126- 15
TEC
170- 53
t GESY 76-103
t SPR
tl>FSC
102- 59
RAYN 177- 51
SGSI
MFSC
102- 60
SGSI 177- 58
tl>FSC
102- 61
tlTT
176-109
SGSI
STCB
tTIl
TIIF
tl>TII
130-108
551
176-110
TIIF
tl>FSC
102- 62
INTG 177- 1
RAYN
SSI
TEC
TIIF
tl>TII
130-109
551
177- 2
TIIF
tl>FSC
69- 10
NSC 182- 91
SGSI
TADI
tl>FSC
69- 11
NSC 182- 92
SGSI
TADI
tl>FSC
94- 59
RAYN 182- 93
SSI
tl>FSC
94- 60
RAYN 182- 94
SSI
ATEI 115 - 14
t RCA
tl>RCA
113-105
ATEI
tl>RCA
113- 62
ATEI
tl>RCA
141- 54
FERB
tlTT
RADF
t SSS
TIIB
tl>MOTA 133- 27
HSC
177- 25
RAYN
SGSI
+l>MOTA 133- 28
RAYN 176- 8
none 130-110
180- 23
tl>MOTA 96- 73
ITT
177- 26
tl>MOTA 96- 50
IDC
176- 9
none
96- 51
180- 24
tl>MOTA 141- 68
ITC
tl>MOTA 141- 69
ITC
none 141- 70
tl>MOTA 127- 9
TEC
tl>MOTA 127- 10
tl>MOTA 127- 11
TEC
MMOTA 127- 12
tl>MOTA 134- 27
MST
SSI
none 134- 28
tl>MOTA 125-110
SCA
none 134- 29
l>SOD 146- 22
SEN
168- 23
TEC
l>SOD 146- 23
SEN
168- 24
TEC
l>SOD 146- 24
SEN
168- 25
TEC
l>SOD 146- 25
SEN
168-106
TEC
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
YPE No.
I:lN;S/~HpIR
SSP
2N3749
+ PIR
SSP
JAN2N3749
"'SOD
SEN
TEC
"'SOD
SEN
TEC
SOD
2N3750
+ PIR
SSP
2N3751
+ PIR
SSP
2N3752
+ PIR
SSP
2N3762
HSC
2N3763
HSC
JAN2N3763
"'SOD
SEN
TEC
"'SOD
SEN
TEC
"'SOD
SEN
TEC
+"'MOTA
SCA
+"'MOTA
SCA
2N3764
+"'MOTA
HSC
+"'MOTA
HSC
2N3765
JAN2N3765
.
1. TYPE
No CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS P!l.!!<Line TYPE No.
146- 26 2N3801
2N3S:l7
+"'MOTA
!ll- 16 JAN2N3866
+"'TII
168-107
+AML
RAYN l~g: 4~
TIIB
2N3867
MFRS Pa&Line TYPE No.
none
none
2N3766
146- 27 2N3802
168-108
+AML
RAYN
145·105 2N3803
167- 49
+AML
146- 28
RAYN
169·101 2N3804
+AML
146- 29
RAYN
169-102 2N3804A
RAYN
146- 30 2N3805
169-103
+AML
RAYN
125-101 2N3805A
173- 50
RAYN
125-102 2N3806
172· 62
+AML
125 - 38
NSC
180- 19
TADI
70- 48
173- 51 2N3807
70- 41
+AML
172- 63
NSC
70- 42
TADI
180· 20
141- 71 2N3808
+AML
141· 72
NSC
TAD I
153 - 4
2N3809
+AML
NSC
TADI
+"'MOTA
TEC
2N376·,
+"'MOTA
TEe.
2N3771
+"'RCA
ASC
ESMF
HSC
MISI
PIR
+ MOTA
PPC
+ SIL
SLA
+ SOD
551
+SPC
+WESY
none 153- 51
JAN2N3771
164-106
2N3772
+"'RCA 153- 5
ASC
ESMF
ETC
+ FSC
+ MOTA
MISI
PPC
PIR
SLA
+ SIL
+ SPC
+ SOD
SSI
+WESY
JAN2N3772
none 153 - 52
164-105
2N3773
+"'RCA 153- 6
ASC
ESMF
MISI
+ FSC
t SIL
PIR
t SOD
SLA
t SPC
+WESY
128-107
2N3774
t"'SIL
164- 29
+CRY
128-108
2N3775
+"'SIL
t CRY
164- 30
128-109
2N3776
+"'SIL
t CRY
164- 31
128-110
2N3777
+"'SIL
tCRY
164- 32
129- 1
2N3778
t"'SIL
tCRY
164- 33
129- 2
2N3779
+"'SIL
tCRY
164- 34
129- 3
2N3780
+"'SIL
+CRY
164- 35
129- 4
2N3781
+"'SIL
+ CRY
164 - 36
129- 5
2N3782
"'SIL
+ CRY
164- 37
2N3783
+"'MOTA 52- 6
2N3784
t"'MOTA 52· 4
2N3785
+"'MOTA 52- 5
SOD 150- 77
2N3788
2N3789
+"'MOTA 128- 78
TEC
+TII
JAN2N3789
none 128- 79
167- 62
2N3790
t"'MOTA 128- 80
tTIl
TEC
none 128- 81
JAN2N3790
167·63
2N3791
+"'MOTA 128- 82
TEC
+ Til
none 118- 97
JAN2N3791
128- 83
167· 64
2N3792
t"'MOTA 128- 84
TEC
+ Til
none 118- 98
JAN2N3792
128- 85
167- 65
82- 39
2N3793
t"'NSC
82- 40
2N3794
t"'NSC
126- 28
2N3795
"'SIL
163- 95
2N3796
t"'MOTA 107- 68
2N3797
t"'MOTA 107- 69
2N3798
HMOTA 67- 97
SCA
+ Til
UEHK
2N3799
t"'MOTA 67 - 98
SCA
TADI
UEHK
+ Til
2N3800
+"'MOTA 63- 3
+AML
BNT 190· 47
RAYN
TADI
D.A. T.A.INc.
2N3810
+AML
NSC
TADI
TIIB
JAN2N3810
2N3810A
NSC
2N3811
+AML
NSC
TADI
TIIB
JAN2N3811
2N3811A
NSC
2N3812
2N3813
2N3814
2N3815
2N3816
2N3816A
2N3817
2N3817A
2N3818
2N3819
SLCB
2N3820
2N3821
BNT
CRY
+ MOTA
TADI
TIIF
JAN2N3821
2N3822
BNT
+ DIC
+ SIX
TIIB
JAN2N3822
2N3823
AKER
+APX
tCDC
.DIC
MISI
MULB
TADI
TIIF
JAN2N3823
2N3824
AML
+CDC
t DIC
+ SIX
TIIF
2N3825
2N3826
TADI
+"'MOTA
BNT
TADI
+"'MOTA
BNT
TADI
+"'MOTA
BNT
TADI
+"'MOTA
TADI
+"'MOTA
BNT
TADI
+"'MOTA
TADI
+"'MOTA
BNT
RAYN
+ Til
TIIF
+"'MOTA
BNT
RAYN
+ Til
TIIF
+"'MOTA
BNT
RAYN
+ Til
TIIF
+"'MOTA
BNT
RAYN
+ Til
TIIF
+"'MOTA
BNT
RAYN
+TII
TIIF
MOTA
Til
+"'MOTA
RAYN
TADI
+"'MOTA
BNT
RAYN
+ Til
TIIF
MOTA
+"'MOTA
RAYN
TADI
"'MOTA
RAYN
"'MOTA
RAYN
"'MOTA
RAYN
"'MOTA
RAYN
"'MOTA
RAYN
t"'MOTA
RAYN
"'MOTA
RAYN
+"'MOTA
RAYN
+"'MOTA
SEN
+"'TII
TIIB
+ "'Til
TIIB
+"'TII
+CDC
+ DIC
+ SIX
TIIB
+ UCC
AML
+ "'Til
CRY
+ MOTA
TADI
TIIF
+ UCC
AML
+"'Til
+AML
BNT
CRY
ESMF
+ MOTA
+ SIX
TIIB
t UCC
AML
Til
+"'TII
BNT
CRY
+ MOTA
TIIB
+ UCC
TIIB
+"'TII
TIIB
2N3828
63 - 5 2N3829
182- 95
2N3830
63- 6
RAYN
182- 96
2N3831
63- 7
RAYN
182- 97
2N3832
63· 8
182- 98 2N3833
63· 9
182· 99 2N3834
63- 10
182-100
70- 18
190- 49
70- 19
190- 50
70- 20
182-101
TIIB
+"'TII
SCA
+"'TII
TIIB
TIIF
+"'Til
TIIB
TIIF
+"'TII
ETC
+"'TII
TIIB
+"'TII
TIIB
2N3835
+"'Til
TIIB
2N3836
TIIB
2N3837
TIIB
2N3838
+"'Til
+ MOTA
RAYN
TIIB
TIIF
2N3839
+"'RCA
+ MOTA
SCA
2N3840
+"'SPR
+ CRY
+ MOTA
TADI
2N3841
TADI
2N3842
2N3843
70· 21
182·102 2N3843A
2N3844
70- 22 2N3844A
182-103
2N3845
2N3845A
182-104
70- 23
182-105
2N3846
ITC
JAN2N3846
70- 24
182-106 2N3847
ITC
JAN2N3847
182-107 2N3848
70- 25
SEN
182-108 2N3849
62- 95
190- 51
62- 96
190- 52
62- 97
182-109
62- 98
182-110
62- 99
183- 1
63- 11
183- 2
62-100
183- 3
63- 12
183- 4
142·108
2N3850
SEN
551
2N3851
SEN
SSI
2N3852
SEN
551
2N3853
SOD
2N3854
2N3854A
2N3855
111 - 16 2N3855A
105- 99 2N3856
108-109 2N3856A
2N3858
2N3858A
108-110 2N3859
109- 1
2N3859A
2N3860
2N3861
109- 2
MST
109- 3 2N38E>2
2N3863
SOD
109- 4
109- 5
82- 47
91- 15
6-Registered with JEDEC
by this manufacturer
2N3864
PPC
SPC
2N3865
SPC
2N3866
APX
FERB
IDC
tlTT
MULB
RADF
STCB
TFKG
TIIB
87 - 64
67 - 87 JAN2N3867
177-105
138- 12 2N3868
174 - 76
JAN2N3868
138- 13
174- 77 2N3869
2N3876
103- 45 2N3877
180- 49
103- 29 2N3877A
103- 30 2N3878
ITC
103- 31
SSP
53 2N3879
ITC
54
20
SSP
42
2N3880
81- 6 2N3881
2N3883
68- 58
189- 17 2N3900
190190174 181-
63· 80
189· 18
63- 75
189- 19
"'GESY 77- 88
+ SPR
"'GESY 77- 89
+ SPR
+"'GESY 77-108
+ SPR
+"'GESY 77·109
+ SPR
+"'GESY 78· 14
+ SPR
+"'GESY 78- 15
+ SPR
156- 80
+"'TII
SEN
166- 52
TIIB
none 156- 81
168· 87
156- 82
+ "'Til
SEN
166· 53
none 156- 83
168- 88
ITC
156- 84
TIIB
166- 54
ITC
156- 85
SEN
166- 55
135- 57
+"'SSP
SOD 167- 29
TEC
135 - 58
+"'SSP
SOD 167- 30
TEC
135 - 59
+"'SSP
SOD 167- 31
TEC
135- 60
+"'SSP
167- 32
SSI
TEC
t"'GESY 78- 6
+ SPR
+"'GESY 78- 7
+SPR
+"'GESY 78 - 17
+ SPR
+"'GESY 78- 18
+ SPR
+"'GESY 78 - 26
+ SPR
+"'GESY 78- 27
t SPR
+"'GESY 78 - 21
+ SPR
+"'GESY 77-110
+ SPR
+"'GESY 78- 22
+ SPR
t"'GESY 78- 1
t SPR
+"'GESY 78- 23
+ SPR
138- 75
"'ITC
SSI
92-106
'" TEC
551
180- 21
152· 52
+"'SIL
SPC
163-110
SSI
150· 78
+"'SIL
SOD 164- 1
551
150- 79
"'SIL
551
164- 2
+"'RCA 134- 30
tECD
HSC
INTG
+ MOTA
PHIC
+ SSS
TADI
+ Til
UEHK
TADI
19
2N3900A
2N3901
2N3902
JAN2N3902
2N3903
2N3904
2N3905
TEC
2N3906
TEC
2N3907
NSC
2N3908
NSC
2N3909
AML
TAD I
TIIF
2N3909A
2N3910
tCRY
TADI
2N3911
+ CRY
TAD I
2N3912
+ CRY
TADI
2N3913
+ CRY
2N3914
t CRY
2N3915
+ CRY
2N3916
2N3917
ETC
2N3918
2N3919
ETC
2N3920
ETC
2N3921
BNT
2N3922
BNT
2N3923
ITC
2N3924
MULB
RADF
TIIB
2N3925
2N3926
MULB
RADF
2N3927
MULB
RADF
2N3930
2N3931
2N3932
2N3933
2N3934
2N3935
IN TYPE NUMBER SEQUENCE
MFRS pg&Line TYPE No.
134- 31
126- 16
160- 75
none 126- 44
175- 32
TEC
126- 17
160- 76
none 126- 45
175- 33
'" NECJ 132- 49
+"'TRW 153- 71
+"'GESY 76-104
+ SPR
+"'GESY 76-105
+ SPR
+"'RCA 143- 71
SCA
TEC
WESY
+"'RCA 143- 72
SCA 169- 26
TEC
WESY
80- 55
+"'KMC
"'RAYN 98 - 9
+"'MOTA 55- 81
171- 38
+"'GESY 76-106
+ SPR
+"'GESY 76-107
+ SPR
HGESY 76-108
SPR
HDEL
154- 91
+ SOD 163- 44
DEL
154 - 92
164- 70
+"'MOTA 89- 23
UEHK 175· 95
+"'MOTA 89- 32
UEHK 177- 12
+"'MOTA 66· 2
UEHK 173·104
+"'MOTA 66- 7
UEHK 175- 96
84- 97
+"'TEC
TADI 183- 5
8498
+"'TEC
TADI 183- 6
1058
+ "'Til
+ SIX
TIIB
+ UCC
105- 9
+"'TII
+"'RAYN 70- 10
MOTA 189- 20
TEC
+"'RAYN 70- 12
MOTA 189- 21
TEC
+"'RAYN 70- 13
MOTA 189- 22
TEC
t"'RAYN 68- 44
TADI 189- 23
TEC
t"'RAYN 68- 60
TADI 189- 24
TEC
+"'RAYN 68- 73
TADI 189- 25
TEC
+MSC 135 - 61
551
+MSC 132- 64
551
551
132- 65
143- 73
+"'FSC
SSI
180- 60
143 - 74
+"'FSC
SSI
180- 61
+"'AML 108- 21
183- 7
+ SIX
+ UCC
+"'AML 108- 22
+SIX
183- 8
+ UCC
+MSC 100- 27
SGSI
TEC
+"'MOTA 135- 62
PHIC
TEC
VALG
+"'MOTA 138- 9
t"'MOTA 138- 76
PHIC
TIIB
VALG
+"'MOTA 141- 48
PHIC
TIIB
VALG
+ FSC
68- 93
SGSI
HSC
71- 16
SGSI
79- 95
+"'RCA
79- 96
+"'RCA
+"'AML 108- 23
BNT 183- 9
+"'AML 108- 24
BNT 183- 10
none
TEC
MFRS Pa&Line
134- 32
+"'TEC
SSI
+"'MOTA 91- 58
176- 70
2N3947
+"'MOTA 91-108
177- 75
2N3948
+"'MOTA 134- 33
SCA
TRW
2N3950
+"'MOTA 147 - 94
2N3953
80- 58
+"'KMC
ETC
2N3954
10825
+"'UCC
BNT
183- 11
+ DIC
2N3954A
10826
+"'UCC
BNT 183 - 12
2N3955
10827
+"'UCC
183- 13
BNT
+ DIC
2N3955A
10828
+"'UCC
BNT 183- 14
2N3956
+"'UCC 108- 29
183- 15
BNT
+ DIC
2N3957
+"'UCC 108- 30
BNT
+ DIC
183- 16
2N3958
+"'UCC 108- 31
BNT
+ DIC
183 - 17
2N3959
+"'MOTA 94- 36
HSC
SSI
180- 87
JAN2N3959
none
94- 31
2N3960
+"'MOTA 94- 43
HSC
SSI
180- 90
JAN2N3960
MOTA 94- 37
2N3961
+"'MOTA 138- 14
SSI
2N3962
66- 91
+"'FSC
INTG
ITT
NSC
SGSI
STCB +TII
2N3963
66- 92
+"'FSC
INTG
ITT
SGSI
NSC
+ Til
2N3964
66-100
+"'FSC
INTG
ITT
NSC
SGSI
STCB + Til
2N3965
+MSC
66-101
ITT
NSC
SGSI
TADI
+ Til
2N3966
+"'AML 109- 6
BNT
160-107
CDC
ESMF
MISI
+ UCC
2N3967
+"'AML 109- 7
BNT
CDC
UCC
2N3967A
t"'AML 109- 8
BNT
CDC
2N3968
t"'AML 109- 9
BNT
CDC
UCC
2N3968A
+"'AML 109- 10
BNT
CDC
2N3969
+AML 109- 11
BNT
CDC
UCC
2N3969A
t"'AML 109- 12
BNT
CDC
2N3970
112- 51
t"'UCC
tAML
APX
159-110
BNT
CDC
+ SIX
TADI
Til
TIIF
2N3971
t"'UCC 112- 52
+AML
APX
160- 13
BNT
CDC
tSIX
+ Til
TIIF
2N3972
+"'UCC 112 - 53
+AML
APX
160- 54
BNT
CDC
+ SIX
TADI
TIIF
+ Til
2N3973
+"'GESY 91- 17
SPR
174- 85
2N3974
+"'GESY 91- 18
SPR
174 - 86
2N3975
+"'GESY 91- 19
+ SPR
174 - 87
2N3976
+"'GESY 91- 20
+ SPR
174- 88
2N3977
68 - 25
+"'SPR
MOTA
TAD I 189- 26
2N3978
68- 26
t"'SPR
CRY
MOTA 189- 27
TAD I
2N3979
68- 27
+"'SPR
CRY
MOTA 189- 28
TAD I
2N3980
188- 25
t"'TIl
+ MOTA
TADI
TIIB
2N3993
105- 10
t"'TIl
TIIB
TIIF
2N3993A
105- 11
+"'TII
2N3994
105- 12
+"'TII
TIIB
TIIF
2N3994A
105- 13
+"'TII
2N3996
HTII
145-106
PIR
169- 57
SEN
SOD
SSP
TEC
TIIB
JAN2N3996
none 146- 31
172- 20
2N3945
NSC
2N3946
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
·YPE No.
12N3997pIR
tll~~N
SOP
TEC
JAN2N3997
SSP
TIIB
2N3998
PIR
SOD
TEC
JAN2N3998
MTII
SEN
SSP
TIIB
2N3999
PIR
SOD
TEC
JAN2N3999
tATII
SEN
SSP
TIIB
2N4000
SCA
SSI
TEC
2N4001
SCA
SSI
TEC
2N4002
t FSC
SOD
SSP
2N4003
t FSC
SOD
SSP
2N4004
SEN
2N4005
SEN
2N4006
tMOTA
2N4007
tMOTA
2N4008
tMOTA
2N4009
tMOTA
2N4010
2N4011
2N4012
t ECD
INTG
tMOTA
2N4013
tlTT
STCB
2N4014
tlTT
STCB
2N4015
AML
NSC
2N4016
AML
NSC
2N4017
tAML
NSC
2N4018
tAML
NSC
2N4019
tAML
NSC
2N4020
BNT
SGSI
2N4021
BNT
SGSI
2N4022
BNT
SGSI
2N4023
NSC
2N4024
NSC
2N4025
NSC
2N4026
SGSI
2N4027
SGSI
2N4028
SGSI
2N4029
SGSI
1. TYPE
No. CROSS INDEX
MFRS Po&Line TYPE No.
MFRS
ZN4U3UINTG
tllAML 183·
t~F;TI; 14~: 5; zN40S3
l~t'~l
BNT
MFRS Po&Line TYPE No.
none
none
none
tllTII
SOD
SSP
TIIB
TIIF
tllTII
SOD
SSP
TIIB
TIIF
MTII
SEN
SSI
TEC
TIIB
tllTII
SEN
SSI
TEC
TIIB
tllTII
SSI
tllTII
SSI
tllCRY
TADI
tTEC
tACRY
TADI
tTEC
+ACRY
TADI
tTEC
tACRY
TADI
tllCRY
tMOTA
tACRY
tMOTA
tllRCA
FERB
tlTT
SSS
tFSC
SGSI
TEC
TIIF
tFSC
SGSI
TEC
TIIF
tAFSC
BNT
SGSI
TADI
tllFSC
BNT
SGSI
TADI
tllFSC
BNT
SGSI
TADI
tAFSC
BNT
. SGSI
TADI
+lIFSC
BNT
SGSI
TADI
tllFSC
NSC
TADI
tllFSC
NSC
TADI
tAFSC
NSC
TADI
t"FSC
TADI
MFSC
SGSI
TADI
tllFSC
TADI
t"FSC
TEC
tllFSC
TEC
t"FSC
TEC
t"FSC
TEC
D.A. T.A. INC.
NSC
SGSI
146· 32
172- 21 2N4031
145-108
INTG
169- 59
NSC
STCB
2N4032
INTG
146- 33
172- 22
NSC
SGSI
145-109
169- 60
2N4033
INTG
NSC
146- 34
STCB
172- 23
142- 72 2N4034
169- 24
ITT
2N4035
SGSI
142- 73 2N4036
169- 25
ATEI
SSI
2N4037
ETC
SSI
153- 72
168 - 82 2N4038
2N4039
2N4040
FERB
153- 73
168- 83 2N4041
FERB
2N4044
147·95
168·84 2N4045
147- 96
168 - 85 2N4046
68- 86
INTG
167 - 11
RAYN
~&Line
RAYN
STCB
TEC
tllFSC
tlTT
SGSI
TEC
tAFSC
+ ITT
RAYN
STCB
TEC
tAFSC
tlTT
SGSI
TEC
tllFSC
SGSI
SSI
tllFSC
SSI
tllRCA
SCA
TEC
tllRCA
SCA
TEC
tATRW
tllTRW
tllTRW
SEN
TIlB
tATRW
SEN
TIIB
tllUCC
toDC
tAUCC
toDC
tllFSC
ITT
SGSI
STCB
tllFSC
ITT
SGSI
STCB
tAMOTA
2N4084
eNT
71- 60
179- 6
71- 87
179-103
71- 88
179-104
67- 92
178· 88
67179125 170-
95
36
21
45
tllAML
tSIX
UCC
2N4085
tllAML
t SIX
BNT
UCC
2N4088
lIAML
2N4089
lIAML
2N4090
lIAML
2N4091
tAAML
APX
BNT
CDC
+ DIC
+ MOTA +SIX
tTII
TADI
t UCC
TIIF
lIAML
2N4091A
tllAML
2N4092
BNT
APX
t DIC
CDC
tMOTA t SIX
t Til
TADI
t UCC
TIIF
lIAML
2N4092A
125 - 28 2N4093
APX
CDC
107- 35
tMOTA
107- 36
TADI
140- 74
TIIF
2N4093A
tllAML
BNT
t DIC
SIX
tTIl
t UCC
lIAML
140- 75 2N4094
AAML
2N4095
lI.AML
183- 29
2N4100
tAUCC
toDC
ATII
TIIF
NPC
PHIC
2N4106
tAPX
68- 74 2N4047
102- 49
PHIC
166- 77
INTG
175 - 98 2N4107
tAPX
RAYN
PHIC
68- 75
2N4111
ETC
166- 78 2N4048
123- 53
SOD
SSI
162- 56
TEC
183- 18 2N4049
tllMOTA 123- 54 2N4112
ETC
162- 57
SOD
SSI
183- 19 2N4060
tllMOTA 123- 55
TEC
162- 58 2N4113
SOD
183- 20 2N4051
tllMOTA 123- 56
SSI
TEC
SOD
162- 59 2N4114
138- 77 2N4052
tllMOTA 123· 57
SSI
TEC
162· 60 2N4115
tllFSC
2N4053
tllMOTA 123- 58
SSP
TEC
162- 61 2N4116
tllFSC
91-109 2N4054
GESY 136-106
TEC
SSP
177 - 3 2N4055
GESY 136-107 2N4117
tASIX
2N4056
GESY 136-108
BNT
2N4057
GESY 136·109 2N4117A
tllSIX
91·110 2N4058
tllTII
66· 72
BNT
177· 4
TIIB
2N4118
tASIX
2N4059
tllTII
66· 73
BNT
TIIB
2N4118A
tASIX
tllTII
69· 84 2N4060
66· 74
BNT
183- 21
TIIB
2N4119
tllSIX
2N4061
tATIl
66- 75
BNT
TIIB
2N4119A
tllSIX
69_ 85 2N4062
tllTIl
66- 76
BNT
TIlB
2N4121
183· 22
tAFSC
tllRCA 138· 15
2N4063
t CDC
tTEC
ITC
SCA
UEHK
68- 94
t CDC
SSI
2N4122
190· 55 2N4064
tllRCA 138- 16
IDC
t TEC
ITC
SSI
UEHK
2N4065
tllFSC
105·82 2N4123
tllMOTA
68- 95
161- 5 2N4124
tllMOTA
190- 56 2N4066
tllFSC
106- 23 2N4125
MMOTA
160- 38 2N4126
+AMOTA
2N4067
tFSC
106- 24 2N4127
+lITRW
68- 96
160- 39
FERB
SEN
tllRCA
190· 57 2N4068
95- 18 2N4128
+lITRW
2N4069
tllRCA
131· 22
FERB
SEN
2N4070
PIR
143· 58 2N4130
tlllTT
68·110
SEN
SOD 167·51
INTG
SEN
183· 23
TEC
STCB
2N4071
PIR
143- 59 2N4131
SEN
68 - 97
SEN
tSOD 167- 52
SSI
STCB
183·24
TEC
2N4132
lIlTT
2N4072
t"MOTA 90- 19 2N4133
SSI
69- 1
SSI
2N4134
MFSC
tllMOTA 131- 93
183· 25 2N4073
ETC
SGSI
SSI
SSI
MRCA
69· 2 2N4074
93· 26 2N4135
tllFSC
tllFSC
143· 44
183· 26 2N4075
ETC
SGSI
68- 98
SSP
TEC
169· 63
SSI
tAFSC
183· 27 2N4076
143- 45 2N4136
tllAPX
SSP
TEC
169- 64 2N4137
tAFSC
tAPX
124- 14
69- 3 2N4077
RAYN
SGSI
PHIC
183· 28
2N4138
tllTll
tAPX
113- 84
70· 26 2N4078
t CRY
TEC
PHIC
179· 3
TIIF
tAPX
70· 27 2N4079
181· 43 2N4139
tllAML
179· 4
PHIC
BNT
UEHK
tllRAYN 65·93 2N4140
70· 43 2N4080
+"GIC
TADI
TEC
179·101
BNT
ETC
tllAML 183- 31
70· 44 2N4082
NSC
t TEC
BNT
179·102
UEHK
183- 30
2N4104
102- 48
SCA
175- 97 2N4105
6-Registered with JEDEC
by this manufacturer
20
3~
TYPE No.
2N4141
BNT
NSC
183· 33
183- 34
105105·
105112-
14
15
16
54
2N4142
BNT
tTEC
2N4143
BNT
+TEC
2N4150
SOD
SSP
JAN2N4150
2N4207
112- 55 2N4208
112- 56
2N4209
2N4210
SEN
2N4211
112- 57
SEN
160- 16 2N4220
112·58
AML
CDC
MISI
2N4220A
AML
112- 59
CDC
160- 55
MISI
112· 60
160· 1 2N4221
112- 61
AML
160- 17
BNT
93-100
ESMF
183- 35
tSIX
87-102 2N4221A
AML
124· 5
BNT
ESMF
113- 19
t SIX
2N4222
181- 44
AML
BNT
ESMF
146· 35
tSIX
2N4222A
146- 36
AML
BNT
ESMF
146· 37
t SIX
2N4223
146- 38
tAML
CDC
147 - 73
2N4224
147 - 74
tAML
CDC
109- 13
iN4225
109-,14
2N4226
109· 15
2N4227
109· 16
BNT
NSC
109· 17 2N4228
BNT
109· 18
2N4231
61- 91
178· 89 2N4232
61· 96 2N4233
178· 90
2N4234
89·24
SCA
89- 33 2N4235
SCA
66· 3
66- 8 2N4236
142- 22
SCA
2N4237
144- 97
tFSC
SSI
152· 78 2N4238
tFSC
SSI
147·97 2N4239
tFSC
136·110
SSI
132- 66 2N4240
79· 21
SSP
2N4241
79 - 48 2N4241MP
2N4242
2N4243
181- 45 2N4244
92· 91 2N4245
179- 45 2N4246
83· 97 2N4247
2N4248
BNT
109· 19
NSC
SGSI
86· 70 2N4249
176. 10
BNT
NSC
SGSI
IN TYPE NUMBER SEQUENCE
MFRS Po&Line TYPE No.
MFRS Po&Line
tll~+C
tTEC
UEHK
tllGIC
NSC
UEHK
tllGIC
NSC
UEHK
PIR
SSI
TEC
l~g: it I~N4250BNT tll~~~
NSC
61· 50
PHIL
SGSI
64· 87 2N4251
tllFSC
83- 27
174- 21
ECD
180- 88
2N4252
tllTII
79- 67
64- 88
ETC
174- 22 2N4253
tATII
79- 68
ETC
137- 1 2N4254
TIIB
83- 5
166- 89 2N4255
TIIB
83- 6
2N4256
tllGESY 76-109
none 137- 2
+ SPR
161- 7
170- 91 2N4257
+lIFSC
61-100
+AFSC
65- 86
179- 74
180- 34 2N4258
tllFSC
61-102
tllFSC
65- 87
180- 38
180- 37 2N4259
tllRCA
76- 27
tllFSC
65- 89 2N4260
tllMOTA 61-109
180- 70
HSC
tATEC
153 - 74 2N4261
tllMOTA 61-110
SSI
HSC
tATEC
153 - 75 2N4264
tllMOTA 89- 34
SSI
176- 91
tAMOTA 109· 20 2N4265
tllMOTA 89- 35
BNT
176- 92
ESMF
2N4267
tllFSC
105-110
t SIX
160- 69
UCC
tllFSC
2N4268
106- 1
tAMOTA 109- 21
160- 70
BNT
2N4269
tllTEC
90- 55
ESMF
2N4270
M TEC
96-108
tSIX
2N4271
+lITEC
138- 78
UCC
2N4272
+lITEC
138- 79
tllMOTA 109- 22 2N4273
tllTEC
142-109
tAPX
2N4274
tllFSC
79- 33
CDC
ETC
178 - 35
CDC
MISI
PHIL
NSC
UCC
RAYN t TEC
tllMOTA 109- 23
UEHK
tAPX
2N4275
tllFSC
79· 34
CDC
ETC
CDC
178- 36
MISI
NSC
PHIL
UCC
RAYN t TEC
tAMOTA 109- 24
UEHK
tAPX
2N4276
MOTA 123· 59
CDC
162- 62
MISI
2N4277
MOTA 123- 60
UCC
162- 63
tllMOTA 109- 25 2N4278
lIMOTA 123· 61
tAPX
162- 64
CDC
2N4279
lIMOTA 123- 62
MISI
162- 65
UCC
2N4280
lIMOTA 123- 63
tllMOTA 109- 26
162- 66
BNT
2N4281
lIMOTA 123- 64
t SIX
162· 67
UCC
2N4282
A MOTA 123· 65
tAMOTA 109- 27
162- 68
BNT
2N4283
lIMOTA 123- 66
tSIX
162- 69
UCC
2N4286
tANSC
82- 23
tASOD 137- 3 2N4287
tllNSC
82- 24
SCA 172- 50 2N4288
tllNSC
62-103
tASOD
137· 4 2N4289
tllNSC
62·104
SCA 172· 51 2N4290
tllNSC
63- 13
tAGIC
86· 72 2N4291
tANSC
63- 14
ETC
176· 12 2N4292
tlINSC
79- 69
TEC
2N4293
tllNSC
79- 70
tAGIC
64· 89 2N4294
tllNSC
79- 35
NSC 174- 23
178· 42
TEC
2N4295
+lINSC
79- 51
tMOTA 143- 75
179 - 50
TEC
2N4296
tllRCA
132· 50
tMOTA 143· 76
ITC
SCA 167 - 67
TEC
2N4297
tllRCA 132- 51
tMOTA 143- 77
ITC
SCA 167- 68
TEC
2N4298
132- 52
tARCA
tAMOTA 125 - 29
ITC
167· 69
TEC
2N4299
tllRCA
132· 53
tllMOTA 125· 30
ITC
167· 70
TEC
2N4300
tllTII
142· 74
tllMOTA 125- 31
SOD
SSI
TEC
SSP
TEC
tllMOTA 99-101
TIIB
SOD
2N4301
tllTIl
149- 43
TEC
SOD
SSP
tAMOTA 99-102
TEC
TllB
SOD
2N4302
tllAML 109· 28
TEC
tCDC
BNT
tllMOTA 99·103 2N4303
tAAML 109· 29
SOD
BNT
t CDC
TEC
2N4304
tllAML 109· 30
tARCA
143- 78
BNT
t CDC
TEC
166· 96 2N4305
tllTRW 138- 80
APX
116· 60
SEN
SSI
160· 96
MINA
TEC
APX
183- 36 2N4306
tllTRW 143· 53
SOD 120-110
SEN
160- 97
SOD 121- 1 2N4307
tllTRW 138· 81
SOD 121· 2
SEN
SSI
160· 98
SOD 121· 3
TEC
SOD 121- 4 2N4308
t"TRW 143· 54
SOD 121- 5
SEN
160- 99
tAFSC
61- 48 2N4309
tllTRW 138· 82
CDC
SEN
SSI
160·100
PHIL
TEC
UEHK
2N4310
tllTRW 143· 55
tllFSC
61· 49
SEN
160·101
CDC
2N4311
t"TRW 138· 83
PHIL
160-102
SEN
SSI
UEHK
TEC
+-'ndicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
YPE No.
i2N4312
2N4313
2N4314
2N4315
2N4338
CDC
2N4339
CDC
2N4340
BNT
2N4341
BNT
2N4342
2N4343
2N4346
2N4347
ASC
SLA
SSI
2N4348
ASC
SSI
2N4349
2N4350
2N4351
2N4352
2N4353
2N4354
2N4355
2N4356
2N4357
2N4358
2N4359
2N4360
2N4381
2N4382
2N4383
2N4384
IDC
2N4385
2N4386
2N4387
2N4388
2N4389
2N4390
2N4391
AML
BNT
CRY
ESMF
tMOTA
t SIX
t Til
2N4392
AML
BNT
CRY
ESMF
tMOTA
t SIX
t Til
2N4393
AML
BNT
CRY
ESMF
tMOTA
t SIX
t Til
2N4395
SCA
SSI
2N4396
SCA
SSI
2N4398
TEC
2N4399
TEC
2N4400
2N4401
2N4402
2N4403
2N4404
2N4405
2N4406
2N4407
2N4409
2N4410
1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
none
:~~p~TA ~6: ;: 1~~~~~iX57 tloTIl
111: ~~ :<N4"U"rEC
tt.SPR
70· 75
TIIF
UCC 159· 42 2N4903
MFRS Pa&Line TYPE No.
tlomi'
I~~::g
tloFSC
61·103 2N4412A
180· 39 2N4413
tloRCA 125·32
SCA
2N4413A
tAPX
93· 79 2N4414
tloSIX
109· 31 2N4414A
UCC
2N4415
tloSIX
109· 32 2N4415A
UCC
2N4416
tloSIX
109· 33
AML
CDC
BNT
CRY
UCC
ESMF
tloSIX
109· 34
tMOTA
CDC
UCC
tSIX
tloFSC
tTIl
104· 47
UCC
tloFSC
104· 48 2N4416A
tloRCA 113·106
BNT
tloRCA 150· 34
CRY
ATEI
TADI
TIIB
SOD
2N4417
WESY
tloRCA 152· 60 2N4418
SLA
2N4419
WESY
TEC
135· 63
178· 19 2N4424
loTEC
135·64
ESMF
tloMOTA 109· 35
160· 77 2N4425
tloMOTA 105· 17
ESMF
160· 78
tloGIC
104· 79 2N4427
SSI
tAPX
160· 71
tloFSC
66· 57
INTG
UEHK 171· 69
MOTA
tt.FSC
66· 58
UEHK 171· 70 2N4428
tloFSC
66· 59
ECD
t MOTA
UEHK 171· 71
HSC
68· 99 2N4429
HSC
71· 17
ECD
t SSS
loFSC
67· 31
MOTA
2N4430
tloFSC
104· 49
ECD
UCC
t SSS
tt.FSC
105· 18 2N4431
tloFSC
105· 19
ECD
tloSPR
101· 93
t SSS
tloSPR
96· 3 2N4432
TEC
tloSPR
101· 94 2N4432A
tloSPR
96· 4 2N4433
ETC
TEC
tloTEC
126· 83
tloTEC
126· 84 2N4434
loFSC
61· 92 2N4435
178· 59 2N4436
tloRCA 170· 25
tloUCC 112· 62 2N4437
tAPX
159· 46
CDC
2N4440
t DIC
ECD
tlTT
MISI
t NPC
SOD
TADI
JAN2N4440
TIIF
tloUCC 112· 63 2N4445
tAPX
159· 47
CDC
2N4446
t DIC
2N4447
MISI
t NPC
2N4448
TADI
TIIF
tloUCC 112· 64 2N4449
tAPX
159· 48
CDC
JAN2N4449
t DIC
2N4450
MISI
t NPC
TADI
2N4451
TIIF
PPC
149· 44 2N4452
SOD 165· 37
2N4453
TEC
PPC
149·45
SOD 165· 39 JAN2N4453
TEC
tloMOTA 128· 96 2N4851
tTIl
165· 20 2N4852
tloMOTA 128·97 2N4853
tTIl
165· 21 2N4854
tloMOTA 89· 14
ESMF
MOTA
173·76
TIIB
tMOTA 89· 25
175·53 2N4855
ESMF
tMOTA 65·108
MOTA
172· 46
TIIB
tMOTA 66· 4
2N4856
173· 77
tbMOTA 126· 1
AML
tSIX
173·84
tloMOTA 126· 2
TIIF
/
173· 85 JAN2N4856
tloMOTA 1~6. 3 2N4856A
TIIF
1 2· .92
tloMOTA 126· 4 2N4857
AML
172· 93
tSIX
tllMOTA 89· 36
TIIF
tloMOTA 89· 37
D.A. T.A.INC.
1~5:1~~
tloSPR
IDC
tloSPR
tloSPR
tloSPR
tloSPR
tllSPR
tloUCC
APX
tCDC
t DIC
MISI
tNPC
TADI
TIIB
TIIF
loUCC
t CDC
t SIX
tTIl
TIIF
tloUCC
TIIB
68· 87 2N4858
AML
68· 88
tSIX
70· 76
TIIF
70· 77 JAN2N4858
68· 89 2N4858A
68· 90
TIIF
109· 36 2N4859
AML
tSIX
TIIF
JAN2N4859
2N4859A
TIIF
2N4860 "
AML
109· 37
t SIX
TIIF
JAN2N4860
2N4860A
TIIF
107· 65 2N4861
92· 92
AML
179· 51
t SIX
TIIB
92· 50
TIIF
178· 54 JAN2N4861
tloGESY 90· 56 2N4861A
MISI
TIIF
2N4862
t SPR
tloGESY 96· 95
t SOD
MISI
2N4863
tSOD
t SPR
tloRCA 132· 67
FERB
2N4864
tlTT
t SOD
2N4865
PHIC
TIIB
SEN
tloTRW 143· 79
FERB
JAN2N4865
t SSS
tloTRW 134· 34 2N4866
FERB
t SOD
TADI
2N4867
+1ITRW 138· 17
FERB
2N4867A
TADI
BNT
tloTRW 141· 20 2N4868
FER8
TADI
2N4868A
loLTTF
98· 72
BNT
TIIF
2N4869
LTTF
98· 73
tAPX
76· 25 2N4869A
MULB
BNT
PHIC
2N4870
MULB 73· 96 2N4871
MULB 73· 93 2N4872
HSC
78· 99
176· 47 2N4873
HSC
78·100
176· 48 2N4874
tloRCA 138· 59 2N4875
2N4876
INTG
RAYN
2N4877
tSSS
2N4878
TADI
RCA 138· 84
t CRY
111· 99 2N4879
160· 18
t CRY
111·100 2N4880
160· 19
t CRY
111·101 2N4881
160· 20
t CRY
111·102 2N4882
160· 21
loFSC
87· 95 2N4883
179· 98
none
87· 96 2N4884
179· 52
loFSC
91· 59 2N4885
176· 39
loFSC
65· 74 2N4886
178· 82
loFSC
66· 65 2N4888
175· 4 2N4889
loFSC
65· 75 2N4890
ESMF
178· 72
none
65· 76
180· 83 2N4891
loMOTA 188· 26
11 MOTA 188· 27 2N4892
loMOTA 188· 28
tloTl1
174· 24 2N4893
MISI 181· 46
RAYN
2N4894
TIIF
tloTIl
174· 25 2N4895
MISI 181· 47
SOD
RAYN
2N4896
TIIF
SOD
tloTl1
111· 17 2N4897
SOD
BNT 159· 8
2N4898
TIIB
UCC
none 111· 18 2N4899
+1ITII
111· 19
UCC 159· 9 2N4900
tloTIl
111· 20
BNT 159· 41 2N4901
TEC
TIIB
UCC
6·Registered with JEDEC
by this manufacturer
loT11
BNT
TIIB
UCC
none
tloTIl
UCC
tloTIl
BNT
TIIB
UCC
none
tloTl1
UCC
tloTIl
BNT
TIIB
UCC
none
tloTl1
UCC
tloTIl
BNT
TIIB
UCC
none
tloTIl
UCC
t PIR
TEC
t PIR
SSP
TEC
t PIR
TEC
PIR
t SOD
TEC
none
SEN
TEC
+1ISIX
BNT
tloSIX
UCC
tloSIX
BNT
tloSIX
UCC
tloSIX
BNT
tloSIX
UCC
tloMOTA
tloMOTA
tloFSC
111· 23
TEC
160· 2 2N4904
TEC
2N4905
111· 24
IDC
111· 25 2N4906
159·106
TEC
111· 26 2N4907
159· 10 2N4908
2N4909
2N4910
111.· 27
111· 28 2N4911
159· 11
111· 29 2N4912
159·43
2N4913
SCA
111· 30
SSI
111· 31
159· 44 2N4914
111· 32
SCA
160· 3
SSI
2N4915
111· 33
SCA
111· 34
SSI
159·107
135·65 2N4916
135· 66 2N4917
142· 89
156· 86
166· 42
156·
170·
156·
166·
109·
2N4918
2N4919
2N4920
2N4921
2N4922
2N4923
2N4924
2N4925
2N4926
87
87
88
43
38 JAN2N4926
2N4927
109· 39
JAN2N4927
109· 40 2N4928
2N4929
109· 41 2N4930
109· 42 JAN2N4930
2N4931
109· 43
JAN2N4931
188· 29 2N4932
188· 30
71· 36 2N4933
180· 73
+1IFSC
93· 8 2N4934
180· 35 2N4935
MTII
99· 50 2N4936
tloTIl
99· 48 2N4937
tllTIl
99· 47
loMOTA 138· 10 2N4938
HSC
165· 13
tODC
83· 98 2N4939
t UCC 183· 37
tODC
83· 93 2N4940
t UCC 183· 38
t ODC
83· 94 2N4941
t UCC 183· 39
MAML 112· 34 2N4942
8NT
tloAML 112· 35 2N4943
8NT
2N4944
tloAML 112· 36
CDC
8NT
2N4945
tloAML 112· 37
2N4946
BNT
+1IAML 112· 38
CDC
2N4947
BNT
tloAML 112· 39
JAN2N4947
BNT
+1IFSC
64· 73 2N4948
tMOTA
+1IFSC
64· 74
+11 MOTA 126· 5 JAN2N4948
MISI 171· 39 2N4949
TEC
t MOTA
+1ITII
188· 31 JAN2N4949
TIIB
2N4950
tloTIl
SEN
188· 32
TIIB
tloTl1
188· 33 2N4951
TIIB
ESMF
+1ITII
188· 34
TIIB
2N4952
ESMF
tloFSC
102· 89
SSI
180· 57
tt.FSC
102· 84 2N4953
SSI
ESMF
179·108
tllFSC
102· 85 2N4954
SSI
ESMF
179·109
tloMOTA 126·107
TEC
2N4955
tloMOTA 126·108
TEC
2N4956
+11 MOTA 126·109
TEC
2N4957
tbMOTA 128· 34 2N4958
tT11
2N4959
21
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRS Pa&Line
tlo"",<;
t~ntA
I~O' ~.
tloMOTA
t Til
tloMOTA
tT11
tloMOTA
tTIl
tloMOTA
tTIl
loMOTA
loMOTA
loMDTA
tloMOTA
TEC
tloMOTA
TEC
tloMOTA
TEC
tloMOTA
SLA
TEC
t Til
tloMOTA
SLA
TEC
tT11
tloMOTA
SLA
TEC
tTIl
tloFSC
128· 36 2N4961
tloFSC
128· 37 2N4962
tloFSC
128· 38 2N4963
tloFSC
128· 39 2N4964
2N4977
BNT
NSC
BNT
NSC
BNT
RAYN
BNT
RAYN
BNT
RAYN
BNT
RAYN
BNT
RAYN
BNT
RAYN
BNT
RAYN
tloMOTA
tloMOTA
tloTRW
SEN
tloAML
2N4978
tllAML
2N4979
2N4980
tloAML
BNT
CRY
2N4981
CRY
tloFSC
tloMOTA
tloMOTA
+11 MOTA
tloMOTA
tloMOTA
tloMOTA
tloMOTA
tloMOTA
tloMOTA
SCA
~N4""U
75 2N4965
76
77 2N4966
23
NSC
2N4967
142· 24
NSC
2N4968
142· 25
NSC
2N4969
149· 46
NSC
2N4970
NSC
2N4971
149· 47
NSC
2N4972
NSC
2N4974
149·48 2N4975
2N4976
128·
128·
128·
142·
61· 93
178·91
61· 97
179· 37
127· 53
127· 54
127· 55
145· 14
145· 15
145· 16
134· 35
134· 36
135· 13
none 134· 37
tloMOTA 135· 14
SCA
none 134· 38
t MOTA 70· 93
tMOTA 126· 6
ITC
126· 7
tMOTA
none 134· 39
ITC
126· 8
tMOTA
none 134· 40
tloRCA 147· 98
SEN
tloRCA
147· 99
SEN
tloRCA
80· 87
tloRCA
80· 88
tloRCA
80· 89
tloMOTA 70· 6~
RAYN 183· 40
tbMOTA 70· 65
RAYN 183· 41
tloMOTA 190· 58
RAYN
tloMOTA 63· 35
RAYN 18"3· 42
tloMOTA 63· 36
RAYN 183· 43
tloMOTA 190· 59
RAYN
NSC 101·110
tloFSC
81· 14
ETC
tt.FSC
81· 15
CDC
+1IFSC
81· 16
ETC
tloTIl
188· 35
TIIB
none 188· 36
tloTIl
188· 37
TIIB
MOTA 188· 38
tloTIl
188· 39
TIIB
MOTA 188· 40
loSIL
156· 89
SPC
171· 85
UEHK
tloSPR
91· 60
tGESY 176· 13
MISI
MSPR
91· 61
t GESY 176· 14
MISI
MSPR
91· 62
MISI 176· 15
tloSPR
91· 63
t GESY 176· 16
MISI
tbFSC
90· 20
190· 60
MFSC
90· 21
190· 61
tMOTA 61·106
tMOTA 61·104
tMOTA 61·105
2N4982
2N4994
2N4995
2N4996
2N4997
2N4998
2N4999
2N5000
2N5001
2N5002
SOD
2N5003
2N5004
SOD
2N5005
2N5006
2N5007
2N5008
2N5009
2N5010
ITC
2N5011
ITC
2N5012
ITC
2N5013
ITC
2N5014
ITC
2N5015
ITC
2N5016
ECD
t SSS
2N5018
2N5019
2N5020
2N5021
2N5022
ITT
2N5023
ITT
2N5024
2N5025
2N5026
2N5027
2N5028
2N5031
2N5032
CRY
tloTIl
TIIB
tloTIl
TIIB
tloTIl
TIIB
tloTIl
TIIB
tloFSC
SEN
tloFSC
tloFSC
SEN
tloFSC
tllFSC
SSI
TEC
tloFSC
TEC
MFSC
SSI
TEC
tloFSC
TEC
tloFSC
TEC
loFSC
TEC
tloFSC
loFSC
TEC
loSIL
MST
SSI
loSIL
MST
SSI
loSIL
MST
SSI
bSIL
MST
SSI
bSIL
MST
SSI
loSIL
MST
SSI
tloRCA
RAYN
TADI
TIIB
MAML
1~~: ~~
96·
176·
102·
176·
96·
176·
61·
52
67
51
68
53
69
67
61· 68
77· 66
77· 67
77· 68
78· 63
173·105
78· 64
174· 26
61· 81
174·89
61· 82
175· 2
190· 82
190· 63
134· 41
112·
159·
112·
160·
112·
160·
68·
189·
68·
189·
68·
189·
91·
65
49
66
4
67
40
70
29
54
30
42
31
21
91· 22
83· 7
83· 8
143· 80
127· 26
143· 81
127· 27
146· 39
127· 62
146· 40
127· 63
150· 80
128· 62
150· 81
128· 63
132· 68
132· 69
132· 70
132· 71
132· 72
132· 73
143· 82
106· 38
160· 22
106· 39
160· 91
tloFSC
105· 20
tloFSC
105·21
MFSC
125·103
RAYN 173· 32
tllFSC
125· 10
RAYN 173· 90
MMOTA 80· 59
tllFSC
145· 41
MFSC
145· 42
SPR
89· 71
175·54
SPR
89· 72
175· 86
80· 10
:~~g~~ 80· 11
tloAML
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
TYPE No.
I~~~g~~
2N5035
2N5036
2N5037
2N5038
2N5039
2N5040
2N5041
2N5042
2N5043
2N5044
2N5045
AML
TIIB
2N5046
AML
TIIF
2N5047
AML
TIIF
2N5048
2N5050
2N5051
2N5052
2N5053
2N5054
2N5055
2N5056
2N5057
2N5058
2N5059
2N5065
2N5066
2N5067
SLA
2N5068
SLA
2N5069
SLA
2N5070
2N5071
2N5072
2N5073
2N5074
SSI
2N5075
SSI
2N5076
SSI
2N5077
SSI
2N5078
BNT
2N5079
2N5080
2N5081 .
2N5082
2N5083
2N5084
2N5085
2N5086
2N5087
2N5088
2N5089
2N5090
ECD
SOD
2N5091
2N5092
MST
2N5093
2N5094
2N5095
MST
2N5096
2N5097
MST
2N5098
MST
2N5099
MST
2N5100
2N5101
MST
2N5102
.
1. TYPE No CROSS INDEX
MFRS pQ&line TYPE No.
MFRS Pa&line TYPE No.
109- 45 2N5150
SOD
l>RCA
109- 46
l>RCA
2N5151
l>RCA
109· 47
SSI
l>RCA
2N5152
+l>RCA
SOD
SSP
102· 90
+l>RCA
192· 2
2N5107
HSC
93· 12 2N5153
SSP
192· 3
SSI
+l>FSC
2N5108
+l>RCA 132· 74 2N5154
+l>FSC
RAYN
+ MOTA
SOD
+l>FSC
SOD
SSS
+l>TII
2N5109
+l>RCA 132· 75 2N5155
TIIB
TADI
+ MOTA
+l>TII
43·55
SSS
2N5110
+l>SIL
TIIB
70· 8 2N5156
CRY
MOTA
+l>TII
108· 32
+l>SIL
70· 9 JAN2N5156
BNT 183· 44 2N5111
CRY
TIIF
2N5112
+l>SIL
127· 51 2N5157
UCC
CRY
108· 33
+l>TII
127·52 2N5158
183· 45 2N5113
+l>SIL
TIIB
CRY
UCC
l>UCC 106· 17 2N5159
108· 34 2N5114
+l>TII
183- 46
160· 5
TIIB
2N5115
l>UCC
106· 18 2N5160
UCC
160· 23 2N5161
TEC
150· 86
l>UCC
106· 19 2N5162
UCC 166· 32 2N5116
160· 41 2N5163
+l>MOTA 145 - 55
+l>UCC
AML
166· 15 2N5117
69· 33
183·47
CDC
+l>MOTA 145· 56
+l>UCC
69·34 2N5172
166· 16 2N5118
183·48
+l>MOTA 145· 57
+l>UCC
69·35 2N5174
166· 17 2N5119
183· 49 2N5175
80· 60
+APX
l>UCC
2N5120
64· 21 2N5176
PHIC
183· 50 2N5177
+l>APX
80· 85
l>UCC
64· 22 2N5178
61·101 2N5121
+l>FSC
183· 51 2N5179
180· 5
l>UCC
APX
64· 23
MFSC
67 ·103 2N5122
183· 52 2N5180
180· 13
l>UCC
69· 36 2N5181
67-110 2N5123
+l>FSC
183· 53 2N5182
180· 48
l>UCC
69·37 2N5183
135· 17 2N5124
+l>TII
183·54 2N5184
SSI
l>UCC
69· 38 2N5185
135· 18 2N5125
+l>TII
183·55 2N5186
SSI
HSC
79· 5
98- 99 2N5126
FSC
NSC
2N5187
180· 3
+l>FSC
78· 28
192· 1 2N5127
2N5188
BNT
CDC
+l>CRY
93· 33
NSC
189· 32
+l>FSC
78· 65 2N5189
+l>MOTA 149·49 2N5128
CDC
BNT
SSI
NSC
TEC
2N5129
BNT
86· 27 2N5190
MMOTA 149· 50
2N5191
CDC
+ FSC
SSI
NSC
2N5192
149·
51
+l>MOTA
CDC
2N5130
79· 49 2N5193
SSI
NSC
2N5194
HSC
TEC
+l>FSC
78· 8 2N5195
+ RCA
147 ·100 2N5131
BNT
CDC
2N5196
147·101
+ RCA
ETC
NPC
l>LTTF 153· 76
2N5197
NSC
l>LTTF
97·59
l>FSC
78·66
147 ·102 2N5132
l>FSC
2N5198
BNT
CDC
SSP
NSC
ETC
l>FSC
147·103
2N5199
77·
69
2N5133
+l>FSC
SSP
CDC
BNT
l>FSC
147 ·104
2N5200
RAYN
NSC
SSP
UEHK
l>FSC
147 ·105
+l>FSC
78·101 2N5201
2N5134
SSP
ETC
CDC
175·45
+l>AML 109· 44
UEHK
2N5202
NSC
CDC
l>FSC
SCA
2N5135
84· 30
UCC
CDC
2N5208
BNT
+l>AML 131· 98
NPC
NSC
2N5209
+l>AML 131· 99
RAYN
2N5210
92·107
AML
+l>FSC
81· 12 2N5211
AML
92·108 2N5136
2N5212
BNT
CDC
143· 83
+l>FSC
2N5213
NSC
RAYN
170· 19
+l>FSC
84·31
143· 84 2N5137
+l>FSC
2N5214
BNT
CDC
170·102
ETC
NSC
+l>FSC
143·85
2N5215
RAYN
170· 20
+l>FSC
61· 65
+l>MOTA 65· 97 2N5138
CDC
2N5216
BNT
+l>MOTA 65·98
RAYN
NSC
+l>MOTA 88·87
2N5217
UEHK
+l>MOTA 88· 88
+l>FSC
61· 88
MRCA 135·67 2N5139
NSC 177· 40 2N5218
BNT
ITT
+l>FSC
61· 94
2N5140
+ SSS
178· 73 2N5219
TADI
61· 89 2N5220
+l>FSC
l>ITC
125· 11 2N5141
RAYN 177· 59 2N5221
133- 54
l>ITC
2N5142
+l>FSC
64· 24 2N5222
SSI
BNT
CDC 171· 62 2N5223
125 - 12
l>ITC
2N5224
NSC
SSI
+l>FSC
61· 75
l>ITC
125· 13 2N5143
CDC
171· 63 2N5225
BNT
SSI
2N5226
NSC
133· 55
l>ITC
2N5144
+l>FSC
92· 1 2N5227
SSI
192· 4 2N5228
l>ITC
125· 14
2N5145
+l>FSC
102· 63
SSI
192· 5 2N5229
l>ITC
133· 56
2N5146
+l>MOTA 69· 62
SSI
172· 52 2N5230
l>ITC
133· 57
+l>FSC
125·41
2N5147
SSI
TEC
2N5231
SSI
l>ITC
133· 58
2N5148
+l>FSC
131· 17
SSI
2N5232
SOD
SSI
l>ITC
126· 92
TEC
l>ITC
141· 73
2N5149
+l>FSC
125· 42 2N5232A
SSI
IDC
TEC
MRCA 135· 68
+l>~SC
D.A. T.A. INC.
1()4- 50
150- 82
150- 83
150- 84
150- 85
152- 79
170· 71
152· 80
170· 72
65· 83
65·84
71· 95
43- 56
2N5103
BNT
2N5104
BNT
2N5105
BNT
2N5106
+APX
UCC
+ APX
+ UCC
+APX
+ UCC
HSC
,6,.Ragistered with JEDEC
by this manufacturer
MFRS Pa&line TYPE No.
+l>~~f
TEC
+l>FSC
TEC
+l>FSC
SSI
TEC
+l>FSC
TEC
+l>FSC
SSI
TEC
+l>DEL
SOD
+l>DEL
SOD
none
l>GESY
l>GESY
l>GESY
l>FSC
131· 19 2N5237
l>SOD
JAN2N5237
none
125·44
2N5238
l>SOD
131· 20
117· 4
163· 46
121· 6
163· 47
122· 18
162· 55
154·93
+l>DEL
SOD 164· 71
111·103
l>CRY
160· 24
l>CRY
111·104
160· 25
+l>MOTA 125· 22
+l>MOTA 126·85
+l>MOTA 127·61
+l>FSC
107· 70
BNT
UCC
GESY 76-110
SPR
+ GESY 77· 1
+ GESY 77· 2
+ GESY 77· 3
l>TRW 145· 4
l>TRW 148·76
+l>RCA
79·106
MOTA
76· 69
+l>RCA
+l>RCA
76· 61
+ RCA
76· 62
+l>RCA
95·53
+l>RCA
95· 19
+l>RCA 158· 41
87·76
+l>RCA
178· 80
87· 77
+l>RCA
178·40
+l>RCA 102· 74
160· 35
+l>RCA
99· 95
131· 1
160· 56
MMOTA 146· 7
+l>MOTA 146· 8
+l>MOTA 146· 9
+l>MOTA 127· 86
+l>MOTA 127·87
+l>MOTA 127·88
+l>SIX
108· 35
AML 183· 56
+l>SIX
108· 36
AML 183· 57
+l>SIX
108· 37
AML 183· 58
+l>SIX
108· 38
AML 183· 59
l>FSC
88· 19
192· 6
l> FSC
88·42
192· 7
+ RCA 143·86
TEC
170· 70
+ MOTA 66· 12
+ MOTA 88·110
+ MOTA 89· 1
ITT
102· 14
l>ITT
136· 82
l>ITT
136· 83
INTG
147·62
+l>ITT
INTG
141· 55
l>ITT
INTG
142· 26
+l>ITT
INTG
+l>ITT
136· 84
INTG
l>SOD 149· 52
169· 53
+l>MOTA 89· 11
+l>MOTA 89· 5
+l>MOTA 65·101
+l>MOTA 89· 58
+l>MOTA 89· 12
+l>MOTA 89· 26
175·55
+l>MOTA 89· 2
+l>MOTA 65· 99
+l>MOTA 65·102
+l>MOTA 66· 13
177 - 52
l>MOTA 125·78
189· 33
l>MOTA 125·79
TEC
189· 34
l>MOTA 125· 80
TeC
189· 35
+ GESY 89· 75
SPR
+ GESY 89· 76
SPR
22
IN TYPE NUMBER SEQUENCE
MFRS l'a&line TYPE No.
131- 18 2N5233
2N5234
2N5235
125 - 43 2N5236
JAN2N5238
2N5239
none
2N5242
MRCA
SSI
+l>RCA
SSI
+ DEL
SOD
l> FSC
2N5243
l> FSC
2N5240
2N5241
2N5244
l>FSC
2N5245
+l>T1I
TIIB
+l>TII
TIIB
+l>TII
TIIB
MTII
TIIB
+ GESY
+ GESY
l>SOD
TEC
AML
2N5246
2N5247
2N5248
2N5249
2N5249A
2N5250
PIR
JAN2N5250
2N5251
JAN2N5251
l>SOD
TEC
AML
2N5252
2N5253
2N5254
l> FSC
l>FSC
+l>FSC
2N5255
+l>FSC
2N5256
+l>FSC
2N5262
l>RCA
2N5263
2N5264
+APX
+l>FSC
2N5265
2N5266
2N5267
2N5268
2N5269
2N5270
2N5271
MMOTA
+l>MOTA
+l>MOTA
MMOTA
+l>MOTA
+l>MOTA
l>MOTA
2N5272
l>MOTA
2N5277
+l>AML
BNT
+l>AML
BNT
l>ITC
l>ITC
l>ITC
SCA
l>ITC
SCA
l> FSC
SSI
l>FSC
SSI
l>FSC
l>FSC
MOTA
HSC
HSC
HSC
+l>FSC
+l>FSC
2N5278
2N5279
2N5280
2N5281
2N5282
2N5284
2N5285
2N5286
2N5287
2N5288
2N5289
2N5290
2N5291
2N5292
2N5293
2N5294
2N5295
2N5296
2N5297
2N5298
2N5301
2N5302
2N5303
2N5305
2N5306
2N5307
2N5308
2N5309
2N5310
2N5311
898989 98181137·
170·
137·
170·
137 170·
137·
170·
150·
77
78
79
95
1
5
26
6
92
7
27
8
93
31
MSOD
2N5313
HSC
l>SOD
PIR
TEC
+l>SOD
TEC
l>SOD
PIR
l>SOD
2N5314
2N5315
HSC
2N5316
2N5317
2N5318
150· 32 2N5319
154· 80
165·38
70· 46
173· 33
70· 47
173· 34
67· 96
192· 8
111· 35
MFRS Pa&line
2N5312
2N5320
2N5321
l>SOD
HSC
l>SOD
l>SOD
HSC
+l>RCA
2N5324
+l>RCA
TEC
+l>RCA
TEC
+l>RCA
TEC
MMOTA
111· 36 2N5325
+l>MOTA
111· 37 2N5326
l>TRW
TEC
l>TRW
TEC
l>TRW
TEC
l>TRW
TEC
l>TRW
2N5322
2N5323
111· 38 2N5327
SOD
89· 80 2N5328
89· 81
156· 90 2N5329
166· 44
SOD
156· 91 2N5330
170· 88
156· 92 2N5331
166· 45
156· 93 2N5332
170· 89
135·69 JAN2N5332
135·70
66· 51 2N5333
190· 64 2N5334
66· 52
183· 60 2N5335
66· 53
183· 61 2N5336
99·96
HSC
131· 2 2N5337
160· 42
+ MOTA
93· 14 2N5338
149·53
HSC
170· 31 2N5339
104· 51
HSC
104· 52 2N5344
104· 53
104· 54 2N5345
104· 55
104· 56 2N5346
159· 1
+ FSC
181· 5 2N5347
92· 93
HSC
179· 82 2N5348
112· 40
HSC
2N5349
112· 41
HSC
2N5354
ESMF
134·42
132· 12
+ NPC
125·23 2N5355
ESMF
125· 24
+ NPC
2N5356
146· 41
ESMF
+ NPC
146· 42 2N5357
127· 96
127·97
150· 87
150· 88
128· 64
128· 65
93· 11
192· 9
145· 93
145·94
145·95
145·96
145·97
145·98
154· 69
164· 49
154·70
164· 50
154·71
164· 51
190· 65
+l>RCA
+l>RCA
+l>RCA
+l>RCA
+l>RCA
+l>RCA
l>MOTA
+ Til
l>MOTA
+ Til
l>MOTA
+ Til
+l>GESY
SPR
+l>GESY 190· 66
SPR
+l>GESY 190· 67
SPR
+l>GESY 190· 68
SPR
+GESY 89· 82
+ GESY 89· 83
GESY 89· 84
l>TRW
SOD
+l>TII
none
+l>TII
+l>MOTA
SSI
+l>MOTA
SSI
+l>MOTA
SSI
HSC
SSI
+l>MOTA
SSI
+l>MOTA
SSI
+l>MOTA
+l>MOTA
m:~~
149- 54
168- 69
128· 41
168· 70
149· 55
168·71
128· 42
168· 45
149· 56
168· 66
128· 43
168· 46
149';57
168· 67
138· 18
169·104
138· 19
169·105
126· 46
169·109
126· 47
169·110
118· 48
164· 66
118· 49
164· 67
143·87
170· 97
137· 9
171· 79
146· 43
171· 80
150· 38
170·103
152· 81
170·104
153· 77
170·105
68· 1
192· 10
67·104
192· 11
127· 17
135 - 42
168·100
135·43
168·101
135·44
167·102
135·45
167·103
135·46
167·104
135· 47
167 ·105
127·49
170· 54
121- 50
170· 55
147· 63
167·106
147· 64
167·107
147· 65
167·108
147· 66
167·109
66· 77
MMOTA
SSI
+l>MOTA
SSI
+l>MOTA
SSI
+l>MOTA
SSI
+l>GESY
MISI
SPR
+l>GESY 66· 78
MISI
SPR
+l>GESY 66· 79
MISI
SPR
+l>MOTA 127· 58
170· 1
2N5358
+l>MOTA 109· 48
2N5359
+l>MOTA 109· 49
2N5360
+l>MOTA 109· 50
2N5361
+l>MOTA 109· 51
2N5362
+l>MOTA 109· 52
2N5363
+l>MOTA 109· 53
2N5364
+l>MOTA 109· 54
2N5365
l>GESY 66· 80
ESMF
MISI
2N5366
l>GESY 66.81
ESMF
MISI
2N5367
l>GESY 66· 82
ESMF
MISI
2N5368
l>SPR
91· 64
176· 17
2N5369
l>SPR
91· 65
176· 18
2N5370
91· 66
SPR
176· 19
91· 67
2N5371
l>SPR
176· 20
67· 19
2N5372
l>SPR
172· 71
l>SPR
67· 20
2N5373
172· 72
l>SPR
67·21
2N5374
172· 73
l>SPR
67· 22
2N5375
172· 74
l>SPR
2N5376
92· 2
l>SPR
92· 3
2N5377
l>SPR
67· 32
2N5378
l>SPR
67· 33
2N5379
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
MFRS P &Line TYPE No.
~~~~g~
~~~
2N5382
2N5383
2N5384
2N5385
2N5386
2N5387
2N5388
2N5389
2N5390
2N5391
2N5392
2N5393
2N5394
2N5395
2N5396
2N5397
2N5398
2N5399
JAN2N5399
5PR
5PR
."TII
."TII
."TII
."TII
."TII
."TII
."TII
."AML
."AML
."AML
."AML
."AML
."AML
."5IX
BNT
."5IX
BNT
."TII
none
2N5400
2N5401
2N5404
."MOTA
."MOTA
"SOD
2N5405
"SOD
2N5406
"SOD
2N5407
"SOD
2N5408
"SOD
2N5409
"SOD
2N5410
"SOD
2N5411
"SOD
2N5412
"SOD
2N5413
HTII
2N5414
."TII
2N5415
2N5416
2N5417
2N5418
2N5419
2N5420
2N5421
."RCA
ITC
."RCA
ITC
"Til
2N5425
"GESY
"GE5Y
"GE5Y
."ITT
INTG
."ITT
INTG
INTG
• ITT
INTG
• ITT
."F5C
2N5426
."F5C
2N5427
."MOTA
2N5428
."MOTA
2N5429
."MOTA
2N5430
."MOTA
2N5422
2N5423
2N5424
2N5431
2N5432
2N5435
."MOTA
."5IX
BNT
."5IX
BNT
."SIX
BNT
HMOTA
2N5436
."MOTA
2N5433
2N5434
.
1 TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE
TYPE No.
2N5437
."MOTA
2N5438
."MOTA
2N5439
."MOTA
2N5440
."MOTA
2N5447
2N5448
2N5449
2N5450
2N5451
2N5452
."TII
."TII
."TII
."TII
."TII
."UCC
2N5453
."UCC
2N5454
."UCC
2N5455
."F5C
2N5456
."F5C
2N5457
2N5458
."MOTA
."MOTA
D.A. T.A. INC.
~~: ~~ I~~~:g~
6767127127 128153 153 153190109 109109 109109109109-
34
73
64
65
44
78
79
80
69
55
56
57
58
59
60
61
2N5461
2N5462
2N5463
2N5464
2N5465
2N5466
2N5467
2N5468
2N5469
2N5470
2N5471
2N5472
2N5473
2N5474
2N5475
2N5476
2N5477
• F5C
109- 62
2N5478
H5C
92-109
192- 12 2N5479
92-110
192- 13 2N5480
H5C
65-103
65-104 2N5481
129- 6 2N5482
169 - 27 2N5483
129 - 7 2N5484
169 - 28 2N5485
129- 8 2N5486
169- 29 2N5487
129- 9
169- 30 2N5487-1
127 - 66
169- 31 2N5487-3
127 - 67
169- 32 2N5488
127 - 68
169- 33 2N5488-1
127 - 69
169- 34 2N5488-3
152 - 59
170- 63 2N5489
135- 19 2N5490
175 -105 2N5491
135- 20 2N5492
175 -106 2N5493
126- 48 2N5494
2N5495
126- 49 2N5496
2N5497
96· 54 2N5498
192- 14 2N5505
90- 57
90· 58 2N5506
90- 59
132· 54 2N5507
:~~g+~ ;~~:
."MOTA
."MOTA
."MOTA
."MOTA
."MOTA
"SOD
"SOD
"SOD
"SOD
• RCA
."MOTA
."MOTA
."MOTA
."MOTA
."MOTA
."MOTA
."MOTA
551
."MOTA
551
."MOTA
H5C
."MOTA
551
"TRW
"TRW
"TRW
."MOTA
."MOTA
."MOTA
"SSP
551
SSP
SSP
"SSP
551
SSP
SSP
"SIL
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
"51L
."AML
."AML
."AML
134- 43 2N5508
."AML
140- 4 2N5509
."AML
141· 24 2N5510
."AML
2N5511
."AML
2N5512
."AML
2N5513
."AML
127 - 59
170- 21
127 - 60
170- 22
145 - 5
167 -110
145 - 6
168- 1
145 - 7
168- 2
145 - 8
168- 3
188- 41
109- 63
159- 2
109- 64
159· 3
109 - 65
159- 4
122- 52
161- 99
122- 53
161-100
122-54
161-101
122- 55
161-102
122- 56
161-103
122- 57
161-104
67 - 5
67- 6
90-103
90-104
90-105
108- 39
183- 62
108· 40
183· 63
108· 41
183· 64
66- 27
179· 26
89- 90
179- 27
110- 89
110- 90
2N5514
."AML
2N5515
."5IX
2N5516
."5IX
2N5517
."5IX
2N5518
."5IX
2N5519
."5IX
2N5520
."5IX
2N5521
."SIX
2N5522
."5IX
2N5523
."5IX
2N5524
."SIX
2N5527
2N5528
2N5529
2N5530
2N5531
2N5532
2N5533
2N5534
2N5535
2N5536
"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC
n
105· 74
105- 75
105- 76
105- 77
105- 78
152- 82
152- 83
147-106
147-107
132- 76
105- 22
105- 23
105- 24
105- 25
105- 26
105- 27
147 - 67
168- 4
147 - 68
168- 5
147- 69
168- 6
147 - 70
168- 7
134- 44
138- 20
141- 33
110- 92
110- 93
110- 94
142 - 75
169- 8
142- 84
169- 9
142- 85
169- 10
142- 76
169- 11
142- 86
169- 12
142 - 87
169- 13
156- 94
180- 62
180- 63
180- 64
180- 65
180- 66
180- 67
180- 68
180- 69
154- 72
104- 80
183- 65
104- 81
183- 66
104- 82
183- 67
104- 83
183- 68
104- 84
183· 69
104· 85
183· 70
104· 86
183 - 71
104- 87
183- 72
104- 88
183- 73
104- 89
183 - 74
108- 42
183- 75
108- 43
183- 76
108- 44
183- 77
108- 45
183- 78
108- 46
183- 79
108- 47
183- 80
108- 48
183- 81
108 - 49
183- 82
108- 50
183 - 83
108- 51
183- 84
134 - 45
192- 15
132- 77
192- 16
132- 78
192- 17
132- 79
192- 18
134- 46
192- 19
132- 80
192- 20
132- 81
192- 21
132- 82
192- 22
134- 47
192- 23
134· 48
192- 24
,"',-Registered with JEDEC
by this manufacturer
;'!NOO;j/
,,~uu
;~;: ;~
2N5538
"SOD
2N5539
"SOD
134- 50
192- 26
153- 81
167 - 53
149- 58
167- 66
131· 85
167 - 54
149- 59
167· 55
112- 23
112- 24
108- 52
183- 85
108- 53
183- 86
108- 54
183- 87
105-100
111- 39
89- 6
89- 7
142- 77
168- 8
142- 88
167- 80
110- 95
159- 50
109- 66
2N5540
"SOD
2N5541
"SOD
2N5542
"SOD
2N5543
2N5544
2N5545
"Til
"Til
."TII
2N5546
."TII
2N5547
."TII
2N5548
2N5549
2N5550
2N5551
2N5552
."TII
."TII
."MOTA
."MOTA
"SSP
2N5552-4
SSP
No.
~~~~~~
2N5636
2N5637
2N5638
2N5639
2N5640
2N5641
2N5642
2N5643
2N5644
2N5645
2N5646
2N5647
2N5648
2N5649
2N5650
2N5651
2N5652
2N5653
2N5654
2N5658
2N5659
2N5555
."MOTA
2N5556
2N5660
."MOTA
BNT
."MOTA 109- 67 2N5661
BNT
."MOTA 109- 68 2N5662
BNT
"SOD 153- 82 2N5663
164- 13
"SOD 155 - 49 2N5664
169- 54
"UCC 108- 55 2N5665
183- 88
"UCC 108- 56 2N5666
183- 89
"UCC 108- 57 2N5667
183- 90
"UCC 110-104 2N5668
183- 91 2N5669
"UCC 110-105 2N5670
183- 92 2N5671
"UCC 110-106
183 - 93 2N5672
156- 95
• RCA
156- 96 2N5679
• RCA
156- 97 2N5680
• RCA
156- 98 2N5681
• RCA
156- 99 2N5682
• RCA
156-100 2N5683
• RCA
."MOTA 132- 2 2N5684
175- 64 2N5685
96- 55 2N5686
none
179- 95 2N5687
1323 2N5688
."MOTA
176-102 2N5689
none
96- 56 2N5690
179- 96 2N5691
"MOTA 126- 9 2N5692
"TRW 153- 83
170· 85 2N5693
."MOTA 140· 47
."MOTA 143- 46 2N5694
."MOTA 147 -108
"UCC 109- 69 2N5695
"UCC 109- 70
"UCC 109- 71 2N5696
"TRW 141- 35
"TRW 144- 92 2N5697
126- 86 2N5698
"FSC
141- 25 2N5699
"F5C
126- 87 2N5700
"F5C
141- 26 2N5701
"F5C
126· 88 2N5702
"F5C
141- 27 2N5703
"F5C
126- 89 2N5704
"F5C
141- 28 2N5705
"F5C
127 - 13 2N5706
"F5C
142- 63 2N5707
"F5C
127 - 14 2N5708
"F5C
142- 64 2N5709
"F5C
127 - 15 2N5715
"F5C
142- 65 2N5716
"F5C
127 - 16 2N5717
" F5C
142- 66 2N5718
"FSC
127 - 92 2N5729
"F5C
146- 13
"FSC
127- 93 2N5730
"F5C
146- 14
"FSC
127 - 94 2N5731
"FSC
146- 15
"F5C
127 - 95 2N5732
"F5C
146- 16
"F5C
128- 66 2N5733
"F5C
152- 53
"F5C
128 - 67 2N5734
" F5C
15254
" F5C
HSC
128- 68 2N5761
152- 55 2N5762
"F5C
128 - 69 20C6
" F5C
HSC
152- 56 20C28
."MOTA 154- 73 20C29
."MOTA 154 - 74 20C35
."MOTA 154 - 75 20C36
."MOTA 153- 53 20C74
."MOTA 153 - 54 20C83
2N5557
2N5558
2N5559
2N5560
2N5561
2N5562
2N5563
2N5564
2N5565
2N5566
2N5575
2N5576
2N5577
2N5578
2N5579
2N5580
2N5581
JAN2N5581
2N5582
JAN2N5582
2N5583
2N5584
2N5589
2N5590
2N5591
2N5592
2N5593
2N5594
2N5595
2N5596
2N5597
2N5598
2N5599
2N5600
2N5601
2N5602
2N5603
2N5604
2N5605
2N5606
2N5607
2N5608
2N5609
2N5610
2N5611
2N5612
2N5613
2N5614
2N5615
2N5616
2N5617
2N5618
2N5619
2N5620
2N5621
2N5622
2N5623
2N5624
2N5625
2N5626
2N5627
2N5628
2N5629
2N5630
2N5631
2N5632
2N5633
23
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
.~~g+~ m:l~~ ~~58~
• MOTA 153- 56 25002
• MOTA 143- 47 25003
."MOTA 110- 96 25004
159- 51 25005
."MOTA 110- 97 25012
159-108 25012A
."MOTA 110- 98 25013A
160- 6 25014
."MOTA 153- 57 25017
."MOTA 143- 48 25018
."MOTA 147 - 58 25019
"MOTA 132- 83 25020
"MOTA 140- 5 25024
"MOTA 143- 49 25025
109- 72 25026
"SIX
109- 73 25033
"SIX
109- 74
"SIX
73-101 25034
"NECJ
73-102
"NECJ
73-103 25035
"NECJ
11099
"MOTA
159- 52 25036
"MOTA 110-100
159-109 2595A
145-110
"SSP
168- 43 25101
146- 1
"SSP
168- 44 25102
143- 88 25103
"SSP
167 - 33 25104
143- 89 25131
"SSP
167- 34 25301
14278 25302
"SSP
167 - 35
14279 25302A
"SSP
167 - 36 25303
146- 2
"SSP
167 - 37 25304
146- 3
"SSP
167 - 38 25305
14280 25306
"SSP
167- 39
14281
25307
"SSP
167- 40
110-101
25321
"MOTA
"MOTA 110-102 25322
"MOTA 110-103 25322A
152- 84 25323
• RCA 170- 28 25324
152- 85 25325
• RCA 170- 29 25326
"MOTA 125- 39
"MOTA 125- 40 25327
"MOTA 131- 3
"MOTA 131- 4 25501
."MOTA 128-102 25502
."MOTA 128-103 25503
."MOTA 156- 15
."MOTA 156- 16 25512
"TRW 134 - 51 25701
"TRW 138- 11 25702
"TRW 142- 67 25703
"TRW 145- 92 25711
"TRW 149- 60 25712
"MOTA 122- 58 25721
162- 43 25722
"MOTA 122- 59 25723
162- 44 25724
"MOTA 122- 60 25731
162- 45 25732
"MOTA 122- 61 25733
162- 46 25741A
"MOTA 122- 62 25742A
162- 47 25743A
"TRW 132· 84 25744A
"TRW 134- 52 25745A
"TRW 138· 21 2S746A
"TRW 143- 90 253010
"TRW 143- 91 253020
"TRW 103- 8 253021
"TRW 138- 22 253030
"TRW 142- 68 253040
"TRW 145 - 21 253210
"TRW 149- 5 253220
"TRW 147-109 253221
"TRW 150- 33 253230
"TRW 152· 86 253240
"TRW 135 - 21 25A12
"MOTA 107- 71 25A12H
"MOTA 107 - 72 25A15
"MOTA 107- 73 25A15H
H5C
138- 85 2SA17H
168- 47
H5C
146- 4 25A18H
168- 48
H5C
149- 61 25A30
168- 56 2SA31
H5C
149- 62 25A32
168· 57
tF5C
153- 84 25A33
168- 80 25A35
H5C
153- 85 25A36
168- 81 25A40
"NECJ 83- 33
88 - 44 2SA43
"NECJ
MULB 183- 94 25A49
MULB 183- 95
MULB 183- 96 25A52
MULB 183- 97
MULB 183- 98 25A53
RADF 183- 99
MULB 183-100
MFRS P{l&Line
~~BLB 1~t1~~
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TADI
TIIB
TIIB
TADI
TIIB
TADI
TIIB
TIIB
TIIB
74- 40
74- 56
74- 41
73- 43
146- 44
149- 10
149- 11
73- 57
133- 29
133- 30
133- 31
133- 32
150- 89
150- 90
150- 91
145 - 58
167- 81
145- 59
167- 82
145- 60
167- 83
145- 61
167 - 84
86-105
176- 75
85 - 4
172- 42
93- 82
93- 89
93-101
87 - 48
63- 66
63- 70
63- 71
63- 78
63- 83
63 - 67
60- 7
189· 36
TIIB
60- 8
189- 37
TIIB
63- 76
TIIB
63- 77
TIIB
63· 59
TIIB
63- 81
TIIB
63- 82
TIIB
63- 69
TIIB
60- 6
189- 38
60- 9
TIIB
189- 39
TIIB
84- 1
TIIB
84- 2
TIIB
84- 3
167 -101
TIIB
86- 73
TIIB
72- 79
TIIB
72· 80
TIIB
72- 81
TIIB
97 - 41
TIIB
97·42
TIIB
149- 27
TIIB
149- 28
TIIB
149- 29
TIIB
149- 30
TIIB
93- 83
TIIB
93- 84
TIIB
93- 85
TIIB
83- 54
TIIB
83- 55
TIIB
83- 56
TIIB
83- 57
TIIB
83- 58
TIIB
83- 59
TIIB
63- 68
TIIB
63- 72
63- 73
TIIB
63- 79
TIIB
TIIB
63- 84
TIIB
63- 53
TIIB
63- 54
TIIB
63- 55
63- 58
TIIB
TIIB
63- 62
HITJ
46- 19
46- 10
HITJ
HITJ
46- 33
46- 11
HITJ
46- 43
HITJ
166- 64
HITJ
46- 44
166- 65
FCAJ
46- 27
46- 12
FCAJ
FCAJ
47 - 68
164- 24
FCAJ
47- 64
FCAJ
46- 28
FCAJ
46- 13
FCAJ
46- 14
165- 52
FCAJ
46- 46
DETM 44- 68
T05J
DETM 44 - 75
T05J
DETM 44 - 69
T05J
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
MFRS Pg&Line TYPE No_
2SA69
25A70
25A71
25Al0l
25Al02
25Al03
25Al04
25Al05
25Al06
25Al07
2SA108
25Al09
25A 110
25Al11
25A112
2SA113
2SA114
25A115
25A 116
25A117
2SA118
25A121
25A122
25A123
25A124
2SA125
25A136
25A 137
25A 138
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
50NY
50 NY
50 NY
50NY
SONY
FCAJ
FCAJ
FCAJ
25A139
FCAJ
2SA141
2SA142
25A142A
25A143
25A144
25A145
25A161
25A162
25A163
25A164
25A 165
25A166
25A183
25A 188
25A189
25A201
25A202
25A203
25A208
MITJ
MITJ
MITJ
MITJ
MATJ
MATJ
SONY
50NY
50 NY
50 NY
SONY
50 NY
T5AJ
FCAJ
FCAJ
T5AJ
T5AJ
T5AJ
HITJ
F(;AJ
25A208H
2SA209
HITJ
HITJ
25A209H
25A210
HITJ
HITJ
25A210H
25A212
HITJ
HITJ
25A212H
25A217
HITJ
HITJ
25A217H
25A218
25A219
25A220
25A221
25A222
25A223
25A224
2SA225
25A226
25A227
25A228
25A234
25A235
25A235H
25A239
25A240
25A241
25A246
2SA251
HITJ
T5AJ
T5AJ
T5AJ
T5AJ
T5AJ
TSAJ
TSAJ
TSAJ
TSAJ
T5AJ
T5AJ
HITJ
HITJ
HITJ
T05J
T05J
MATJ
HITJ
FCAJ
2SA252
FCAJ
2SA254
2SA255
25A256
25A257
FCAJ
FCAJ
FCAJ
FCAJ
25A258
FCAJ
2SA259
25A260
2SA261
2SA262
2SA263
25A264
2SA265
2SA266
2SA267
2SA268
25A269
25A270
25A271
25A272
2SA273
25A274
25A275
25A278
FCAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
TOSJ
D.A. T.A. INC.
l~t ~6 I~~~~~~
47 - 78
47 - 79
47 - 82
44- 77
44- 78
44- 80
44- 86
43 - 64
43- 63
43 - 61
46- 72
46- 47
46- 48
46- 40
46- 41
43-109
43-110
44 - 5
43-106
44- 34
44- 30
43- 3
43- 4
43 - 5
43- 6
43- 7
46- 29
46- 15
46- 35
166- 95
46- 20
165- 99
46- 21
46- 22
46- 23
46- 36
47 - 1
46-108
44- 47
44 - 48
44 - 49
44- 50
44 - 51
44- 52
43-107
46- 30
46- 16
47- 66
47- 69
47 - 61
48- 14
164- 82
164- 72
48- 20
165 - 57
165 - 47
48 - 34
166- 7
166- 1
48- 18
165- 22
165 - 5
48- 43
166- 72
166- 66
44 - 2
44- 10
44 - 12
44 - 13
44 - 18
44 - 17
44 - 25
44 - 31
44- 29
44- 26
47- 73
46- 82
46- 88
46- 83
45 - 82
45- 80
44 - 38
47 - 84
44 - 14
170- 11
44- 27
170- 96
44 - 55
44 - 54
44 - 64
44 - 62
71- 96
44- 60
71- 97
44 - 56
43 - 71
43- 72
43 - 73
43- 74
43- 75
43 - 76
46- 77
46- 75
46- 64
46- 49
46- 76
46- 50
46- 42
46- 65
46- 51
46- 73
45 - 51
25A292
25A293
25A294
25A295
25A321
25A322
25A323
25A324
25A338
25A339
25A340
25A341
25A342
25A343
25A344
25A350
2SA350H
2SA351
2SA352
25A353
25A353A
25A354
25A354A
25A355
2SA355A
2SA358
25A359
25A371
.
1. TYPE
No CROSS INDEX
MFRS Pa&Line TYPE No_
MFRS Pa&Line TYPE No_
~l1i 4~: 32 1~~~~~7A
~I+J 71: :;; I~~~ 1~8
FCAJ
44- 37 25A537AH
HITJ 172- 39 25B169
-YPE No_
12SA64
FCAJ
FCAJ
FCAJ
T5AJ
T5AJ
TSAJ
T5AJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
TSAJ
MITJ
25A373
25A374
25A377
25A378
25A379
25A385
25MOO
25MOI
25M08
HITJ
MATJ
MATJ
MATJ
MATJ
MATJ
FCAJ
HITJ
FCAJ
25M09
FCAJ
25M12
HITJ
25A413
MATJ
25A414
MATJ
25M15
MATJ
2SA416
MATJ
25M17
NECJ
2SA419
25M20
25M21
25M22
25A427
25A428
25M29
25M34
25M35
25M36
25A437
25M38
25A447
25M48
25A450H
TSAJ
T5AJ
T5AJ
T5AJ
T5AJ
T5AJ
TOSJ
HITJ
HITJ
HITJ
HITJ
HITJ
MATJ
SONY
HITJ
25M51H
HITJ
25M52H
HITJ
25A453
25A454
2SM55
25A456
25M67
25A470
25A471
25A472
25M79
25A480
2SA494GR
2SM940
2SA494Y
2SA495
2SA495G
50NY
50 NY
50NY
50NY
T05J
T05J
T05J
T05J
T05J
SONY
TOSJ
TOSJ
TOSJ
T05J
TOSJ
2SA497
2SA498
2SA499
2SA500
2SA501
2SA503
TOSJ
TOSJ
TOSJ
TOSJ
T05J
TOSJ
2SA504
TOSJ
2SA510
2SA511
2SA512
2SA513
2SA516
2SA516A
2SA517
25A518
2SA522
2SA522A
2SA527
2SA528
2SA530H
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
T05J
T05J
SONY
SONY
HITJ
44- 41
44- 45
43- 89
44- 3
44- 6
44 - 9
44- 16
44- 1
44 - 7
45- 45
45- 46
45- 47
47- 6
48- 71
46- 66
46- 74
46- 67
46- 68
46- 69
46- 52
46- 53
46- 54
46- 55
46- 56
48-109
55-105
46- 31
166- 38
55 - 35
56- 74
44- 39
44- 40
44- 43
46- 32
46- 78
49- 7
44- 15
170- 5
44- 28
170- 95
51- 47
170- 59
47-106
179- 86
50- 99
165- 72
51- 5
165- 92
113- 1
171- 19
51-107
178- 83
44 - 44
44 - 42
44- 46
44- 53
47 - 76
47- 77
61- 29
46- 99
46-100
45 - 18
45 - 19
45- 20
47 - 28
43 - 78
51-108
179-110
51-109
180- 1
51-110
180- 2
45- 30
45 - 31
45- 32
45 - 33
64-- 90
44- 57
44 - 58
44- 59
49- 1
61- 30
61- 55
61- 56
61- 57
61- 83
61- 84
173- 86
70- 91
70- 92
63- 22
63- 23
71- 47
71- 85
169 - 74
71- 86
169- 75
71- 52
71- 53
71- 54
71- 55
71- 56
71- 57
44 - 63
44- 61
63- 24
63- 25
71- 98
71- 99
61- 85
175- 12
6-Registered with JEDEC
by this manufacturer
25A537H
25A538
25A539
25A542
2SA544
25A545
25A546
25A546A
25A547
25A547A
25A548
2SA548H
25A550
25A550A
25A552
25A560
2SA561
2SA562
25A564
25A564A
25A565
2SA566
25A567
25A571
25A594
25A597
25A603
25A604
25A605
2SA606
25A613
25A614
25B16A
25B17A
25B18A
25B19
25B20
25B21
25B22
2SB23
25B24
25B32
25B33
25B34
25B37
25B38
25B39
25B41
2SB42
25B54
25B55
25B56
25B56A
25B57
25B59
25B60
25B60A
25B61
25B65
25B66
25B66H
25B67
25B67A
25B67AH
2SB67H
25B68
25B75
25B75A
25B75AH
25B75H
25B77
25B77A
25B77AH
25B77H
2SB89
2SB89A
2SB89AH
2SB89H
2SB120
2SB121
2SB126
2SB127
2SB128
2SB128A
2SB129
2SB130
2SB131
2SB131A
2SB132
2SB132A
2SB134
2SB135
2SB135A
25B136
2SB136A
2SB137
2SB138
2SB138A
2SB138B
2SB151
2SB152
25B155
25B156
2SB156A
HITJ 172- 40 25B170
OETM 48- 31 25B171
T05J
25B172
NECJ 62- 22 25B173
NECJ
61- 22 25B175
NECJ
71- 45 2SB176
176- 36 25B 177
NECJ
62- 23 2SB178
MATJ 71- 37 25B 178A
MATJ 71- 38 25B180
MATJ 126- 70 2SB180A
MATJ 126- 71 25B181
HITJ
61- 95 25B181A
HITJ 178 - 28 2SB185
MATJ 64- 44 25B186
MATJ 64 - 45 25B187
NECJ
71- 46 2SB188
176- 65 25B189
T05J
71- 89
T05J
64- 18 25B199
T05J
64- 19 25B201
MATJ 61- 33 25B203
MATJ 61- 34 25B204
HITJ 125- 1 25B205
HITJ 125- 2 25B206
HITJ
61- 76 25B207
NECJ
71- 92 25B207A
177- 27 25B208
TOSJ
71- 50 2SB208A
T05J 125- 3 25B209
NECJ 64- 46 25B210
NECJ 64- 25 25B211
64- 26 25B212
NECJ
NECJ 126- 77 2SB213
NECJ 126- 90 25B213A
NECJ 126- 91 25B214
FCAJ 113- 24 25B214A
FCAJ 113 - 25 25B215
FCAJ 113- 26 25B216
FCAJ 113- 69 25B217
FCAJ 113- 70 25B254
FCAJ 113 - 71 25B255
T5AJ
52- 24 25B256
T5AJ
43- 68 2SB261
T5AJ
43- 69 25B262
FCAJ
49- 92 25B263
FCAJ
49-105 25B271
FCAJ
55 - 4 2SB272
FCAJ
49-106 25B273
55 - 5 25B282
FCAJ
FCAJ
43-101
FCAJ 117 - 31 25B283
FCAJ 117 - 32
DETM 49-107 25B284
TOSJ
T05J
49-108 25B285
DETM 49-109
T05J
25B295
T05J
49-110 25B302
FCAJ
47 - 52 25B303
FCAJ
50- 1 25B304
FCAJ
50- 2 2SB304A
FCAJ
50- 3 25B309
FCAJ
50- 4 2SB310
FCAJ
50- 5 2SB311
164- 38 2SB318
HITJ
50- 25 2SB319
HITJ
49 - 85 25B320
HITJ
55- 98 25B324
HITJ
55 - 99 25B325
HITJ
52- 92 25B331
HITJ
52- 93 25B331H
HITJ
43- 96 2SB332
HITJ
50- 36 25B332H
HITJ
50- 37 25B333
HITJ
50- 18 25B333H
HITJ
50- 19 25B334
HITJ
50- 38 25B334H
HITJ
50- 39 25B335
HITJ
50- 26 25B336
HITJ
50- 27 25B337
HITJ
54-103 2SB337H
HITJ
54-104 2SB338
HITJ
55- 10 2SB338H
HITJ
55 - 11 2S8339
FCAJ
49- 86 2SB339H
FCAJ
43 - 97 2SB340
MATJ 118- 13 2SB341
MATJ 118 - 14 2SB341H
MATJ 118- 15 2SB342
MATJ 118- 16 2SB343
MATJ 118- 17 25B345
MATJ 113- 85 2SB346
FCAJ 119- 22 2SB347
FCAJ 119- 23 2SB348
FCAJ 119- 24 2SB349
FCAJ 119- 25 2SB350
MITJ
47 - 46 2SB351
MITJ
47 - 47 2SB352
47 - 48 2SB353
MITJ
MITJ
49- 93 2SB354
MITJ
49- 94 2SB361
MITJ 116- 61 2SB362
MITJ 116- 62 2SB364
MITJ 116-63 2SB365
MITJ 116- 64 2SB367
FCAJ 117 - 33 2SB367H
FCAJ 117 - 34 2SB368
HITJ
49 - 47 2SB368H
HITJ
49- 48 25B370
HITJ
49- 49 25B370A
24
IN TYPE NUMBER SEQUENCE
MFRS ~&Line TYPE No,
~~~J
FCAJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
FCAJ
FCAJ
FCAJ
FCAJ
T5AJ
T5AJ
T5AJ
T5AJ
DETM
TOSJ
FCAJ
T05J
5HEJ
5HEJ
SHEJ
5HEJ
5HEJ
5HEJ
5HEJ
SHEJ
SHEJ
5HEJ
SHEJ
SHEJ
SHEJ
5HEJ
5HEJ
5HEJ
T5AJ
T5AJ
T5AJ
T5AJ
TSAJ
T5AJ
FCAJ
FCAJ
FCAJ
T5AJ
T5AJ
T5AJ
MATJ
MATJ
MATJ
MATJ
FCAJ
HITJ
T5AJ
FCAJ
FCAJ
MATJ
MATJ
MATJ
FCAJ
FCAJ
FCAJ
MATJ
FCAJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HlTJ
HITJ
MATJ
MATJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
TSAJ
TSAJ
MATJ
MATJ
MATJ
MATJ
TSAJ
TSAJ
FCAJ
FCAJ
FCAJ
FCAJ
HITJ
HITJ
TOSJ
TOSJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
~~: ~~ ~~~n~AH
50- 6
48- 82
48- 90
48- 98
48- 91
48- 93
48-100
48- 95
54 - 27
54- 28
113- 48
114 - 3
113- 49
114- 4
49- 50
49 - 51
49 - 52
49- 53
55 - 8
25B372
25B373
25B374
25B375
25B376
25B377
25B378
25B379
25B380
25B381
25B382
25B383
25B386
25B389
2SB390
25B391
25B400
25B401
25B402
55- 6 25B403
55 - 62 25B415
122- 19
122- 20 25B424
122- 21 2SB425
122- 22 25B426
122- 23 25B427
122- 24 25B428
122- 25 25B430
122- 26 25B431
122- 27 25B432
122- 28 2SB433
122- 29 25B434
122- 30 25B435
122,31 2SB439
122- 32 25B440
122- 33 2SB443A
122- 34 25B443B
115 - 86 25B444A
115 - 87 25B444B
115 - 88 25B445
115- 89 25B446
113 - 44 25B447
113- 45 25B448
45· 48 2SB449
45- 49 25B457
53- 43 25B457A
56- 35 25B458
56- 36 25B458A
56- 37 25B458B
113- 2 2SB459
163- 64 25B460
113- 3 25B461
163- 65 25B462
113 - 4 2SB463
163- 66 25B466
113- 5 25B467
163- 67 25B468
117 - 35 25B468A
43- 70 25B470
43- 90 25B471
54- 29 25B472
54- 30 25B473
117- 36 25B475
117 - 37 25B476
118- 56 25B481
117- 38 25B482
117- 39 25B483
117- 40 25B484
53- 44 25B485
113- 22 25B486
113- 65 25B487
163- 80 25B488
113- 66 2SB493
163- 81 2SB494
113- 67 25B495
163- 82 2SB495A
113- 68 25B496
163- 83 25B497
46-101 25C22
46-102 25C23
113- 6 25C24
163- 75 2SC27
114 - 5 25C28
163- 76 2SC29
114- 6 2SC30
176- 81 2SC31
114- 7 2SC32
114 - 8 2SC33
176- 82 2SC34
116- 65
116- 66 25C35
52- 14
52- 15 2SC36
56- 13
56- 14 2SC39
43- 91 2SC39A
49- 54 2SC40
118-110 2SC41
119- 1 2SC42
119- 2 25C42A
119- 3 2SC43
113- 7 2SC44
114 - 9 2SC46
50- 20
49- 63 2SC47
113- 8
113- 9 25C48
113- 10
113- 11 25C49
52- 94 2SC50
52- 95
MFRS Pa&Line
~'MJ ~t 1~
T5AJ
56- 71
T5AJ
56- 72
T5AJ
56- 73
T5AJ 116- 67
MATJ 54- 31
50NY 55 - 51
SONY 52- 61
SONY 52- 67
50NY 52- 68
SONY 55- 50
50NY 55- 52
50NY 55- 53
MITJ
50- 28
164- 46
FCAJ
46- 24
T5AJ 116- 68
T5AJ 116- 69
T5AJ
47 - 53
MATJ 54 - 73
MATJ 54- 74
MATJ 54 - 75
DETM 53- 13
T05J
T05J 116- 70
T05J 116- 71
T05J 116- 72
FCAJ
54- 32
FCAJ
54- 33
MATJ 122- 35
FCAJ
53- 29
FCAJ 117 - 41
FCAJ 118-109
T05J 127- 28
T05J 127- 29
TOSJ
50- 40
T05J 50- 41
HITJ
47 - 56
HITJ
47 - 58
HITJ
47 - 57
HITJ
47 - 59
FCAJ 113-107
FCAJ 113-108
FCAJ 118 - 55
MATJ 114- 36
MATJ 116- 9
MITJ
49- 96
MITJ
49- 97
MITJ
56- 52
MITJ
56- 53
MITJ
56- 54
HITJ
48- 8
HITJ
48- 9
T05J
55- 72
T05J 113- 63
T05J 113 - 64
FCAJ 114- 10
FCAJ 114- 11
HITJ 113- 12
HITJ 117 - 2
FCAJ
45-107
HITJ 113- 13
HITJ 113- 14
MATJ 113- 41
MATJ 49 - 64
MATJ 55 - 9
MATJ 113 - 86
T05J 48- 26
5HEJ 119- 26
5HEJ 119 - 27
SHEJ 119 - 28
TOSJ
48- 27
FCAJ 113 - 46
FCAJ 113- 47
MATJ 113- 99
MITJ
53 - 14
MITJ
53- 15
MITJ
53- 16
HITJ
56- 40
FCAJ
45 - 50
NECJ 140- 48
NECJ 140- 49
NECJ 140- 50
FCAJ
96- 13
FCAJ
81- 50
FCAJ
73- 35
NECJ 96- 69
NECJ 99- 77
NECJ 99- 86
NECJ 75 - 35
MATJ 58- 3
164-108
MATJ 58- 5
165- 46
MATJ 58- 7
165-110
FCAJ
82-109
FCAJ
82- 99
FCAJ
83- 22
SONY 147 -110
SONY 148- 1
50 NY 148- 2
SONY 148- 3
SONY 148- 4
FCAJ
98- 55
173 - 52
FCAJ 99- 46
173 - 53
FCAJ
98- 56
173- 54
NECJ 102- 7
MATJ 57 - 81
142- 90
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
TYPE NO.
I~Se52
1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
Pa&Line TYPE
MFRS Pa&Line TYPE No.
Fe;J
2SC53
2SC54
FCAJ
FCAJ
2SC55
2SC56
2SC58A
2SC59
2SC60
2SC61
FCAJ
FCAJ
MATJ
NECJ
TSAJ
FCAJ
2SC64
2SC65
2SC66
2SC67
TSAJ
TSAJ
TSAJ
NECJ
2SC68
NECJ
2SC69
2SC70
2SC73
2SC75
2SC76
2SC77
2SC78
2SC79
2SC87
NECJ
TOSJ
SONY
SONY
SONY
SONY
SONY
FCAJ
FCAJ
2SC88
FCAJ
2SC89
HITJ
2SC89H
2SC90
HITJ
HITJ
2SC90H
2SC91
HITJ
HITJ
2SC91H
2SC92
2SC93
2SC94
2SC97
HITJ
NECJ
NECJ
NECJ
NECJ
2SC97A
NECJ
2SC98
MATJ
2SC99
MATJ
2SC101A
2SC105
2SC106
TOSJ
TOSJ
TOSJ
2SC107
TOSJ
2SC108
TOSJ
2SC109
TOSJ
2SC116
2SC116T
2SC128
HITJ
HITJ
MATJ
2SC129
MATJ
2SC130
2SC131
FCAJ
FCAJ
2SC132
FCAJ
2SC133
FCAJ
2SC134
FCAJ
2SC135
FCAJ
2SC136
FCAJ
2SC137
FCAJ
2SC138
2SC138A
2SC139
2SC150
2SC150H
2SC150T
2SC151
2SC151H
2SC152
2SC152H
2SC154
2SC154C
2SC154H
2SC155
2SC156
2SC170
2SC171
2SCl72
2SCl72A
2SCl74
2SC174A
2SC179
NECJ
NECJ
NECJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
HITJ
2SC180
HITJ
2SC181
HITJ
2SC182
2SC183
2SC184
2SC185
NECJ
NECJ
NECJ
NECJ
D.A. T.A. INC.
1~~: ~9 I~se~~~
178 - 21
98- 80
87· 49
178 - 22
92- 5
78- 49
99- 87
102· 1
57 - 26
131- 88
173· 55
97 - 45
97·46
97· 47
92· 51
178· 74
92· 52
178· 75
102- 8
101- 35
57 - 7
57 - 4
57 - 5
57· 6
57 - 8
87 - 97
98- 74
176- 53
98 - 75
176- 21
57 - 95
164 - 83
164 - 73
57 - 98
165 - 58
165- 48
57 -101
166- 18
166- 2
141- 74
141- 75
141- 76
102- 52
176- 37
102- 67
178- 17
87 - 50
177·86
87· 51
177 - 87
145 - 79
82· 74
140- 76
171- 28
140- 77
171- 29
98- 35
171- 76
98- 23
170- 80
99- 63
99- 62
57-109
165- 73
58- 1
165- 93
132- 6
90- 23
177 - 88
90- 24
177 - 89
90- 25
177 - 90
90- 26
177 - 94
90- 27
177 - 95
90- 28
177- 96
90· 29
177- 91
102· 75
102- 76
102- 77
99- 65
177- 79
99- 69
99- 68
177 - 80
99- 70
177- 81
99- 85
99- 66
99- 64
72-106
72-107
73- 23
78-102
87 - 52
92- 34
78 - 48
78- 67
57- 96
164- 84
57- 99
165- 59
57-102
166- 19
74- 96
72- 91
72- 94
72· 98
2SC188
2SC189
2SC190
~g~~
FCAJ
FCAJ
FCAJ
2SC200
2SC201
2SC202
2SC203
2SC204
2SC205
2SC206
2SC210
2SC211
2SC212
2SC213
2SC214
2SC215
2SC216
2SC217
2SC218
2SC220
2SC221
2SC222
2SC223
2SC224
2SC225
2SC226
2SC227
2SC228
2SC229
2SC230
2SC231
2SC232
2SC233
2SC234
2SC235
2SC236
2SC237
2SC238
2SC239
2SC240
2SC241
2SC242
2SC243
2SC247
2SC248
2SC249
2SC250
2SC251
2SC251A
2SC252
2SC253
2SC266
2SC267
2SC268
2SC268A
2SC269
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
NECJ
NECJ
NECJ
NECJ
FCAJ
FCAJ
FCAJ
FCAJ
NECJ
NECJ
NECJ
NECJ
NECJ
NECJ
NECJ
NECJ
NECJ
2SC270
2SC271
2SC272
2SC273
2SC281
2SC281H
2SC282
2SC283
2SC283H
2SC284
2SC284H
2SC285
2SC285A
2SC287A
2SC288A
2SC289
2SC291
2SC292
2SC293
2SC297
2SC298
2SC299
2SC300
2SC301
2SC302
2SC306
SONY
NECJ
NECJ
NECJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
FCAJ
FCAJ
NECJ
NECJ
NECJ
SONY
SONY
SONY
SONY
SONY
SONY
MITJ
MITJ
MITJ
MITJ
2SC307
MITJ
2SC308
MITJ
2SC309
MITJ
2SC310
MITJ
2SC313
2SC316
2SC317H
HITJ
MATJ
HITJ
2SC318
2SC318A
2SC319
2SC320
2SC321H
SONY
SONY
NECJ
NECJ
HITJ
2SC340H
2SC350
2SC350H
2SC351
2SC352
2SC352A
2SC353
2SC353A
HITJ
HITJ
HITJ
TOSJ
SONY
SONY
SONY
SONY
MFRS
H: ~; I~Se~5;
98· 51
98- 52
172- 94
98- 57
173- 56
99- 14
99- 15
99- 16
90- 30
90- 31
90- 32
78- 68
99- 8
99- 9
99· 10
131-100
131-101
131-102
98·109
98-110
99· 1
99- 11
99- 12
99- 13
131-103
131-104
131-105
99- 2
99- 3
99- 4
131-106
90- 33
99- 5
99- 6
99- 7
132- 7
132- 8
132- 9
90- 34
96- 74
90- 35
149- 63
149- 64
149· 65
149- 66
98- 53
86- 1
96- 16
72- 39
79 -107
79-108
79-109
79-110
72-108
74- 83
74- 97
74·98
75- 45
178 - 76
148- 5
73- 16
73- 19
95- 91
77-106
78- 50
90- 13
89-101
90- 12
90- 14
173 - 49
96- 77
96- 78
75 - 74
76- 6
73- 18
130- 2
130- 3
130- 4
142- 27
142- 28
142- 29
92- 72
92- 73
92- 74
102- 2
173- 18
102- 15
175· 15
101- 56
171- 20
101- 95
172- 18
101- 96
172- 19
80- 49
85- 66
89-102
175- 31
86- 2
86- 3
102- 68
102- 78
92- 6
179- 20
176- 83
78- 51
78- 52
79- 71
99- 72
99- 73
99- 74
99- 75
L,..Registered with JEDEC
by this manufacturer
No.
~e~J m:3~ I~se:~~
2SC356
NECJ
2SC366G
TOSJ
2SC367G
2SC368
2SC369
2SC369G/BL
2SC369G/GR
2SC370
2SC370G
2SC371
2SC371G
2SC372
2SC372G
2SC373
2SC373G
2SC374
2SC375
2SC377
2SC378
2SC379
2SC380
2SC381
2SC382
2SC382G
2SC382R
2SC383
2SC384
2SC385
2SC386
2SC387
2SC387G
2SC388
2SC388A
2SC389
2SC391
2SC392
2SC394
2SC395A
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
2SC397
2SC398
2SC399
2SC400
TOSJ
TOSJ
TOSJ
TOSJ
2SC401
2SC402
2SC402A
2SC403
2SC403A
2SC404
2SC407
SONY
SONY
SONY
SONY
SONY
SONY
SHEJ
2SC408
SHEJ
2SC409
SHEJ
2SC410
SHEJ
2SC411
SHEJ
2SC412
SHEJ
2SC429
2SC430
2SC431
NECJ
NECJ
SHEJ
2SC432
SHEJ
2SC433
SHEJ
2SC434
SHEJ
2SC435
SHEJ
2SC436
SHEJ
2SC454
2SC454L
2SC456
2SC458
2SC458L
2SC458LG
2SC460
2SC461
2SC463H
2SC464
2SC465
2SC466
2SC468H
HITJ
HITJ
MATJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
2SC469
2SC470
2SC475
2SC476
2SC477
2SC478
2SC481
2SC482
2SC484
2SC485
2SC486
2SC487
2SC488
2SC488H
2SC489
2SC490
2SC491
2SC493
2SC494
2SC497
NECJ
SONY
NECJ
NECJ
MATJ
MATJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
HITJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
25
87 - 78
178- 77
85- 67
172· 53
85 - 59
82- 44
78- 29
78- 30
78 - 31
78 - 32
78· 69
78 - 33
78- 70
78 - 34
78- 71
78- 35
78· 72
78- 36
79· 72
78· 37
78·38
79· 6
78·103
79· 7
75- 68
75· 75
75- 76
86·106
79- 52
79- 73
79- 53
80- 1
80- 12
79- 50
77 - 80
75- 59
76- 7
75 -107
78- 73
82- 48
174- 27
79· 98
78-104
78-105
82- 83
176- 84
72-102
72-103
76- 52
72-104
76- 53
72-105
152- 87
179- 8
150- 92
179- 9
150- 93
179- 10
150· 94
179- 11
150- 95
179 - 12
150- 96
179- 13
73 - 5
73- 9
156- 1
179- 14
156- 2
179- 15
156- 3
179- 16
156- 4
179- 17
156- 5
179 - 18
156- 6
179 - 19
78- 88
78- 89
99- 78
78- 90
78- 91
78' 92
78- 93
78- 94
75 - 69
79- 36
79- 37
77- 30
79- 8
176- 94
72- 99
99- 76
74- 99
74-100
73 - 88
78- 74
158- 40
97- 77
100- 14
100- 15
100- 16
141- 36
141- 49
176- 95
141- 50
141- 51
141- 37
148- 6
148 - 7
98- 14
2SC500
2SC501
2SC502
2SC503
2SC504
2SC507
2SC508
2SC5100
2SC510R
2SC5110
2SC511R
2SC5120
2SC512R
2SC5130
2SC513R
2SC515
2SC515A
2SC516
2SC516A
2SC517
2SC518
2SC518A
2SC519A
2SC520A
2SC521A
2SC5220
2SC522R
2SC5230
2SC523R
2SC524
2SC5240
2SC524R
2SC525
2SC5250
2SC525R
2SC526
2SC535
2SC538
2SC538A
2SC539
2SC540
2SC541
2SC542
2SC543
2SC547
2SC548
2SC549
2SC550
2SC551
2SC552
2SC553
2SC554
2SC555
2SC556
2SC558
2SC560
2SC561
2SC562
2SC563
2SC566
2SC567
2SC568
2SC571
2SC572
2SC573
2SC582
2SC585
2SC586
2SC587
2SC587A
2SC588
2SC589
2SC590
2SC591
2SC592
2SC594
NECJ
2SC595
2SC596
2SC597
MATJ
2SC598
MATJ
2SC599
2SC600
MATJ
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line YPE No.
~~: ~g
:l::><.;t>Ul
98- 54
99- 79
102- 53
102- 3
102- 4
99- 80
142- 91
100- 99
167- 12
TOSJ 100-100
167 - 13
TOSJ 100-101
167- 14
TOSJ 100·102
167- 15
TOSJ 100-103
167- 16
TOSJ 100-104
167- 17
TOSJ 100-105
167- 18
TOSJ 100-106
167- 19
DETM 140- 26
TOSJ
TOSJ 158- 42
TOSJ 100- 73
TOSJ 100 - 74
TOSJ 130- 5
TOSJ 148- 8
TOSJ 148- 9
TOSJ 148- 10
167 - 41
TOSJ 148- 11
167- 42
TOSJ 148- 12
167 - 43
TOSJ 138- 86
167- 20
TOSJ 138- 87
167- 21
TOSJ 138- 88
167- 22
TOSJ 138- 89
167- 23
TOSJ 138- 90
TOSJ 138- 91
167- 24
TOSJ 138- 92
167- 25
TOSJ 138- 93
TOSJ 138 - 94
167- 26
TOSJ 138 - 95
167- 27
MATJ 99- 88
73- 13
HITJ
MATJ 83- 60
MATJ 83- 61
MATJ 83- 62
NECJ
74-101
FCAJ 135 - 72
FCAJ 138- 96
FCAJ 141- 56
TOSJ 135 - 73
TOSJ 135- 74
TOSJ 138- 97
TOSJ 138- 98
TOSJ 141- 77
TOSJ 141- 78
TOSJ 141- 79
TOSJ 135 - 75
TOSJ 133-102
TOSJ
99- 90
TOSJ 148 - 13
TOSJ 102- 5
78- 75
FCAJ
MATJ 73- 81
MATJ 73- 87
NECJ 102- 86
NECJ 80- 13
NECJ
80- 61
MATJ 130- 6
MATJ 130- 7
MATJ 130- 8
MATJ 137- 10
MATJ 141- 80
MATJ 150- 97
SONY 85- 30
TOSJ
SONY 85- 31
TOSJ
SONY 98- 60
SONY 99- 81
MITJ 102- 9
NECJ
NECJ 141- 81
FCAJ 140- 51
MITJ
99- 82
TOSJ
87- 92
NECJ
TOSJ 179- 38
NECJ 102- 79
FCAJ 135 - 76
TOSJ
FCAJ 138- 99
NECJ
MITJ 141- 23
FCAJ 141- 82
NECJ
TOSJ
2SC602
+gSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
2SC605
2SC606
2SC608T
2SC609T
2SC611
2SC612
2SC619
2SC620
2SC621
2SC622
2SC627
2SC629
2SC631
2SC632
2SC633
2SC634
2SC635
2SC636
2SC637
2SC638
2SC639
2SC640
2SC641H
2SC642
2SC642A
2SC643
2SC643A
2SC644
2SC645
2SC646
2SC647
2SC648H
2SC649
2SC650
2SC651
2SC652
2SC654
2SC655
2SC656
2SC657
2SC658
2SC659
2SC662
2SC663
2SC664
2SC665
2SC679
2SC680
2SC680A
2SC681
2SC681A
2SC682
2SC683
2SC684
2SC685
2SC685A
2SC686
2SC687
2SC688
2SC689H
2SC690
2SC691
2SC692
2SC695
2SC696
2SC696A
2SC697
2SC697A
2SC700
2SC702
2SC703
2SC704
2SC707
2SC707H
2SC708
2SC708A
2SC708AH
2SC708H
2SC709
2SC710
2SC712
2SC712A
2SC713
2SC714
2SC717
2SC727
2SC728
2SC730
2SC732
2SC733
2SC734
2SC735
2SC737
2SC738
2SC739
2SC740
2SC741
2SC752
MFRS Pa&Line
N~<';J
1~~:l~t
NECJ
79- 99
TOSJ
NECJ
75 - 58
75- 67
NECJ
HITJ 130- 9
HITJ 130- 10
NECJ
80- 14
TOSJ
NECJ
80- 62
TOSJ
MITJ
82- 75
176 - 22
MITJ
82- 76
MITJ
75- 11
172- 95
75- 12
MITJ
FCAJ
99- 19
SONY 75- 98
SONY 76- 54
SONY 76- 55
SONY 76- 56
SONY 76- 57
NECJ 138-100
NECJ 141- 83
NECJ 138-101
NECJ 141- 84
NECJ 93- 9
180- 41
NECJ
73-104
HITJ
72-109
173- 78
TOSJ 127-102
148- 14
TOSJ 158- 12
TOSJ 127-103
148- 15
TOSJ 158- 13
MATJ 75- 13
MATJ 73- 86
MATJ 146- 45
MATJ 150- 98
HITJ
72- 67
78- 86
HITJ
HITJ
78· 87
NECJ
99- 91
NECJ 99- 89
NECJ 102- 87
MATJ 72- 49
MATJ 72- 27
SONY 75- 60
75- 70
MITJ
MITJ
75 - 46
MITJ
75- 99
75-104
MITJ
HITJ 130- 11
HITJ 135- 77
HITJ 143- 92
HITJ 130- 12
HITJ 130- 13
HITJ 130- 14
HITJ 130- 15
HITJ
76- 63
HITJ
76- 64
HITJ
80- 50
HITJ 130- 16
HITJ 130- 17
NECJ 102- 11
MATJ 150- 99
MITJ 141- 29
HITJ
83- 63
180- 6
MITJ 143- 93
MITJ 138- 23
MITJ 140- 78
NECJ
72- 68
MATJ 99- 58
MATJ 99- 59
MATJ 138-102
MATJ 138-103
MITJ 134 - 53
MITJ 138- 24
MITJ 142- 30
MITJ 144- 98
75- 86
HITJ
HITJ
75 - 87
HITJ
99- 83
HITJ
99- 84
HITJ 169- 66
HITJ 169- 67
78- 76
MITJ
MITJ
78- 77
MITJ
78- 39
MITJ
78- 40
MITJ
78 - 9
171- 56
MITJ
82- 49
176 - 23
HITJ
80- 51
89- 91
FCAJ
FCAJ
89- 92
167- 57
MITJ 131- 86
TOSJ
85- 17
TOSJ
85- 18
TOSJ
85- 69
TOSJ
86-107
MITJ 141- 30
MITJ
75 - 47
MITJ
75- 43
75-105
MITJ
102- 88
73- 3
~61~
"Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
TYPE No.
1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
100:'~/OOlI:J
MFRS Pa&Line TYPE No.
T05J
25C916
25C756
25C761
25C762
25C766
25C767
25C769
25C770
25C773
25C774
25C775
25C776
25C777
2SC778
25C779
25C780
25C780AlG
25C780G
25C781
25C782
25C782A
25C783
25C784
25C785
25C786
25C787
25C788
2SC791
25C793BL
25C793R
25C793Y
25C795
25C796
25C797
25C798
25C799
25C800
25C802
50 NY
MATJ
MATJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
T05J
T05J
TOSJ
T05J
NECJ
T05J
T05J
T05J
TOSJ
T05J
T05J
T05J
T05J
T05J
T05J
T05J
TOSJ
SONY
FCAJ
FCAJ
FCAJ
NECJ
NECJ
FCAJ
25C803
FCAJ
25C804
25C805
25C806
25C807
25C814
25C815
25C816
25C818
25C821
25C822
25C823
25C824
25C825
25C826
25C827
50 NY
50 NY
50 NY
50 NY
NECJ
NECJ
MITJ
MITJ
MATJ
MATJ
NECJ
NECJ
FCAJ
FCAJ
FCAJ
25C828
25C828A
25C829
25C830
25C831
MATJ
MATJ
MATJ
HITJ
NECJ
25C833
25C838
25C839
25C840
25C840A
25C841H
25C844
25C845
25C847
25C848
25C849
T05J
NECJ
NECJ
MATJ
MATJ
HITJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
25C850
FCAJ
25C851
25C853
25C854
25C855
25C856
25C857H
25C864
25C867
25C868
NECJ
NECJ
FCAJ
FCAJ
HITJ
HITJ
T05J
50 NY
MITJ
25C869
MITJ
25C870
25C871
25C881
25C890
25C891
25C892
25C893
25C894
25C895
25C896
25C898
25C899
25C901
25C901A
25C907H
25C908
25C909
25C910
25C911
25C912
MITJ
MITJ
NECJ
NECJ
NECJ
NECJ
FCAJ
SONY
50 NY
NECJ
HITJ
NECJ
MATJ
MATJ
HITJ
MITJ
MITJ
MITJ
MITJ
MITJ
25C913
NECJ
1~~: 3~
D.A. T.A. INC.
130· 18
75 - 94
75- 77
145 - 19
145- 20
148 - 16
148· 17
82· 77
102- 16
102- 17
130- 87
133 - 45
137 - 11
142- 92
78- 10
74-102
72- 90
102- 69
142- 93
158- 24
142 - 94
73- 11
73- 6
79 - 74
75-108
101- 97
141- 38
149 - 15
149- 16
149- 17
130- 19
96- 31
96- 14
99- 28
138-104
73- 12
103- 26
173- 58
135 - 22
171- 16
76- 8
99- 71
130- 20
130- 21
93- 27
81- 78
130- 88
101- 61
130- 22
130- 23
98-103
99- 17
143 - 94
99- 20
99- 21
167 - 44
75 - 14
75 - 15
75 - 33
130- 24
113-104
127- 18
130- 25
82 - 78
82- 79
142- 95
142- 96
173 - 79
133- 43
133- 44
95 - 59
95- 41
95- 42
170- 41
95- 60
170- 81
148- 95
93- 28
132- 55
132- 85
86- 8
169- 68
79- 28
142- 70
78- 41
172- 96
78- 42
172- 97
78- 43
78 - 44
93- 29
134- 54
140- 6
141- 34
140- 40
72-110
142- 71
86- 28
130- 26
82- 45
150-100
150-101
175 - 36
134- 55
135- 78
138- 25
137 - 12
75- 16
172- 47
83- 64
160- 62
25C917
25C920
25C921
2SC924
25C926
25C935
25C936
25C937
25C941
25C943
25C947
25C948
2SC959
25C979
25C980
25C980AlG
25C985
2SC987
2SC988
2SC989
NECJ
HITJ
NECJ
NECJ
NECJ
50NY
HITJ
HITJ
HITJ
T05J
NECJ
MATJ
MATJ
NECJ
TOSJ
T05J
TOSJ
NECJ
NECJ
NECJ
NECJ
25C990
2SC991
2SC992
25C995
25C996
2SC997
25C999
2SC999A
2SC100l
2SC1002
25Cl003
25Cl004
25Cl004A
25Cl0l0
2SC1012A
2S012
25013
2S014
25015
NECJ
T05J
T05J
T05J
T05J
T05J
T05J
T05J
T05J
TOSJ
TOSJ
TOSJ
TOSJ
NECJ
MATJ
MATJ
MATJ
MATJ
5AKJ
2S016
5AKJ
25017
SAKJ
25018
SAKJ
2S026
25026A
25026B
25026C
25028
25029
25030
25031
25032
25033
2S034
25035
2S036
25037
2S038
25041
25043
25045
25046
25047
25048
25049
2S050
25051
25053
2S054
25055
25055A
2S056
2S057
2S058
25059
25060
25061
25062
25063
25064
25065
2S066
2S073
25074
25075
2S075A
2S075AH
25075H
2S077
25077A
25077AH
2S077H
25078
25079
25080
MITJ
MITJ
MITJ
MITJ
SONY
SONY
T5AJ
MATJ
MATJ
FCAJ
FCAJ
MATJ
MATJ
FCAJ
FCAJ
T05J
T05J
SONY
50 NY
50NY
FCAJ
SONY
FCAJ
SONY
FCAJ
FCAJ
TOSJ
TOSJ
50 NY
MITJ
MITJ
MITJ
MITJ
50 NY
SONY
50 NY
SONY
50NY
50 NY
NECJ
NECJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
NECJ
NECJ
5AKJ
25081
SAKJ
25082
SAKJ
2S083
5AKJ
25084
5AKJ
25090
5AKJ
2S091
SAKJ
~ ~~: ~~
86· 9
75- 17
75 - 57
81- 79
72-101
130- 27
130- 28
130- 29
78- 13
85- 70
75· 88
75-100
140- 7
87 - 79
79- 39
79- 40
81- 9
76- 14
76- 12
76- 13
180- 91
142- 97
98- 96
98- 97
101- 62
130- 30
75 - 78
158- 14
158- 15
130- 31
130- 32
130- 33
148- 18
158 - 16
84- 54
137 - 13
149 - 67
150-102
150-103
150-104
164- 55
150-105
164- 56
150-106
164 - 57
150-107
164- 58
146- 46
146- 47
146- 48
146- 49
130- 34
130- 35
59- 24
57-104
57 -105
58 - 24
59 - 16
57 - 59
57- 60
58- 25
59 - 17
156- 7
181- 48
148- 19
148- 20
148 - 21
141- 85
130- 36
146- 50
130- 37
150-108
153- 86
156- 8
150- 35
130- 38
142- 98
142- 99
148- 22
148 - 23
57- 86
57 - 87
57- 88
57 - 89
57- 90
57- 83
148- 24
148- 25
58- 48
58 - 49
58- 39
58- 40
58- 42
58- 43
58- 44
58- 45
131- 23
140- 79
148- 26
164- 97
148- 27
164- 98
148- 28
164- 99
148- 29
164-100
148- 30
164-101
142-100
164-109
142-101
164-110
6-Registered with JEDEC
by this manufacturer
25092
2S093
25094
25096
250102
250104
250105
250107
250108
250110
2S0111
250113
2S0114
250118BL
2S0118R
2S0118Y
2S0119BL
2S0119R
250119Y
250120
2S0120H
2S0121
250121H
2S0124AH
250125AH
2S0126H
250127
250127A
250128
2S0128A
250129
250130
250132
250136
250137
250141
250142
250146
2S0147
2S0150
250151
250152
250154
2S0156
2S0157
250158
250159
250162
2S0163
250164
250165
250166
2S0167
250172
250173
250174
250175
250176
250177
250178
250178A
250180
250182
250183
250184
250185
2S0186
250187
250188
2S0189
2S0189A
250195
250196
250196A
250197
250197A
2S0198
250199
250200
250217
250218
250226
250226A
250226B
250227
250228
2502340
250234R
250234Y
2502350
250235R
2S0235Y
250246
25Hll
25H12
2SH13
25H14
25H20
2SH22
2SJ11
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
5AKJ
~~~:10? ~~j~~
5AKJ 142-103
165 - 2
5AKJ 142-104
165- 3
HITJ
59- 27
T05J 130- 39
T05J
58· 29
T05J
58- 30
T05J 158· 17
T05J 158- 18
T05J 150-109
164- 64
T05J 150-110
164- 65
TOSJ 156- 9
T05J 156- 10
TOSJ 152 - 88
T05J 152- 89
T05J 152- 90
T05J 152- 91
T05J 152- 92
T05J 152- 93
HITJ 131- 24
HITJ 164- 11
HITJ 131- 25
HITJ 164 - 12
HITJ 148- 31
164 - 22
HITJ 148- 32
164- 25
HITJ 148- 33
164 - 26
SONY 59- 11
SONY 59 - 12
50NY 59- 13
50NY 59- 14
T05J 143·95
TOSJ 143- 96
NECJ 153 - 87
FCAJ 137 - 14
FCAJ 137 - 15
NECJ 140- 80
NECJ 140- 81
FCAJ 141- 86
FCAJ 141- 87
NECJ 141- 39
NECJ 151 - 1
NECJ 140- 82
NECJ 141- 88
FCAJ 137 - 16
FCAJ 137 - 17
FCAJ 143- 97
FCAJ 143- 98
FCAJ
57 - 38
SAKJ 151- 2
164 - 59
5AKJ 151- 3
164- 60
SAKJ 151- 4
164- 61
5AKJ 151 - 5
164- 62
FCAJ
58-104
FCAJ 151- 6
FCAJ 151- 7
FCAJ 146- 51
FCAJ 146- 52
FCAJ 151- 8
FCAJ 151- 9
MATJ 59- 7
MATJ 59- 8
NECJ 148- 34
FCAJ 138-105
FCAJ 138-106
FCAJ 142-110
164- 44
FCAJ 143- 1
164- 45
TSAJ
58-105
TSAJ
58-106
NECJ 149- 18
MATJ 151- 10
MATJ 151- 11
FCAJ
58 - 28
FCAJ 152- 95
FCAJ 153- 88
FCAJ 152- 96
FCAJ 153- 89
MATJ 146- 53
MATJ 146- 54
MATJ 148 - 35
NECJ 147 - 71
NECJ 147- 72
MATJ 143- 99
MATJ 143-100
MATJ 143-101
NECJ
81- 80
NECJ 93- 30
TOSJ 143-102
T05J 143-103
T05J 143-104
T05J 143-105
T05J 143-106
TOSJ 143-107
MATJ 155- 92
NECJ 188- 42
NECJ 188- 43
T05J 188- 44
T05J 188 - 45
T05J 188- 46
47
ig~j 188104- 20
26
25J16
25Kll
25K12
25K13
25K16H
25K 17GR
25K170
25K17R
2SK17Y
25K19BL
25K19GR
2SK19Y
2SK32
2V205
2V435
3G2
3N34
3N35
JAN3N35
3N45
3N46
3N47
3N48
3N49
3N50
3N51
3N52
3N62
3N63
3N64
3N65
3N66
3N67
3N68
3N68A
3N69
3N70
CRY
3N71
CRY
3N72
CRY
3N73
CRY
3N74
CRY
TEC
JAN3N74
3N75
CRY
TEC
JAN3N75
3N76
+ N5C
HII
JAN3N76
3N77
CRY
TEC
3N78
CRY
TEC
3N79
CRY
TEC
3N87
3N88
3N89
3N90
+ CRY
3N91
+ CRY
3N92
+ CRY
3N93
+ CRY
JAN3N93
3N94
NSC
3N95
+CRY
. MFRS Pa&Line TYPE No.
3N luu 5PR
~gXj
FCAJ
T05J
T05J
T05J
HITJ
T05J
05J
05J
T05J
T05J
T05J
T05J
NECJ
SG51
19t
~~
104- 58
107- 13
107- 14
107- 15
107- 16
107- 17
107- 18
107-.19
107- 20
107- 74
107 - 75
107- 76
109- 75
66- 63
190- 70
SG51
70- 4
190- 71
ESMF 109- 16
+IITII
73- 64
TIIB
+ Til
73- 66
TIIB
Til
73- 63
+500 119- 29
163- 12
+ SOD 119- 30
163- 8
+500 119- 31
+500 119- 32
+500 121· 7
+500 121- 8
+ 500 121- 9
+ SOD 121- 10
+t.NSC 189- 40
TEC
+t.NSC 189 - 41
TEC
+IIN5C 189 - 42
TEC
+t.N5C 189- 43
TEC
+t.N5C 189- 44
TEC
+t.N5C 189 - 45
TEC
+IIN5C 189- 46
TEC
TEC
189- 47
+t.N5C 189- 48
TEC
+IIN5C 189- 49
TEC
72- 95
+t.500
TEC
189- 50
+t.500
72- 96
TEC
189- 51
72- 97
+11500
TEC
189- 52
+IITII
84- 4
+ NSC 189- 53
TIIB
TIIF
none
84- 5
189 - 54
+t.TII
84 - 6
+ NSC 189 - 55
TIIB
TIIF
Til
84 - 7
189- 56
CRY
84- 8
TEC
189 - 57
TIIB
TIIF
Til
84- 9
189- 58
+t.TII
84- 10
+ N5C 189- 59
TIIB
TIIF
+t.TII
84- 11
+ N5C 189- 60
TIIB
TIIF
+t.TII
84 - 12
+ N5C 189,61
TIIB
TIIF
TEC
77- 4
189- 62
77- 5
TEC
189- 63
+t.5IX
105- 28
+1I5PR
63- 85
+ NSC 189- 64
TEC
+1I5PR
63- 86
+ N5C 189- 65
TEC
+t.5PR
63- 87
+ NSC 189- 66
TEC
+1I5PR
63- 88
+ NSC 189- 67
TEC
none
63- 89
189- 68
+ CRY
63- 90
+ SPR
189- 69
TEC
+1I5PR
63- 91
TEC
189- 70
i
3Nl01
5PR
3Nl02
5PR
3Nl03
5PR
3Nl04
5PR
3Nl05
5PR
3Nl06
SPR
3Nl07
SPR
3Nl08
+ CRY
TEC
JAN3Nl08
3Nl09
+ CRY
TEC
MFRS Pa&Line
lBII- 71
+t.¥~J
+t.CRY
TEC
+t.CRY
TEC
+t.CRY
TEC
MCRY
TEC
+IICRY
TEC
+t.CRY
TEC
+IICRY
TEC
+IITII
5PR
TIIB
TIIF
Til
3Nl12
+t.TII
SPR
TIIB
TIIF
+IITII
SPR
TIIB
TIIF
+t.TII
5PR
TIIB
TIIF
TEC
3Nl13
TEC
3Nll0
+ CRY
TEC
3Nlll
+ CRY
TEC
3Nl14
+ CRY
3Nl15
+ CRY
3Nl16
+ CRY
3Nl17
+ CRY
3Nl18
+ CRY
3Nl19
+ CRY
3N120
3N121
3N123
+ CRY
3N124
3N125
3N126
3N127
JAN3N127
3N128
3N129
3N130
3N131
3N132
3N133
3N134
3N135
3N136
3N138
3N139
3N140
+ GIC
3N141
3N142
3N143
3N145
3N146
3N147
3N148
3N149
3N150
3N151
3N152
3N153
3N154
3N155
3N155A
3N156
3N156A
+1I5PR
TAOI
TEC
+t.5PR
TEC
+t.SPR
TEC
+IISPR
TEC
+1I5PR
TEC
+IISPR
TEC
+IITEC
CRY
+t.TEC
189- 72
189- 73
189- 74
189- 75
189- 76
189- 77
189 - 78
189- 79
63-101
189· 80
189- 81
189- 82
189- 83
60- 29
189- 84
60- 35
189 - 85
63-102
189- 86
63-103
189 - 87
63-104
189- 88
63-105
189- 89
63-106
189- 90
63-107
189- 91
77- 70
189- 92
77- 71
189- 93
+IISPR
60- 30
TEC
189- 94
+ MOTA 109- 77
+ MOTA 109- 78
+ MOTA 109- 79
+t.TEC
77- 6
189- 95
none
77-72
189- 96
+t.RCA
110-107
+CRY
63- 92
TEC
189- 97
+t.CRY
63- 93
TEC
189- 98
+IICRY
63- 94
TEC
189- 99
+t.CRY
63- 95
189-100
+t.CRY
63- 96
189-101
+t.CRY
63- 97
TEC
189-102
63- 98
MCRY
TEC
189-103
63- 99
+t.CRY
TEC
189-104
107- 39
t.RCA
t.RCA
107- 40
+t.RCA
111-105
+ MOTA
+IIRCA
111-106
+ GIC
110-108
II RCA
110-109
t.RCA
+IIF5C
105- 83
161- 8
+t.F5C
105- 84
161- 9
MF5C
106- 25
160-108
106- 26
+t.F5C
160-109
106- 2
+t.F5C
160-110
+IIFSC
106- 3
161- 1
104- 42
+t.GIC
183-102
t.RCA
110-110
+RCA 111-107
+ RCA
111- 1
+t.MOTA 105- 29
160- 79
+t.MOTA 105- 30
160- 80
+t.MOTA 105- 31
160- 81
+t.MOTA 105- 32
160- 82
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
TYpE No.
~~l~~A
1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
:~~g+~ il~~: ~~
3N158
3N158A
3N159
3N160
3N161
3N162
,"'MOTA
,"'MOTA
, RCA
''''Til
''''Til
"'GIC
3N163
,,,,UCC
3N164
,"'UCC
3N165
,"'UCC
3N166
,"'UCC
3N167
3N168
3N169
SIX
SIX
,"'MOTA
3N170
,"'MOTA
3N171
,"'MOTA
3NI72
,,,,UCC
3N173
,"'UCC
3N174
"'Til
3N175
"'GIC
3N176
"'GIC
3NI77
"'GIC
3N178
3N179
3N180
3N181
"'GIC
"'GIC
"'GIC
"'GIC
3N182
"'GIC
3N183
"'GIC
3N184
"'GIC
3N185
"'GIC
3N186
"'GIC
3SJ11
3SK14
3SK15
3SK15A
3SK16
3SK17
3SK20H
3SK21H
3SK22
3SK23
3SK28
3SK29
3SK32
3SK35
3TE140
3TE467
3TE477
3TE604
3TE609
3TE610
3TX601
3TX602
3TX603
3UT40
4C28
4C29
4C30
4C31
4C43
4024
4025
4026
4G2
4J012X009
5
5G2
6
6G2
7
10
12Al04
12Al08
12Cl0l
12Cl02
12Gl
12G2
12Gl01
12H901
12H902
12J901
12J902
12J905
12X006
12X008
12X040
12X058
12X059
12X084B
12X165
20
30
NECJ
NECJ
MITJ
MITJ
MITJ
MITJ
HITJ
HITJ
TOSJ
TOSJ
TOSJ
NECJ
MATJ
TOSJ
STC8
ITT
ITT
"TT
tlTT
"TT
tlTT
tlTT
ITT
MITJ
,GESY
, GESY
, GESY
, GESY
+GESY
+ GESY
, GESY
GESY
ESMF
, GESY
, SSE
ESMF
, SSE
ESMF
SSE
, SSE
• GESY
GESY
GESY
GESY
GESY
GESY
GESY
GESY
GESY
GESY
GESY
GESY
tGESY
, GESY
t GESY
t GESY
• GESY
,GESY
.GESY
SSE
,• SSE
D.A. T.A. INC.
I;~
105· 35 60
105· 36 70
111·108 71T2
105·101 72T2
105·102 73T2
106· 40 74T2
160· 43 82T2
105·105 90TZ
160- 31
105-106 98T2
160- 32
105- 37 100TZ
183-103 104T2
105- 38 108T2
160- 44 109T2
104- 71 l11T2
104- 72
112- 42 121T2
160- 7 151-04
112- 43
160- 8 151-06
112- 44
160- 9 151-08
105-107
160- 33 151-10
105·108
160· 34 151-12
105·103
160· 64 151-14
108- 8
160- 45 151-16
108- 9
160- 51 151-18
108- 10
160- 57 151-20
104- 22
104- 23 151-22
104- 24
106- 27 151-24
160- 46
106- 28 151-26
160- 52
106- 29 151-28
160- 58
105- 39 152-04
160- 63
105- 40 152-06
160- 65
105- 41 152-08
160- 66
104- 25 152-10
161- 15
107·21 152-12
107·22
107 - 23 152-14
107- 24
107 - 25 152-16
107- 26
107- 27 152-18
107- 77
107- 78 152-20
107- 79
107- 10 152-22
107·64
107- 80 1152-24
141 - 89
140· 3 152-26
137- 18
143· 50 152-28
147- 59
149- 68 153-04
130- 40
130- 41 153-06
130- 42
107 - 81 153-08
74 - 62
74- 63 153-10
74- 64
74- 65 153-12
97 - 11
73- 36 153-14
73- 37
73 - 38 153-16
109- 80
190· 72 153-18
189-105
109- 81 153-20
189-106
109- 82 153-22
189-107
189-108 153-24
183-104
183-105 153-26
189-109
189·110 153-28
183-106
183·107 154-04
183-108
183-109 154-06
183-110
184- 1 154-08
184- 2
184 - 3 154-10
190- 73
190- 74 154-12
190- 75
190- 76 154-14
190- 77
184- 4 154-16
184 - 5
190- 1 154-18
190- 2
:~~~
, SSE
, SSE
ESMF
ESMF
ESMF
ESMF
ESMF
COLF
ESMF
ESMF
ESMF
ESMF
COLF
COLF
ESMF
ESMF
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
WESY
WESY
.WESY
,WESY
,WESY
,WESY
+WESY
,WESY
.WESY
,WESY
+WESY
,WESY
,WESY
WESY
WESY
,WESY
tWESY
,WESY
tWESY
,WESY
,WESY
,WESY
.WESY
Il~g: ~
190·
190132·
132132·
13213877-
5
6
13
14
15
16
56
7
77- 8
160- 95
130- 43
130- 44
153- 90
153- 91
99 - 97
159- 5
79- 61
155- 50
161- 75
155 - 51
159- 81
155 - 52
159- 82
155 - 53
159- 83
155·54
159- 84
155· 55
159- 85
155- 56
159- 86
155 - 57
159- 87
155 - 58
159- 88
155- 59
159- 89
155- 60
159- 90
155 - 61
159- 91
155- 62
159- 92
155- 63
159- 93
155 - 64
159- 94
155- 65
159- 95
155- 66
159- 96
155 - 67
159- 97
155 - 68
159- 98
155- 69
159- 99
155- 70
159-100
155 - 71
159-101
155- 72
159-102
155- 73
159-103
155· 74
159-104
155- 75
159-105
154- 94
159- 12
154 - 95
159- 13
154- 96
159- 14
154 - 97
159- 15
154 - 98
159 - 16
154- 99
159- 17
154-100
159- 18
154-101
159 - 19
154 -102
159- 20
154-103
159- 21
154-104
159- 22
154-105
159· 23
154·106
159· 24
154-107
159· 25
154 -108
159- 26
154-109
159- 27
154 -110
159- 28
155- 1
159- 29
155 - 2
159- 30
155- 3
159 - 31
155· 4
159- 32
6-Registered with JEDEC
by this manufacturer
154-20
154-22
154-24
154·26
154·28
156-043
156-044
156-064
156-083
156-084
156-104
156-123
156-124
156-143
156-144
156-164
163-04
163-06
163-08
163-10
163-12
163-14
163-16
163-18
163-20
163-22
163-24
163-26
163-28
164-04
164-06
164-08
164-10
164-12
164-14
164-16
164-18
164-20
164-22
164-24
164-26
164-28
180T2A
180T2B
180T2C
181T2A
181T2B
181T2C
182T2A
182T2B
182T2C
183T2A
183T2B
183T2C
184T2A
184T2B
184T2C
185T2A
185T2B
185TZC
1401-0415
1401-0420
1401-0425
1401-0615
1401-0620
1401-0625
1401-0815
1401-0820
1401-0825
1401-1015
1401-1020
,WESY
m:3~
,WESY 155· 6
159· 34
WESY 155· 7
159· 35
WESY 155- 8
159· 36
WESY 155- 9
159- 37
,WESY 150- 39
,WESY 150- 40
,WESY 150- 41
,WESY 150- 42
,WESY 150- 43
,WESY 150- 44
,WESY 150- 45
,WESY 150- 46
,WESY 150- 47
,WESY 150- 48
,WESY 150- 49
,WESY 156-101
159- 55
,WESY 156-102
159- 56
,WESY 156-103
159- 57
,WESY 156-104
159- 58
,WESY 156-105
159- 59
,WESY 156-106
159- 60
,WESY 156-107
159- 61
,WESY 156-108
159- 62
,WESY 156-109
159- 63
WESY 156-110
159- 64
WESY 157- 1
159- 65
WESY 157- 2
159- 66
WESY 157 - 3
159- 67
,WESY 157 - 4
159- 68
,WESY 157 - 5
159- 69
,WESY 157 - 6
159- 70
,WESY 157 - 7
159- 71
,WESY 157 - 8
159- 72
,WESY 157 - 9
159- 73
,WESY 157- 10
159- 74
,WESY 157 - 11
159- 75
,WESY 157 - 12
159- 76
WESY 157 - 13
159- 77
WESY 157 - 14
159- 78
WESY 157 - 15
159- 79
WESY 157 - 16
159- 80
ESMF 149- 69
ESMF 149- 70
ESMF 149- 71
ESMF 149- 72
ESMF 149- 73
ESMF 149- 74
ESMF 149- 75
ESMF 149- 76
ESMF 149- 77
ESMF 149- 78
ESMF 149- 79
ESMF 149- 80
ESMF 149- 81
ESMF 149- 82
ESMF 148- 36
ESMF 149- 83
ESMF 149- 84
ESMF 149- 85
,WESY 158- 25
163- 96
,WESY 158- 26
163- 97
,WESY 158- 27
163- 98
.WESY 158 - 28
163- 99
,WESY 158- 29
163-100
,WESY 158- 30
163-101
,WESY 158- 31
163-102
,WESY 158- 32
163-103
,WESY 158 - 33
163-104
,WESY 158 - 34
163-105
.WESY 158 - 35
163-106
27
No.
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
14V 'IV"'D
, vvt:;,'
1401·1215
,WESY
1571·32
1571·33
1571·34
1571·35
1571·36
1571-41
1571-42
1571-43
1571-44
1571-46
1714-0402
1714-0405
1714-0602
1714-0605
1714-0802
1714-0805
1714-1002
1714-1005
1714-1202
1714-1205
1714-1402
1714-1405
1714-1602
1714-1605
1714-1802
1716-0602
1716-0605
1716-0802
1716-0805
1716-1002
1716-1005
1716-1202
1716-1205
1716-1402
1716-1405
1716-1602
1716-1605
1716-1802
1718-0602
1718-0605
1718-0802
1718-0805
1718-1002
1718-1005
1718-1202
1718-1205
1718-1402
1718-1405
1718-1602
1718-1605
1718-1802
1723-0405
1723-0410
1723-0605
1723-0610
1723-0805
1723-0810
1723-1005
1723-1010
1723-1205
1723-1210
1723-1405
1723-1410
1723-1605
1723-1610
1723-1805
1723-1810
1723-2005
1763-0610
1763-0620
1763-0630
1763-0810
1763-0820
1763-0830
1763-1010
1763-1020
1763-1030
1763-1210
1763-1220
1763-1230
1763-1410
1763-1420
1763-1430
1763-1610
1763-1620
1763-1630
1763-1810
1763-1820
1768-0610
1768-0620
1768-0630
1768-0810
1768-0820
1768-0830
1768-1010
1768-1020
1768-1030
1768-1210
1768-1220
1768-1230
1768-1410
1768-1420
1768-1430
1768-1610
1768-1620
1768-1630
1768-1810
1768-1820
1776-0440
1776-0460
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
,WESY
,WESY
.WESY
,WESY
,WESY
,WESY
tWESY
,WESY
,WESY
,WESY
,WESY
,WESY
WESY
WESY
WESY
WESY
WESY
WESY
,WESY
WESY
WESY
,WESY
WESY
WESY
WESY
WESY
WESY
,WESY
WESY
WESY
+WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
,WESY
WESY
WESY
,WESY
WESY
WESY
,WESY
WESY
WESY
,WESY
WESY
WESY
,WESY
WESY
WESY
WESY
WESY
WESY
WESY
,WESY
,WESY
163:1'07
158· 37
163·108
143· 2
143· 3
143· 4
143· 5
143· 6
143 - 7
143- 8
143- 9
143- 10
143- 11
143-108
143-109
143-110
144- 1
144- 2
144- 3
144 - 4
144- 5
144- 6
144- 7
144- 8
144- 9
144- 10
144- 11
144- 12
149- 86
149- 87
149- 88
149- 89
149- 90
149- 91
149- 92
149- 93
149- 94
149- 95
149- 96
149- 97
149- 98
146- 55
146- 56
146- 57
146- 58
146- 59
146- 60
146- 61
146- 62
146- 63
146- 64
146- 65
146- 66
146- 67
153- 7
153- 8
153- 9
153- 10
153- 11
153 - 12
153- 13
153- 14
153 - 15
153- 16
153- 17
153- 18
153- 19
153- 20
153- 21
153- 22
153- 23
153- 24
153- 25
153- 26
153- 27
153- 28
153- 29
153- 30
153- 31
153- 32
153- 33
153- 34
153 - 35
153- 36
153 - 37
153 - 38
153- 39
153- 40
153- 41
153 - 42
153- 43
153 - 92
153- 93
153- 94
153- 95
153- 96
153- 97
153- 98
153- 99
153-100
153-101
153-102
153-103
153-104
153-105
153-106
153-107
153-108
153-109
153-110
154- 1
155- 93
155- 94
17~6:~66~
1776-0840
1776·0860
1776-1040
1776-1060
1776·1240
1776·1260
1776·1440
1776-1460
1776-1640
2849-1
MFRS Pa&Line
:~~s~ m:~~
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
WESY
SSP
2849-2
SSP
2849-3
SSP
2850-1
, SSP
2850-2
, SSP
2850-3
, SSP
2851-1
, SSP
2851-2
, SSP
2851-3
, SSP
2852-1
, SSP
2852-2
, SSP
2852-3
, SSP
2853-1
2853-2
• SSP
, SSP
2853-3
, SSP
2854-1
, SSP
2854-2
, SSP
2854-3
, SSP
2855-1
, SSP
2855-2
, SSP
2855-3
, SSP
2856-1
• SSP
, SSP
2856-2
2856-3
40004
40022
40050
40051
40080
40081
40082
40084
40231
40232
40233
40234
40235
40236
40237
40238
40239
40240
40242
40243
40244
40245
40246
40250
40250Vl
40251
4025.3
40254
40261
40262
40263
40269
40279
40280
40281
40282
40290
40291
40292
40294
40295
40296
40305
40306
40307
40309
40310
40311
40312
40313
40314
• SSP
RCA
, RCA
, RCA
, RCA
, RCA
, RCA
,• RCA
RCA
, RCA
•, RCA
RCA
, RCA
, RCA
+ RCA
, RCA
, RCA
, RCA
+ RCA
, RCA
+ RCA
, RCA
, RCA
, RCA
, RCA
, RCA
ATEI
,RCA
ATEI
, RCA
, RCA
, RCA
, RCA
+ RCA
, RCA
t RCA
, RCA
, RCA
t RCA
, RCA
, RCA
, RCA
t RCA
, RCA
, RCA
, RCA
, RCA
, RCA
, RCA
, RCA
, RCA
,RCA
, RCA
+-Indicates manufacturers data sheet available
in Transistor Information Microfile (TIM)
155- 97
155·98
155- 99
155-100
155-101
155-102
155·103
155-104
155-105
102-105
138-107
168- 40
102-106
146- 68
168- 41
102-107
138-108
168- 42
138-109
168-109
146- 69
168-110
138-110
169- 1
139- 1
170- 56
146- 70
170- 57
139- 2
170- 58
139- 3
168- 9
146- 71
168- 10
139- 4
168- 11
139- 5
169- 2
146- 72
169- 3
139- 6
169- 4
139- 7
170- 2
146- 73
170- 3
139- 8
170- 4
139- 9
169- 5
146- 74
169- 6
139- 10
169- 7
139- 11
168- 12
146- 75
168- 13
139- 12
168- 14
48- 54
117- 42
117 - 43
117- 44
94- 97
132- 4
134- 56
95 - 92
95- 43
95 - 44
95- 45
93- 56
76- 84
76- 85
76- 86
76- 70
76- 71
76- 72
76- 47
76- 48
76- 49
76- 50
76- 51
143- 12
135 - 23
151- 12
48117 46464850139135 139 141135139141808081135 139141134143134143144134-
99
45
70
57
35
81
13
79
14
90
80
15
91
15
56
7
81
16
57
57
13
58
14
13
59
-YPE No.
l:g~l~
40317
4031B
40319
40320
40321
40322
40323
40324
40325
40326
40327
40328
40329
40340
40341
40346
40346Vl
40346V2
40347
40347Vl
40347V2
40348
40348Vl
40348V2
40349
40349Vl
40349V2
40354
40355
40359
40360
40361
40362
40363
40364
40366
40367
40368
40369
40372
40373
40374
40375
40385
40389
40390
40391
40392
40394
40395
40396
40396/N
40396/P
40397
40398
40399
40400
40405
40406
40407
40408
40409
40410
40411
40412
40412Vl
40412V2
40421
40439
40440
40446
40450
1.
MFRS pg&line TYPE No.
:~~~
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
•.RCA
RCA
• RCA
• RCA
.RCA
•
•
•
•
•
•
•
•
•
•
•
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
• RCA
• RCA
• RCA
• RCA
• RCA
RCA
RCA
• RCA
• RCA
• RCA
• RCA
•+ RCA
RCA
•
•
•
•
•
•
•
•
•
•
•
•
•
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
40451
• RCA
40452
40453
40454
40455
40456
40458
•
•
•
•
•
•
40459
• RCA
40461
40462
40467A
40468
40468A
40472
40473
40474
40475
40476
40477
40478
40479
40480
40481
40482
40487
40488
40489
40490
40491
40513
40514
40517
40518
40519
40537
40538
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
D.A. T.A. INC.
m:~g :g~~~
134- 61
144· 14
126- 10
134· 62
135· 24
144· 15
134· 63
143· 16
151· 13
135·25
135· 26
144· 16
48·101
148· 37
148· 38
139· 17
133· 33
139· 18
137· 19
133· 46
139· 19
137·20
133· 47
139· 20
137·21
133· 48
139- 21
95·93
131· 26
48- 36
134· 64
134· 65
126· 11
151· 14
144· 17
134· 66
134· 67
142· 32
148· 87
135· 27
135· 28
135· 29
135· 30
134· 68
132· 86
138· 26
125·99
135· 82
126· 18
48·37
181· 49
59·26
55· 73
95· 20
95· 21
95· 22
95· 23
86·108
125·25
134· 69
134- 70
132- 87
125-100
153·44
139- 22
133· 34
139- 23
117· 46
117 - 47
117 - 48
138·27
132· 88
173· 43
132· 89
173· 44
132· 90
132· 91
132· 92
132· 93
132· 94
96· 19
174·78
132- 95
174·79
107· 41
117· 49
111·109
107- 28
111- 78
76- 81
76. 82
76· 83
76- 73
76- 74
76- 75
76- 76
76- 77
76- 78
76- 79
76- 80
46 - 71
46- 58
46- 59
48 - 38
140- 83
151- 15
151- 16
80- 16
80- 17
86-109
125- 33
125 - 34
40543
40544
40559
40559A
40577
40578
40581
40582
40594
40595
40600
40601
40602
40603
40604
40605
40608
40611
40612
40613
40616
40618
40621
40622
40623
40624
40625
40626
40627
40628
40629
40630
40631
40632
40633
40634
40635
40636
40637
40665
40666
40673
40675
41004
A3T918
A3T929
A3T930
A3T2221
A3T2221A
No. CROSS INDEX
TYPE
MFRS Pa&line TYPE No.
MFRS Pa&line
:~~~
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
• RCA
• RCA
• RCA
• RCA
• RCA
.RCA
.RCA
• RCA
• RCA
.RCA
.RCA
.RCA
• RCA
.RCA
• RCA
.RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
.RCA
• RCA
PHIL
.TII
• Til
• Til
• Til
A3T2222
• Til
.TII
A3T2222A
.TII
A3T2484
A3T2894
.TII
A3T2906
• Til
.TII
A3T2906A
.TII
A3T2907
.TII
A3T2907A
A3T3011
Al15
A130
A132
A141
A142
A143
A157A
A157B
A158B
A158C
A159B
A159C
Al77
A178A
A178B
A179A
A179B
A190
A191
A192
A193
A201
A202
A203
A208
A209
A210
A211
A214
A215
A238
A245
A246
A247
A253
A270
A271
A272
A273
A274
A275
A276
A277
• Til
• Til
SGSI
PHIC
PHIC
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
+APX
.APX
.APX
.APX
.APX
.APX
.APX
• APX
APX
.APX
.APX
.APX
APX
APX
+APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
m:l~ ~3~6
151· 18
135· 83
107· 29
111· 79
96· 57
134· 71
134· 72
138· 28
138· 29
126· 50
111·110
112· 1
112· 2
112· 3
112· 4
135·84
132- 96
134· 73
113-109
145· 72
134·74
145·73
145· 74
145· 75
113·110
148- 39
132· 97
114- 1
148· 40
132· 98
145· 76
145· 77
145· 78
148· 41
151· 19
126· 12
134· 75
151· 20
86·110
141· 58
138· 57
111· 2
151· 21
190· 78
105· 85
81- 65
81· 45
81· 46
81· 59
175· 50
81· 60
175·65
81· 62
175· 51
81· 63
176·103
81· 47
62· 17
178· 98
62· 10
174· 28
62- 11
174· 29
62· 12
174· 30
62· 13
174·31
81· 64
178· 60
83·65
90· 71
90· 72
72· 15
72· 16
72· 17
87· 1
87· 2
87· 3
87· 4
87· 5
87· 6
64· 47
64· 48
64· 49
64· 50
64· 51
109· 83
107- 42
109- 84
109- 85
139- 24
141· 92
130- 84
140· 8
134- 76
130- 62
130- 63
94- 67
88- 48
134- 77
133- 35
135 - 85
138- 58
140- 52
136- 85
140- 58
143- 17
145· 22
136- 86
140· 59
143· 18
145 - 23
6·Registered with JEDEC
by this manufacturer
~~:~
A307
A310
A311
A321
A322
A417
A418
A419
A420
A427
A430
A467
A473
A480
A481
A482
A483
A484
A485
A486
A490
A492
A494
A495
A496
A497
A498
A569
A607
PHIC
PHIC
PHIC
+APX
+APX
+APX
+APX
+APX
+APX
+APX
+APX
+APX
+APX
+APX
APX
+APX
+APX
.APX
tAPX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
PHIC
RADF
PHIC
RADF
.APX
PHIC
.APX
PHIC
.APX
PHI,C
• APX
PHIC
.APX
PHIC
• APX
PHIC
.APX
PHIC
.APX
A608
.APX
A570
A600
A601
A602
A603
A604
A605
A606
A610L
A610S
A611L
A611S
A640L,S
A641 L,S
A642L,S
A643L,S
A644L,S
A645L,S
A646
A649L
A649S
A702
A705
A747A
A747B
A748B
A748C
A749B
A749C
A777
A778
A779
All09
A1170
A1341
A1480
AC107
PHIC
RADF
AC108
AC109
AC110
AC116
AC117
AC120
AC121
AC122
AC123
AC124
AC125
BEll
PHIC
RADF
AC126
BEll
PHIC
RADF
AC127
BEll
MULB
cont.next col.
~g:lb~ A~~~Z)
90·107
85· 20
84- 99
84-100
84·101
73- 95
13· 90
73 - 91
73- 92
75·109
83- 31
73· 83
83· 46
73· 85
75· 79
75·89
75·101
75· 90
80· 18
75·110
80· 52
79·100
76· 22
76· 18
82·102
83· 4
107- 82
190· 7
190· 8
184· 6
184· 7
184· 8
184· 9
184· 10
184· 11
184- 12
77·55
184- 13
77- 56
184- 14
107 - 43
• APX
184· 15
107· 44
• APX
184· 16
.APX
107·45
184 - 17
.APX
107· 46
184· 18
77· 90
• APX
184· 19
.APX
77· 91
184· 20
.APX
77- 92
184· 21
tAPX
184·22
+ APX
184· 23
184· 24
•tAPX
APX
79·' 9
184·25
.APX
77· 93
184· 26
.APX
77· 94
184· 27
.APX
144· 18
148· 42
• APX
APX
82· 84
.APX
82· 85
.APX
82· 86
.APX
82· 87
.APX
82·88
82· 89
• APX
.APX
98· 38
133· 49
• APX
.APX
133· 50
.AML
77· 73
79· 10
• AML
+AML
77· 74
PHIC 184- ·28
MULB 46- 9
PHIN
VALG
SHWG 43 - 36
SHWG 43- 37
SHWG 43- 38
TFKG
50- 21
TFKG 56- 3
SHWG 54- 8
SHWG 56- 62
TFKG
44 - 73
TFKG
50- 22
TFKG
55 ·110
APX
56- 20
MINA
PHIN
VALG
APX
56- 21
MINA
PHIN
VALG
APX
59- 28
MINA
PHIN
28
YPE No.
IN TYPE NUMBER SEQUENCE
MFRS Pa&Lme
MFflli PRl!<line TI'E'E No.
RADF
VALG
APX
MINA
RADF
APX
MINA
PHIN
RADF
AC127!AC152 SHWG
AC128
APX
MINA
BELl
PHIC
MULB
PHIN
RADF
VALG
AC130
APX
PHIN
RADF
VALG
AC131
TFKG
AC132
APX
BEll
MINA
PHIC
PHIN
RADF
VALG
AC134
ATEI
AC135
ATEI
AC136
ATEI
AC137
ATEI
AC138
ATEI
AC138H
ATEI
AC139
ATEI
AC139K/AC142K
ATEI
AC141
ATEI
AC141B
ATEI
AC141H
ATEI
AC141H-K
ATEI
AC141K
ATEI
AC142
ATEI
AC142H
ATEI
AC142H·K
ATEI
AC142K
ATEI
AC150
TFKG
AC151
SHWG
AC151R
SH~~
AC152
SH~~
AC153
AC153K
AC160A
TFKG
AC160B
AC162
AC163
AC170
TFKG
AC171
AC172
BEll
MINA
PHIC
PHIN
VALG
AC175
TFKG
AC176
MULB
SHWG
AC127/AC128
BEll
PHIC
AC127/AC132
BEll
PHIC
~~~~
~~~Q
¥~:t,G
AC176K
AC178
AC179
AC180
~~~~
TFKG
AC188/01
AC188K
TFKG
AC191
AC192
AC193
AC193K
AC194
AC194K
ACY16
ACY17
NTL8
ACY18
NTLB
ACY19
NTLB
~H~~B
55- 42
ACY21
MULB
PHIC
MULB
55- 47
181· 50
NTLB
ACY22
NTLB
181· 51 ACY23
ACY24
ACY32
ACY33
181· 52 ACY38
56· 27
ACY39
ACY40
181· 32 ACY41
ACY44
45· 60 ACZ10
52· 23 AD103
AD104
AD105
AD130
52· 83 AD131
54· 15 AD132
54· 16 AD133
54- 17 AD136
54- 18
54- 19 AD138
54- 20 AD138/50
56· 10 AD139
PHIC
59- 4
59· 5 AD140
59- 6
59·21 AD142
59 - 22 AD143
54- 21 AD145
54·22 AD148
55·48
55·49 AD149
44- 72
BEll
50- 29
MULB
50· 30
PHIN
56· 63
SHWG
56· 69
56· 67 AD150
43· 92
43· 93 AD152
56· 65 AD155
56· 66 AD156
47· 23 AD157
47·24 AD159
58·107 AD160
AD161
MINA
59· 19
PHIC
59· 32
RADF
TFKG
113· 18 AD161/AD162
55·37
MINA
59· 20
PHIC
55·68
AD162
MINA
113· 23
PHIC
59· 25
RADF
TFKG
124· 2 AD163
AD164
53· 80 AD165
AD166
58·108 AD167
AD169
54· 49 ADY26
MULB
59· 9
PHIN
TFKG
ESMF
MISI
AC180K
ESMF
MISI
AC181
ESMF
MISI
AC181K
ESMF
MISI
AC182
ESMF
MISI
AC183
ESMF
MISI
AC184
ESMF
MISI
AC185
ESMF
MISI
AC186
TFKG
59· 3
AC187
APX
59· 33
BEll
MINA
MULB
PHIC
RADF
AC187/01
BEll
59·36
PHIC
RADF
AC187/01/AC188/01
PHIC 181- 53
AC187/AC188 APX
181·54
MINA
PHIC
AC187K
TFKG
AC188
BEll
MULB
A(.;Y20 NTLB
MULB
PHIN
ADZ12
MULB
PHIN
AF102
PHIN
AF105
59- 35 AF106
APX
MINA
PHIC
RADF
BEll
RADF
SHWG
VALG
ATEI
ATEI
ATEI
ATEI
ATEI
ATEI
TFKG
MULB
PHIC
MULB
PHIC
MULB
PHIC
56- 56
SHWG
AF107
AF108
AF109
59- 34
AF109R
SHWG
AF114
52- 84
MULB
52- 85
PHIN
113- 20
113- 21 AF114N
124- 3 AFl15
124- 4
MULB
56- 55
PHIN
55- 40
164- 20 AF115N
55· 41 AF116
164- 42
MULB
PH IN
55 - 46
164- 43
56- 57
~~~~
~~~~
'"11
~~~G
VALG
APX
181· 55
MULB
RADF
SHWG
APX
114· 43
MULB
~~~G
~~~G 117·59
TFKG 113· 91
TFKG
SHWG
SHWG
TFKG
APX
PHIC
RADF
124· 15
116·77
116- 78
113· 92
122- 71
~~l;JG 117· 60
ADY27
ADZll
~~e.rG
VALG
55- 43
164- 21
50· 31
TFKG 56· 1
SHW~ 50· 32
SHW_G 56· 70
ESMF 51· 32
MISI
MULB 55· 44
NTLB 164·41
MULB 55· 39
NTLB 164· 14
MULB 55·38
NTLB 164· 6
MULB 55- 45
56· 2
116- 73
116· 74
SHW 116· 75
SHW 117 - 50
SHW 117·51
SHW 117·52
117·53
SH1~ 114·37
SHW
VALG
TFKG 118- 18
TFKG 118- 19
123-100
APX
PHIN
VALG
MULB 117·54
PH IN
ATEI 117·55
ATEI 117·56
ATEI 117·57
SHWG 114· 45
TFKG
APX
116- 76
MINA
PHIC
RADF
TFKG
VALG
SHWG 117·58
TFKG
TFKG 113·87
113· 88
TFK!~
SHW 113· 89
SHW 113· 90
TFKG 114· 38
TFKG 114· 39
APX
124· 17
MULB
APX
121· 11
PHIC
RADF
VALG
APX
121- 12
PHIC
RADF
VALG
MULB 44·36
VALG
TFKG 43 - 48
ATEI
45 - 8
TFKG
VALr~
SHW
SHW
SHWG
VALG
ATEI
VALG
BEll
PHIC
52- 78
52· 79
45- 56
44- 70
44- 21
~~~~
MINA
BEll
PHIC
45- 71
44- 22
~~~G
MINA 45- 72
BEll
44- 23
PHIC
SHWG
VALG
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
YPE NO.
1~~mN
MULB
PHIN
AFl17N
AFl18
PHIC
RADF
AF121
PHIC
RADF
AF121S
AF124
MULB
PHIN
SHWG
AF125
MUL8
PHIN
SHWG
AF126
MUL8
PHIN
SHWG
AF127
MUL8
PHIN
SHWG
AF134
AF135
AF136
AF137
AF138
AF139
ATEI
PHIC
RADF
TFKG
AF142
AF143
AF144
AF146
AF147
AF148
AF149
AF150
AF164
AF165
AF166
AF168
AF169
AF170
AF171
AFl72
AF178
PHIC
TFKG
AF179
PHIC
AF180
PHIC
AF181
PHIC
AF185
AF186
AF186G
PHIC
AF186W
PHIC
AF187
AF188
AF200
AF201
AF202
.
~J~t :~:
~~~G
VALG
MINA
MULB
PHIN
SHWG
VALG
APX
PHIN
SHWG
VALG
VALG
APX
PHIC
RADF
VALG
APX
PHIC
RADF
VALG
APX
PHIC
RADF
VALG
APX
PHIC
RADF
VALG
TFKG
TFKG
TFKG
TFKG
TFKG
+APX
MOTA
PHIN
SHWG
VALG
ATEI
ATEI
ATEI
ATEI
ATEI
ATEI
ATEI
ATEI
ATEI
ATEI
ATEI
ATEI
ATEI
ATEI
ATE I
ATEI
MUL8
PHIN
VALG
MUL8
PHIN
MUL8
PHIN
VALG
MUL8
PHIN
VALG
PHIN
VALG
MUL8
MUL8
PHIN
MUL8
PH IN
ESMF
MISI
ESMF
MISI
ATEI
SHWG
ATEI
SHWG
~~~~
ATEI
AF202L
SHW~
AF202S
APX
AF239
ATEI
+ MOTA
RADF
PHIC
VALG
SHWG
ATEI
AF239S
VALG
SHWG
APX
AF240
RADF
PHIC
VALG
SHWG
TFKG
AF251
TFKG
AF252
TFKG
AF253
TFKG
AF256
AF279
SHW~
AF280
SHW
AFY10
SHW
AFY11
ATEI
AFY12
TFKG
SHWG
TFKG
AFY14
TFKG
AFY15
APX
AFY16
RADF
ATEI
SHWG
AFY18
APX
AFY19
cont.next col.
SH1~
~~~G
D.A. T.A. INC.
n
SH~g
PHIC
RADF
47 -102 AFY40R
AFY41
AFY42
AFZll
48- 1 AFZ12
44- 89
MULB
PHIN
AL100
44· 90 AL 101
AL102
AL103
ALZ10
44 - 91 ASY24
ASY26
ESMF
MUL8
PHIN
SHWG
TIIF
44 - 92
ASY27
88
87
82
81
83
25 ASY28
46- 96
46- 84
46- 85
45-108
45-109
45 -110
46- I
46- 2
46- 97
46- 86
46- 87
46- 3
46· 4
46- 5
46. 6
46- 7
45 - 79
ESMF
MUL8
PHIN
SHWG
TIIF
ESMF
MUL8
PHIN
TFKG
ASY29
ESMF
MUL8
PHIN
TFKG
ASY30
ASY31
ASY32
ASY48
ASY67
ASY70
ASY71
ASY73
51- 71 ASY74
PHIC
RADF
ASY75
PHIC
RADF
49- 23
ASY76
PHIC
RADF
48- 72
ASY77
PHIC
RADF
47 - 37
47- 20
ASY80
PHIC
RADF
47 - 21
50- 95 ASY81
51- 18 ASZ15
MINA
PHIN
54 - 24
54 - 25 ASZ16
MINA
PHIN
47 - 62
54- 26 ASZ17
47 - 63
MINA
45- 36
PHIN
ASZ18
MINA
PH IN
45- 37
45·34 ASZ20
MULB
47474747 45 45565645-
31
30
29
27
38
26
33
34
9
51- 48
47- 72
48- 3
52- 80
56- 58
SHW
APX
PHIN
VALG
VALG
VALG
~'t~~
APX
PHIC
RADF
VALG
ATEI
ATEI
ATEI
ATEI
TFKG
TFKG
APX
MISI
PHIC
RADF
TFKG
VALG
APX
MISI
PHIC
RADF
TFKG
VALG
APX
MISI
PHIC
RADF
TIIF
VALG
APX
MISI
PHIC
RADF
TIIF
VALG
TFKG
APX
VALG
APX
VALG
SHWG
~HUk~
PHIC
RADF
52- 11
MULB
RADF
VALG
SHW~
AFY34
45· 74 AFY37
55·107 AFY39
AFY40
444444 44 44 45 -
.
1 TYPE
No CROSS INDEX
MFRS Pg&Line TYPE No.
MFR Pa&Line TY!'t:
MFR:> Pg&Line TYPE No.
AFYHI.
(cont.)
PH IN
ASZ20N
ASZ21
MUL8
PHIN
ASZ23
MUL8
PHIN
AT209
AT210
AT270
AT275
AT318
AT319
AT321
AT322
AT323
AT324
AT325
VALG
APX
PHIN
VALG
APX
PH IN
VALG
APX
PHIN
VALG
APX
PHIN
VALG
APX
PHIN
VALG
APX
PHIN
VALG
ESMF
MISI
APX
PHIC
RADF
VALG
APX
PHIC
RADF
VALG
APX
PHIC
RADF
VALG
APX
PHIC
RADF
VALG
APX
PHIC
PHIN
MINA
APX
PHIC
VALG
APX
PHIC
VALG
ATEI
ATEI
ATEI
ATEI
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
!H~~
AT328
AT329
43· 67 AT330
48· 4 AT331
54· 70 AT332
49· 25 AT333
AT335
AT336
49- 24 AT337
45·35 AT338
52· 12 AT339
47 - 5 AT340
47 - 7 AT341
AT342
AT343
AT344
117 - 61 AT345
117 - 62 AT346
117 - 63 AT347
117 - 64 AT348
55 - 25 AT349
44 - 8 AT350
50- 82 AT351
165- 29 AT360
AT361
AT362
AT363
AT364
50-101 AT365
165- 19 AT366
AT367
AT368
AT370
AT380
57-106 AT381
165- 30 AT382
AT383
AT384
AT385
AT386
57-110 AT387
165 - 75 AT388
AT390
AT391
AT392
AT393
51- 40 AT394
48-103 AT395
165- 42 AT396
48-105 AT397
165 - 78 AT398
56- 61 AT400
47 - 83 AT401
56- 64 AT402'
49- 74 AT403
59- 29 AT404
165- 31 AT405
AT410
59· 30 AT412
165- 74 AT413
AT414
59- 31 AT415
166- 8 AT416
AT417
56- 15 AT420
AT421
AT422
56- 16 AT423
AT424
AT425
56 - 17 AT430
AT431
AT432
54· 40 AT433
AT434
117 - 65 AT435
163- 68 AT436
AT440
AT441
118- 20 AT442
AT443
AT444
AT445
118- 21 AT450!Zl
163· 69 AT450%
AT451
AT452
118- 22 AT453
163- 70 AT454
AT455
AT460
47- 4 AT461
AT462
AT463
48· 2 AT464
47- 32 AT465
AT466
AT467
181- 6 AT468
AT470
AT471
52- 75 AT472
52- 76 AT473
52- 81 AT474
52- 82 AT475
82· 61 AT476
82- 62 AT477
82- 63 AT478
82- 64 AT480
82- 65 AT481
82- 66
82- 67 1!!482
T483
"",.Registered with JEDEC
by this manufacturer
IN TYPE NUMBER SEQUENCE
No.
!~g! ~~: ~~ !i~~~
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ATEI
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
29
82· 58
82· 41
82· 59
63- 26
63· 27
63- 28
82- 68
82- 42
82- 60
79- 75
82- 69
79- 76
82- 70
76- 65
76- 66
83- 9
76- 67
76- 68
82- 71
82- 72
82- 73
99- 60
99 - 61
100- 44
100- 45
100- 46
100- 47
100- 48
100- 49
100- 50
100- 51
100- 52
92- 7
93- 57
93- 58
93- 59
93- 60
93 - 61
93 - 62
93- 63
93- 64
93- 65
69- 39
69- 40
69- 41
69- 42
69- 43
69- 44
69- 45
69- 46
69- 47
86- 74
86- 75
86- 76
86- 77
86· 78
86- 79
64- 91
64- 92
64- 93
64- 94
64- 95
64- 96
64- 97
91- 69
91- 70
91· 71
91- 72
91- 73
91- 74
67· 35
67- 36
67- 37
67- 38
67· 39
67- 40
67 - 41
99- 36
99· 37
99- 38
99· 39
99- 40
99- 41
61- 58
117· 66
61· 59
61- 60
61- 61
62·105
62-106
71· 61
71- 62
71· 63
71- 64
71· 65
71- 66
71- 67
71- 68
71- 69
100-107
100·108
100-109
100-110
101· 1
101- 2
101- 3
101- 4
101· 5
71- 27
71· 28
71- 29
71- 30
AT490
AT491
AT492
AT493
AT494
AT495
AT520
AT1138
AT1138A
AT1138B
AT1833
AT1834
AU10l
MFR:> Pa&Line
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
PHIN
VALG
PHIN
VALG
APX
PHIC
VALG
PHIC
PHIN
91- 23
91- 24
91- 25
91- 26
91- 27
91- 28
82·106
117 - 67
117·68
117- 69
117- 70
117 - 71
116- 79
AU105
SHW~
AU106
AU107
AU108
AUll0
AUlll
AUl12
AUY10
ATEI
ATEI
ATEI
ATEI
ATEI
ATEI
APX
PHIN
VALG
SHWG
SHWG
SHWG
SHWG
ATEI
SHWG
ATEI
116165 117 117 117 117117 117 114-
81
65
74
75
76
77
78
79
2
114117 117 117 117 117 117 117117 117 114ATEI 114ATEI 118TFKG 113+SOD 116+SOD 118+SOD 122.SOD 137 +SOD 137 SOD 137 SOD 137 SOD 137SOD 137 SOD 137SOD 137SOD 137SOD 138SOD 138SOD 138SOD 138·
SOD 138SOD 138SOD 138SOD 138·
SOD 138SOD 146SOD 146SOD 146·
SOD 146SOD 146·
SOD 146SOD 146SOD 146·
SOD 146SOD 138SOD 138·
SOD 139SOD 139SOD 139SOD 139SOD 139·
SOD 139SOD 139SOD 146SOD 146·
SOD 146SOD 146SOD 146SOD 146SOD 146SOD 146·
SOD 144SOD 144SOD 144·
SOD 144SOD 144SOD 144SOD 144SOD 144SOD 144SOD 137SOD 137·
SOD 137SOD 137·
SOD 137·
SOD 137SOD 137 SOD 137SOD 137SOD 137·
40
80
81
82
83
84
85
86
87
88
41
42
23
93
82
96
36
22
23
24
25
26
27
28
29
30
45
46
47
48
49
50
51
52
53
76
77
78
79
80
81
82
83
84
54
55
25
26
27
28
29
30
31
85
86
87
88
89
90
91
92
19
20
21
22
23
24
25
26
27
31
32
33
34
35
36
37
38
39
40
AU102
AU103
MULB
PHIN
AU104
MUL8
AUY18
AUY19
AUY20
AUY21
AUY21A
AUY22
AUY22A
AUY28
AUY29
AUY34
AUY35
AUY36
AUY37
AUZll
81085
81178
81181
B3465
83466
83531
B3532
83533
83534
83535
B3536
B3537
83538
83539
83540
83541
83542
83543
B3544
83545
B3546
83547
83548
83549
83550
83551
83552
B3553
83554
83555
83568
83569
83570
83571
83572
83573
83574
B3575
83576
83577
83578
83579
83580
B3581
83582
83583
83584
83585
83586
B3587
B3588
B3589
B3590
B3591
83592
B3593
B3594
B3595
B3596
83597
B3598
B3599
83600
83601
83602
83603
~YPE
No.
!~g! ~1: ~i ~~~g~
~~W~
~~~~
116- 80
117· 72
166- 74
117· 73
MFRS l]'g&Llne
~gg
B3606
B3607
B3608
B3609
B3610
B3611
B3612
B3613
B3614
B3615
B3616
B3617
B3618
B3619
B3620
B3621
83622
83623
83624
83625
83626
83746
83747
83748
83749
83750
85000
85001
85002
85021
85022
85031
85032
85041
85042
85051
85052
810474
810475
810912
810913
8102000
8102001
8102002
8102003
8103000
8103001
8103002
8103003
8103004
8113000
8113001
8113002
8113003
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
+ SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+ SOD
+SOD
+SOD
+ SOD
+ SOD
+ SOD
+ SOD
+SOD
+SOD
+ SOD
+ SOD
+SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
• SOD
+ SOD
+SOD
+ SOD
8113004
+ SOD
8113005
+ SOD
8143000
8143001
8143002
B143003
8143004
B143005
8143006
8143007
8143008
8143009
8143010
8143011
8143012
8143013
8143014
8143015
8143016
8143017
8143018
8143019
8143020
8143021
8143022
8143023
8143024
8143025
8143026
B143027
B143028
8143029
8144000
8144001
8144002
B144003
B144004
B144005
B144006
B144007
B144008
B145000
B145001
8145002
B145003
B145004
B145005
8145006
B145007
B145008
B145009
8145010
B145011
8145012
B145013
+SOD
• SOD
+ SOD
+ SOD
+SOD
+SOD
+SOD
+SOD
+ SOD
+ SOD
+SOD
+ SOD
+ SOD
+ SOD
+ SOD
+ SOD
+ SOD
+ SOD
+SOD
+SOD
+ SOD
+ SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+ SOD
+SOD
+SOD
+SOD
+SOD
+ SOD
+SOD
+ SOD
+ SOD
+ SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
agg
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
m:~i
137- 43
137 - 44
137- 45
137· 46
137· 47
137- 48
137- 49
137- 50
137- 51
137 - 52
137 - 53
137 - 54
144- 28
144- 29
144- 30
144 - 31
144- 32
144 - 33
144 - 34
144- 35
144- 36
158- 43
132· 99
132·100
137- 55
137- 56
149- 99
145- 80
145 - 81
145- 82
145- 83
145- 84
145- 85
145- 86
145- 87
145- 88
145- 89
116- 83
115- 90
117- 89
117- 90
119- 33
119- 34
119- 35
119- 36
119- 37
119- 38
119- 39
119- 40
119- 41
121- 13
121- 14
121- 15
121- 16
162- 51
121- 17
162- 52
121- 18
162· 53
139· 32
139- 33
139· 34
139- 35
139- 36
139- 37
139- 38
139- 39
139- 40
139- 41
139- 42
139- 43
139- 44
139- 45
139- 46
139- 47
139- 48
139- 49
139- 50
139- 51
139·.52
139- 53
139- 54
139- 55
139- 56
139- 57
139- 58
139· 59
139· 60
139- 61
146· 93
146- 94
146- 95
146- 96
146- 97
146- 98
146· 99
146-100
146-101
146-102
146-103
146·104
146-105
146-106
146-107
146-108
146-109
146-110
147- 1
147· 2
147- 3
147 - 4
147· 5
TYPE No.
l:l:~gJ6
B146001
B146002
B146003
B146004
B146005
B146006
B146007
8146008
B146009
B146010
B146011
B146012
B146013
B146014
B148000
.
1. TYPE
No CROSS INDEX
MFRS Po&Line TYPE No.
MFRS Po&Line TYPE No.
:~gg
m:4~ IB~~~~)
148- 44
148- 45
148- 46
148- 47
148 - 48
• SOD 148- 49
.SOD
.SOD 148- 50
.SOD 148- 51
.SOD 148 - 52
148- 53
• SOD 148- 54
• SOD
148 - 55
• SOD 148 - 56
.SOD
.SOD 148 - 57
151- 22
• SOD
170- 64
B148001
151- 23
• SOD 170- 65
B148002
151· 24
• SOD 170- 66
151- 25
B148003
• SOD
170- 67
151- 26
B148004
• SOD
170- 68
B149000
145
• SOD 145 -- 24
B149001
25
•
SOD
145- 26
B149002
• SOD 145 - 27
B149003
•
SOD
B149004
145 - 28
• SOD 145- 29
B149005
• SOD 151- 27
B170000
• SOD 151- 28
B170001
• SOD 151- 29
B170002
• SOD
B170003
151- 30
• SOD 151 - 31
B170004
• SOD 151- 32
B170005
•
SOD
B170006
151- 33
• SOD 151· 34
B170007
• SOD 151 - 35
B170008
• SOD 151- 36
B170009
.SOD
151- 37
B170010
• SOD 151 - 38
.SOD
B170011
.SOD 151- 39
B170012
151- 40
B170013
• SOD 151 - 41
.SOD
B170014
151 - 42
B170015
•.SOD
SOD 151- 43
B170016
.SOD 151 - 44
B170017
151- 45
B170018
• SOD 161- 35
.SOD 151 - 46
B170019
161- 60
151- 47
B170020
• SOD 161- 82
151- 48
B170021
• SOD 161- 36
151 - 49
B170022
• SOD 161- 61
.SOD 151- 50
B170023
161- 83
151 - 51
B170024
• SOD 161- 37
151- 52
B170025
• SOD 161- 62
151- 53
B170026
• SOD 161- 84
151- 54
B176000
• SOD 151- 55
B176001
• SOD 151- 56
B176002
• SOD 151· 57
B176003
• SOD 151- 58
B176004
• SOD 151- 59
B176005
•
SOD 151- 60
B176006
•
SOD 151- 61
B176007
• SOD 151- 62
B176008
• SOD 151- 63
.SOD
B176009
151· 64
B176010
• SOD 151 - 65
.SOD
B176011
151- 66
B176012
• SOD 151- 67
.SOD
B176013.
.SOD 151- 68
B176014
151- 69
B176015
•.SOD
SOD 151- 70
B176024
.SOD 151- 71"
B176025
151- 72
B176026
• SOD 151- 73
B176027
• SOD 151- 74
.SOD
B176028
.SOD 151- 75
B176029
153- 45
BI77000
• TFKG
SOD
96-109
BC100
166- 35
85- 71
BC107
APX
ATEI
BEll
MINA
ESMF
MISI
MULB
PHIC
NTLB
RADF
PHIN
SHWG
STCB
TADI
TIIB
VALG
ESMF 87 - 7
BC107A
MISI
INTG
RADF
TFKG
ESMF 87- 8
BC107B
MISI
INTG
RADF
TFKG
APX
85- 72
BC108
ATEI
BEll
ESMF
MINA
MULB
MISI
PHIC
NTLB
cont.next col.
• SOD
• SOD
• SOD
.SOD
D.A. T.A. INC.
RADF
STCB
TIIB
BC108A
INTG
RADF
BC108B
INTG
RADF
BC108C
INTG
BC109
ATEI
ESMF
MISI
NTLB
PHIN
SHWG
TIIB
BC109B
INTG
RADF
BC109C
INTG
RADF
BC110
BC112
BC113
BC114
BCl15
BCl16
BCl17
BC118
BCl19
BC120
BC121
BC122
BC123
BC125
BC126
BC127
BC128
BC129
BC130
BC131
BC132
BC134
BC135
BC136
BC137
BC138
BC139
BC140
PHIN
SHWG
TADI
VALG
ESMF
MISI
TFKG
ESMF
MISI
TFKG
ESMF
MISI
RADF
APX
BEll
MINA
MULB
PHIC
RADF
STCB
VALG
ESMF
MISI
TFKG
ESMF
MISI
TFKG
SHWG
TFKG
VALG
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
~~~§
SHWG
SGSI
SGSI
SGSI
SGSI
TFKG
TFKG
TFKG
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SHWG
BC140C
BC140D
BC141
BC142
BC143
BC144
BC145
BC146
MULB
BC147
BELl
MULB
RADF
BC147A
BC147B
BC148
BEll
MULB
RADF
TFKG
BC148A
BC148B
BC148C
BC149
BEll
MULB
RADF
TFKG
BC149B
BC149C
BC153
BC154
BC155
BC156
BC157
PHIC
SHWG
BC158
PHIC
SGSI
BC158A
BC158B
BC159
cont.next col.
"~~~f.)
87- 9
87- 10
87 - 11
85 - 73
87 - 12
87· 13
85 - 32
727777·
84 64 847810010072727284647272767676777878 856410071·
134 170132·
18
95
54
32
98
33
78
28
29
62
63
64
34
99
45
83
29
30
31
75
79
80
21
16
30
18
78
17
56
SHWG
TFKG
SHWG 132- 57
TFKG
SHWG 134 - 79
170- 18
SGSI 100- 31
SGSI
71- 23
SGSI
99- 22
84- 35
SGSI
APX
72- 19
RADF
APX
81- 30
MINA
PHIC
SHWG
VALG
BELl
81- 31
RADF
BEll
81- 32
RADF
APX
81- 33
MINA
PHIC
SHWG
VALG
BEll
81- 34
RADF
BELl
81· 35
RADF
BELl
81- 36
RADF
APX
81- 37
MINA
PHIC
SHWG
VALG
BEll
81- 38
RADF
BEll
81- 39
RADF
SGSI
61- 52
SGSI
61- 66
TFKG 73- 82
TFKG 72- 42
MINA 62- 4
RADF
TFKG
MINA 62- 5
RADF
",-,:tUBA
RADF
BC159A
BC159B
BC160-6
BC16D-l0
BC160-16
BC161-6
BC161-10
BC161-16
BC16n
BC167iZl
BC16M
BC168iZl
BC1696
BC169iZl
BC170A
BC170B
BC170C
BC171
BC171A
BC171B
BCI72
BCl72A
BCI72B
BCI72C
BC173
BCI73B
BCI73C
BC174A
BC174B
BCl77
BEll
MINA
PHIC
SHWG
BCI77A
BCl77B
BCl77V
BCl77VI
BC178
BEll
MINA
PHIC
SHWG
BC178A
MISI
BC178B
MISI
BC178V
BC178VI
BC179
BEll
MINA
PHIC
SHWG
BC179A
ESMF
BC179B
MISI
BC182
MISI
BC182L
BC183
MISI
BC183L
BC184
MISI
BC184L
BC186
BC192
BC196A
BC196B
BC196VI
BC197
BC198
BC199
BC200
BC201
BC202
BC203
BC204A
BC204B
BC204V
BC204VI
BC205A
BC205B
BC205V
BC205VI
BC206B
~~~~
BC207A
RADF
RADF
MINA
63- 18
63- 19 BC207B
62- 6
6·Registered with JEDEC
by this manufacturer
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
PHIC
SHWG
TFKG
RADF
RADF
INTG
INTG
INTG
INTG
INTG
INTG
SHWG
TFKG
SHWG
TFKG
SHWG
TFKG
INTG
INTG
INTG
STCB
INTG
INTG
STCB
INTG
INTG
INTG
STCB
INTG
INTG
INTG
INTG
APX
ESMF
MISI
RADF
VALG
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
APX
ESMF
MISI
RADF
VALG
ESMF
RADF
ESMF
RADF
ESMF
MISI
ESMF
MISI
APX
ESMF
MISI
RADF
VALG
BEll
MISI
RADF
ESMF
RADF
ESMF
TIIB
TIIB
ESMF
TIIB
TIIB
ESMF
TIIB
TIIB
MINA
INTG
TFKG
TFKG
TFKG
TFKG
TFKG
TFKG
APX
RADF
SHWG
SHWG
SHWG
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
30
BC208B
63- 20
63- 21
71- 39
71- 40
71 - 41
71 - 42
71· 43
71- 44
76- 58
81- 21
76- 59
81- 22
76- 60
81- 40
85 - 33
85 - 34
85 - 35
78 - 45
86- 80
86,81
78- 46
86· 82
86- 83
86- 84
78· 47
87· 14
87 - 15
86- 29
86· 30
64·100
BC208C
BC209B
BC209C
BC210
BC211
BC212K
BC212KA
BC212KB
BC212L
BC212LA
BC212LB
BC213K
BC213KA
BC213KB
BC213KC
BC213L
BC213LA
64-101 BC213LB
64-102 BC213LC
64-103 BC214K
64-104 BC214KB
64-105 BC214KC
BC214L
BC214LB
64-106
BC214LC
64 -107
BC215A
64-108
BC215B
64-109
BC216A
64-110 8C216B
BC220
BC221
BC222
BC225
64- 36 BC237
BC238
65-
1
BC239
85 - 74
85 - 75
85 - 76
85- 77
85- 78
85 - 79
84-102
69- 48
60- 11
60- 12
60- 13
72- 23
72- 24
72- 25
60- 10
63636365·
46
47
48
2
65- 3
65- 4
65- 5
65- 6
65- 7
65- 8
65- 9
65- 10
87 - 16
87 - 17
BC250A
BC250B
BC250C
BC251A
BC251B
BC251C
BC252A
BC252B
BC252C
BC253A
BC253B
BC253C
BC256A
BC256B
BC257
BC258
BC259
BC260A
BC260B
BC260C
BC261A
BC261B
BC261C
BC262A
BC262B
BC262C
BC263A
BC263B
BC263C
BC266A
BC266B
BC267
BC268
BC269
BC270
BC280A
BC280B
BC280C
BC281A
BC281B
BC281C
BC282
BC283
BC284A
MFRS pg&Line TYPE No.
57 - 15
MFRS Po&line
~~~F
;:g~;B
ESMF 87 - 19
MISI
ESMF 87 - 20
MISI
ESMF 87- 21
MISI
ESMF 87 - 22
MISI
ESMF 94- 63
MISI
ESMF 100- 32
MISI
TIIB
65- 11
174- 90
TIIB
65- 12
174- 91
TIIB
65- 13
174 - 92
TIIB
65 - 14
174 - 93
TIIB
65 - 15
174- 94
TIIB
65 - 16
174- 95
TIIB
65 - 17
174 - 96
TIIB
65- 18
174- 97
TIIB
65- 19
174 - 98
TIIB
65- 20
174- 99
TIIB
65- 21
174-100
TIIB
65 - 22
174-101
TIIB
65- 23
174 -102
TIIB
65- 24
174-103
TIIB
65- 25
174-104
TIIB
65- 26
174-105
65- 27
TIIB
174 -106
TIIB
65- 28
174-107
TIIB
65- 29
174-108
TIIB
65- 30
174-109
ESMF 69- 63
MISI
ESMF 69- 64
MISI
SGSI 102-109
SGSI 102-110
SGSI
77-107
SGSI
64- 52
SGSI
86- 85
SGSI
61- 74
APX
81- 23
TFKG
APX
81- 24
TFKG
81- 41
APX
TFKG
INTG
64- 77
64- 78
INTG
64- 79
INTG
INTG
65 - 31
INTG
65 - 32
INTG
65- 33
INTG
65- 34
INTG
65 - 35
INTG
65- 36
INTG
65 - 37
INTG
65- 38
INTG
65 - 39
INTG
65- 40
65- 41
SHW
62- 1
SHW
62- 2
SHW
62- 3
INTG
64- 80
64- 81
INTG
64- 82
INTG
INTG
65- 42
INTG
65- 43
65- 44
INTG
INTG
65 - 45
INTG
65- 46
INTG
65· 47
65- 48
INTG
INTG
65- 49
65- 50
INTG
INTG
65- 51
INTG
65- 52
ATEI
85· 80
ATEI
85· 81
ATEI
85- 82
ATEI
85- 83
SGSI
90- 60
SGSI
90- 61
SGSI
90- 62
SGSI
66- 83
SGSI
66- 84
SGSI
66- 85
SGSI
93- 31
68- 12
~g~: 95- 46
BC286
BC287
BC288
BC300
BC301
BC303
BC313
SGSI
SGSI
SGSI
ATEI
ATEI
ATEI
ESMF
MISI
INTG
INTG
INTG
INTG
INTG
INTG
INTG
INTG
INTG
INTG
TIIB
INT~~
BC340-6
BC340-10
BC340-16
BC341-6
BC341-10
BC360-6
BC360-10
BC360-16
BC361-6
BC361-10
BCW25
BCW26
BCW29
BCW29R
BCW30
BCW30R
BCW31
BCW31R
BCW32
BCW32R
BCW33
BCW33R
BCW34
BCW35
BCW36
BCW37
BCY10
PHIC
RADF
BCYll
PHIC
RADF
BCY12
PHIC
RADF
BCY13
BCY14
BCY15
BCY16
BCY17
BCY18
gg: 9;
S~S;
TIIB
APX
RADF
APX
RADF
APX
RADF
APX
RADF
APX
RADF
TIIB
TIIB
TIIB
TIIB
APX
PHIN
VALG
APX
PHIN
VALG
APX
PHIN
VALG
10171101135135 6099-
63
93
41
86
87
5
99
101101101101101717171717195 18495 606060607373 73 73 73 739167 85 6466-
64
65
66
67
68
70
71
72
73
74
24
29
25
46
47
48
49
25
26
27
28
29
30
8
23
84
53
21
66- 22
66- 23
~~~~
9494SH"":~ 94SHW~ 94SHWG 66-
~~~~
48
49
50
51
35
66- 36
TAGS
SHv{~
66- 33
BCY20
BCY21
BCY23
BCY24
BCY25
BCY26
BCY27
TAGS
TAGS
TAGS
TAGS
TAGS
666666666663-
BCY28
TAG~G
SHW
63- 50
BCY19
TAG~~
SHW
66- 29
SH"":.~
30
31
34
37
32
49
TAGS
SHWG 62- 20
TAGS
BCY30
.APX
62- 62
MULB
PHIC
PHIN
RADF
VALG
BCY31
.APX
62- 68
MULB
PHIC
PHIN
RADF
VALG
BCY32
.APX
62·85
MULB
PHIC
PHIN
RADF
TAGS
VALG
BCY33
.APX
62- 66
MULB
PHIC
PHIN
RADF
TAGS
VALG
BCY34
• APX
62 - 84
MULB
PHIC
PHIN
RADF
TAGS
VALG
BCY38
.APX
69-102
MULB
PHIC
PHIN
RADF
VALG
BCY39
.APX
69-103
MULB
PHIC
PHIN
RADF
VALG
BCY40
69-105
.APX
MULB
PHIC
PHIN
RADF
VALG
BCY42
STCB 85 - 36
BCY43
MULB 85 - 37
STCB
69-104
.APX
BCY54
PHIC
MULB
VALG
PHIN
APX
184- 30
BCY55
NTLB
MULB
RADF
PHIC
VALG I
APX
86- 86
BCY56
MINA
RADF
TIIF
VALG
BCY29
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
I
-YPt: No.
.BeYIH MINA
BCY58
BCY58A
BCY58B
BCY58C
BCY580
BCY59
BCY59A
BCY59B
BCY59C
BCY590
BCY65
BCY66
BCY69
BCY70
NTLB
RAOF
BCY71
NTLB
RAOF
BCY72
NTLB
RAOF
BCY78
BCY79
BCY87
MULB
RAOF
BCY88
MULB
RAOF
BCY89
MULB
RAOF
BCY90
BCY90B
BCY91
BCY91B
BCY92
BCY92B
BCY93
BCY93B
BCY94
BCY94B
BCY95
BCY95B
BCY96
BCY96B
BCY97
BCY97B
BCY98B
BCll0
PHIC
RAOF
BClll
MULB
PHIN
BCl12
PHIC
RAOF
BCl13
PHIN
BCl14
PHIN
B0106
B0106A
B0106B
B0107
B0107A
B0107B
B0109
BOllI
B0113
B0115
PHIC
B0121
B0123
B0124
MULB
B0127
B0128
B0129
B0130
B0131
B0132
B0141
B0142
B0144
BOY10
~~~F
~~~G
INTG
INTG
INTG
kNHT~G
TFKG
INTG
INTG
INTG
PHIC
RAOF
PHIC
RAOF
67·03 BDY10A
BDY15B
83·
93·
93·
93·
93·
83·
93·
93·
93·
93·
kNHT~Q 131·
SHWG 131·
ESMF 85·
MISI
MULB 66·
PHIC
TIIB
VALG
MULB 66·
PHIC
VALG
MULB 66·
PHIC
TIIB
VAL~g
SHW
SHW
TFKG
APX
PHIC
VALG
APX
PHIC
VALG
APX
PHIC
VALG
TAGS
TAGS
TAGS
TAGS
TAGS
39
18 BDY15C
19
20 BDY16A
21
40 BDY16B
22 BDY17
PHIC
23
24
25 BDY18
PHIC
27
28
85 BDY19
PHIC
67
BDY23
BDY24
70
BDY25
66 BDY26
BDY27
65·53 BDY28
65·54
BDY34
74· 57 BOY38
MULB
184· 31
RAOF
74· 58 BOY55
184· 32
BOY56
74· 59
184· 33 BOY57
66· 38
68· 76
66· 39
68· 77
66· 40
166· 79
68· 78
166· 80
66· 41
68·79
66· 42
68· 80
66· 43
166· 81
68· 81
166· 82
66· 44
68· 82
66· 45
68· 83
68· 84
62· 60
BOY58
BF108
k~1:~ m:3~
INTG
STCB
INTG
STCB
INTG
STCB
INTG
STCB
MULB
RAOF
VALG
MULB
RADF
VALG
MULB
RAOF
VALG
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
TFKG
APX
PHIC
VALG
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
(cent.)
MINA
124· 7
140· 34
MULB
124· 8
RADF
140·'35
TFKG
124· 9 BF179
140· 36
MINA
124· 10
PHIC
140· 37
TFKG
151· 79 BF179A
MISI
151· 80 BF179B
MISI
151· 81 BF179C
MISI
157· 17 BF180
ESMF
MISI
PHIC
157· 18
157· 19
BF181
ESMF
MISI
PHIC
157· 20
157·21
BF182
157·22
ESMF
MULB
140· 84
151· 82 BF183
ESMF
MULB
155·106
BF184
155 ·107
BEll
MULB
RAOF
TFKG
154· 76
154· 77 BF185
BEll
MULB
RADF
TFKG
101· 69
BF109
132· 60
BF186
MULB
98· 61
RAOF
135·88 BF194
96·106
BEll
MULB
RAOF
73· 89
TFKG
75· 34 BF195
BEll
MULB
RAOF
TFKG
BF196
PHIC
99· 18
BF197
101· 98
PHIC
101· 89 BF200
89· 85
ESMF
MISI
89· 88
PHIC
89· 87
89· 86
100· 33 BF206
100· 34 BF207
103· 27
79·101
79· 11
87· 80
76· 46
103· 28
101· 6
101· 7
79·102
79·103
79· 77
76· 44
79· 78
79·79
79· 80
87· 23
76· 40
73· 84
~~~G
BF208
BF209
BF212
BF213
BF214
BF215
BF222
BF223
BF224
BF225
BF226
BF229
BF230
BF232
BF234
~~~G
D.A. T.A. INC.
BFI7".
MISI
• NPC
MULB
PHIC
PHIN
VALG
TAGS
SHWG
BF110
SHWG
TAGS
BF111
SHWG
TAGS
BF114
TFKG
TAGS
ESMF
TAGS
BF115l1
MISI
TAGS
BF115~
APX
MINA
TAGS
BEll
MULB
PHIC
PHIN
RAOF
TAGS
SHWG
TAD I
TAGS
TFKG
VALG
TAGS
BF117
INTG
TAGS
STCB
TAGS
INTG
APX
BF118
BF119
INTG
PHIN
BF121
INTG
VALG
INTG
APX
62· 67 BF123
INTG
PHIC
BF125
RAOF
BF127
INTG
BF140
ESMF
VALG
APX
62· 61
MISI
PHIN
BF140A
ESMF
MISI
VALG
APX
60· 24 BFI40R.S
• NPC
SGSI
VALG
BF152
SGSI
APX
60· 25 BF153
BF154
SGSI
VALG
SGSI
STCB 140· 27 BF155
INTG 140· 28 BFI55R.S
• NPC
SGSI
INTG 140· 29 BF156
SGSI
STCB 140· 30 BF157
SGSI
INTG 140· 31 BF158
SGSI
INTG 140· 32 BF159
SGSI
142· 33 BF160
~~~( 144· 37 BF161
SGSI
SGSI
SGSI 144· 38 BF162
SGSI
APX
139· 62 BF163
SGSI
RAOF
BF164
SGSI
MULB 146· 5 BF165
SGSI
171· 22 BF166
APX
MULB 146· 6 BF167
ESMF
MINA
171· 9
MULB
MISI
APX
141· 93
PHIC
PHIC 171·102
SGSI
RAOF
STCB
TFKG
TFKG 126· 82
TIIF
VALG
TFKG 141· 21
TFKG
167· 56 BF168
APX
TFKG 141· 22 BF173
ESMF
MINA
151· 76
MISI
MULB
PHIC
PHIC 143· 40
RAOF
PHIC 127· 25
STCB
TADI
ATEI 151· 77
VALG
TFKG
ATEI 151· 78
SGSI
144· 39 BF174
APX
SGSI
MULB 158· 38 BF175
SGSI
PHIN 162· 97 BF176
APX
BFI77
VALG
MINA
ATEI
MULB 158·39
MULB
PHIC
PHIN 162· 98
RAOF
SHWG
VALG
TFKG
VALG
SHWG 145·30
APX
SHWG 145·31 BF178
cont.next col.
~~~G
BOYll
BOY12
BOY13
1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
BF235
83· 47
83· 48 BF237
BF238
BF240
BF241
BF244
BF245
BF246
101· 52 BF247
76· 41 BF248
82·107 BF249
98· 39 BF250
BF251
BF252
BF254
98· 40 BF255
l:,.Registered with JEDEC
by this manufacturer
ESMF
MISI
PHIC
SHWG
VALG
ESMF
MULB
RAOF
VALG
ESMF
SHWG
TFKG
ESMF
SHWG
TFKG
ESMF
SHWG
TFKG
APX
MINA
MULB
RADF
TIIB
APX
MINA
MULB
RAOF
APX
MISI
PHIC
RAOF
APX
MISI
PHIC
RAOF
APX
MINA
PHIC
SHWG
VALG
APX
MINA
PHIC
SHWG
VALG
APX
PHIC
VALG
APX
MINA
PHIC
SHWG
VALG
APX
MINA
PHIC
SHWG
VALG
APX
VALG
APX
VALG
APX
MINA
MULB
RADF
TFKG
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
SGSI
TFKG
TIIB
TIIB
ESMF
MISI
TFKG
TFKG
SHWG
ESMF
MISI
ESMF
MISI
TIIB
TIIB
TFKG
TFKG
TIIB
TIIB
TIIB
TIIB
TIIF
TIIF
TIIF
SGSI
SGSI
APX
TFKG
APX
TFKG
31
~m8
98· 41
133· 36
133· 37
133· 38
75· 95
75· 80
75· 91
75·102
73· 97
BF259
BF260
BF261
BF271
BF287
BF288
BF290
BF291A
BF291B
BF292A
BF292B
BF292C
BF302
BF303
BF304
BF305
BF310
BF311
BFS10
BFS12
BFS13E
BFS13F
BFS13G
BFS14E
BFS14F
BFS14G
BFS15E
BFS15F
BFS15G
BFS16E
BFS16F
BFS16G
BFS17
BFS17R
BFS18
BFS19
BFS20
BFS22
73·94 BFS23
103· 7
81· 29
81· 20
79· 41
79· 60
75· 71
79· 54
75·48
81· 72
79·55
79· 92
79· 81
76· 15
76· 16
76·
93·
92·
92·
76·
39
13
8
53
17
72·
72·
83·
86·
22
20
49
87
86· 88
90·
90·
83·
83·
111·
111·
111·
111·
94·
69·
93·
75·
75·
76·
63
64
35
36
40
41
42
43
6
95
34
81
49
21
76· 19
BFS26E
BFS26F
BFS26G
BFS27E
BFS27F
BFS27G
BFS28
BFS29
BFS29P
BFS30
BFS30P
BFS31
BFS31P
BFS32
BFS32P
BFS33
BFS33P
BFS34
BFS34P
BFS36
BFS36A
BFS37
BFS37A
BFS38
BFS38A
BFS39
BFS40
BFS40A
BFS41
BFS42
BFS43
BFS44
BFS45
8FS46
BFS46A
8FS57
BFS57P
BFS58
BFS58P
BFS59
BFS60
BFS61
BFS67
BFS67P
BFS68
BFS68P
BFV10
BFVll
BFV12
BFV14
BFV16
BFV17
BFV18
BFV20
BFV21
BFV22
BFV25
BFV26
BFV27
BFV28
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
TIIB
TIIB
TIIB
ATEI
ATEI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
ATEI
ATEI
ATEI
ATEI
TFKG
TFKG
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
APX
RAOF
APX
APX
APX
APX
RADF
APX
RAOF
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
APX
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
TIIB
TIIB
TIIB
TIIB
FERB
FERB
FERB
TIIB
TIIB
TIIB
TIIB
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
BFV29
TlIF
BFV30
TIIF
BFV31
TIIF
BFV32
TIIF
BFV33
TIIF
l~l: ~~
101· 92
75· 96
75·97
81· 76
75·103
75·61
75·106
92· 45
92· 46
101· 19
101· 20
101· 21
75·82
75· 72
75· 73
101· 70
82·108
90· 40
103· 44
71· 75
72· 28
72· 29
72· 30
60· 14
60· 15
60· 16
72· 31
72· 32
72· 33
60· 20
60· 21
60· 22
73· 34
73· 33
73· 22
73· 24
73· 31
136· 87
136· 88
60· 17
60· 18
60· 19
72· 34
72- 35
72· 36
107· 83
85· 86
75· 18
85· 87
75· 19
85· 88
75· 20
65·55
61· 38
65· 56
61· 39
65· 57
61· 40
89·93
89· 94
66· 48
66· 49
90· 6
90· 7
90· 8
66· 60
66· 61
66· 62
89· 96
89· 97
66· 55
66· 56
90· 37
90· 38
80· 93
73· 75
81· 8
73· 79
96· 20
96· 21
96· 22
109· 86
107· 47
109· 87
107· 48
75·25
75·26
75·36
74· 89
73·105
74·94
75·21
61· 35
61· 36
61· 37
61· 23
61· 24
75·62
179· 75
75· 63
179· 54
61· 45
178· 78
61· 31
172· 35
61· 42
178· 23
61· 43
178· 24
61· 32
MFRS Pa&Line
BFV34
TIIF
BFV35
TIIF
BFV36
TIIF
BFV37
TIIF
BFV38
TIIF
BFV40
BFV41
BFV42
TIIF
TIIF
TIIF
BFV43
TIIF
BFV44
TIIF
BFV45
BFV46
TIIF
TIIF
BFV47
BFV49
TIIF
TIIF
BFV50
TIIF
BFV51
TIIF
BFV52
TIIF
BFV53
TIIF
BFV54
TIIF
BFV55
TIIF
BFV59
BFV60
BFV61
BFV62
BFV70
BFV71
BFV73
BFV73N
BFV75
BFV76
BFV80
BFV81
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
BFV81A
TIIF
BFV81B
TIIF
BFV82
BFV82A
BFV82B
TIIF
TIIF
TIIF
BFV82C
TIIF
BFV83
BFV83A
TIIF
TIIF
BFV83B
TIIF
BFV83C
TIIF
BFV85
TIIF
BFV85A
TIIF
BFV85B
TIIF
BFV85C
TIIF
BFV850
BFV85E
BFV85F
BFV85G
BFV86
TIIF
TIIF
TIIF
TIIF
TIIF
BFV86A
TIIF
BFV86B
TIIF
BFV86C
TIIF
BFV87
TIIF
BFV87A
TIIF
BFV87B
TIIF
BFV88
TIIF
BFV88A
TIIF
BFV88B
TIIF
BFV88C
TIIF
BFV89
TIIF
BFV89A
TIIF
BFV91
TIIF
BFV91N
TIIF
BFV92
TIIF
BFV92N
TIIF
",Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
.!!~- 50
190· 9
60· 51
190· 10
60· 52
190· 11
74· 78
190· 12
74· 79
190· 13
75·27
75·37
75· 50
178· 43
75· 40
176· 96
75·41
176· 97
75· 38
75· 42
177· 28
75·51
75· 28
174· 32
75· 22
173· 45
73·106
160· 59
75·23
173· 37
73·107
160· 60
75·39
176· 24
75·24
173· 42
75· 83
73·108
73·109
73·110
190· 79
190· 80
190· 81
190· 82
190· 83
190· 84
75· 64
65- 77
178· 99
65· 78
178·100
65· 79
178· 69
64· 39
64· 40
64· 41
172· 33
64· 42
172· 34
87·24
87·25
177· 29
87· 54
177·106
87·55
178· 5
91· 75
175· 66
91· 76
175· 67
91· 77
175·68
92· 9
176·104
84· 13
84· 14
84·103
84·104
67·42
174· 33
67· 43
174· 34
67·44
174· 35
67·45
174· 36
87· 81
178· 44
87· 98
179· 55
87· 99
179· 56
91· 29
175· 3
91· 78
176· 25
91· 79
176· 26
91· 80
176· 27
83· 99
190· 14
83·100
190· 15
69· 98
178·101
190· 85
69· 99
178·102
190· 86
94· 17
178· 6
94· 18
178· 7
YPE No.
Ig~~~~A
:m~
BFV93AN
BFV93N
TIIF
TIIF
BFV94
TIIF
BFV94N
TIIF
BFV95
TIIF
BFV95N
TIIF
BFV96
TIIF
BFV96N
TIIF
BFV97
BFV97N
BFV9B
BFV98N
BFW10
MUlB
RADF
BFWll
MUlB
RADF
BFW16
MUlB
RADF
BFW17
MUlB
RADF
BFW19
BFW20
BFW21
BFW22
BFW23
BFW24
BFW25
BFW26
BFW29
BFW30
MUlB
RADF
BFW31
BFW32
BFW33
BFW36
BFW37
BFW39
BFW39A
BFW40
BFW40A
BFW43
BFW44
BFW45
MUlB
BFW51
BFW51A
BFW52
BFW52A
BFW54
BFW55
BFW56
BFW57
BFW58
BFW59
BFW60
BFW61
MUlB
RADF
BFW63
BFW64
BFW68
BFW70
BFW96
BFW98
BFXll
BFX12
RADF
TIIF
BFX13
RADF
TlIF
BFX15
BFX16
BFX17
BFX18
BFX19
BFX20
BFX21
1. TYPE No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
TIIF
TIIF
TIIF
TIIF
APX
PHIC
VAlG
APX
PHIC
VAlG
APX
PHIC
VAlG
APX
PHIC
VAlG
SGSI
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
SGSI
SGSI
lTTF
TIIF
APX
PHIC
VAlG
TIIB
TIIF
TIIB
TlIF
SGSI
TlIF
lTTF
lTlF
SGSI
TIIF
SGSI
SGSI
TIIF
SGSI
SGSI
SGSI
APX
RADF
SGSI
SGSI
SGSI
SGSI
TIIB
TIIB
TIIB
MUlB
PHIC
MUlB
PHIC
MUlB
PHIC
MUlB
PHIC
APX
PHIC
VAlG
SGSI
SGSI
SGSI
1~~: 8j
190· 88
94- 8
175- 69
94- 9
175- 70
94· 10
175 - 71
69- 96
175- 72
190· 89
69- 97
175 - 73
190- 90
93-106
173 - 38
93-107
173 - 39
94- 26
94- 27
93- 37
93- 38
109- 88
RADF
BFX30
NTLB
TIIB
BFX31
BFX32
BFX33
BFX34
BFX35
TIIB
BFX36
BFX37
BFX38
BFX39
BFX40
BFX41
109- 89 BFX43
MINA
PHIC
99- 45 BFX44
MINA
PHIC
99- 44 BFX45
BFX48
98-102
66- 93 BFX49
BFX50
66- 94
BFX51
66-102 BFX52
66·103 BFX55
BFX59
101- 8 BFX60
101- 36 BFX61
101- 9
98 - 16 BFX62
BFX63
83- 32
MUlB
RADF
BFX66
70- 49
172- 65 BFX67
96- 23 BFX68
172- 66
100- 75 BFX68A
BFX69
98- 42
98- 36 BFX69A
184- 34 BFX70
184- 35 BFX71
184- 36
BFX72
184- 37
69· 12 BFX73
71- 20
101- 99 BFX74
184184184184 10910910985 -
38
39
40
41
90
91
92
22
BFX74A
BFX77
BFX79
BFX80
BFX81
BFX84
MUlB
85 - 23
85 - 24 BFX85
MUlB
85 - 25
BFX86
MUlB
109- 93
757592175 SGSI
81RAoF 107 RADF 88SGSI
70TIIF
184 MUlB 65TIIB
VAlG
MUlB 65TIIB
VAlG
TIIF
97 184 SGSI 184 TIIF
SGSI 102SGSI
79 TlIF
SGSI
79SGSI
79SGSI
79-
D.A. T.A. INC.
BFX211 NTlB
BFX87
NTlB
84
TIIB
92
54
87 BFX88
NTlB
75
TIIB
84
23 BFX89
38
MUlB
42
PHIN
TFKG
59
BFX90
BFX91
61 BFX92
BFX92A
78
43 BFX93
44
BFX93A
54
BFX94
42
43 BFX95
44
45 BFX96
~~~B
IU-
Z~ Its~XIII
TIIB
VAlG
MUlB 70- 7
RADF
VAlG
76- 45
SGSI
TFKG 88- 14
TFKG 134- 80
SGSI 103- 6
170- 86
69- 86
SGSI
TIIF
70-107
SGSI
TIIF
184- 45
MUlB 66- 95
TIIF
SGSI
71- 76
TIIF
171- 72
71- 77
SGSI
171- 73
TIIF
SGSI
71- 78
171- 74
SGSI
71- 79
171- 75
APX
92- 94
MUlB
TlIF
APX
92- 95
MUlB
TIIF
RADF 73- 67
VAlG 173- 46
SGSI
67·102
178- 93
RADF 133- 51
RADF 90- 9
172- 98
RADF 135- 31
RADF 90- 10
172- 99
SHW~ 134- 81
74
SH~~~ 81SHW
81- 71
ESMF 135- 32
MISI
SHWG 75 - 93
108- 58
APX
PHIC
VAlG
SGSI
94- 83
TIIF
SGSI 190- 91
SGSI
99- 29
TIIF
SGSI 101· 71
SGSI 101· 42
TIIF
SGSI 101· 51
95 - 94
SGSI
TlIF
184·46
SGSI
95 - 95
TlIF
184- 47
SGSI
95- 96
TIIF
184 - 48
SGSI
80- 2
TlIF
SGSI
98· 24
TIIF
SGSI
71· 90
TIIF
ESMF 79- 12
MISI
SGSI 181- 56
SGSI 181- 57
SGSI 181- 58
TIIF
MINA 100· 76
NTlB
TIIB
MINA 100- 77
NTlB
TIIB
MINA 100- 78
NTLB
TIIB
MUlB 70- 94
RADF 171- 57
TIIF
VAlG
MUlB 70- 95
RADF 171· 58
VAlG
APX
80- 57
PHIC
RAoF
VAlG
SGSI
69- 13
SGSI
71- 21
SGSI
84 - 46
TIIF
90- 95
SGSI
TIIF
84- 47
SGSI
TIIF
SGSI
90- 96
TIIF
SGSI
96· 58
TlIF
SGSI
96- 59
TIIF
SGSI 102- 55
TIIF
l:,.Registered with JEDEC
by this manufacturer
BFX98
BFX99
BFY10
MUlB
PHIN
TIIF
BFYll
MUlB
PHIN
TIIF
BFY12
BFY13
BFY14
BFY17
BFY18
BFY19
TIIB
BFY20
BFY26
BFY27
BFY33
BFY34
BFY37
BFY39
MISI
BFY39/1
STCB
BFY39/11
BFY39/111
BFY40
BFY41
STCB
BFY43
BFY44
MUlB
RADF
BFY45
BFY46
BFY47
BFY48
BFY49
BFY50
INTG
MUlB
PHIC
RADF
TIIF
BFY51
INTG
MUlB
PHIC
RADF
TIIF
BFY52
INTG
MUlB
PHIC
RADF
TIIF
BFY53
BFY56
TIIB
BFY56A
BFY57
BFY63
BFY64
TIIB
BFY65
BFY67
PHIC
BFY67A
BFY67C
BFY68A
BFY69
BFY70
MUlB
RADF
BFY72
BFY74
BFY75
BFY76
BFY77
BFY78
BFY79
BFY80
BFY81
~~~I
SGSI
SGSI
TIIF
APX
PHIC
RADF
VAlG
APX
PHIC
RADF
VAlG
SHWG
SHWG
SHWG
STCB
100- 35 BFY83
95- 97
184- 49 B"Y84
84-105
BFY85
BFY86
84-106
99- 33
99- 34
99- 35
98- 65
175 - 34
STCB 86- 67
TIIB
175- 36
STCB 87- 82
TIIF
STCB 184- 60
TIIB
91- 30
173- 66
TADI
91- 81
TFKG
SHWG 99- 26
TIIF
SHWG 99- 27
TIIF
TIIF
86- 31
ESMF 85- 89
TIIF
INTG
85- 90
VAlG
INTG
85· 91
VAlG
INTG
85· 92
VAlG
INns 101- 10
TIIF
99- 98
INTG
TIIF
STCB 101- 11
APX
134 - 82
PHIN
TIIF
VAlG
SHWG 98- 62
SHWG 99- 30
TIIF
SHWG 72- 46
SHWG 72- 47
SHWG 72- 48
APX
101- 12
MINA 170- 40
NTlB
PHIN
TIIB
VAlG
APX
100- 79
MINA 169- 77
NTlB
PHIN
TIIB
VAlG
APX
100- 80
MINA 169 - 78
NTlB
PHIN
TIIB
VAlG
NTlB 100- 81
SGSI 101- 53
TIIF
171- 10
SGSI 101- 54
SGSI 100- 36
TIIF
lTTF
98-100
SGSI
71- 35
SGSI
TIIF
174- 80
TFKG 98-108
TIIF
APX
101- 13
RADF
TIIF
TIIF
99- 23
VAlG
TIIF
99- 24
VAlG
VAlG 99- 25
TFKG 72- 38
APX
134 - 83
PHIN
TIIF
VAlG
SGSI 102- 70
TIIF
176- 54
SGSI
92- 42
SGSI
92- 43
SGSI
90· 84
TIIF
SGSI
90- 89
TIIF
SGSI
88- 20
TIIF
SGSI
87 - 83
TFKG 83- 41
TIIF
SGSI 184- 51
TIIF
32
No.
B~y~z
luz· 50
BFY88
BFY90
MUlB
PHIN
TFKG
BFY90B
BFY91
BFY92
BFY99
BlY12
BlY14
MUlB
RADF
BlY15A
BlY17
MUlB
RADF
BlY17A
BlY17C
BlY20
BlY21
BlY22
BlY33
BlY34
BlY35
BlY36
BlY37
BlY38
BlY40
BlY47
BlY47A
BlY48
BlY48A
BlY49
BlY49A
BlY50
BlY50A
BlY53
BlY61
BlY62
BlY63
BlY76
BlY87
BlY88
BlY89
BlY91
BlY92
BlY93
BN209
BPX25
BPX29
BPX30
BPY60
BPY61/1
BPY61/11
BPY61/111
BPY62/1
BPY62/11
BPY62/111
BPY65
BR100B
BR100D
BR101B
BR101D
BSV21
BSV35
BSV35A
IN TYPE NUMBER SEQUENCE
MFRS ~&Line TYPE No.
ts:;V36
MFRS Pa&Line
~~~I
1~4- ~z
SGSI
TIIF
SGSI
TIIF
TFKG
TIIF
TFKG
TIIF
TFKG
APX
PHIC
RADF
TIIB
VAlG
MUlB
STCB
TIIF
STCB
TIIF
SHWG
STCB
APX
PHIN
VAlG
STCB
APX
PHIN
VAlG
MUlB
RADF
RADF
RADF
VAlG
RADF
184- 53 BSV37
FERB
184- 54 BSV38
TIIB
83184831848080-
37
55
38
56
3
19
BSV38P
TIIB
BSV39
BSV39P
BSV62
TIIB
TIIB
APX
BSV53
TIIB
BSV53P
TIIB
80- 20 BSV54
184- 57
BSV54P
184 - 58
BSV55
133- 52
144- 40 BSV55A
140- 85
BSV55AP
TIIB
140· 38 BSV55P
151- 83
BSW10
TFKG
149-100 BSWll
TFKG
149-101 BSW12
140- 86
BSW19
140- 87
BSW21
139· 63
MUlB 135· 89 BSW21A
RADF 173· 62
MUlB 135- 90 BSW22
RADF
MUlB 141· 94 BSW22A
RADF
MUlB 141·95 BSW23
RADF 176- 80
RADF 140- 53 BSW24
176- 78
MUlB 132-101 BSW25
RADF
lTTF 154- 2 BSW26
TIIB
130- 45
167 - 85 BSW27
TIIB
130- 46
167- 86 BSW28
TIIB
130- 47
167 - 87 BSW29
TIIB
130- 48
167 - 88 BSW30
TIIB
130- 49
167 - 89 BSW31
TIIB
130- 50
167- 90 BSW32
TIIB
130- 51 BSW33
167 - 91
TIIB
130- 52 BSW34
167 - 92
MUlB 140- 54 BSW35
RADF
TIIB
130- 53 BSW41
TIIB
130- 54
MUlB
TIIB
130- 55 BSW42
RADF 137 - 57
APX
140- 60 BSW42A
RADF
APX
143- 19 BSW43
RADF
APX
145- 32 BSW43A
RADF
APX
140- 61 BSW44
RADF
APX
143- 20 BSW44A
RADF
APX
145- 33 BSW45
RADF
TIIB
184 - 59 BSW45A
MUlB 186- 81
RADF
BSW58
MUlB 186- 82
RADF
BSW59
RADF 186- 83
SGSI 186- 84 BSW66
SHWG 186- 85
186- 86 BSW67
~~~g 186- 87
SHWG 186- 88 BSW68
SHWG 186- 89
SHWG 186- 90 BSW69
SGSI 186- 91
+SOO 139- 64 BSW70
192- 27 BSW72
+ SOD 145 - 34 BSW73
192- 28 BSW74
+SOO _139- 65 BSW75
192- 29 BSW82
+ SOD 145- 35 BSW83
192- 30 BSW84
TIIF
67- 93 BSW85
178-103 BSW88
FERB
90- 36
179- 57 BSW89
FERB
90- 22
177- 30 BSW92
~~~
FERB
TIIB
TIIB
TIIB
TIIB
TIIB
TFKG
TFKG
l~g: ~~
66- 71
178-104
109- 94
159- 38
107- 49
159- 39
109- 95
107- 50
73- 32
179- 58
87 - 84
178- 29
75- 52
178·30
87 - 85
178- 31
75 - 53
178- 32
65- 80
178- 84
65 - 81
178-105
61- 46
178-106
61- 47
178 - 85
98- 63
175- 13
72- 26
178- 81
72- 21
174- 37
81- 11
177- 71
65 - 66
ESMF
MISI
ESMF 65 - 67
MISI
ESMF 65- 68
MISI
ESMF 65 - 69
MISI
SGSI
71- 33
TIIF
174- 38
SGSI
69- 87
TIIF
174 - 39
SGSI
68 - 2
180- 50
TIIF
TIIF
96- 24
174- 40
TIIF
102- 18
174 - 41
TlIF
102- 19
174- 81
TIIF
134- 84
174 - 42
SGSI 106- 4
160- 73
SGSI 106- 5
160- 74
TIIB
81- 81
RADF 73 - 70
VAlG 177-72
RADF 73- 71
VAlG 177 - 73
RADF 73- 72
VAlG 177- 74
APX
91- 82
VAlG 176- 38
ESMF 87 - 26
MISI 172- 75
ESMF 87 - 27
MISI 172- 76
ESMF 87 - 28
MISI 172-77
ESMF 87 - 29
MISI 172- 78
ESMF 65- 70
MISI
ESMF 65 - 71
MISI
ESMF 65- 72
MISI
ESMF 65 - 73
MISI
VAlG 73- 73
178- 45
VAlG 73- 74
179- 59
APX
101- 43
RADF 170-107
APX
101- 44
170-108
APX
101- 45
170-109
APX 173- 65
RADF 172- 26
MUlB 81- 82
INTG
69- 88
INTG
69- 89
INTG
69- 90
INTG
69- 91
INTG
96· 60
INTG
96- 61
INTG
96- 62
INTG
96- 63
TFKG 81- 68
175- 16
TFKG 81- 69
175- 17
ESMF 87- 30
MISI 172- 79
",Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
.
1. TYPE
No CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS pg&Line TYPE No.
SGSI
BSX80
TFKG
BSW95A
SGSI
TFKG
BSX12
SGSI
TIIB
APX
MINA
MULB
APX
MINA
NTLB
RADF
TIIF
APX
PHIC
RADF
VALG
INTG
TIIF
INTG
STCB
TIIF
TFKG
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
TFKG
TIIF
SGSI
TIIF
INTG
INTG
APX
PHIC
TIIF
ESMF
SHWG
TYPE No.
IBSW95
BSX19
BEll
BSX20
BELl
MULB
PHIC
TIIB
BSX21
MULB
PHIN
TIIF
BSX22
STCB
BSX23
BSX24
BSX25
BSX26
TIIB
BSX27
TIIB
BSX28
TIIB
BSX29
TIIB
BSX30
TIIB
BSX32
BSX33
BSX36
TIIB
BSX38
BSX39
BSX40
BSX41
BSX44
MULB
RADF
BSX45
MISI
BSX49
BSX51
MISI
BSX51A
MISI
BSX52
MISI
BSX52A
MISI
BSX53
BSX54
BSX59
FERB
RADF
BSX60
FERB
NTLB
RADF
BSX61
FERB
NTLB
RADF
BSX62
BSX62B
BSX62C
BSX62D
BSX63
BSX63B
BSX63C
BSX66
BSX67
BSX68
BSX69
BSX70
BSX71
BSX72
BSX75
BSX76
TIIB
BSX77
TIIB
BSX79
105- 87 BSX81
161- 11
179- 28 BSX82
MULB
92- 96
RADF
178· 46 BSX84
93- 1 BSX85
179- 60
BSX87
BSX95
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
VALG
BSX96
VALG
BSX87A
84-107
BSX88
BSX88A
101- 72
BSX89
101- 73
BSX90
86 - 32
90- 80 BSX91
92-103
177-107
88- 13
180- 12
93- 6
178 - 61
67-108
178 -107
102- 66
176- 28
102- 80
177- 57
95 - 71
170- 69
67 - 46
174- 43
76- 28
BSX92
BSX93
BSX97
BSY10
MULB
PHIN
TIIF
BSYll
MULB
PHIN
TIIF
93- 2 BSY17
177-108
71- 80 BSY18
71- 91
87 -110 BSY19
TFKG
BSY21
132- 58
TFKG
BSY24
~~:~ 130- 60
TIIB
178-110
SHW( 130- 61
178 - 94
ESMF 87 - 31
TIIF
172 - 80
ESMF 87 - 32
TIIF
172- 81
ESMF 87 - 33
172- 82
TIIF
ESMF 87 - 34
TIIF
172- 83
TFKG
75 - 29
TIIF
174- 82
TFKG
75- 30
174- 83
TIIF
APX
102- 81
MULB 179 - 40
TIIF
VALG
APX
102- 82
MULB 179- 41
PHIC
TIIF
VALG
APX
102- 83
MULB 179 - 42
PHIC
TIIF
VALG
SHWG 134- 85
168- 58
SH~~ 134- 86
134 - 87
SH~~
SHW 134 - 88
SHWG 134- 89
168- 59
134- 90
134- 91
VALG 86- 33
175- 19
VALG 86- 34
175- 20
TFKG
73- 68
VALG 173- 47
TFKG
73- 69
VALG 173- 48
VALG 95- 98
VALG 95- 99
TFKG 96-107
175 - 74
TIIF
TFKG 96- 64
TIIF
175 - 75
MULB 86- 89
TIIF
175 - 37
MULB 86- 90
TIIF
175 - 48
MULB 86- 94
176- 74
TIIF
TFKG 91- 31
TIIF
174- 84
~~:.~
D.A. T.A. INC.
APX
PHIC
VALG
SGSI
SGSI
132- 59
BSX46
BSX48
BSX78
l~~: ~g
BSY25
BSY26
BSY27
BSY28
BSY29
BSY34
BSY38
BEll
MULB
PHIN
BSY39
BEll
MINA
MULB
PHIN
BSY40
PHIC
TIIF
BSY41
PHIC
TIIF
BSY44
TFKG
BSY45
TFKG
BSY46
TFKG
BSY51
INTG
STCB
BSY52
INTG
STCB
BSY53
INTG
STCB
BSY54
INTG
STCB
BSY55
STCB
BSY56
STCB
BSY61
70 BSY73
18
59 BSY74
16
BSY75
105- 88 BSY76
161- 6
106- 30 BSY77
190- 92 BSY78
92- 44
177- 31 BSY79
93- 3
178- 15
92- 55 BSY80
177- 32 BSY81
92- 35
178 - 18 BSY82
86- 35
174- 44 BSY83
87- 35
176- 85 BSY84
87 - 36
176- 86 BSY85
92-104
180- 4 BSY86
93- 7
180- 33 BSY87
99- 31
171- 31 BSY88
99- 32
171- 32 BSY89
94- 1
173- 91 BSY90
84-108
BSY91
~71~b
81175108190-
INTG
TIIF
INTG
TIIF
INTG
INTG
TADI
INTG
INTG
STCB
ESMF
MISI
STCB
INTG
INTG
TIIF
INTG
STCB
INTG
STCB
INTG
STCB
INTG
TIIF
INTG
STCB
INTG
TIIF
INTG
TIIF
STCB
TIIF
INTG
STCB
TFKG
TIIF
TFKG
TIIF
TFKG
MULB
ESMF
INTG
MULB
STCB
TIIF
SGSI
SGSI
ESMF
MISI
APX
RADF
VALG
TIIB
TIIB
STCB
INTG
RADF
STCB
STCB
STCB
STCB
BSY92
74-103
BSY93
BSY95
BSY95A
~~W( 87 - 37
FERB
MISI
TIIF
SHWG 87 - 38
NTLB
TIIF
92- 10 BU100
TADI
TIIF
178- 92 BU102
TADI
92- 11 BU104
TIIF
177- 33
STCB 98- 25 BU105
171- 11
PHIC
STCB 98- 44
172- 32 BU106
MULB 86- 36 BU107
STCB 173 - 87 BUY10
MULB 86- 37
STCB 173 - 88 BUY11
STCB 87 - 65
178 - 26 BUY12
STCB 87 - 66 BUY·13
178 - 25 BUY14
SHWG 99- 43 BUY18
APX
87 - 56
MINA 177 - 92 BUY20
PHIC
BUY21
RADF
BUY22
TIIF
BUY24
APX
87 - 57
ESMF 177- 93 C80
C81
MISI
PHIC
C82A
RADF
C82B
TIIF
C83A
MULB 65- 60 C83B
RADF 175 - 25 C84
VALG
C85
MULB 65- 62 C91
RADF 175- 27 C94
VALG
C94A
TADI 101- 14 C94E
TIIF
C95
TADI 100- 82 C95A
TIIF
C95E
TADI 100- 83 C96E
TIIF
169- 98 Cl06
ESMF 101- 74
MISI 172 - 24 ClllE
TIIF
ESMF 101· 75 C201
MISI 172· 25 C202
TIIF
C301
ESMF 101- 76 C302
MISI 172- 43 C40D
TIIF
C401
ESMF 101- 77 C402
MISI 172- 44 C407
C413N
TIIF
INTG 101- 78 C420
TFKG
C424
TIIF
C425
INTG 101- 79 C426
TFKG
SHWG 78- 81 C442
174- 45 C444
83- 42 C450
C502
87- 39 C673
87 - 47 C674
TADI
C680
TIIF
TADI 102- 10 C680A
C681
TFKG
C681A
STCB
SHWG
SHWG
SHWG
SGSI
TIIB
TIIB
TIIB
SGSI
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
• CRY
SGSI
CRY
CRY
CRY
CRY
SGSI
CRY
CRY
SGSI
• CRY
SGSI
SGSI
SGSI
SGSI
~~~G
BSY62
~~~G
BSY63
BSY70
TFKG
BSY71
ESMF
MISI
APX
PHIC
RADF
VALG
APX
PHIC
RADF
1~t,~~
MFRS Pa&Line TYPE No.
86- q
BSY72
L,.Registered with JEDEC
by this manufacturer
•
•
•
•
SGSI
SGSI
SGSI
CRY
CRY
CRY
CRY
CRY
CRY
CRY
33
~~~~A
85- 61 C683
C683A
86- 5 C684
C684A
85- 62 C685
86- 6 C685A
C6690
85- 63 C6691
86- 7 C6692
C9080
85· 38 C9081
C9082
C9083
86- 66 C9084
103- 9 C9085
CA2D2
103- 10 CDT1309
CDT1310
103- 11
CDT1311
103· 12
CDT1312
103- 13
CDT1313
103- 14
CDT1315
101- 80 CDT1319
·
~~~
• CRY
CRY
.CRY
• CRY
• CRY
CRY
.CRY
• CRY
.CRY
• CRY
• CRY
• CRY
• CRY
.CRY
• CRY
.SOD
KSC
KSC
KSC
KSC
KSC
KSC
KSC
101- 81 CDT1320
KSC
84- 36 CDT1321
190- 17
101- 82 CDT1322
KSC
100- 84 CF2386
CI2711
100- 85 CI2712
CI2713
90- 81 CI2714
75- 31 CI2923
86- 38 CI2924
CI2925
CI2926
CI3390
CI3391
144- 41 CI3391A
157 - 23 CI3392
157 - 24 CI3393
CI3394
148 - 58 CI3395
CI3396
CI3397
130- 56 CI3398
130- 57 CI3402
144- 42 CI3403
171- 12 CI3404
144- 43 CI3405
172- 31 CI3414
151- 84 CI3415
151- 85 CI3416
147 - 7 CI3417
149-102 CI3704
170- 32 CI3705
150- 28 CI3706
150- 29 CI3900
150- 30 CI3900A
144- 44 CI3901
170- 24 CI4256
109- 96 CI4424
112- 5 CI4425
107 - 85 CM600
107 - 86 CM601
107 - 87 CM602
107- 88 CM603
107- 89 CM640
107- 90 CM641
107- 11 CM642
111- 8 CM643
111- 9 CM644
108- 60 CM645
111- 10 CM646
111- 11 CM647
108- 61 CM697
108- 62
62- 63 CP409
181- 33
87 - 58 CP600
176- 52 CP601
181- 34 CP602
181- 35 CP603
181- 36 CP650
181- 37 CP651
93- 40 CP652
181· 38 CP653
181- 39 CP701
77 - 81 COT940A
112- 6 COT940B
101- 37 COT940BA
84-109 COT1075
101- 38 COT1076
101- 46 COT1077
169- 17 COT1110
91- 7 COT1110A
87 - 59 COT1111
77- 96 COTlll1A
181- 40 COT1112
112- 7 CS697
112- 8
107- 91 CS706
107- 92
107- 93 CS1420
107- 94
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
KSC
• CRY
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
.CRY
.CRY
• CRY
.CRY
• CRY
• CRY
• CRY
.CRY
.CRY
.CRY
• CRY
.CRY
• CRY
SGSI
.CRY
• CRY
• CRY
• CRY
• CRY
• CRY
• CRY
• CRY
SGSI
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
CDC
CDC
CDC
;~~: ~~
107- 97
107- 98
107- 99
107-100
107-101
107-102
107- 1
107- 2
107- 3
68- 55
68- 61
68- 56
68- 62
68 - 57
68- 63
116- 10
117 - 91
117 - 92
162- 93
117 - 93
162- 94
117- 94
162- 95
117 - 95
162- 96
117 - 96
117- 97
162- 89
117- 98
162- 90
117- 99
162- 91
117-100
162- 92
112- 25
81- 83
81- 84
81- 85
81- 86
81- 87
81- 88
81- 89
81- 90
81- 91
81- 92
81- 93
81- 94
81- 95
81- 96
81- 97
81- 98
81- 99
81-100
96- 96
96- 97
96- 98
96- 99
83- 66
83- 67
83- 68
83- 69
85- 39
85- 40
85 - 41
77- 9
77- 10
77- 11
77- 12
90- 65
96-100
109- 97
109- 98
109- 99
109-100
109-101
109-102
109-103
109-104
109-105
109-106
109-107
109-108
112- 9
160- 53
101- 83
171- 81
112- 71
112- 72
112- 73
112- 78
112- 74
112- 75
112- 76
112- 77
144- 45
121- 19
121- 20
121- 21
122- 37
122- 38
122- 39
121- 22
121- 23
121- 24
121- 25
121- 26
94- 61
170-100
82- 98
177- 78
94- 62
170-101
MFRS Pa&Line
I.;~L;:stll1
.I.;UI.;
1~~:1~~
CS2639
.CDC
74-104
184- 60
74-105
184- 61
74-106
190- 93
74-107
184- 62
74-108
184- 63
74-109
190- 94
81-101
81-102
81-103
81-104
81-105
81-106
81-107
81-108
81-109
81-110
82- 1
77- 13
82- 2
82- 3
82- 4
82- 5
82- 6
82- 7
82- 8
82- 9
82- 10
82- 11
96-101
96-102
96-103
96-104
83- 70
83- 71
83- 72
83- 73
79- 13
177 - 13
79 - 14
177- 34
79 - 15
177- 41
83- 20
83- 21
64- 27
64- 28
85- 42
85 - 43
85 - 44
82- 12
82- 13
82- 14
82- 15
82- 16
77- 97
78- 2
78- 16
78- 11
78- 12
78- 19
78- 20
78- 24
78- 3
78- 25
77- 14
77- 15
77- 16
89- 27
175- 99
89- 38
177- 14
65- 63
175-100
77- 17
89- 39
89- 40
90- 66
96-105
74-110
184- 64
75- 1
184 - 65
75- 2
190- 95
75- 3
184- 66
75- 4
184- 67
75- 5
190- 96
115- 91
163- 9
115- 92
163- 10
115- 93
163- 11
115 - 94
121- 27
121- 28
121- 29
121- 30
119- 42
119- 43
121- 31
121- 32
121- 33
CS2640
CS2641
CS2642
CS2643
CS2644
CS2711
CS2712
CS2713
CS2714
CS2715
CS2716
CS2921
CS2922
CS2923
CS2924
CS2925
CS2926
CS3390
CS3391
CS3391A
CS3392
CS3393
CS3394
CS3395
CS3396
CS3397
CS3398
CS3402
CS3403
CS3404
CS3405
CS3414
CS3415
8S3416
S3417
CS3605
CS3606
CS3607
CS3662
CS3663
CS3702
CS3703
CS3704
CS3705
CS3706
CS3707
CS3708
CS3709
CS3710
CS3711
CS3843
CS3844
CS3845
CS3854
CS3854A
CS3855
CS3855A
CS3859
CS3859A
CS3860
CS3900
CS3900A
CS3901
CS3903
• CDC
• CDC
• CDC
.CDC
• CDC
• CDC
• CDC
• CDC
CDC
•.CDC
.CDC
• CDC
.CDC
.CDC
• CDC
.CDC
.CDC
• CDC
• CDC
• CDC
• CDC
• CDC
• CDC
• CDC
• CDC
• CDC
• CDC
CDC
• CDC
CDC
CDC
.CDC
• CDC
• CDC
• CDC
CDC
CDC
CDC
• CDC
.CDC
CDC
CDC
.CDC
.CDC
.CDC
• CDC
• CDC
.CDC
.CDC
• CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CS3904
CDC
CS3906
CS4256
CS4409
CS4410
CS4424
CS4425
CS29008
• CDC
CDC
CDC
CDC
CDC
CDC
.CDC
CS29009
.CDC
CS29010
CS29011
CS29012
• CDC
• CDC
CS29013
• CDC
.CDC
CST1773
KSC
CST1773A
KSC
CST1773B
KSC
CST1789
CTP1500
CTP1503
CTP1504
CTP1508
CTP1544
CTP1552
CTP3500
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
gi~~~g~
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
ft't: NO.
I~+~~~~~
CTP3545
CTP3552
CTP3553
04C28
04C29
04C30
04C31
04020
04021
04024
04025
04026
05E37
05E43
05E44
05E45
05Kl
05K2
07A30
07A31
07A32
012A8
012E026
012E109
012E126
012X010
012XOll
012X012
012X013
012X014
012X015
012X043
012X047
012X070
012X084A
013Tl
013T2
016Pl
016P2
026El
026E2
026E3
026E4
026E5
026E6
026Gl
027Cl
027C2
027C3
027C4
02701
02702
02703
02704
028A5
028A6
028A9
028Al0
028A12
D28A13
028Cl
028C2
028C3
028C4
028C5
028C7
028C8
02801
02802
02803
02804
02805
02807
028010
029A4
MISI
029A5
MISI
029El
029E2
029E4
029E5
029E6
029E7
029E8
029E9
029El0
030Al
030A2
030A3
03301
03302
03303
03304
03305
03306
033021
033022
M!-H::> Il'a&Lme
1. TYPEIl'a&Lme
No. CROSS INDEX
_rill'n" 1t"Il&Line
yt't: NO.
~~~ m:~~ g~~~~~
KSC
121· 36 033026
KSC
121· 37 033027
KSC
121· 38 033028
.GESY 74· 66 033029
+GESY 74· 67 033030
+GESY 74· 68 OA3F3
+GESY 74· 69
+GESY 74· 1 OPTl21
161· 2 OPTl22
• GESY 74· ,2 DPTl23
161· 3 DPTl24
+GESY 73· 39 DTlO03
+GESY 73· 40
+GESY 73· 41 OT1110
+GESY 188· 48 OTllll
+GESY 188· 49 OT1112
+GESY 188· 50 OTl120
.GESY 188· 51 OTl121
+GESY 188· 52 DTl122
+GESY 188· 53 DTl311
+GESY 135· 91 OTl312
+GESY 135· 92 DTl321
+GESY 135· 93 DTl322
+GESY 184· 68 DTl510
+GESY 184· 69
+GESY 184· 70 OTl511
+GESY 184· 71
+GESY 190· 97 DT1512
+GESY 190· 98
+GESY 190· 99 DTl520
GESY 190· 18
+GESY 190·100 OTl521
+GESY 190·101
+GESY 84· 55 OTl522
169· 69
+GESY 84· 56 OTl602
GESY 190· 19 OTl603
+GESY 184· 72 OTl610
+GESY 188· 54
+GESY 188· 55 OTl612
+GESY 190.182 OTl613
+GESY 190·1 3 OTl621
.GESY 72· 65 OT3200
+GESY 72· 56 DT3201
+GESY 72· 57 OT3301
+GESY 72· 58 DT3302
+GESY 72· 59 OT4011
+GESY 72· 60 OT4303
.GESY 72· 61 OT4304
.GESY 142· 34 0T4305
+GESY 142· 35 OT4306
+GESY 142· 36 OT6103
.GESY 142· 37 OT6104
.GESY 125· 63 OT6105
168·102 OT6106
+GESY 125· 64 OTGll0
168·103 OTGll0A
+GESY 125· '65 OTGll0B
168·104 OTG600
+GESY 125· 66
168·105 OTG601
+GESY 137·58
+GESY 137· 59 OTG602
GESY 135· 94
GESY 135· 95 OTG603
+GESY 137· 60
+GESY 137· 61 OTG603M
+GESY 190·104
190·105 OTG10l0
190·106
+GESY 190·107 OTGlll0
+GESY 190·108 '
.GESY 190·109 DTG1200
+GESY 190·110 OTG2000
+GESY 140· 9
171· 2 OTG2100
+GESY 140· 10
171· 3 DTG2200
+GESY 140· 11
171· 4 DTG2300
+GESY 140· 12
171· 5 DTG2400
+GESY 1-40· 13
171· 6 DTG2400M
+GESY 140· 14
171· 7 OTS103
+GESY 140· 15
171· 8 OTS104
ESMF 66· 25
SPR
OTS105
ESMF 66· 26
OTS106
SPR
GESY 70· 29
GESY 70· 39 DTS107
GESY 70· 30
GESY 70· 36 OTS401
GESY 70· 40
GESY 70· 45 OTS402
GESY 70· 17 OTS410
GESY 70· 31
GESY 70· 37 OTS411
GESY 60· 26
GESY 60· 27 OTS413
GESY 60· 28
GESY 93· 80 OTS423
GESY 93·102
GESY 93·103 OTS423M
GESY 93· 81
GESY 93·104 OTS424
GESY 93·105
GESY 95·100 OTS425
GESY 96· 7
:3~~~
D.A. T.A.INC.
MFR::>
GESY !!~.101
GESY 96· 5
GESY 96· 8
GESY 96· 15
GESY 95· 67
GESY 95·102
GESY 96· 6
.SOO 123·101
161· 26
+ SEN
157.25
+ SEN
157· 26
+SEN
157·27
157· 28
• SEN
LUCS 97· 22
164· 23
LUCS 131· 29
LUCS 131· 30
LUCS 131· 31
LUCS 131· 32
LUCS ,'131· 33
LUCS 131· 34
LUCB 137· 62
LUCS 137· 63
LUCS 137·64
LUCS 137· 65
LUCS 99·104
163· 33
LUCS 99·105
163· 34
LUCB 99·106
163· 35
LUCB 99·107
164· 52
LUCB 99·108
164· 53
LUCS 99·109
164· 54
LUCB 72· 69
LUCS 72· 70
LUCB 97· 19
163· 92
LUCS 72· 71
LUCS 72·72
LUCS 99· 53
LUC8 147· 8
LUC8 147· 9
LUCB 142· 38
LUCS 142· 39
LUCS 147· 10
LUC8 148· 59
LUCB 148· 60
LUCB 148· 61
LUCB 148· 62
lUCB 154· 3
LUCS 154· 4
LUCS 154· 5
LUCB 154· 6
+ DEL
121· 39
119· 44
•+ DEL
DEL
121· 40
+ DEL
119· 45
164· 15
+ DEL
119· 46
164· 16
119· 47
• DEL
164· 17
+ DEL
119· 48
164· 18
+ DEL
119· 49
164· 19
+ DEL
+ DEL
• DEL
+ DEL
+ DEL
+ DEL
+ DEL
+ DEL
• DEL
• DEL
• DEL
+ DEL
+ DEL
+ DEL
DEL
+ DEL
+ DEL
+SOD
DEL
+SOO
+ DEL
+SOD
+ DEL
+SOD
+ DEL
+ DEL
+ DEL
I~~: ~J
121·
163·
121·
122·
163·
122·
163·
122·
163·
122·
163·
122·
163·
119·
162·
155·
165·
155·
165·
155·
165·
155·
165·
155·
165·
154·
163·
155·
155·
165·
155·
165·
154·
165·
155·
165·
155·
164·
155·
165·
155·
16S·
t,..Registered with JEDEC
by this manufacturer
42
91
43
40
59
41
60
42
61
43
62
44
63
50
4
10
32
11
33
12
34
13
35
14
36
7
84
15
16
16
17
53
8
76
18
54
19
95
20
17
21
18
~O.
OT5430
OTS431,
• DEL
rt't: NO.
m:~3 ~:::g~~:~
155· 77 FT101
165· 24 FT704
OTS431M
155· 78 FT109
164· 68
OTS701
+ DEL
152· 57 FTl315
OTS702
+ DEL
151· 86
EIP
ROSG 186· 92 FTl702
El00
+SIX
108· 63
El0l
+'SIX
108· 64 FT2974
El02
+SIX
108· 65 FT2978
El03
+SIX
108· 66 FT3567
EN697
SNT
84· 57 FT3568
tFSC
FT3569
EN706
tFSC
78· 82 FT3641
174·110
EN708
tFSC
79· 16 FT3642
177· 35
EN718A
tFSC
81· 17 FT3643
EN722
tFSC
61· 69
EN744
tFSC
78·109 FT3644
176· 73
EN870
tFSC
81· 13 FT3645
EN871
tFSC
81· 18
EN914
tFSC
79· 17 FT3B20
177· 36 FT3838
EN930
77· 57
• FSC
EN956
tFSC
81· 19 FT3909
EN1132
64· 17 FT4017
BNT
tFSC
EN1613
SNT
84·110 FT4018
tFSC
EN1711
BNT
85· 5 FT4019
+FSC
EN2219
BNT
90· 18 FT4020
tFSC
EN2222
BNT
78·106 FT4021
tFSC
EN2369A
+ FSC
79· 56 FT4022
179· 61
EN2484
tFSC
77· 98 FT4023
EN2894A
tFSC
61·107
180· 51 FT4024
EN2905
BNT
64·'54
tFSC
172· 67 FT4025
EN2907
BNT
61· 79
tFSC
172· 68 FT4354
EN3009
tFSC
79· 22
177·109 FT4355
EN3011
+FSC
79· 46
178·62 FT4356
EN3013
tFSC
79· 23
177·110 FT5040
EN3014
79· 24
+FSC
178· 8 FT5041
EN3502
tFSC
64· 55
172· 69 G125F
EN3504
tFSC
61· 80
172· 70 G126F
ET670
tETC
54·109
tFSC
107·103 G127F
FE0654A
FE0654B
tFSC
107·104
FE0654C
tFSC
107·105 G128F
FF102
• CRY 112· 80
186· 93 G129F
FF409
+CRY 109·109
186· 94 G130F
FF600
+ CRY 109·110
186· 95 G131F
FI0049
tFSC
106· 31
191· 1 G132F
Fll00
tFSC
105· 89
FM870
tFSC
93· 16 GET106
FM871
tFSC
93· 17 GET108
FP4339
+SIX
105· 42
FP433912N4339
181· 59 GET880
+SIX
GET881
FP4340
+SIX
105· 43 GET882
FP4340/2N4340
181· 60 GET885
' +SIX
GET887
FPM100
+FSC
186· 96 GET888
FP0100
tFSC
186· 97 GET889
FPTlOO
tFSC
186· 98 GET890
FSPI
SGSI 184· 73 GET891
FSP42
SGSI
72· 73 GET892
FSP42·1
SGSI
72· 74 GET895
FSP164
SGSI
72· 37 GET896
FSP165
SGSI
72· 51 GET897
FSP166
SGSI
72· 75 GET898
FSP166·1
SGSI
72· 76 GET914
SGSI
72· 40
FSP215
FSP242·1
SGSI
72· 52 GET929
FSP270-1
SGSI
60· 23 GET930
SGSI
FSP289·1
72· 50 <lET2221
SGSI
66·106 GET2222
FTOO19H
SGSI
66·107 GET2369
FTOO19M
LTTF
84· 37
FT023
LTTF
84· 38 GET301,3
FT024
FT025
LTTF
85· 6
FT026
LTTF
85· 7 GET3014
FT027
LTTF 140· 41
FT34C
tFSC
101· 47 GET3638
170·110
FT340
tFSC
101· 48 GET3638A
171· 1
FT57
tFSC
111· 80 GET3646
FTl07A
tFSC
83· 43
FTl07S
tFSC
83· 44 GI2711
FTl07C
tFSC
83· 46 GI2712
FT118
+FSC
76· 42 GI2713
FT0654A
110· 1 Gl2714
+FSC
FT0654B
110· 2 GI2715
FT0654C
:~~g 110· 3 GI2716
• DEL
+ DEL
34
IN TYPE NUMBER SEQUENCE
'E No.
M!-H::> il'll&1 me
tFSC
tFSC
tFSC
tFSC
tFSC
SGSI
SGSI
tFSC
tFSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
SGSI
FSC
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
tFSC
tFSC
tFSC
tFSC
+SIX
+SIX
.SIX
+SIX
+SIX
+SIX
+ SIX
.SIX
fGESY
+GESY
MULB
MULS
MULB
MULB
MULB
MULS
MULS
MULS
MULB
MULS
MULB
MULB
MULB
MULB
.GESY
GESY
GESY
+GESY
+GESY
.GESY
.GESY
.GESY
+GESY
+GESY
+GESY
+GIC
+GIC
+GIC
.GIC
:3:g
110· 4
110· 5
191· 2
105· 90
88· 1
180· 14
92· 97
179· 62
65· 88
179· 99
184· 74
184·75
95· 48
95· 49
95· 50
94· 64
176· 49
94· 65
176· 50
94· 66
176· 51
70· 5
174· 46
70· 6
174· 47
104· 59
174· 48
181· 61
105· 44
191· 3
191· 4
191· 5
184· 76
184· 77
184· 78
184· 79
184· 80
184· 81
70· 50
179·105
70· 51
179·106
70· 52
179·107
70· 53
173· 81
70· 54
173· 92
111· 81
191· 6
111· 82
191· 7
111· 83
191· 8
111· 84
191· 9
111· 85
191· 10
111· 86
191· 11
111· 87
191· 12
111· 88
191· 13
92· 12
92· 13
177· 37
48· 22
48· 23
48· 40
48· 46
48· 24
48· 39
48· 28
48· 41
48· 25
48· 42
48· 47
48· 11
48· 12
48· 13
92· 14
177· 15
90· 98
90· 99
91· 83
91· 84
92· 36
177·100
92· 37
178· 1
92· 38
178· 9
67· 84
172·101
67· 85
172·102
92· 39
178· 12
83· 74
83· 75
83· 76
83· 77
I~:~~~~
M!-H::> 1'11&1 me
GI2923
GI2924
GI2925
GI2926
GI3392
GI3638
+3:g
+GlC
+GIC
+GIC
+GIC
.GIC
+GIC
GI3638A
.GIC
GI3641
GI3643
GI3644
+GIC
+GIC
GIC
GI3702
GI3703
GI3704
GI3705
GI3706
GI3707
GI3708
GI3709
GI3710
GI3711
GI3793
GI3794
GM290A
GM378A
GM656A
GPT
GS100
GS102
GS170
GSI72
GS300
GS302
GS370
GS372
GS400
GS403
GS420
GS422
GS423
GS470
GS600
GS600L
GS601
GS603
GS606
GS609
GS610
GS611
GS612
GS614
GS660
GS670
GS680
GS683
GT34
GT34N
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
.GIC
+GIC
+GIC
TIIS
TIIB
TIIS
ROSG
.GSI
• GSI
• GSI
• GSI
• GSI
•+ GSI
GSI
+ GSI
+GSI
+GSI
.GSI
.GSI
+GSI
.GSI
.GSI
GSI
GSI
.GSI
.GSI
+GSI
+GSI
GSI
+GSI
.GSI
GSI
• GSI
• GSI
GSI
+
GIC
GIC
+GIC
+GIC
GIC
+GIC
GIC
GT14
GT81
GT82
GTl22
GTl23
GTl67
GT222
GT229
GT158
GT904
GT948
GT949
GTl604
GTl605
GTl606
GT1607
GTl608
GTl609
GTl644
GT5116
GT5117
GT5148
GT5149
GT5151
GT5153
HTlOO
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
HUGS
HTlOl
HUGS
HT400
HT401
K2101
K2101A
K2101S
K2102
K2102A
K2102S
K2103
K2103A
K2103S
K2104
K2104A
K2104B
K2105
K2105A
K2105B
K2106
K2106A
K2106B
HUGS
HUGS
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
GT192
~~: ~g mg~A
~MC
MC
+-Indicates manufacturer's data sheet available
in Transistor Information MicrofUe (TIM)
F·18
77· 19
77· 20
77· 21
77· 22
77· 23
77· 24
65· 64
176· 55
65· 65
176· 56
86· 91
86· 92
65· 58
173·106
64· 29
64· 30
85· 45
85· 46
85· 47
83· 80
83· 81
83· 82
83· 83
83· 84
83· 10
88· 2
56· 51
56· 49
45·104
186· 99
186·100
186·101
186·102
186·103
186·104
186·105
186·106
186·107
186·108
186·109
186·110
187· 1
187· 2
187· 3
187· 4
187· 5
187· 6
187· 7
187· 8
187· 9
187· 10
187· 11
187· 12
187· 13
187· 14
187· 15
187· 16
187· 17
43· 1
49· 55
49· 56
49· 57
49· 58
50· 42
50· 96
165· 66
58· 61
49· 59
58· 14
47· 38
57· 73
58· 50
58· 51
58· 18
47· 22
47· 25
41· 26
47· 71
57·107
57·108
62· 7
48· 48
48· 57
44· 4
44· 33
55· 75
55· 77
64· 6
168· 98
64· 7
168· 99
84· 39
84· 40
88· 24
88· 49
88· 69
88· 25
88· 50
88· 70
88· 26
88· 51
88· 71
88· 27
88· 52
88· 72
88· 28
88· 53
88· 73
88· 29
88· 54
88· 74
~t ~~
rVPE No.
1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS pa&Line TYPE No.
MFRS pg&Line TYPE No.
Iglg~B
~~g
K2108A
K2108B
K2109
K2109A
K2109B
K2110
K2110A
K2110B
K2111
K2111A
K2111B
K2112
K2112A
K2112B
K2113
K2113A
K2113B
K2114
K2114A
K2114B
K2115
K2115A
K2115B
K2116
K2116A
K2116B
K2117
K2117A
K2117B
K2118
K2118A
K2118B
K2119
K2119A
K2119B
K2120
K2120A
K2120B
K2121
K2121A
K2121B
K2122
K2122A
K2122B
K2123
K2123A
K2123B
K2124
K2124A
K2124B
K2125
K2125A
K2125B
K2126
K2126A
K2126B
K2127
K2127A
K2127B
K2501
K2502
K2503
K2507
K2509
K2523
K2524
K2525
K2526
K21!01
K2601A
K2601B
K2601C
K2602
K2602A
K2602B
K2602C
K2603
K2603A
K2603B
K2603C
K2604
K2604A
K2604B
K2604C
K2607
K2607A
K2607B
K260S
K2608A
K2608B
K2609
K2609A
K2609B
K2610
K2610A
K2610B
K2611
K2611A
K2611B
K2612
K2612A
K2612B
K2613
K2613A
K2613B
K2614
K2614A
K2614B
K2615
K2615A
K2615B
K2616
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
tKMC
tKMC
tKMC
+KMC
+KMC
+KMC
+KMC
+KMC
+KMC
KMC
KMC
KMC
+KMC
KMC
KMC
KMC
+KMC
KMC
KMC
KMC
+KMC
KMC
KMC
KMC
+KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC,
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
D.A. T.A. INC.
~~:
ng~l~~
88· 56
88· 76
80· 21
80· 63
80· 94
80· 22
80· 64
80· 95
80· 23
80· 65
80· 96
80· 24
80· 66
80· 97
80· 25
80· 67
80· 98
80· 26
80· 68
80· 99
80· 27
80· 69
80·100
80· 28
80· 70
80·101
80· 29
80· 71
80·102
80· 30
80· 72
80·103
80· 31
80· 73
80·104
80· 32
80· 74
80·105
80- 33
80· 75
80·106
80· 34
80· 76
80·107
80· 35
80· 77
80-108
80· 36
80· 78
80·109
80· 37
80· 79
80-110
80· 38
80· 80
81· 1
80· 39
80· 81
81· 2
88- 45
94- 38
90· 41
94· 39
90· 42
88· 32
88· 46
88· 66
88· 77
88·33
88· 57
88· 78
80· 40
88·34
88·58
88·79
80· 41
88· 35
88· 59
88- 80
80· 42
88· 36
88· 60
88· 81
80· 43
94· 32
94· 40
94·44
94· 33
94·41
94·45
94- 34
94- 42
94·46
88·37
88- 61
88· 82
88· 38
88· 62
88·83
88·39
88- 63
88· 84
88· 40
88·64
88·85
88· 41
88· 65
88· 86
80· 44
80· 82
81· 3
80· 45
~~g
K2857C
K2857P
K3683C
K3683P
K3880C
K3880P
K5001
K5002
K5003
K5012
K5201C
K5503C
KD2540
KD2541
KD4001
KD4002
K04025
K04501
KD4502
K05000
K05201
K05204
K05520
K05521
K05525
K05526
KF2000
KF2001
KF2002
KF2003
KJ2000
KJ2001
KJ2002
KJ2003
KM7000
KM7001
KM7002
KM7007
KM7008
KM7009
KM7010
KM7011
KM7012
KM7013
KM7014
KM7015
KM7016
KM7017
L 14A502
L14B
LOA400
LOA400MP
LOA401
LOA401MP
LOA402
MULB
LOA403
MULB
LDA404
LDA405
LDA406
LOA407
LOA410
LDA450
LDA451
LOA452
LDA453
LOA454
LOA455
LOF603
LOF604
LDF605
LOF691
LOF692
LDS200
MULB
LOS201
MULB
LDS205
LOS207
LOS210
LlO929
LlO930
LS400
LS600
LT11
LT12
LT13
LT14
LT15
LT5021
LT5023
LT5024
LT5026
LT5027
LT5029
LT5030
~~:
8:
tKMC
76· 1
t KMC
76· 2
tKMC
76· 3
tKMC
76· 4
tKMC
76· 5
tKMC
76· 9
tKMC
80· 90
tKMC
80· 91
tKMC
80· 92
KMC
76· 10
KMC
73· 76
tKMC
76· 11
tKMC
99· 93
tKMC
99· 92
tKMC 103· 33
tKMC 103· 32
KMC 131·107
tKMC 103· 34
tKMC 103· 35
tKMC
73· 42
tKMC
73·77
tKMC
73· 78
tKMC
94· 68
tKMC
94· 69
tKMC
94· 70
+KMC
94- 71
+ KSC
56· 4
KSC
56· 5
KSC
56· 6
KSC
56· 7
KSC
115·62
KSC
115·63
KSC
115·64
KSC
115·65
KSC
115· 66
KSC
115· 67
KSC
115- 68
KSC
115· 4
KSC
115· 5
KSC
115· 6
KSC
115· 7
KSC
115· 95
KSC
115· 96
KSC
115· 97
KSC
115· 98
KSC
115· 99
KSC
115·100
KSC
115·101
t GESY 187· 18
t GESY 191· 14
tAPX
91· 85
tAPX
91· 86
'184· 82
+APX
91· 87
+APX
91· 88
184· 83
tAPX
91· 89
PHIC
+APX
91· 90
PHIC
tAPX
91· 32
MULB 173· 93
+APX
91· 33
MULB 173· 94
+APX
88· 21
MULB
+APX
93· 15
APX
87· 67
+APX
67·47
MULB 91· 34
+APX
67· 48
MULB 91· 35
+APX
67- 49
MULB 173·107
+APX
67· 50
MULB 91· 36
173·108
+APX
67· 15
+APX
67· 16
+APX 111· 44
+APX
111· 45
+APX 111· 46
+APX 111· 47
159· 53
+APX 111· 48
159·54
+APX
92· 98
PHIC
+APX
92· 99
PHIC
+APX
93· 4
180· 7
+APX
90· 67
190· 20
+APX
91· 37
173· 68
77· 58
+ TEC
+TEC
77· 59
Til
187· 19
Til
187· 20
KSC
115· 8
KSC
115· 9
KSC
115· 10
KSC
115· 11
KSC
115· 12
KSC
115· 36
KSC
115· 37
KSC
115· 38
KSC
115·39
KSC
115· 40
KSC
115·41
KSC
115· 42
,0,.Registered with JEDEC
by this manufacturer
mg~~
LT5035
LT5036
LT5037
LT5040
LT5041
LT5043
LT5044
LT5046
LT5047
LT5049
LT5050
LT5052
LT5053
LT5055
LT5056
LT5058
LT5059
LT5061
LT5062
LT5064
LT5065
LT5067
LT5068
LT5070
LT5071
LT5073
LT5074
LT5076
LT5077
LT5079
LT5080
LT5082
LT5083
LT5085
LT5086
LT5088
LT5089
LT5091
LT5092
LT5094
LT5095
LT5097
LT5098
LT5100
LT5101
LT5103
LT5104
LT5106
LT5107
LT5109
LT5110
LT5112
LT5113
LT5115
LT5116
LT5118
LT5119
LT5121
LT5122
LT5152
LT5153
Ml00
Ml0l
Ml03
Ml04
Ml06
Ml07
Ml08
Ml13
Ml16
Ml16A
M511
MA100
MA200
MA201
MA202
MA203
MA204
MA205
MA206
MA881
MA882
MAS83
MA884
MAS85
MA886
MA887
MA888
MA889
MA909
MA910
MA1703
MA1704
MA1706
MA1707
MA8001
MA8002
MA8003
MD1F3066
M01F3067
M01F3068
MOl F3069
M01F3070
M01F3071
M01F3458
M01F3459
M01F3460
M01F3823
M01F4391
~~g
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
+ SIX
+ SIX
+ SIX
+ SIX
SIX
SIX
SIX
+ SIX
SIX
SIX
SIX
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
UEHK
UEHK
UEHK
DIC
DIC
OIC
DIC
OIC
OIC
OIC
DIC
DIC
DIC
DIC
35
m::~ ~glm~~
115· 45
115· 46
115·47
115·48
115· 49
115· 50
115· 51
115· 52
115· 53
115· 54
115· 55
116· 84
116· 85
116· 86
116· 87
116· 88
116· 89
116· 90
116· 91
116· 92
116· 93
116· 94
116· 95
116· 96
116· 97
116· 98
116· 99
116·100
116·101
116·102
116·103
116·104
116·105
116·106
116·107
118· 24
118· 25
118· 26
118· 27
118· 28
118· 29
118· 30
118· 31
118· 32
118- 33
118· 34
118· 35
118· 36
118· 37
118- 38
118· 39
118· 40
118· 41
118- 42
118· 43
118· 44
118· 45
118· 46
118· 47
115·56
115· 57
110· 6
110· 7
104· 73
104· 74
106· 20
191· 15
106· 21
191· 16
106· 22
191· 17
104· 75
108- 11
108· 12
104· 76
53· 17
50· 7
50· 8
50· 9
50· 10
50· 11
50· 12
50· 13
52·105
53· 18
53· 30
53· 47
52·100
52·106
53· 19
53·31
53· 48
49· 76
49· 77
53· 70
53· 97
53· 71
53· 81
101·100
101·101
101·102
112· 10
112· 11
112· 12
112· 13
112· 14
112· 15
110· 8
110· 9
110· 10
110· 11
112· 26
IN TYPE NUMBER SEQUENCE
MFRS pn~Line TYPE No.
M01F4416
M01T918
M01T1893
M01T2222
MD1T2369
OIC
OIC
OIC
OIC
OIC
OIC
DIC
M01T2484
MD1T2605
M01T2907
OIC
OIC
OIC
M01T3251
M01T3704
M0420
M0708
OIC
OIC
SPR
tMOTA
MD708A
tMOTA
MD708AF
tMOTA
M0708B
+ MOTA
M0708BF
t MOTA
M,D708F
tMOTA
M0918
+ MOTA
M0918A
+ MOTA
M0918AF
t MOTA
M0918B
+ MOTA
M0918BF
tMOTA
MD918F
t MOTA
M0981
M0981F
M0982
MD982F
MD984
M0984F
M0985
M0985F
M0986
M0986F
M0990
MOl120
MOl120F
MOl121
MOl121F
MOl122
MOl122F
MDl126
MDl127
MD1128
t MOTA
t MOTA
+ MOTA
+ MOTA
tMOTA
MOTA
tMOTA
+ MOTA
t MOTA
+ MOTA
tMOTA
+ MOTA
+ MOTA
tMOTA
t MOTA
tMOTA
+ MOTA
+ MOTA
+ MOTA
tMOTA
M01129
M01129F
M01130
M01130F
M01131
MOl131F
MOl132
MOl132F
MOl134
M02218
tMOTA
tMOTA
tMOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
M02218A
+ MOTA
M02218AF
+ MOTA
M02218F
+ MOTA
M02219
+ MOTA
M02219A
+ MOTA
M02219AF
+ MOTA
M02219F
+ MOTA
M02369
+ MOTA
M02369A
+ MOTA
MD2369AF
+ MOTA
M02369B
+ MOTA
MD2369BF
+ MOTA
M02369F
+ MOTA
MD2904
+ MOTA
MD2904A
+ MOTA
MD2904AF
+MOTA
MD2904F
+ MOTA
MD2905
+ MOTA
MD2905A
+ MOTA
M02905AF
+ MOTA
M02905F
+ MOTA
m:~~
110· 12
79· 82
95· 26
96· 65
92·100
179· 63
90· 90
68· 13
69· 92
174·71
67· 86
93· 32
44· 71
87· 40
191· 18
87· 41
184· 84
82· 90
184· 85
87· 42
184· 86
82· 91
184· 87
82· 92
191· 19
88· 3
191· 20
88· 4
184· 88
83· 11
184· 89
88· 5
184· 90
83· 12
184· 91
83· 13
191· 21
184· 92
184· 93
184· 94
184· 95
184· 96
184· 97
181· 62
181- 63
181· 64
181· 65
184· 98
184· 99
184·100
184·101
184·102
184·103
184·104
184·105
184·106
178· 16
184·107
184·108
184·109
184·110
185· 1
185· 2
185· 3
185· 4
185· 5
185· 6
96· 25
191· 22
96· 26
191· 23
82· 80
191· 24
82· 50
191· 25
96· 66
191· 26
96· 75
191· 27
82· 93
191· 28
82· 81
191· 29
96· 85
191· 30
96· 86
185· 7
82·110
185· 8
96· 87
185· 9
83· 1
185· 10
83· 2
191· 31
70· 55
191· 32
70· 56
191· 33
63· 29
191· 34
63· 30
191· 35
70· 57
191· 36
70· 58
191· 37
63· 31
191· 38
63· 32
191· 39
MFRS Pg§o,Line
M03133
tMOTA
M03133F
tMOTA
MD3134
tMOTA
M03134F
t MOTA
M03250
M03250A
M03250AF
M03250F
M03251
M03251A
M03251AF
M03251F
M03467
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
t MOTA
t MOTA
t MOTA
M03467F
t MOTA
M03725
t MOTA
M03725F
+ MOTA
M03762
+ MOTA
M03762F
tMOTA
M04957
+ MOTA
M05000
tMOTA
M05000A
tMOTA
M05000B
+ MOTA
M06001
tMOTA
M06001F
+ MOTA
M06002
t MOTA
1~~: ~g
63· 33
191· 41
70· 60
191· 42
63· 34
191· 43
185· 11
185· 12
185· 13
185· 14
185· 15
185· 16
185· 17
185· 18
71· 12
172,54
66· 68
172· 55
96· 67
191· 44
82· 82
191· 45
71· 13
172· 56
66· 69
172· 57
61·108
191· 46
65· 90
185- 19
65· 91
185· 20
65· 92
185· 21
174· 49
181· 66
174· 50
181· 67
174· 51
181· 68
174· 52
181- 69
181· 70
83· 85
185· 22
83- 86
185· 23
83· 87
185· 24
190- 21
M06002F
tMOTA
M06100
M08001
+ MOTA
tMOTA
M08002
+MOTA
M08003
tMOTA
ME209
tAPX
PHIC
PHIC
90·108
PHIC
90-109
+APX 190· 22
PHIC
PHIC
90·110
PHIC
91· 1
UEHK 67·51
174- 53
UEHK 67· 52
174· 54
UEHK 67· 24
UEHK 67· 53
UEHK 67· 54
UEHK 61· 70
UEHK 61· 71
UEHK 61· 72
UEHK 61· 73
UEHK 63· 38
178· 20
UEHK 63· 39
UEHK 63· 40
UEHK 63· 15
UEHK 63- 41
UEHK 63· 42
179· 76
UEHK 63· 43
179·100
APX
67·55
PHIC
UEHK 185· 25
UEHK 67· 56
185· 26
UEHK 67·57
PHIC 185·27
UEHK 67· 58
UEHK 67· 59
UEHK 67· 60
PHIC
91· 2
PHIC
91· 3
UEHK 82· 51
UEHK 82· 52
UEHK 82· 43
UEHK 77·99
UEHK 77-100
UEHK 82· 53
UEHK 82- 54
UEHK 83· 14
UEHK 83· 26
UEHK 83· 15
UEHK 82· 36
UEHK 82· 37
UEHK 82· 38
UEHK 77·101
UEHK 77·102
UEHK 78· 4
UEHK 78· 5
UEHK 91· 38
UEHK 91· 39
UEHK 91· 9
UEHK 91· 91
175· 76
ME213
ME213A
ME214
ME216
ME217
ME0401
ME0402
ME0404
ME0404·1
ME0404·2
ME0411
ME0412
ME0413
ME04H
ME0461
ME0462
ME0463
ME0475
ME0491
ME0492
ME0493
ME501t.
ME50112l
ME502
ME503
ME504
ME511
ME512
ME513
ME900
ME901
ME1001
ME1002
ME1075
MEll00
ME1120
ME2001
ME2002
ME3001
ME3002
ME3011
ME4001
ME4002
ME4003
ME4101
ME4102
ME4103
ME4104
ME6001
ME6002
ME6003
ME6101
"Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
TYPE No.
UI:t11\
ME8001
ME8002
ME8003
ME9001
UEHK
UEHK
UEHK
UEHK
ME9002
UEHK
ME9003
ME9021
UEHK
UEHK
ME9022
UEHK
MEF101
MEF102
MEF103
MEF104
MEL 11
MEL12
MEM100
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
GIC
MEM101
GIC
MEM102
GIC
MEM200
GIC
MEM201
GIC
MEM202
GIC
MEM300
MEM301
MEM302
MEM400
GIC
GIC
GIC
GIC
MEM401
GIC
MEM402
GIC
MEM511
MEM511C
MEM515
MEM517
MEM517A
MEM517B
MEM517C
MEM520
MEM520C
MEM550
• GIC
GIC
GIC
• GIC
• GIC
GIC
GIC
.GIC
GIC
.GIC
MEM550C
MEM551
GIC
• GIC
MEM551C
MEM554
MEM554C
MEM556
MEM556C
MEM557
MEM557C
MEM560
MEM560C
MEM562
GIC
.GIC
.GIC
.GIC
GIC
.GIC
.GIC
.GIC
• GIC
• GIC
GIC
.GIC
.GIC
.GIC
UEHK
UEHK
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• SOO
• SOO
SOD
• SOO
• SOD
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
• SOO
• SOO
• SOO
• SOO
• SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
• SOO
• SOO
MEM562C
MEM563
MEM564C
MEM571C
MEU21
MEU22
MFE2093
MFE2094
MFE2095
MFE2097
MFE2098
MFE2133
MFE3001
MFE3006
MFE3007
MFE3008
MFE4007
MFE4008
MFE4009
MFE4010
MFE4011
MFE4012
MHM100l
MHM1101
MHM1201
MHM2001
MHM2011
MHM2012
MHM2013
MHM2014
MHM2015
MHM2016
MHM2017
MHM2101
MHM2111
MHM2112
MHM2113
MHM2114
MHM2115
MHM2116
MHM2117
MHM2201
MHM2211
MHM2212
MHM2213
MHM2214
MHM2215
MHM2216
1. TYPE
No. CROSS INDEX
MFRS pg&Line TYPt;; No.
MFRS Pa&Line TYPE No.
agg m:~j ~~+mg agg l:L 19 ~j:~6
1~5: H ~~~{8;'hV
93· 86 MHT1809
.SOO 147· 20 MJ480
.SOO 123· 68 MHT6408
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
Ml:tllU:l
O.A. T.A. INC.
93· 87
93· 88
82·103
178·47
82·104
178· 63
178· 64
82· 94
177· 5
82· 95
177·53
108· 67
108· 68
108· 69
108· 70
187·21
187·22
105· 45
160· 92
105· 46
160· 93
105· 47
160· 94
108· 13
160· 83
108· 14
160· 84
108· 15
160· 85
104· 26
104· 27
104· 28
106· 32
160· 47
106· 33
160· 48
106· 34
160· 49
104· 77
104· 43
106· 41
106· 35
106· 36
104· 1
106· 6
104· 78
104· 44
104· 32
191· 47
104· 17
104· 33
185·28
104· 18
107· 51
107·52
104· 29
104· 30
107· 53
108· 16
105· 48
104· 60
108· 17
160· 86
107· 66
108· 18
108· 19
107·54
188·56
188·57
110· 13
110· 14
110· 15
112· 48
112· 49
112· 50
107·106
110· 16
110· 17
110· 18
104· 61
104· 62
104· 63
104· 64
104· 65
104· 66
191· 48
191· 49
191· 50
191· 51
191· 52
191·53
191·54
191·55
191· 56
191· 57
191· 58
191· 59
191· 60
191· 61
191· 62
191· 63
191· 64
191· 65
191· 66
191· 67
191· 68
191· 69
191· 70
191· 71
191· 72
191· 73
MHT1810
MHT1908
MHT1909
MHT1910
MHT2008
MHT2009
MHT2010
MHT2101
MHT2110
MHT2111
MHT2112
MHT2150
MHT2151
MHT2152
MHT2205
MHT2305
MHT4451
MHT4452
MHT4453
MHT4454
MHT4455
MHT4456
MHT4483
MHT4551
MHT4552
MHT4553
MHT4554
MHT4555
MHT4556
MHT4583
MHT4611
MHT4612
MHT4613
MHT4614
MHT4615
MHT4616
MHT4617
MHT4618
MHT4619
MHT5001
MHT5002
MHT5003
MHT5004
MHT5005
MHT5006
MHT5007
MHT5008
MHT5009
MHT5010
MHT5011
MHT5012
MHT5013
MHT5014
MHT5015
MHT5051
MHT5052
MHT5053
MHT5054
MHT5055
MHT5056
MHT5501
MHT5502
MHT5503
MHT5504
MHT5505
MHT5506
MHT5507
MHT5508
MHT5509
MHT5510
MHT5511
MHT5512
MHT5513
MHT5514
MHT5515
MHT5551
MHT5552
MHT5553
MHT5554
MHT5555
MHT5556
MHT5901
MHT5902
MHT5903
MHT5904
MHT5905
MHT5906
MHT5907
MHT5908
MHT5909
MHT5910
MHT5911
MHT5912
MHT5913
MHT5914
MHT5915
MHT6001
MHT6011
MHT6012
MHT6013
MHT6014
MHT6015
MHT6016
MHT6031
MHT6308
MHT6309
MHT6310
MHT6311
MHT6312
MHT6313
MHT6314
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
SOD
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
• SOO
• SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
SOO
SOO
SOO
SOO
SOD
SOD
SOD
SOD
SOO
• SOD
• SOO
• SOD
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
• SOO
• SOO
• SOD
• SOD
.SOO
.SOO
• SOO
• SOO
.SOO
• SOO
.SOO
• SOO
• SOD
.SOO
• SOO
• SOO
SOO
SOO
SOO
SOO
SOO
SOD
.SOO
.SOO
.SOO
.SOO
.SOO
• SOO
.SOO
• SOO
• SOO
• SOO
• SOO
.SOO
.SOO
.SOO
.SOO
• SOO
• SOO
• SOO
.SOO
• SOD
• SOO
.SOO
.SOO
.SOO
.SOO
.SOO
• SOO
.SOO
:~gg
123· 69
122· 72
122· 73
122· 74
122· 75
122· 76
122· 77
122· 45
122· 46
122· 47
122· 48
122· 49
122· 50
122· 51
122· 63
122· 64
135· 96
135· 97
135· 98
135· 99
135·100
135·101
135·102
140· 88
140· 89
140· 90
140· 91
140· 92
140· 93
140· 94
142· 40
142· 41
142· 42
142· 43
142· 44
142· 45
142· 46
142· 47
142· 48
135·103
135·104
135·105
135·106
135·107
135·108
135·109
135·110
136· 1
136· 2
136· 3
136·, 4
136· 5
136· 6
136· 7
136· 8
136· 9
136· 10
136· 11
136· 12
136· 13
136· 14
136· 15
136· 16
136· 17
136· 18
136· 19
136· 20
136· 21
136· 22
136· 23
136· 24
136· 25
136· 26
136· 27
136· 28
136· 29
136· 30
136· 31
136· 32
136· 33
136· 34
143·21
143·22
143·23
143·24
143·25
143· 26
143·27
143· 28
143· 29
143· 30
143· 31
143· 32
143· 33
143·34
143·35
145·62
145·63
145·64
145· 65
145· 66
145·67
145· 68
145· 69
147· 11
147· 12
147· 13
147· 14
147· 15
147· 16
147· 17
6·Registered with JEDEC
by this manufacturer
MHT6409
MHT6410
MHT6411
MHT6412
MHT6413
MHT6414
MHT6415
MHT6416
MHT6901
MHT6902
MHT6903
MHT6904
MHT6905
MHT6906
MHT6907
MHT6908
MHT7011
MHT7012
MHT7013
MHT7014
MHT7015
MHT7016
MHT7017
MHT7018
MHT7019
MHT7201
MHT7202
MHT7203
MHT7204
MHT7205
MHT7401
MHT7402
MHT7403
MHT7411
MHT7412
MHT7413
MHT74'14
MHT7415
MHT7416
MHT7417
MHT7418
MHT7419
MHT7511
MHT7512
MHT7513
MHT7514
MHT7515
MHT7516
MHT7517
MHT7518
MHT'l519
MHT7601
MHT7602
MHT7603
MHT7604
MHT7605
MHT7606
MHT7607
MHT7608
MHT7609
MHT7610
MHT7611
MHT7612
MHT7801
MHT7802
MHT7803
MHT7804
MHT7805
MHT7806
MHT7807
MHT7808
MHT7809
MHT7901
MHT7902
MHT7903
MHT7904
MHT7905
MHT8002
MHT8003
MHT8012
MHT8013
MHT8015
MHT8016
MHT8045
MHT8070
MHT8071
MHT8301
MHT8302
MHT8303
MHT8304
MHT8920
MHT8921
MHT8922
MHT8923
MHT9001
MHT9002
MHT9003
MHT9004
MHT9005
MHT9006
MHT9007
MHT9008
MHT9009
MHT9010
MHT9011
MHT9012
MJ400
MJ413
MJ420
MJ421
MJ423
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
SOD
SOD
SOD
SOD
SOD
SOD
SOO
SOD
SOO
SOO
SOO
SOO
SOO
SOD
.SOO
• SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
• SOD
.SOO
• SOD
• SOD
• SOD
.SOO
.SOO
.SOO
.SOO
.SOO
SOO
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
.SOO
• SOD
• SOD
.SOO
• SOD
• SOD
.SOO
.SOO
.SOO
.SOO
• SOD
• SOD
• SOD
• SOD
• SOD
• SOD
• SOD
• SOD
.SOO
.SOO
.SOO
.SOO
• SOO
• SOD
• SOD
• SOD
.SOO
.SOO
• SOD
• SOD
• SOD
• SOO
• SOO
• SOD
• SOO
• SOO
+ SOO
+SOO
.SOO
.SOO
.SOO
.SOO
• SOD
• SOO
.SOO
SOO
+SOO
.SOO
.SOO
• SOD
• SOD
• SOO
• SOD
• SOO
•• MOTA
SOO
+ MOTA
+ MOTA
• MOTA
• MOTA
36
147·21
147· 22
147·23
147·24
147· 25
147· 26
147·27
147· 28
144· 46
144· 47
144· 48
144· 49
144· 50
144· 51
144·52
144· 53
149·103
149·104
149·105
149·106
149·107
149·108
149·109
149·110
150· 1
151· 87
151· 88
151· 89
151· 90
151· 91
137· 66
137·67
137·68
137·69
137·70
137·71
137· 72
137·73
137·74
137·75
137· 76
137· 77
144· 54
144· 55
144· 56
144· 57
144· 58
144· 59
144·60
144· 61
144·62
151· 92
151· 93
151· 94
151· 95
151· 96
151· 97
151· 98
151· 99
151·100
151·101
151·102
151·103
150· 2
150· 3
150· 4
150· 5
150· 6
150· 7
150· 8
150· 9
150· 10
145·36
145·37
145·38
145·39
145· 40
154· 9
154· 10
154· 11
154· 12
154· 13
154· 14
154· 15
154· 16
154· 17
154· 18
154· 19
154· 20
154·21
157·29
157·30
157·31
157·32
136·35
136· 36
136· 37
136· 38
136· 39
136· 40
136· 41
136· 42
136· 43
136· 44
136· 45
136· 46
139· 66
154·22
100· 21
100· 22
154· 23
MFRS P!I&Line TYPE No.
.~g+~ m:~~ I~~ti~g
MJ481
MJ490
MJ491
MJ500
MOTA
MOTA
MOTA
MOTA
• MOTA
MJ501
• MOTA
MJ802
MJ1800
MJ2249
MJ2250
MJ2251
MJ2252
MJ2253
MJ2254
MJ2267
MJ2268
MJ2801
MJ2901
MJ3010
MJ3011
MJ3101
MJ3201
MJ3202
MJ3701
MJ3771
•
•
•
•
•
•
•
•
•
•
MJ3772
•
•
•
•
•
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
• MOTA
MJ3801
.MOTA
MJ3802
• MOTA
MJ4101
MJ4502
MJ6700
MOTA
• MOTA
• MOTA
MJ6701
• MOTA
MJ7000
MJ7200
MJ7201
MJ8100
•
•
•
•
MOTA
MOTA
MOTA
MOTA
MJ8101
• MOTA
MJE105
MJE205
MJE340
MJE370
MJE371
MJE520
MJE521
MJE2801
MJE2901
MJE2955
MJE3055
MK10
MM380
MM709
MMl139
MM1500
MM1501
MM1755
MM1756
.MOTA
• MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
• MOTA
• MOTA
• MOTA
• MOTA
MITJ
• MOTA
MOTA
• MOTA
MOTA
MOTA
MOTA
MOTA
MM1757
MM1758
MOTA
MOTA
MM1803
MM1812
MM1941
MM2258
MM2259
MM2260
MM2261
•
•
•
•
•
•
•
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MM2262
• MOTA
MM2263
• MOTA
MM2483
MM2484
MM3000
MM3001
MM3002
MM3003
MM3004
MM3008
MM3009
MM3724
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
+ MOTA
+ MOTA
• MOTA
• MOTA
MM3725
+ MOTA
MM3726
• MOTA
MM3903
• MOTA
MM3904
• MOTA
MM3905
• MOTA
MM3906
MM4000
MM4001
MM4002
MM4003
MM4048
MM4052
MM4261H
• MOTA
150· 11
150· 12
128· 45
128· 46
127· 98
168· 15
127· 99
168· 16
154·78
152· 94
14'1· 96
141· 97
141·45
141· 46
126·110
127· 1
128· 87
128· 88
152· 65
128· 70
151·104
151·105
141· 98
140· 95
140· 96
127· 2
153·46
164·47
153·47
164·48
145· 9
170· 15
145· 10
170· 16
142·49
128· 98
127·100
168· 17
127·101
168· 18
153· 48
156· 17
156· 18
126· 66
168' 19
126· 67
168· 20
128·59
150· 25
143· 36
127· 30
127·89
144· 63
146· 10
152· 69
128· 71
128· 72
152· 68
107· 55
55·34
94· 14
49· 8
132·102
132·103
72· 6
72· 7
175·101
72· 8
72· 9
177· 16
102· 6
131· 5
88· 6
131· 6
131· 7
131· 8
134·92
171· 82
134·93
171· 83
134· 94
171· 84
90· 68
90· 70
131· 9
131· 10
131· 11
131· 12
134·95
131· 13
131· 14
134· 96
173· 95
134· 97
173· 96
126· 13
173· 97
91· 93
175 ·102
92· 15
177· 17
67·61
173·109
67·74
175·103
70· 66
125· 35
125· 36
125· 37
67· 99
70· 14
61· 51
MFRS Pa&Line
:~g+~ m:~g
MM5000
MM5001
MM5002
MM8006
MM8007
MM8008
MM8009
MM8010
MM8011
MMFI
•
•
•
•
•
•
•
•
•
•
MMF2
• MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MMF3
• MOTA
MMF4
• MOTA
MMF5
• MOTA
MMF6
• MOTA
MMT918
MMT930
MMT2222
• MOTA
• MOTA
• MOTA
MMT2369
• MOTA
MMT2484
MMT2857
MMT2907
• MOTA
• MOTA
• MOTA
MMT3546
• MOTA
MMT3798
MMT3799
MMT3823
MMT3903
•
•
•
•
MMT3904
• MOTA
MMT3905
• MOTA
MMT3906
• MOTA
MPll0
MP110B
MP500
MP500A
MP501
MP501A
MP502
MP502A
MP504
MP504A
MP505
MP505A
MP506
MP506A
MP525
MP600
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MP601
• MOTA
MP602
• MOTA
MP603
• MOTA
MP800
MP801
MP900
• MOTA
+ MOTA
• MOTA
MP901
• MOTA
MP902
• MOTA
MP1529
KSC
MP1529A
KSC
MP1530
KSC
MP1530A
KSC
MP1531
KSC
MP1531A
KSC
MP1532
KSC
MP1532A
KSC
MP1533
KSC
MP1534
KSC
MP1534A
KSC
MP1535
KSC
MP1535A
KSC
MP1536
KSC
MP1536A
KSC
MP1537
KSC
• MOTA
• MOTA
• MOTA
MP1537A
KSC
• MOTA
• MOTA
MP1538
KSC
• MOTA
MP1549
KSC
• MOTA
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
52· 7
52· 8
52· 9
80· 46
80· 47
132·104
132·105
132·106
132·107
110· 19
185· 29
110· 20
185· 30
110· 21
185· 31
110· 22
185· 32
110· 23
185·33
110· 24
185·34
81· 66
81· 48
81· 51
173· 69
62· 18
179· 64
81· 49
81· 67
62· 16
173· 80
62· 19
180· 40
62· 8
62· 9
108· 20
81· 58
175· 46
81· 61
176· 87
62· 14
173· 71
62· 15
175·52
121· 44
121· 45
123· 70
123· 71
123· 72
123· 73
123· 74
123· 75
123· 76
123· 77
123· 78
123· 79
123· 80
123· 81
121· 46
119· 51
161· 90
119· 52
161· 91
119· 53
161· 92
119· 54
161· 93
123·102
123·103
123 ·104
162· 48
123·105
162· 49
123·106
162· 50
121· 47
161· 94
121· 48
162· 83
121· 49
161· 95
121· 50
162· 84
121· 51
161· 96
121· 52
162· 85
121· 53
161· 97
121· 54
162· 86
121· 55
161· 98
121· 56
161· 85
121· 57
162· 79
121· 58
161· 86
121· 59
162· 80
121· 60
161· 87
121· 61
162· 81
121· 62
161· 88
121· 63
162· 82
121· 64
161· 89
121· 65
yt'1: NO.
IMt'1~4!.1A
KSC
MP1550
MP1550A
KSC
KSC
MP1551
MP1551A
KSC
KSC
MP1552
MP1552A
KSC
KSC
MP1553
MP1553A
KSC
KSC
MP1554
MP1554A
KSC
KSC
MP1555
MP1555A
KSC
KSC
MP1556
MP1556A
KSC
KSC
MP1557
MP1557A
KSC
KSC
MP1558
MP1558A
KSC
KSC
MP1559
MP1559A
KSC
KSC
MP1560
MP1560A
KSC
KSC
MP1612
MP1612A
MP1612B
MP1613
MP2000A
t MOTA
t MOTA
tMOTA
tMOTA
t MOTA
MP2060
MP2060-1
MP2060-2
MP2060-3
MP2060-4
MP2060-5
MP2060-6
MP2060-7
MP2061
MP2061-1
MP2061-2
MP2061-3
MP2061-4
MP2061-5
MP2061-6
MP2061-7
MP2062
MP2062-1
MP2062-2
MP2062-3
MP2062-4
MP2062-5
MP2062-6
MP2062-7
MP2063
MP2063-1
MP2063-2
MP2063-3
MP2063-4
MP2063-5
MP2063-6
MP2063-7
MP2100A
tMOTA
tMOTA
t MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
MP2200A
tMOTA
MP2300A
tMOTA
MP2400A
tMOTA
MP3730
MP3731
MP8111
MP8112
MP8113
MP8121
MP8122
MP8123
MP8211
MP8212
MP8213
MP8221
MP8222
MP8223
MP8511
MP8512
MP8513
MP8521
MP8522
MP8523
MP8611
MP8612
MP8613
MP8621
MP8622
MP8623
MPF102
MPF16l
MPM5006
MPS404
tMOTA
tMOTA
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
tMOTA
tMOTA
tMOTA
tMOTA
MPS404A
+MOTA
D.A. T.A. INC.
m:~~
121- 67
121- 68
162-100
121- 69
121- 70
162-101
121- 71
121- 72
162-102
121- 73
121 - 74
162·107
121 - 75
121- 76
162-108
121- 77
121- 78
162-109
121- 79
121- 80
162-110
121- 81
121- 82
163- 1
121- 83
121· 84
163- 2
121- 85
121- 86
163· 3
121 - 87
121- 88
163· 4
119 - 55
119- 56
119 - 57
119- 58
121- 89
163- 50
119 - 59
185 - 35
185 - 36
185 - 37
185 - 38
185 - 39
185 - 40
185 - 41
119- 60
185 - 42
185 - 43
185 -,44
185 - 45
185 - 46
185 - 47
185 - 48
119- 61
185 - 49
185 - 50
185 - 51
185 - 52
185 - 53
185 - 54
185 - 55
119- 62
185 - 56
185 - 57
185· 58
185· 59
185·60
185- 61
185- 62
121- 90
163- 51
121- 91
163- 52
121- 92
163- 53
121- 93
163- 54
118- 50
118 - 51
144· 80
144 - 81
144· 82
144 - 83
144· 84
144 - 85
144· 86
144 - 87
144- 88
144- 89
144- 90
144 - 91
127 - 31
127- 32
127- 33
127- 34
127 - 35
127· 36
127- 37
127· 38
127- 39
127 - 40
127- 41
127- 42
107-107
105- 79
89- 60
65- 95
165 - 14
65- 96
165 - 15
.
1 TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
MPS706
t MOTA
MPS706A
tMOTA
MPS834
tMOTA
MPS918
MPS2369
tMOTA
tMOTA
MPS2711
MPS2712
MPS2713
MOTA
MOTA
tMOTA
MPS2714
tMOTA
MPS2715
MPS2716
MPS2923
MPS2924
MPS2925
MPS2926
MPS3392
MPS3393
MPS3394
MPS3395
MPS3396
MPS3397
MPS3398
MPS3563
MPS3638
MOTA
MOTA
t MOTA
t MOTA
tMOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
tMOTA
tMOTA
MPS3638A
tMOTA
MPS3639
tMOTA
MPS3640
tMOTA
MPS3646
tMOTA
MPS3693
MPS3694
MPS3702
MPS3703
MPS3704
MPS3705
MPS3706
MPS3707
MPS3708
MPS3709
MPS3710
MPS3711
MPS5172
MPS6507
MPS6511
MPS6512
MPS6513
MPS6514
MPS6515
MPS6516
MPS6517
MPS6518
MPS6519
MPS6520
MPS6521
MPS6522
MPS6523
MPS6530
MPS6531
MPS6532
MPS6533
MPS6534
MPS6535
MPS6540
MPS6542
MPS6543
MPS6544
MPS6545
MPS6546
MPS6547
MPS6560
MPS6561
MPS6562
MPS6563
MPS6564
MPS6565
MPS6566
MPS6567
MPS6568
MPS6568A
MPS6569
MPS6570
MPS6571
MPS-A09
MPSA05
MPSA06
MPSA10
MPSA13
MPSA14
MPSA20
MPSA55
MPSA56
MPSA65
MPSA66
MPSA70
MPSH02
MPSH10
MPSH11
MPSH20
MPSH30
MPSH31
MPSH32
MPSH37
MPSLOl
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
MOTA
MOTA
MOTA
MOTA
MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
t MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
+MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
tMOTA
tMOTA
tMOTA
tMOTA
MOTA
MOTA
MOTA
MOTA
MOTA
tMOTA
MOTA
MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
l~t J~
89- 16
174- 56
89- 47
178· 10
89· 61
89· 59
179- 65
88· 89
88- 90
89 - 28
175- 38
89- 29
175 - 39
88- 91
88- 92
77- 25
77- 26
77- 27
89- 41
88- 93
88- 94
88- 95
88- 96
88- 97
88- 98
88- 99
89- 62
65-105
171- 64
65-109
172-103
61- 90
177- 6
66- 18
179- 91
79- 25
178· 2
89- 17
89 - 18
65-106
65·107
89- 8
89- 9
89- 10
88-100
88-101
88-102
88-103
88 -104
81- 10
89- 68
88-105
89- 30
89- 31
89 - 51
89 - 52
66- 5
66- 6
66- 14
66- 15
89 - 53
89 - 54
66- 16
66- 17
89 - 55
89- 56
89 - 57
66- 9
66- 10
66- 11
89 - 48
89- 69
89- 70
88-106
88-107
89- 63
89- 64
95- 51
95- 52
70- 15
70- 16
88-108
89- 19
89- 20
88-109
89- 49
89- 50
89- 42
89- 43
89- 13
89- 4
96- 27
96- 28
84- 58
89- 21
89- 22
85- 60
70- 32
70- 33
65 -110
66- 1
64- 35
96- 80
89- 66
89- 67
89· 65
89- 44
89- 45
96- 84
89- 46
89- 3
L,.Registered with JEDEC
bV this manufacturer
Jg
MPSL07
tMOTA
l~g:
MPSL08
tMOTA
MPSL51
MPSUOI
MPSU02
MPSU05
MPSU06
MPSU10
MPSU51
MPSU52
MPSU55
MPSU56
M03467
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
M03725
t MOTA
M03762
t MOTA
M03799
t MOTA
M03799A
t MOTA
MRD100
t MOTA
MRD150
tMOTA
MRD200
MRD210
MRD250
MRD300
MRD310
MRD450
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
t MOTA
MRD600
MSA7505
MSA8505
MSA8506
MSP10
MSP10A
MSP15
MSP15A
MSP20
MSP20A
MSP25
MSP25A
MSP30
MSP30A
MSP35
MSP35A
MSP40
MSP40A
MSP45
MSP45A
MSP50
MSP50A
MSP55
MSP55A
MSP60
MSP60A
MSP65
MSP70
MSP70A
MSP75
MSP80
MSP85
MSP90
MSP95
MSP100
MSP5405
MSP6605
MST10
MST10S
MST15
MST20
MST20S
MST20S
MST25
MST30
MST30B
MST30S
MST35
MST40
MST40B
MST40S
MST45
MST50
MST50S
MST50S
MST55
MST60
MST60S
MST60S
MST65
MST70
MST70S
MST70S
MST75
MST80
MST85
MST90
MST95
MST100
MST5404
MST6604
MT101S
MT102S
tMOTA
tFSC
HSC
tFSC
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
t MST
MST
MST
t MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
• MST
MST
MST
MST
t MST
MST
MST
MST
t MST
MST
MST
MST
tMST
MST
MST
MST
t MST
MST
MST
MST
t MST
MST
MST
MST
t MST
MST
MST
MST
MST
MST
MST
MST
MST
SELS
SELS
MT181
MT0404
MT0404-1
MT0404-2
MT0411
MITJ
UEHK
UEHK
UEHK
UEHK
66- 20
180- 85
65-100
140- 16
138 - 8
136- 89
136- 90
136· 91
126- 78
126- 42
126- 20
126- 21
70- 61
172- 58
94- 11
191- 75
70- 62
172- 59
63- 16
191- 76
63- 17
185 - 63
72- 13
187 - 23
72- 14
187· 24
187 - 25
187 - 26
187 - 27
187- 28
187 - 29
72-77
187- 30
187 - 31
142- 50
141- 40
145- 90
137 - 78
140- 97
137 - 79
140- 98
137 - 80
140- 99
137 - 81
140-100
137 - 82
140-101
137- 83
140-102
137- 84
140-103
137 - 85
140-104
137 - 86
140-105
137 - 87
140-106
137 - 88
140- 42
137 - 89
137- 90
140- 43
137 - 91
137 - 92
137- 93
137·94
137 - 95
137 - 96
139 - 67
139- 68
132-108
100- 37
133- 1
133- 2
136- 47
100- 38
133 - 3
133- 4
136- 48
100- 39
133- 5
133 - 6
136- 49
100- 40
133- 7
133- 8
136· 50
100- 41
133· 9
133- 10
136- 51
100- 42
133- 11
133- 12
136- 52
100- 43
133- 13
133- 14
133- 15
133- 16
133- 17
133- 18
133- 59
133- 60
104- 67
104- 68
185- 64
102- 64
60- 43
60- 44
60- 45
60- 39
37
No.
MT0412
MT0413
MT1060
MT1060A
MT1061
MT1061A
MT1062
MT1063
MT1070
MT4101
MT4102.A
MT4103
MT6001
MT6002
MT6003
MT9001
MT9002
MU10
MU20
MU4891
MU4892
MU4893
MU4894
NIX
N2XA
NKT11
NKT12
NKT72
NKT73
NKT124
NKT125
NKT126
NKT135
NKT137
NKT210
NKT211
NKT212
NKT213
NKT214
NKT215
NKT216
NKT217
NKT219
NKT223
NKT224
NKT225
NKT229
NKT261
NKT262
NKT264
NKT270
NKT271
NKT272
NKT274
NKT275
NKT281
NKT302
NKT304
NKT351
NKT401
NKT402
NKT403
NKT404
NKT405
NKT406
NKT420
NKT451
NKT452
NKT453
NKT603F
NKT613F
NKT674F
NKT677F
NKT713
NKT717
NKT734
NKT736
NKT773
NKT781
NKT10339
NKT10419
NKT10439
NKT10519
NKT12329
NKT12429
NKT13329
NKT13429
NKT16229
NKT20329
NKT20339
NKT35219
NKT80111
NKT80112
NKT80113
NKT80211
NKT80212
NKT80213
NKT80214
IN TYPE NUMBER SEQUENCE
MFR::; Pa&Line TYPE No.
MFRS Pa&Line
~~- 40 NKT80215
60- 41 NKT80216
tFSC
88- 47 NPC108
t FSC
88- 67 NPC108A
tFSC
83- 28 NPC115
tFSC
83- 29 NPC167
tFSC
88- 68 NPC173
tFSC
83- 30 NPC187
t FSC
131- 35 NPC188
UEHK 72- 84 NPC189
UEHK 72- 85 NPC211N
UEHK 72- 86 NPC212N
UEHK 73 - 1 NPC213N
UEHK 73- 2 NPC214N
UEHK 72-100 NPC215N
UEHK 73- 7 NPC216N
178- 48 NS404
UEHK 73- 8 NS661
178 - 65 NS662
tMOTA 188- 58 NS663
tMOTA 188- 59 NS664
t MOTA 188- 60 NS665
tMOTA 188- 61 NS666
t MOTA 188- 62 NS667
tMOTA 188- 63 NS668
TIIF
97 - 43 NSlll0
TIIF
98 - 5
NTLB 45 - 62 NSllll
45 - 68
NTLB
NTLB 45- 66 NS1112
NTLB
45 - 64 NS1510
NTLB 45- 70
166- 97 NS2310
NTLB
45- 67 NS2311
165- 88 NS6201
NTLB
45- 65 NS6203
164-102 NS6205
NTLB
50- 97 NS6213
165- 50 NS6214
NTLB
51- 19 NS7200
166- 9 NS7201
NTLB
52-109 NS7300
NTLB 52-110 NS7301
NTLB 53- 1 NS7302
NTLB 53- 2 NS7303
NTLB 53- 3 NS7304
NTLB
53- 4 NS7305
NTLB 53- 5 NS9001
NTLB 53- 6
NTLB 53- 7 NS9002
NTLB 55. 63
NTLB 55- 64 OC20
NTLB 55 - 65
NTLB 55- 66 OC22
NTLB 55- 69
MULB
NTLB 55- 70
NTLB 55 - 71 OC23
NTLB 52- 96
MULB
RADF
NTLB 53- 20
NTLB 53 - 21 OC24
NTLB 53 - 22
MULB
NTLB 53- 23
NTLB 54- 23 OC25
NTLB 56- 44
NTLS 56- 45 OC26
NTLS 56- 42
PHIC
NTLS 118- 57
163- 85 OC28
NTLS 118- 58
MULS
163- 87
NTLS 118 - 59 OC29
163- 88
MULS
NTLS 118- 60
163- 89 OC30
PHIN
NTLS 118- 61
NTLS 118- 62 OC30A
163- 86 OC30B
NTLS 117-101 OC35
NTLS 117 -102
MULS
NTLB 117-103
NTLS 117-104 OC36
NTLB 46- 92
MULS
172- 36
NTLS 46- 93 OC41
NTLS 46- 94 OC41N
NTLS 46- 95 OC42
NTLS 58- 91 OC42N
NTLS 58- 26 OC43
NTLS 58- 62 OC43N
165- 61 OC44
NTLS 58- 79
MULS
NTLB 58- 15
PHIN
NTLS 59- 2 OC44N
NTLB 95-103 OC45
NTLS 85- 48
MULS
NTLS 95-104
PHIN
NTLS 85- 49 OC45N
NTLS 96- 29 OC46
NTLS 96- 30
PHIN
NTLS 92- 16 OC47
177- 18
PHIN
NTLS 92- 17 OC57
177- 19
PHIN
NTLS 79- 83 OC58
NTLS 64- 31
PHIN
NTLS 69- 49 OC59
NTLS 79- 57
PHIN
NTLS 107- 30 OC60
NTLS 107- 31
PHIN
NTLS 107- 32 OC65
NTLS 111- 49 OC66
NTLS 111- 50 OC70
NTLS 111- 51
PHIN
NTLS 111- 52
~~~~
111- 53
111- 54
107-108
107-109
76- 20
75- 54
81- 73
76- 24
79- 84
76- 23
111- 55
111- 56
111 - 57
111- 58
111- 59
111- 60
t
70- 11
t
68· 28
t
68- 29
t
68· 30
t
68· 31
60- 79
t
t
60- 80
t
60· 81
t
60- 82
t
159- 6
181- 7
t NSC 159- 7
181- 8
NSC 181- 9
tNSC
72- 78
161- 27
NSC 181- 10
NSC 181- 11
t NSC
61- 25
t NSC
75·32
61- 41
NSC
NSC
75- 55
NSC
79- 85
t NSC 185- 65
t NSC 185 - 66
t NSC 185- 67
t NSC 185- 68
t NSC 185- 69
t NSC 185- 70
t NSC 185 - 71
t NSC 185- 72
NSC 131- 84
167- 8
NSC 147- 29
167- 9
MINA 117-105
MULB
tAPX
115 - 58
PHIN
VALG
tAPX
115- 59
PHIN
VALG
tAPX
115- 60
PHIN
VALG
MINA 116-108
MULS
MULS 113- 83
PH IN
VALG
MINA 117-106
PHIC 163- 71
VALG
MINA 117-107
PHIC 163- 72
VALG
MULS 113- 94
VALG
VALG 113 - 95
VALG 113- 96
MINA 117-108
PHIC 163 - 73
VALG
MINA 118- 1
PHIC 163- 74
VALG
MULS 43-104
MINA 46-103
MULS 43-105
MINA 46-106
MULB 46- 39
MINA 47- 2
APX
47 - 3
PHIC
VALG
MINA 46-110
46-109
APX
PHIC
VALG
MINA 46-104
46-105
APX
VALG
46-107
APX
VALG
MULS 43- 10
VALG
MULS 43- 11
VALG
MULS 43- 14
VALG
MULS 43- 9
VALG
MULS 43- 94
MULS 43- 95
MULS 48- 88
VALG
t
t
t
t
t
t
t
t
NTLB
NTLB
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
,-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
'YPE No.
Ul,;11
PHIC
OC72
PHIC
RAOF
OC74
PHIN
OC74N
OC75
PHIN
OC76
MULB
PHIN
OC77
MULB
PHIN
OC77M
OC79
PHIC
RAOF
OC80
PHIC
RAOF
OC83
OC84
OC122
MULB
PHIN
OC123
MUlB
PHIN
OC139
MULB
PHIN
OC140
MULB
PHIN
OC141
MUlB
PHIN
OC169
PHIN
OC170
MUlB
OC171
MULB
OC200
OC201
OC202
OC203
OC204
OC205
OC206
OC207
OC602SP
OC604SP
OC614
OC615
OCP70
PHIC
OCP71
00603
00603/50
OS14
OS18
P20
P21
Pl02
P236
P237
P238
P346A
Pl027
Pl028
Pl029
Pl069E
Pl086E
Pl087E
PBC107
PBC108
PBC109
PBC182
PBC183
PBC184
PET100l
PET1002
PET1075
PETl075A
PET2001
1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS pg&Line TYPE No.
MFRS Pa&Line TYPE No.
~~~B
VALG
MULB
PHIN
VAlG
PHIC
RAOF
VALG
MINA
MUlB
RAOF
VAlG
APX
PHIC
RAOF
VALG
APX
PHIC
RAOF
VALG
RAOF
APX
PHIN
VALG
APX
PHIN
VALG
MULB
PHIC
MUlB
PHIC
APX
PHIC
VALG
APX
PHIC
VALG
APX
PHIC
RAOF
VALG
APX
PHIC
RAOF
VALG
APX
PHIC
RAOF
VALG
APX
VALG
APX
PHIN
APX
PHIN
MULB
PHIC
MUlB
PHIC
MULB
PHIC
MULB
PHIC
MULB
PHIC
MULB
PHIC
MUlB
PHIC
MULB
TFKG
TFKG
TFKG
TFKG
+APX
PHIN
MULB
PHIC
TFKG
TFKG
TOSJ
TOSJ
SGSI
SGSI
+ SIX
4H· 1I:l
62· 64 PET9001A
+ PHIL
62· 86 PET9002
+ PHIL
62· 87 PET9002A
62· 65 PET9021
+ PHIL
+ PHIL
63· 63 PET9022
+ PHIL
63· 64 PFN3066
+ OIC
63· 74 PFN3069
+ OIC
94 PFN3458
48
49 PH241N
47
49 PH242N
32
PH243N
33
PH244N
97
98 PLI021
34 Pll022
35 PL1023
36 PL1024
37 PL1025
49 PL 1026
38 Pll031
39 PL1032
40 PLI033
41 PLI034
79 PL1051
50 PL1052
51 PL1053
52 PL1054
53 PL 1055
54 PL1061
55 PL 1062
31 PL1063
PL1064
32 PL1065
PL1066
33 Pll067
PL 1081
90 PL1082
Pll083
91 Pll084
Pll085
92 PL1091
PL 1092
40 PL1093
41 Pll094
10 PLll0l
11 PL1102
42 Pl1.103
+ OIC
65·
52·
52·
43·
43·
187·
187·
113·
113·
187·
187·
187·
187·
105·
187·
+SIX
187·
+ SIX
187·
187·
+ SIX
SGSI 178·
AML 105·
AML 105·
AMl 105·
AML 105·
AML 105·
AML 105·
ESMF 77·
MISI
ESMF 77·
MISI
ESMF 77·
MISI
ESMF 83·
MISI
ESMF 83·
MISI
ESMF 83·
MISI
+ PHIL
91·
+ PHIL
91·
+ PHIL
91·
91·
+ PHIL
91·
+ PHIL
D.A. T.A.INC.
~mgg~
PET3002
48· 96 PET3702
PET3703
PET3704
56· 28 PET3705
PET3706
PET3903
56· 23 PET3904
48· 94 PET3905
PET3906
PEHOOI
48· 86 PET4002
PET4003
PET4058
PET4059
48· 87 PEH060
PET4061
PET4062
PET4123
52· 51 PET4124
56· 26 PET4125
PET4126
PET6001
66· 30 PET6002
PET8000
PET8001
56· 38 PET8002
PET8003
56· 39 PET8004
PET8005
55·55 PET8005A
PET8006
PET8006A
55·56 PET8007
PET8007A
PET8101
58· 4 PET8200
PET8201
PET8202
PET8203
58· 6 PET8204
PET8250
PET8251
PET8300
58· 2 PET8301
PET8302
PET8303
PET8304
44· 19 PET8350
PET8351
46· 79 PET8352
PET8353
46· 80 PET9001
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHil
+ PHIL
• PHIL
PHil
PHIL
PHIL
PHil
+ PHil
+ PHil
+ PHIL
• PHil
+ PHIL
+ PHil
+ PHil
+ PHIL
PHIL
PHIL
PHIL
PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHil
+ PHIL
+ PHil
PHIL
+ PHil
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHil
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
AKER
AKER
AKER
AKER
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TlIF
TIIF
TIIF
TIIF
TIIF
TIIF
~~: t~
83· 24
67· 7
67· 8
91· 4
91· 5
91· 6
91· 94
92· 18
67· 62
67·75
90· 91
90· 92
90· 93
66· 86
66· 87
66· 88
66· 89
66· 90
91· 95
92· 19
67· 63
67· 76
92· 56
92· 76
90· 73
90· 74
90· 75
90· 76
90· 77
81· 52
81· 53
81· 54
81· 55
81· 56
81· 57
83· 25
91· 44
91· 45
91· 46
91· 47
91· 48
87· 86
87· 93
67· 9
67· 10
67· 11
67· 12
67· 13
54· 66
54· 68
54· 67
54· 69
92· 57
178· 37
92· 58
178· 49
92· 59
178· 38
92· 60
178· 50
92· 20
177· 7
92· 21
177· 54
112· 16
187·42
112· 17
187· 43
112· 18
187·44
110· 25
187· 45
110· 26
187 - 46
110· 27
187·47
110· 28
187·48
74· 3
74· 4
74· 5
74· 6
74· 7
74· 8
60· 53
60· 54
60· 55
60· 56
74· 9
74· 10
74· 11
74· 12
74· 13
74· 14
74· 15
74· 16
74· 17
74· 18
74· 19
74· 20
74· 21
74· 22
74· 23
74· 24
74· 25
107· 56
107· 57
107· 58
107· 59
60· 57
60· 58
60· 59
,0,·Registered with JEDEC
by this manufacturer
ptlm
PL1112
i::~
PL1113
PL4021
TIIF
TIIF
TIIF
PL4022
TIIF
Pl4023
TIIF
Pl4031
TIIF
PL4032
PL4033
PL4034
TIIF
TIIF
TIIF
Pl4051
TIIF
PL4052
TIIF
Pl4053
TIIF
PL4054
TIIF
Pl4055
TIIF
PL4061
Pl4062
Pl4112
PMTl767
PT2
PT3
PT22
PT23
PT52
PT53
PT600
PT601
PT612
PT665
PT665A
PT850
PT850A
PT886
PT896
PTl515
PTl544
PTl545
PTl558
PTl559
PTl835
PTl836
PTl837
PTl937
TIIF
TIIF
TIIF
TRW
STL
STl
+ STL
+ STL
+ STL
+STL
+TRW
+TRW
+TRW
+TRW
+ TRW
+TRW
+TRW
+TRW
+TRW
+TRW
.TRW
.TRW
+TRW
+TRW
+TRW
+ TRW
+TRW
+TRW
PTl941
.TRW
PTl949
+TRW
PTl963
PT2523
PT2524
PT2525
PT2525A
PT2540
PT2575
PT2600
PT2610
PT2620
PT2620A
PT2630
PT2635
+TRW
+TRW
+TRW
+TRW
TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
PT2640
PT2660
PT2670
PT3473
PT3500
PT3502
PT3503
PT3760
PH690
PT4816
PT5693
RAI
RAIA
RAIS
RAIC
RA2
RA2A
RA2B
RA3
RA3A
RA3S
RH120
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
TRW
+GESY
+ GESY
+ GESY
+GESY
+ GESY
+ GESY
+GESY
+ GESY
+ GESY
+ GESY
tECO
RM3005
RM3022
RT930H
RTll10
RTlll1
RTl116
RAYN
+ RAYN
+ RAYN
RAOF
RAOF
RAOF
S550
S552
S704
S708
ECo
ECo
ECo
tECO
S715
tECo
38
~~: ~~ ~gg~
74· 27
74· 28
75· 56
178· 51
75· 65
179· 66
75· 66
179· 67
67· 64
174· 72
67·65
174· 73
67· 66
174· 74
67·67
174· 75
81· 25
175· 78
81· 26
175· 79
81· 27
175· 80
81· 42
176·106
81· 28
175·81
77· 60
77· 61
75· 85
83· 23
192· 33
192· 34
192· 35
192· 36
192· 37
192· 38
140· 55
140· 56
140· 57
141· 99
141·100
103· 37
103· 38
97· 48
130· 58
133· 19
133· 61
133· 62
133· 39
133· 20
98· 64
94· 2
94· 3
151·106
169· 65
152· 70
169· 56
148· 63
170· 33
148· 64
103· 3
103· 4
100· 86
135·33
102·108
100· 87
141· 31
140· 17
138· 30
138·31
140· 18
142· 51
173· 30
138· 32
138· 33
138· 34
173· 31
98· 45
134·100
138· 35
138· 36
92· 77
140·107
102· 57
144· 99
191· 77
191· 78
191· 79
191· 80
191· 81
191· 82
191· 83
191· 84
191· 85
191· 86
77· 28
160· 10
191· 87
191· 88
72· 43
181· 12
181· 13
101· 84
171· 68
181· 14
140·108
140·109
134·101
138· 37
191· 89
136· 53
191· 90
S939
S1000
S1050
S3639
S3640
S15649
S15650
S15657
S15658
S15659
S15660
S17900
S18000
SA310
SA311
SA312
SA313
SA314
SA315
SA316
SA410
SA411
SA412
SA413
SA414
SA415
SA416
SA537
SA538
SA539
SA540
SA2253
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRS Pa&Line
~gg
ECO
ECO
ECO
+ SES
+ SES
tFSC
+ FSC
tFSC
tFSC
tFSC
tFSC
tFSC
tFSC
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
+AML
SA2644
+AML
SA2648
+AML
SA2710
.AML
SA2711
.AML
SA2712
SA2713
SA2714
SA2715
SA2716
.AML
+AMl
+AML
+AML
.AML
SA2717
+AMl
SA2718
+AML
SA2719
SA2720
.AML
+AML
SA2721
+AML
SA2722
+AML
SA2723
+AMl
SA2724
+AMl
SA2725
+AML
SA2726
+AML
SA2738
.AML
SA2739
+AML
SC1600
+ PHil
SC1601
+ PHIL
SC1611
SC1612
SC1613
SC1614
SC1625
+ PHil
+ PHil
+ PHIL
+ PHIL
• PHIL
SOI023
S01120
S05014
+ SSS
+ SSS
+ SSS
S05015
+ SSS
S05050
+ SSS
S05051
+ SSS
SOTlOOO
SOTlOOl
SOTlO02
SOTlO03
SOTlO04
SOTlO05
SOTlO06
SOTlO07
SOTlOll
SOTlO12
SOTlO13
SOTlO14
SOTlO15
SOTlO16
SOD
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOD
+SOO
+SOO
+SOO
+SOO
+SOO
1:~:1110 I~gil~~~
141· 2
160· 14
141· 3
142· 52
63· 44
63· 45
77·103
77· 76
79· 47
87· 87
98· 98
98· 81
99· 42
175·104
71· 34
175· 5
60·110
61· 1
60·103
60· 88
60· 89
60·104
60· 90
61· 2
61· 3
60·105
60· 91
60· 92
60·106
60· 93
60· 61
60· 62
60· 63
60· 64
77· 29
185· 73
86· 39
185· 74
86· 40
185· 75
86· 10
185· 76
86· 11
185· 77
86· 12
185· 78
86· 13
185· 79
86· 14
185· 80
86· 15
185· 81
86· 16
185· 82
86· 17
185· 83
86· 18
185· 84
85· 93
185· 85
85· 94
185· 86
85· 95
185· 87
85· 96
185· 88
85· 97
185· 89
85· 98
185· 90
86· 19
191· 91
85· 99
191· 92
85·100
185· 91
85·101
185· 92
105· 91
191· 93
105· 92
191· 94
105· 93
105· 94
105· 95
105· 96
105· 97
191· 95
130· 59
138· 38
104· 34
185· 93
104· 35
185· 94
107· 33
185· 95
107· 34
185· 96
154· 25
151·107
151·108
151·109
151·110
152· 1
152· 2
152· 3
152· 4
152· 5
152· 6
152· 7
152· 8
152· 9
+~~~
SOTl861
SOTl862
SOTl960
SOTl961
SOTl962
SOT3101
SOD
SOD
SOD
SOD
SOD
+SOO
SOT3102
+SOO
SOT3103
+SOO
SOT3104
+SOO
SoT3105
+SOO
SOT3106
+SOO
SOT3107
+SOO
SOT3108
+SOO
SOT3109
+SOO
SOT3201
+SOO
SOT3202
+ SOD
SOT3203
+ SOD
SOT3204
+ SOD
SOT3205
+SOO
SOT3206
+ SOD
SOT3207
+SOO
SOT3208
+ SOD
SOT3209
+ SOD
SOT3301
+ SOD
SOT3302
+SOO
SOT3303
+SOO
SOT3304
+SOO
SOT3305
+SOO
SOT3306
+SOO
SOT3307
+SOO
SOT3308
+SOO
SOT3309
+SOO
SOT3321
SOT3322
SOT3323
SOT3324
SOT3325
SOT3326
SOT3327
SOT3328
SOT3329
SOT3401
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
+SOO
SOT3402
+SOO
SOT3403
+ SOD
SOT3404
+SOO
SOT3405
+SOO
SOT3406
+SOO
SOT3407
+SOO
SOT3408
+SOO
SOT3409
+SOO
SOT3421
SOT3422
SOT3423
SOT3424
SOT3425
SOT3426
SOT3427
SOT3428
SOT3429
SOT5551
SOT5552
SOT5553
SOT5554
SOT5555
SOT5556
SOT5951
SOT5952
SOT5953
SOT5954
SOT5955
SOT5956
SOT6901
SOT6902
SOT6903
SOT6904
SOT6905
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
+SOO
+ SOD
+ SOD
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
m:8~
123· 83
123· 84
122· 78
122· 79
122· 80
128· 47
168· 72
128· 48
168· 73
128· 49
168· 74
128· 50
168· 75
128· 51
168· 49
128· 52
168· 50
128· 53
168· 51
128· 54
168· 52
128· 55
168· 53
150· 13
168· 76
150· 14
168· 77
150· 15
168· 78
150· 16
168· 79
150· 17
168· 60
150· 18
168· 61
150· 19
168· 62
1150.20
168· 63
150· 21
168· 64
.127· 70
169· 35
127·71
169· 36
127· 72
169· 37
127· 73
169· 38
127·74
169· 39
127· 75
169· 40
127· 76
169· 41
127· 77
169· 42
127· 78
169· 43
126· 29
126· 30
126· 31
126· 32
126· 33
126· 34
126· 35
126· 36
126· 37
147· 30
169· 44
147·31
169· 45
147·32
169· 46
147·33
169· 47
147·34
169· 48
147·35
169· 49
147· 36
169· 50
147·37
169· 51
147· 38
169· 52
137· 97
137·98
137· 99
137·100
137·101
137·102
137·103
137·104
137·105
136· 54
136· 55
136· 56
136· 57
136· 58
136· 59
143· 41
143· 42
143· 43
143· 37
143· 38
143· 39
144· 64
144· 65
144· 66
144· 67
144· 68
TYPE No.
~gig~~~
SOT6908
SOT8601
SOT8602
SOT8603
SOT8604
SOT8801
SOT8802
SOT8803
SOT8804
SOT8805
SOT8920
SOT8921
SOT8922
SOT8923
SOT8951
SOT8952
SOT8953
SOT8954
SOT8955
SOT9201
SOT9202
SOT9203
SOT9204
SOT9205
SOT9206
SOT9207
SOT9208
SOT9209
SOT9210
SE1001
SE1002
SE10l0
SE2001
SE2002
SE3001
NPC
SE3002
SE3005
SE3030
SE3031
SE3032
SE3035
SE3036
SE4001
SE4002
SE4010
SE4020
SE4021
SE4022
SE5001
NPC
NPC
NPC
SE5002
SE5003
SE5020
SE5021
SE5022
SE5023
SE5024
SE5025
SE5050
SE5051
SE5052
SE6001
SE6002
SE6020
SE6020A
SE6021
SE6021A
SE6022
SE6023
SE7001
SE7002
SE7006
SE7015
SE7016
SE7017
SE7020
SE8001
SE8002
SE8010
SE8012
SE8040
SE8041
SE8042
SE8540
SE8541
SE8542
SES3819
SFF103
SFF121
:~~g
.500
• SOD
.SOO
• SOD
• SOD
.SOO
.SOO
.SOO
.SOO
.SOO
SOD
SOD
SOD
SOD
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
• SOD
.SOO
.SOO
.SOO
.SOO
.SOO
• SOD
.500
•HSC
SOD
NPC
HSC
NPC
HSC
SGSI
•HSC
FSC
HSC
SGSI
HSC
SGSI
• SGSI
FSC
SGSI
SGSI
SGSI
SGSI
HSC
SGSI
HSC
SGSI
HSC
SGSI
HSC
HSC
HSC
HSC
SGSI
HSC
SGSI
HSC
SGSI
HSC
SGSI
HSC
HSC
HSC
HSC
HSC
SGSI
HSC
HSC
• FSC
•HSC
FSC
HSC
:::: ~~ !~Hm
144·71
156· 11
156· 12
156· 13
156· 14
154·26
154·27
154· 28
154·29
154· 30
157· 33
157·34
157·35
157·36
157·37
157·38
157· 39
157· 40
157·41
152· 11
152· 12
152· 13
152· 14
152· 15
152· 16
152· 17
152· 18
152· 19
152· 20
79· 26
SFT190
SFT192
MISI
SFT226
79· 27 SFT227
82· 55 SFT228
MISI
MISI
78· 83 SFT229
MISI
78· 84
80· 4 SFT232
MISI
80· 5 SFT233
MISI
79·104 SFT234
MISI
144· 72
144· 73 SFT234A
144·74
144· 75 SFT237
144· 76 SFT238
77·77 SFT239
SFT240
77 ·104 SFT241
SFT242
77 ·105 SFT243
SFT250
78· 85 SFT251
78·107 SFT252
78·108 SFT253
MISI
79· 86
SFT264
79· 87 SFT265
SFT266
79· 88 SFT267
SFT288
MISI
76· 37
SFT298
MISI
76·.38
76· 32 SFT306
MISI
76· 33
76· 34 SFT307
MISI
82· 96
SFT308
MISI
76· 35
76· 36 SFT315
76· 43 SFT316
MISI
84· 41
84· 42 SFT317
MISI
87· 88
180· 25 SFT319
HSC
96· 82
MISI
180· 26 SFT320
MISI
HSC
87· 89
180· 27 SFT321
MISI
HSC
96· 83
180· 28 SFT322
MISI
HSC
81· 43
180· 29 SFT323
MISI
HSC
81· 44
180· 30 SFT325
SFT337
101·
15
•HSC
FSC
101· 16 SFT351
HSC 141· 4 SFT352
HSC
94· 54
MiSt
HSC
94· 55 SFT353
94· 56
MISI
HSC
HSC 140· 44 SFT354
MISI
HSC 103· 1
SFT357
SGSI
MISI
HSC 103· 2
SFT357P
SGSI
HSC 102· 65 SFT358
MISI
HSC
96· 76
HSC
96· 32 SFT367
HSC 102· 25 SFT377
HSC 136· 60 SFT440
HSC
70· 63
71· 94 SFT443
HSC
HSC 126· 19 SFT443A
ESMF 107·110
SFT445
MISI
ESMF 104· 69
MISI
SFT601
ESMF 104· 70
~~i~g~
MISI
D.A. T.A. INC.
MFRS P!l&Line TYPE No.
:~~g
SFT125P
SFT130
SFT131
SFT131P
SFT143
SFT144
SFT145
SFT146
SFT162
SFT163
SFT171
SFTI72
SFT173
SFT174
SFT184
SFT186
SFT187
SFT212
SFT213
SFT214
SFT221
SFT222
SFT223
.
1 TYPE No. CROSS INDEX
pg&Line
MFRS pg&Line TYPE No.
•
•
•
•
•
•
•
•
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
• NPC
NPC
NPC
NPC
NPC
NPC
• ESMF
NPC
MISI
ESMF
MISI
ESMF
MISI
.NPC
• NPC
• NPC
• NPC
• NPC
ESMF
• NPC
• NPC
ESMF
• NPC
ESMF
~~::g~ 1~~fZ~:
55·104
56· 24
56· 31
56· 32
55·101
55·102
56· 25
56· 29
54·83
48· 77
47· 96
47·97
47·98
47·99
58· 63
102· 12
101· 85
116·109
116·110
117· 1
118· 2
118· 3
54·35
54· 41
54· 54
SFT918A
SFT918B
SI211N
SI212N
SI213N
SI214N
SI215N
SI216N
SI221N
SI222N
SI223N
SI224N
SI225N
SI226N
SI231N
SI232N
SI233N
SI234N
SI235N
SI236N
SI241N
SI242N
SI243N
SI244N
SI245N
SI246N
SI345P
SI346P
SL301A
50·100
165·71
50·109
165· 90
51· 24 SL301AE
57
• ESMF
NPC 166·
51· 39 SL301B
NPC 167· 79
ESMF 56· 18 SL301BE
• NPC
ESMF 56· 19 SL301C
• ESMF
NPC
• ESMF
NPC
MISI
• NPC
• NPC
• NPC
• NPC
NPC
NPC
• NPC
• NPC
NPC
NPC
~~~F
SELB
SELB
SELB
SELB
56· 12 SL301E
SELB
63
4
5
6
38
45
42
7
36
43
50
• NPC
ESMF
• NPC
.NPC
ESMF
• ESMF
NPC
51· 26
• ESMF
NPC
• NPC
ESMF
51· 37
• NPC
ESMF
NPC
ESMF
• ESMF
NPC
53· 34
• NPC
• NPC
• NPC
NPC
ESMF
NPC
• ESMF
53·
50·
53·
53·
• NPC
ESMF
t NPC
ESMF
• NPC
• ESMF
NPC
• NPC
•t NPC
NPC
MISI
• MISI
NPC
MISI
• MISI
NPC
48·
~:~:
MISI
ESMF
MISI
ESMF
MISI
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
SELB
SELB
50·
118·
118·
118·
54·
54·
54·
118·
54·
54·
54·
48· 55
48· 63
51· 45
51· 41
53· 45
53· 64
53·
48·
48·
48·
56·
59·
140·
135·
140·
102·
107·
107·
107·
6·Registered with JEDEC
by this manufacturer
SL301EE
SELB
SL303AE
SELB
SL303AT
SELB
SL303BE
SELB
SL303BT
SELB
SL305B
SL354BE
SELB
SELB
SL354BF
SELB
SL404
SMT100
SMT101
SMT102
SMT103
SMT104
SMT105
SPI
SP2
SP3
SP8302
SP8303
SP8304
SP8307
SP8309
SP8310
SP8311
SP8400
SP8401
SP8402
SP10800
SP10801
SP10810
SP10811
ST20
ST50
ST50121
• NSC
.SOO
.SOO
.SOO
.SOO
.SOO
• SOD
• NPC
• NPC
NPC
• SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
HSC
HSC
HSC
HSC
ROSG
ROSG
ROSG
56
65
32 ST151
46 ST5641
ST7400
58 ST7530
ST8035
67 ST8036
ST8065
66 ST8190
ST8191
65 ST8229
73 ST8230
ST8500
41 ST8509
15 ST8704
45 ST8705
ST8709
34 ST10007
46 ST10008
ST10009
20 ST14010
ST14011
60 ST14012
61 1~!14013
62 T14026
TYPE No.
~~~F ~~~: Z~ ~f~:g~~
56· 11 SL301CE
94
• NPC 121· 95
• NPC 121·
121· 96
• NPC 121· 97
• ESMF
NPC
51· 33
166·108
• ESMF
NPC
58· 87
NPC 166· 76
ESMF 50· 64
• NPC
ESMF 50·106
• MISI
NPC
MFRS
SELB
TEC
TEC
.TEC
.TEC
.TEC
.TEC
.TEC
tTEC
+TEC
.TEC
tTEC
tTEC
.TEC
TEC
.TEC
TEC
TEC
TEC'
TEC
.TEC
trEC
·i~g
39
ST14030
185·98 ST14031
ST14032
185· 99 ST14060
ST14080
110· 29 ST15006
110· 30 ST15008
110· 31 ST15010
110· 32 ST15013
110· 33 ST15014
110· 34 ST15015
110· 35 ST15043
110· 36 ST15044
110· 37 ST15045
110· 38 ST17060
110· 39 ST17061
110· 40 ST17062
108· 1 ST18007
108· 2 ST18008
108· 3 ST18009
108· 4 ST18010
108· 5 ST18011
108· 6 ST18012
110· 41 ST18013
110· 42 ST18014
110· 43 ST18015
110· 44 ST18016
110· 45 ST18017
110· 46 ST18018
191· 96 ST30100
191· 97
98· 82 ST40002
185·100 ST40003
98· 83 ST40004
185·101 ST54004
98· 84 ST54005
185·102 ST54006
98· 85 ST61000
185·103
97· 12 ST70000
185·104
97· 13 ST70001
185·105
98· 86 ST71000
185·106 ST72011
98· 87 ST72012
185·107 ST72013
98· 88 ST72014
185·108 ST72015
98· 89 ST72016
185·109 ST72017
98· 90 ST72018
185·110 ST72019
98· 91 ST72020
186· 1 ST72021
191· 98 ST72036
98· 92 ST72037
186· 2 ST72038
98· 93 ST72039
186· 3 ST72040
62· 36 ST72041
186· 4 ST74049
186· 5 ST74050
186· 6 ST74051
186· 7 ST75004
186· 8 ST75005
186· 9 ST75006
187· 49 ST76018
187· 50 ST76019
187·51 ST76020
186· 10 ST84027
186· 11 ST84028
186· 12 ST84029
186· 13 ST86020
186· 14 ST86021
186· 15 ST86022
186· 16 ST91054
98· 17 ST91055
98· 26 ST91056
98· 18 ST91057
191· 99 ST91058
186· 17 ST91059
186· 18 ST92006
191·100 ST92007
188· 64 ST92008
188· 65 STC1015
87· 43 STC1015A
188· 66 STC1015B
98· 6 STC1015C
190· 23 STC10150
154· 31 STC1015E
148· 65 STC1016
68· 91 STC1016A
68·100 STCt016B
70· 78 STC1016C
70· 79 STC10160
70· 80 STC1016E
69· 65 STC1024
70·106 STC1080
70· 67 STC1081
70· 81 STC1082
64· 32 STC1083
64· 33 STC1084
63· 51 STC1085
128· 89 STC1094
128· 90 STC1201
128· 91 STC1300
157·42 STC1336
157· 43 STC1400
157·44 STC1500
157·45 1~!CI550
157·46 TC15S1
IN TYPE NUMBER SEQUENCE
MFRS E'g&Line TYPE No.
f~g
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
•.TEC
TEC
.TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
.TEC
TEC
TEC
TEC
TEC
TEC
TEC
.TEC
.TEC
.TEC
TEC
.TEC
.TEC
.TEC
.TEC
.TEC
.TEC
.TEC
.TEC
.TEC
.TEC
.TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
• SIL
• SIL
• SIL
• SIL
• SIL
SIL
• SIL
•tSIL
SIL
• SIL
• SIL
SIL
SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
•t SIL
SIL
• SIL
• SIL
SIL
t SIL
• SIL
~~j: :~ I~fg~~~~
157· 49
157· 50
157·51
157·52
157· 53
155· 22
141· 47
154· 81
155·108
155·109
155 ·110
154·82
154· 83
154·84
154·32
154· 33
154·34
154· 35
154· 36
154· 37
154· 38
152· 21
152· 22
152· 23
152· 24
147· 39
147· 40
147· 41
147·42
126· 43
175· 14
128·104
128·105
128·106
128· 99
128·100
128·101
68·101
190· 24
77· 78
190· 25
77· 79
190· 26
90· 94
127· 79
127· 80
127· 81
127· 82
128· 56
128· 57
128· 58
128· 92
128· 93
128· 94
128· 95
127· 83
127· 84
127· 85
125· 67
125· 68
125· 69
140· 23
140· 24
140· 25
126· 79
126· 80
126· 81
127·104
127·105
127·106
137·106
137·107
137·108
150· 22
150· 23
150· 24
141· 5
141· 6
141· 7
148· 66
148:67
148· 68
147· 43
147·44
147· 45
155·79
155· 80
155· 81
155· 82
155· 83
155· 84
155· 85
155· 86
155· 87
155· 88
155· 89
155· 90
149· 19
148·101
148·102
148·103
148·104
148·105
148·106
154· 79
142·69
145· 12
145· 13
155·91
149· 4
148·108
148·109
STC1554
STC1555
STCI726
STCI728
STC1731
STC1733
STC1736
STC1738
STC1800
STC1850
STC1860
STC1861
STC1862
STC2103
STC2104
STC2105
STC2106
STC2107
STC2108
STC2220
STC2221
STC2222
STC2223
STC2224
STC2225
STC2226
STC2227
STC2228
STC2229
STC2230
STC2231
STC2500
STC2501
STC2502
STC3706
STC3722
STC3723
STC3724
STC3725
STC3726
STC3727
STC3728
STC3729
STC3730
STC3731
STC3732
STC3733
STC3734
STC3735
STC3736
STC3737
STC3738
STC3739
STC3740
STC3741
STC3742
STC3743
STC3744
STC3745
STC4242
STC4252
STC4253
STC4254
STC4255
STC4401
STC5111/1
STC5202
STC5203
STC5204
STC5205
STC5206
STC5207
STC5610
STC5611
STC5612
STC5624
STC5802
STC5803
STC5804
STC5805
STC5806
STC5807
STC7114
STC7115
STC7116
STC7117
STC7518
STC7519
STC7520
STC7521
STC7644
STC7645
STE400
STE401
STT2400
STT2401
STT2402
STT2403
STT2404
STT2405
STT2406
STT2650
STT2651
STT2652
STT2653
STT2654
STT2655
STT2656
STT2800
STT2801
STT2802
STT2803
MFRS pg&Line
:~:t
.SIL
t SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
•t SIL
SIL
• SIL
SIL
SIL
SIL
• SIL
•t SIL
SIL
• SIL
• SIL
•t SIL
SIL
•
•
•
•
SIL
SIL
SIL
SIL
SIL
SIL
SIL
SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
.SIL
• SIL
• SIL
•.SIL
SIL
.SIL
.SIL
• SIL
.SIL
.SIL
• SIL
• SIL
• SIL
.SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
.SIL
• SIL
• SIL
.SIL
• SIL
• SIL
• SIL
• SIL
.SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
SIL
SIL
SIL
SIL
SIL
SIL
SIL
SIL
• SIL
• SIL
• GIC
.GIC
t SIL
• SIL
• SIL
.SIL
•t SIL
SIL
•t SIL
SIL
•t SIL
SIL
t SIL
.SIL
• SIL
.SIL
•t
t
t
SIL
SIL
SIL
SIL
+-Indicatas manufacturer's data sheet available
in Transistor Information Microfile (TIM)
m:
14 . "O
1
149· 2
149· 3
154· 39
154· 40
154· 41
154· 42
154· 43
154· 44
141· 8
141· 9
141· 10
141· 11
141· 12
157·54
157· 55
157·56
157·57
157·58
157·59
154· 45
154·46
154· 47
154·48
154· 49
154· 50
154· 51
154· 52
154·53
154·54
154·55
154·56
158· 19
158· 20
158·21
154·57
157· 60
157·61
157·62
157·63
157·64
157· 65
157·66
157·67
157·68
157·69
157· 70
157·71
157· 72
157· 73
157·74
157·75
157·76
157· 77
157· 78
157.79
157· 80
157·81
157·82
157·83
152· 25
152· 61
152· 62
152· 63
152· 64
142· 53
127·107
127· 3
127· 4
127· 5
127· 6
127· 7
127· 8
126· 38
126· 39
126· 40
126· 41
125· 70
125· 71
125· 72
125· 73
125· 74
125· 75
149· 31
149· 32
149· 33
1'49.34
149· 35
149· 36
149· 37
149·38
137·109
137·110
87·44
87· 45
141· 13
141· 14
141· 15
141· 16
141· 17
141· 18
141· 19
152· 71
152· 72
152· 73
152· 74
152· 75
152· 76
152· 77
148· 69
148· 70
148· 71
148· 72
-YPE No.
ISIT2805
STT2806
STT4451
STT4452
STT4453
STT4454
STT4455
STT4456
STT4483
STT6309
STT6310
STT6312
STT6313
STT6315
STT6316
STT6409
STT6410
STT6412
STT6413
STT6415
STT6416
STT9001
STT9002
STT9003
STT9004
STT9005
STT9006
STT9007
STT9008
STT9009
STT9010
STT9011
STT9012
SU2074
SU2075
SU2076
SU2077
SU2078
SU2079
SU2080
SU2081
SU2098
SU2098A
SU2098B
SU2099
SU2099A
TCH98
TCH98B
TCH99
TCH99B
T0100
T010l
T0102
T0200
T0201
T0202
T0250
T0400
T0401
T0402
T0500
T0501
T0502
T0550
T0600
T0601
T0602
T0700
T0701
T0702
T02219
T02905
TF49
TF65
TF65/30
TF66
TF66/30
TF66/60
TF78
TF78/30
TF7S/60
TFSO/30
TFSO/60
TFSO/SO
1. TYPE
No. CRO_SSINDEX
MFRS Pa&Line TYPE. No.
MFRS
MFRS Pg&1 ine TYPE No.
:~:t m:n It~~mA
t SIL
t SIL
t SIL
t SIL
t SIL
tSIL
t SIL
t SIL
t SIL
•tSIL
SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
AML
148· 75
136· 61
136· 62
136- 63
136- 64
136- 65
136· 66
136· 67
147·46
147 ·47
147·48
147· 49
147· 50
147·51
147- 52
147·53
147· 54
147 - 55
147 - 56
147·57
136· 68
136· 69
136· 70
136· 71
136· 72
136· 73
136· 74
136· 75
136· 76
136- 77
136· 78
136· 79
108· 71
186- 19
AML 108- 72
186· 20
AML 110· 47
186- 21
AML 110· 48
186- 22
tAML 110· 49
186· 23
tAML 110· 50
186· 24
tAML 110· 51
186- 25
tAML 110· 52
186· 26
tAML 108· 73
186· 27
tAML 108· 74
186· 28
tAML 108· 75
186· 29
tAML 108· 76
186· 30
tAML 108· 77
186· 31
TAGS 66· 46
166· 83
TAGS 166· 84
TAGS 66· 47
166· 85
TAGS 68· 85
166· 86
77· 82
• SPR
186· 32
77- 83
• SPR
186· 33
191·101
SPR
SPR
72· 2
186- 34
SPR
72- 3
196· 35
72- 4
SPR
186- 36
SPR
72· 5
186- 37
t SPR
61- 62
186- 38
t SPR
61- 63
186- 39
t SPR
61- 64
186- 40
SPR
60- 1
186- 41
SPR
60- 2
186· 42
SPR
60· 3
186- 43
SPR
60· 4
186- 44
t SPR
181- 71
t SPR
181- 72
t SPR
181· 73
SPR
181· 74
SPR
181· 75
SPR
181- 76
SPR
191-102
SPR
191-103
SHW.Q 45- 69
20
SH~~ 43SHW
43· 21
50· 14
SHW
50- 15
SHWG 50- 16
113- 42
113· 32
113· 33
114· 46
114· 47
SH~~ 114·48
SHW
SH(~
~~~~
~~~~
D.A. T.A. INC.
TH2222
TH2222A
TH2906
TH2906A
TH2907
TH2907A
TH4384
TH4386
TH4413
TH4415
TI156
TI156L
TI158
TI158A
TI158AL
TI158L
TI159
TI160
Tl161
TI162
TI363
TI364
Tl365
TI388
TI389
TI390
TI391
TI395
TI397
TI398
TI399
TI400
TI401
TI402
TI403
TI481
TI482
TI483
TI484
TI485
TI486
TI487
TI492
TI493
TI494
TI495
TI496
TI539
TI540
TI1121
TI1122
TI1123
TI1124
TI1125
TI1126
TI1131
TI1132
TI1133
TI1134
TI1135
TI1136
TI1141
TI1142
TI1143
TI1144
Tl1145
TI1146
TI1151
TI1152
TI1153
TI1154
TI1155
TI1156
TI3027
t ~~~
t SPR
• SPR
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
t Til
t Til
tTIl
tTIl
tTIl
tTIl
Til
Til
Til
Til
Til
Til
Til
Til
Til
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
t Til
TIIF
t Til
TIIF
t Til
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
t Til
tTIl
tTIl
•tTIl
Til
t Til
t Til
tTIl
t Til
t Til
tTIl
tTIl
tTIl
tT11
TIL58
TIL601
TIL602
TIL603
TIL604
TIL605
TIL606
TIL607
TIL608
TIL609
TIL610
TIL611
TIL612
TIL613
TIL614
TIL615
TIL616
TIP27
TIP29
•t Til
Til
tT11
tT11
tTIl
TIIB
tT11
TIIB
tTIl
TIIB
tT11
TIIB
tTIl
TIIB
t Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
TIIB
t Til
TIP29A
tTIl
TIP30
tTIl
TIP30A
tT11
TI3028
TI3029
TI3030
TI3031
m:~g
,TIP31
t Til
192- 41
192- 42
192· 43
192· 44
192· 45
192- 46
192- 47
192· 48
192· 49
192· 50
114· 97
114- 98
114· 99
114-100
114·101
114·102
114·103
114·104
114·105
114·106
47· 87
47· 88
51· 60
51- 61
51· 62
45·88
45· 89
51· 63
51- 51
51- 52
51· 53
45· 90
45- 91
45 - 92
45· 93
97· 14
97- 60
97· 61
97- 62
85- 50
173- 60
142- 82
170- 6
142- 83
170· 7
74- 54
73- 58
73· 59
73· 60
97· 23
114-107
114·108
152· 26
152- 27
152· 28
152· 29
152· 30
152- 31
152· 32
152- 33
152· 34
152· 35
152· 36
152- 37
152· 38
152· 39
152· 40
152- 41
152- 42
152- 43
152- 44
152- 45
152- 46
152·47
152- 48
152· 49
123· 85
TIP31A
t Til
TIP32
tTll
TIP32A
tTIl
TIP33
tTll
TIP33A
t Til
TIP34
t Til
TIP34A
tTIl
TIP35
tTIl
TIP35A
tTIl
TIP36
tTIl
TIP36A
tTIl
TIS14
tTIl
TIIB
TIIB
tTIl
tTIl
tTll
tTIl
TIIF
tTll
TIIF
tTIl
TIIF
TIIB
tTIl
TIIB
tTIl
TIIB
tTIl
TIIB
TIIB
Til
TIIB
TIIB
TIS18
TIS22
TIS23
TIS24
TIS25
TIIB
TIS26
TIIB
TIS27
TIIB
TIS34
TIS37
TIS38
TIS39
TIS41
TIS42
TIS43
TIS44
TIS45
TIIB
TIS46
TIIB
tlS47
TIIB
TIS48
TIIB
TIS49
TIIB
TIS50
TIIB
TIS51
TIIB
TIS52
TIIB
TlS53
TIIB
TlS54
TIIB
TlS55
TIIB
TIS56
tTll
TIIB
tTll
TIIB
tTIl
TIIB
t Til
TIIB
TIIB
TIIB
TIIB
TIIB
tTIl
tTIl
tTIl
tTIl
TIIB
tTIl
TIIB
tTll
TIIB
tTIl
TIIB
tTll
TIIB
• Til
TIIB
tTIl
TIIB
t Til
TIIB
tTIl
tTIl
tT11
TlS57
TIS58
TIS59
TIS60
TIS60M
123- 86 TIS61
TIS61M
123- 87 TIS62
TIS63
123· 88 TIS64
TIS68
123- 89
TIS69
187- 52
187- 53 TIS70
187·54
187·55 TIS71
187 - 56
187·57 TIS72
187·58
187"'59 TIS73
187- 60
187- 61 TIS74
187· 62
187- 63 TIS75
187- 64
187- 65 TIS78
187- 66 TIS79
187- 67 TlS82
187- 68
141- 52 TIS84
145 - 17 TIS86
164- 78 TIS87
145· 18 TIS8S
164· 79 TIS90
127· 56 TIS90M
164- 76 TIS91
127- 57 TIS91M
164- 77 TIS92
,0,.Registered with JEDEC
by this manufacturer
tTIl
t Til
tTll
TIIB
tTIl
Til
tT11
Til
tTIl
40
IN TYPE NUMBER SEQUENCE
MFRS P!I&Line TYPE No.
MFRS Pa&Line
Pa&Line TYPE No.
Il~t
146·
164·
127·
164·
127·
164·
150·
164150164·
128164128·
164·
152·
164152·
164·
128·
164128·
164·
110·
85
12
86
90
74
91
75
36
87
37
88
60
80
61
81
66
91
67
92
73
89
74
90
53
+IS9~M
TIS93M
TIS94
TIS95
TIS96
TIS97
TIS98
TIS99
TIS100
TIS10l
TIS102
TIS103
TIS104
TIS106
TIS107
TIXM101
TIXM103
TIXM104
TIXM105
TIXM106
TIXM107
TIXM108
83· 17 TIXP39
74·84
74- 85 TIXP40
74- 95
110· 54 TIXSIO
186· 45 TIXS12
110- 55 TIXS13
186· 46 TIXS35
110- 56 TIXS36
186- 47
111· 61 TIXS67
66·105 TIXS78
TIXS79
66·104 TIXS80
49 TIXS81
62
63 TK3055
67 TM1613
TM1614
91· 49 TM1711
173· 61 TM1712
92- 22 TM2613
176· 76 TM2614
92- 23 TM2711
177· 38 TM2712
92· 61 TN53
178· 52 TN54
92-101 TN 59
179· 68
92·102 TN60
179·69
67- 94 TN61
178·108
92· 62 TN62
178· 66
92· 40 TN63
178- 11
67-100 TN611
179· 87
67·101 TN79
179- 88 TN80
92· ~1 TN81
178· 3 TNT839
79- 58 TNT840
TNT841
79- 59 TNT842
TNT843
111- 64 TNT1131
TNT1132
111· 65 TP3638
99·
111·
111·
188·
91· 96
181· 77
67· 77
181· 78
83· 3
82·105
82· 97
111· 66
186· 48
111- 67
186· 49
111· 68
186- 50
96· 88
ttl:
Til
t Til
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTll
tTIl
TIIB
Til
TIIB
Til
TIIB
TIIB
TIIB
TIIB
TIIB
Til
Til
TIIB
TIIB
TIIB
Til
Til
TIIB
TIIB
TIIB
TIIB
tTIl
TIIB
tTIl
TIIB
.t TEK
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
tSPR
t SPR
TEC
TEC
TEC
TEC
TEC
tTEC
TEC
SPR
TP3638A
SPR
TP4257
SPR
TP4258
SPR
TP4274
SPR
TP4275
SPR
TQ53
TQ53A
TQ54
TQ54A
TQ59
t
t
t
t
t
SPR
SPR
SPR
SPR
SPR
TQ59A
t SPR
TQ60
t SPR
TQ60A
t SPR
TQ61
t SPR
TQ61A
t SPR
TQ62
t SPR
96· 89
111· 69
159· 40
111· 70
159· 45
111· 71
160· 11
111- 72
111· 73
131· 36
175- 49
82-101
94- 23
94· 24
11 1·74
98-104
181- 79
71· 14
181· 80
98·105
TQ62A
t SPR
TQ63
t SPR
TQ63A
t SPR
TQ64
t SPR
,1R~J ,TQ64A
181· 82
92· 63
92· 64
92· 65
92· 66
92· 67
92· 68
98·106
98-107
101· 49
101· 50
66·108
91· 50
91- 51
45-105
43·79
43· 77
43· 80
43- 81
43·54
43· 53
158· 22
192· 31
158· 23
192· 32
80· 86
131· 15
131· 16
112· 81
112- 82
105·104
111· 75
111·76
110· 57
110- 58
152- 50
98- 76
71· 10
98- 77
71- 11
94· 12
69· 93
94· 13
69· 94
101- 86
95-105
101- 87
171· 33
95·106
171- 34
101- 88
171- 35
95-107
171· 36
100· 17
167· 3
94- 96
167- 4
100- 88
95· 27
102· 21
72· 87
72- 88
72· 92
72· 89
72· 93
60· 42
60- 38
67· 14
171· 23
67· 25
172· 41
61- 77
171· 24
61· 78
171- 25
83· 51
178· 33
83· 52
178· 34
70· 96
70· 97
69· 50
69- 51
70· 98
171- 40
70- 99
171- 41
69· 52
171- 42
69· 53
171· 43
70·100
171· 44
70·101
171·45
69- 54
171· 46
69- 55
171- 47
70·102
171- 48
70-103
171· 49
69·56
171- 50
TR34
TR43
TR44
TR45
TR320
TR321
TR323
TR383
TR482
TR508
TR650
TR653
TR721
TR722
TR-C44
TR-C45
TR-C70
TR·C71
TR-C72
TRL2014
TRL2015
TRL2254S
TRL2255S
TRL2504
TRL2504S
TRL2505
TRL2505S
TRL2754S
TRL2755S
TRL3014
TRL3014S
TRL3015
TRL3015S
TRL3504
TRL3505
TRL3514S
TRL3515S
TRL4014
TRL4014S
TRL4015
TRL4015S
TRL4504
TRL4505
TRL5014
TRL5014S
TRL5015
TRL5015S
TRL5504
TRL5505
TRL6014
TRL6015
TRL6504
TRL6505
TRL7014
TRL7015
TRL7504
TRL7505
TRL8014
TRL8015
TRM2014
TRM2015
TRM2254S
TRM2255S
TRM2504
TRM2504S
TRM2505
TRM2505S
TRM2754S
TRM2755S
TRM3014
TRM3014S
TRM3015
TRM3015S
TRM3504
TRM3505
TRM3514S
TRM3515S
TRM4014
TRM4014S
TRM4015
TRM4015S
TRM4504
TRM4505
TRM5014
TRM5014S
TRM5015
TRM5015S
TRM5504
TRM5505
TRM6014
TRM6015
TRM.6504
TRM6505
TRM7014
TRM7015
TRM7504
TRM7505
TRM8014
TRM8015
TRS25X5
TRS25X
TRS30X5
TRS30X
TRS35X5
TRS35X
TRS100
TRS100HC
TRS10l
TRS120
TRS125HC
TRS140
TRS140HP
t SPR
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
tlTC
tlTC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
ITC
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
l~t g~
48· 10
50· 50
50· 45
50- 33
50· 51
50· 67
50· 52
53· 49
50· 71
50· 72
50· 43
50- 44
50- 66
50- 53
51· 6
50· 83
49· 60
49· 61
49- 62
131· 37
158· 44
131· 38
158· 45
131· 39
131- 40
158· 46
158· 47
131· 41
158- 48
131· 42
131· 43
158· 49
158· 50
131· 44
158· 51
131· 82
158· 52
131· 45
131· 46
158· 53
132· 17
131· 47
132· 18
131- 481
131· 49
132· 19
132- 20
131· 50
132- 21
131· 51
132· 22
131- 52
132· 23
131· 53
132· 24
131· 54
132· 25
131· 55
132· 26
131· 56
132· 27
131· 57
132· 28
131· 58
131- 59
132· 29
132- 30
131- 60
132- 31
131- 61
131· 62
132- 32
132- 33
131· 63
132· 34
131· 64
132- 35
131- 65
131· 66
132· 36
132· 37
131· 67
132- 38
131· 68
131· 69
132· 39
132· 40
131· 70
132- 41.
131· 71
132· 42
131- 72
132· 43
131· 73
132· 44
131· 74
132- 45
131· 75
132· 46
139· 69
138· 39
139· 70
138· 40
139· 71
138- 41
98- 10
138· 3
98· 11
97· 79
138· 4
97· 80
134·102
I
TYPE No.
+~~l;g~~
TRS160
TRS160HP
TRS160MP
TRS175HC
TRS180
TRS180HP
TRS180MP
TRS200
TRS200HC
TRS200HP
TRS200MP
TRS225
TRS225HP
TRS225MP
TRS250
TRS250HP
TRS250MP
TRS275
TRS275HP
TRS275MP
TRS301
TRS301HP
TRS301LC
TRS301MP
TRS325
TRS325HP
TRS325MP
TRS350
TRS350HP
TRS350MP
TRS375
TRS375HP
TRS375MP
TRS401
TRS401HP
TRS401LC
TRS401MP
TRS425
TRS425HP
TRS425MP
TRS450
TRS451
TRS451MP
TRS475
TRS475MP
TRS501
TRS501MP
TRS525
TRS525MP
TRS550
TRS550MP
TRS575
TRS575MP
TRS601
TRS601MP
TRS650
TRS701
TRS750
TRS801
TRS1004
TRS1005
TRS1204
TRS1205
TRS1404
TRS1405
TRS1604
TRS1605
TRS1804
TRS1805
TRS2004
TRS2005
TRS2006
TRS2254
TRS2255
TRS2504
TRS2505
TRS2754
TRS2755
TRS2804S
TRS2805S
TRS3006
TRS3011
TRS3012
TRS3014
TRS3015
TRS3204S
TRS3205S
TRS3254
TRS3255
TRS3501
TRS3502
TRS3504
TRS3505
TRS3604S
TRS3605S
TRS3742
TRS3754
TRS3755
TRS4001
TRS4002
TRS4004
TRS4005
TRS4006
TRS4014
TRS4014S
TRS4015
TRS4015S
TRS4016S
TRS4254
TRS4255
TRS4404S
TRS4501
.
1. TYPE
No CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
:+~
t
tlTC
ITC
ITC
ITC
ITC
ITC
ITC
tlTC
tlTC
ITC
ITC
tlTC
ITC
ITC
tlTC
ITC
ITC
tlTC
ITC
ITC
tlTC
ITC
tlTC
ITC
tlTC
ITC
ITC
tlTC
ITC
ITC
tlTC
ITC
ITC
tlTC
ITC
tlTC
ITC
tlTC
ITC
ITC
tlTC
tlTC
ITC
tlTC
ITC
+ITC
ITC
ITC
ITC
tlTC
ITC
tlTC
ITC
+ITC
ITC
tlTC
tlTC
+ITC
+ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
tlTC
tlTC
ITC
tlTC
tlTC
ITC
ITC
tlTC
+ITC
ITC
ITC
tlTC
tlTC
ITC
ITC
tlTC
tlTC
ITC
ITC
ITC
tlTC
tlTC
+ITC
+ITC
ITC
ITC
+ITC
ITC
tlTC
ITC
ITC
ITC
tlTC
+ITC
O.A. T.A. INC.
l~~:
b:
97 - 81
134-103
130- 65
138- 6
97 - 82
134-104
130- 66
97 - 83
138 - 7
134-105
130- 67
97 - 84
134-106
130- 68
97 - 85
134-107
130- 69
97- 86
134-108
130- 70
97- 87
134-109
131- 76
130· 71
97·88
134·110
130- 72
97- 89
135- 1
130- 73
97- 90
135- 2
130- 74
97- 91
135- 3
131- 77
'130- 75
97- 92
135 - 4
130- 76
97 - 93
97 - 94
130- 77
97 - 95
130- 78
97 - 96
130- 79
97 - 97
130- 80
97 - 98
130- 81
97- 99
130- 82
97-100
130- 83
97-101
97-102
97-103
97-104
133- 63
139- 72
133- 64
139- 73
133- 65
139- 74
133- 66
139 - 75
133- 67
139- 76
133- 68
139- 77
141 -101
133- 69
139- 78
133- 70
139- 79
133- 71
139- 80
133- 72
139- 81
141-102
84- 59
84- 60
133- 73
139- 82
133- 74
139- 83
133- 75
139- 84
84 - 61
84- 62
133- 76
139- 85
133- 77
139- 86
138- 42
133- 78
139- 87
84- 63
84- 64
133- 79
139- 88
141-103
133- 80
133- 81
139- 89
139- 90
141-104
133- 82
139- 91
133 - 83
84- 65
:+~
I+~~:~g~
t
TRS4505
TRS4506
TRS4754
TRS4755
TRS4804S
TRS4805S
TRS4926
TRS4927
TRS5006
TRS5011
TRS5012
TRS5014
TRS5015
TRS5204S
TRS5205S
TRS5254
TRS5255
TRS5404S
TRS5405S
TRS5501
TRS5502
TRS5504
TRS5505
TRS5754
TRS5755
TRS5804S
TRS5805S
TRS6006
TRS6011
TRS6012
TRS6014
TRS6015
TRS6204S
TRS6205S
TRS6504
TRS6505
TRS6604S
TRS6605S
TRS7006
TRS7014
TRS7014S
TRS7015
TRS7015S
TRS7504
TRS7505
TRS8006
TRS8014
TRS8015
TRSP15X5
TRSP15X
TRSP20X5
TRSP20X
TRSP25X5
TRSP25X
TRSP30X5
TRSP30X
TRSP2006
TRSP2254
TRSP2254S
TRSP2255
TRSP2255S
TRSP2504
TRSP2504S
TRSP2505
TRSP2505S
TRSP2754
TRSP2754S
TRSP2755
TRSP2755S
TRSP3006
TRSP3014
TRSP3014S
TRSP3015
TRSP3015S
TRSP3254S
TRSP3255S
TRSP3504
TRSP3504S
TRSP3505
TRSP3505S
TRSP3514S
TRSP3515S
TRSP3743
TRSP3754S
TRSP3755S
TRSP4000
TRSP4001
TRSP4002
TRSP4003
TRSP4006
TRSP4014
TRSP4014S
TRSP4015
TRSP4015S
TRSP4016S
TRSP4254S
TRSP4255S
TRSP4296
TRSP4297
TRSP4298
TRSP4299
TRSP4504
TRSP4504S
TRSP4505
TRSP4505S
TRSP4506
TRSP4754S
TRSP4755S
TRSP4930
TRSP4931
TRSP5006
TRSP5014
ITC
ITC
ITC
ITC
tlTC
tlTC
ITC
ITC
ITC
tlTC
tlTC
tlTC
ITC
tlTC
tlTC
ITC
ITC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
ITC
ITC
tlTC
tlTC
ITC
tlTC
tlTC
tlTC
ITC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
ITC
tlTC
tlTC
tlTC
tlTC
tlTC
+ITC
ITC
tlTC
tlTC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
ITC
tlTC
tlTC
tlTC
tlTC
ITC
ITC
tlTC
ITC
tlTC
ITC
tlTC
tlTC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
tlTC
+ITC
+ITC
tlTC
ITC
tlTC
tlTC
ITC
ITC
ITC
ITC
tlTC
tlTC
tlTC
+ITC
ITC
tlTC
tlTC
ITC
ITC
ITC
tlTC
1~;: ~~ +~~~~gl;~
139- 92
141·105
133- 85
139- 93
133- 86
139- 94
138- 43
138- 44
141-106
84- 67
84- 68
133- 87
139- 95
133- 88
139- 96
133- 89
139- 97
133- 90
139- 98
84- 69
84- 70
133- 91
139- 99
133- 92
139-100
133- 93
139-101
141-107
84- 71
84- 72
133- 94
139-102
133- 95
139-103
133- 96
139-104
133- 97
139-105
141-108
133- 98
133- 99
139-106
139-107
133-100
139-108
141-109
133-101
139-109
126- 72
126- 51
126- 73
126- 52
126- 74
126- 53
126- 75
126- 54
126- 93
125- 45
125- 46
125- 81
125- 82
125- 47
125- 48
125- 83
125 - 84
125- 49
125- 50
125 - 85
125- 86
126- 94
125 - 51
125- 52
125 - 87
125- 88
125- 4
125- 5
125- 53
125- 6
125- 89
125- 7
125- 54
125- 90
126- 55
125 - 8
125- 9
126- 56
126- 57
126- 58
126- 59
126- 95
125- 55
125 - 56
125 - 91
125- 92
126- 96
125- 57
125- 93
126- 97
126- 98
126- 99
126-100
125 - 58
125- 59
125- 94
125- 95
126-101
125- 60
125- 96
126- 60
126- 61
126-102
125- 61
L,-Registered with JEDEC
by this manufacturer
TRSP5015S
TRSP5281
TRSP5282
TRSP5415
TRSP5416
TRSP6006
TRSP7006
TRSP8006
TSP3
TZ81
TZ82
TZ551
TZ552
TZ553
TZ554
::+~
tlTC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
t NPC
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
TZ581
TZ582
TZ7000
TZ7001
TZ7002
TZ7003
TZ7500
TZ7501
TZ7502
TZ7503
Ull0
Ul12
U114
U133
U139
U1390
U146
U147
U148
U149
U168
U183
U184
U197
U198
U199
U200
U201
U202
U221
U222
U231
t SPR
t SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
t SIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
t SIX
tSIX
t SIX
tSIX
SIX
tSIX
t SIX
+ SIX
t SIX
tSIX
tSIX
tSIX
tSIX
tSIX
U232
t SIX
U233
tSIX
U234
tSIX
U235
t SIX
U240
tSIX
U241
t SIX
U242
t SIX
U243
t SIX
U244
U248
tSIX
t SIX
U248A
t SIX
U249
t SIX
U249A
t SIX
U250
t SIX
U250A
tSIX
U251
t SIX
U251A
t SIX
U252
SIX
U253
SIX
U257
U1277
U1278
U1279
U1280
U1281
U1282
U1283
U1284
U1285
U1286
U1325
U1714
U1715
U1837E
U1897E
SIX
tAML
AML
tAML
tAML
+AML
tAML
tAML
tAML
tAML
tAML
tAML
tAML
tAML
tAML
tAML
U1898E
tAML
U1899E
tAML
U1994E
UC140
AML
UCC
41
IN TYPE NUMBER SEQUENCE
No.
m:~~ 1~~mW
125 - 98
126- 62
126- 63
126- 64
126- 65
126-103
126-104
126-105
187 - 69
90- 82
90- 83
67 - 26
172- 84
67 - 27
172- 85
67 - 28
172- 86
67- 29
172- 87
66- 96
66- 97
97 - 15
97- 16
97 - 17
97 - 18
70- 68
70- 69
70- 70
70- 71
105 - 56
105 - 57
105- 58
105· 59
105- 60
105- 61
105- 62
105- 63
105- 64
105 - 65
105- 66
108- 7
110- 59
110- 60
110- 61
110- 62
112- 68
112- 69
112- 70
112· 45
112- 46
110- 63
186- 51
110- 64
186- 52
110- 65
186- 53
110- 66
186- 54
110- 67
186- 55
112- 19
160- 26
112- 20
160- 27
112- 21
160- 28
112-22
160- 29
112- 79
108- 78
186- 56
108- 79
186- 57
108- 80
186- 58
108- 81
186- 59
108- 82
186- 60
108- 83
186- 61
108- 84
186- 62
108- 85
186- 63
112- 83
186- 64
112- 29
186- 65
112- 30
110- 68
110- 69
110- 70
110- 71
110· 72
110 - 73
110- 74
110- 75
110- 76
110- 77
110- 78
110- 79
112- 47
110- 80
110- 81
160- 12
110- 82
160- 30
110- 83
160- 61
110- 84
104- 45
UC200
UC201
UC210
UC220
UC241
UC250
UC251
UC400
UC401
UC410
UC420
UC588
UC734
UC734E
UC755
UC756
UC805
UC807
UC814
UC851
UC1764
UC2139
MFRS Pa&Line TYPE No.
~~~
UCC
UCC
t UCC
t UCC
t UCC
t UCC
t UCC
t UCC
UCC
t UCC
t UCC
UCC
t UCC
t UCC
t UCC
tUCC
UCC
UCC
t UCC
t UCC
UCC
tUCC
£lb4
16¥:
g~
111- 12 ZT66
111- 13
111- 14
111- 15
110- 86
112- 31
112- 84
105- 98
105 - 67
104- 46
104 - 16
111- 77
110- 87
110- 88
107 - 4
107- 5
105- 68
106- 37
105- 69
105- 70
105-109
112- 32
191-104
UC2147
t UCC 108- 86
UC2148
t UCC 191-105
UC2149
tUCC 112- 33
191-106
UC2766
t UCC 105- 71
191-107
UCX2910
t UCC
94- 28
186- 66
U03005
t SPR
173- 63
191-108
U03006
t SPR
173·64
191-109
U03007
t SPR
173- 65
181- 83
UPA15
NECJ 186- 67
UPA36A
NECJ 190- 27
USA55191/33
nooe 132 - 47
1170· 12
USA55191/34
none 132- 48
170- 23
USA55191/36 none 169- 14
V120
43- 52
~~~~ 6475
V205
171- 37
V405A
SGSI
65- 85
179- 2
V409
tECO
145- 91
V410A
SGSI
71- 24
V435
64- 34
SGSI
176- 29
V435A
SGSI
64- 76
V575
NECJ 138- 1
V643
NECJ 133 - 53
V658
NECJ 83- 34
VX3375
tECO
139-110
VX3733
tECO
141- 59
VX3866
tECO
135- 5
XB408
TIIB
143- 57
ZOTlO
FERB
85-102
190- 28
ZOTll
FERB
85-103
186- 68
ZOT20
FERB
85-104
186- 69
ZOT21
FERB
85-105
186- 70
ZOT30
FERB
75- 6
190- 29
ZOT31
FERB
75- 7
190- 30
ZOT40
FERB
86- 95
186- 71
ZOT41
FERB
86- 96
186- 72
ZOT42
FERB
86- 97
186- 73
ZOT44
FERB
86- 98
186- 74
ZOT45
FERB
86- 99
186- 75
ZM100
FERB 187- 70
FERB
89-103
ZT20
171- 86
ZT21
89-104
FERB
171- 87
89-105
ZT22
FERB
171- 88
89-106
ZT23
FERB
171- 89
ZT24
FERB
89-107
171- 90
ZT40
FERB
85- 51
171 - 91
ZT41
FERB
85 - 52
171- 92
ZT42
FERB
85 - 53
171- 93
ZT43
FERB
85 - 54
171- 94
ZT44
85- 55
FERB
171- 95
ZT60
FERB
89-108
171-103
ZT61
FERB
89-109
171-104
ZT62
FERB
89-110
171-105
ZT63
FERB
90- 1
171-106
MFRS f>ll&Line
~~til$
FERB
ZT68
FERB
ZT80
FERB
ZT81
FERB
ZT82
FERB
ZT83
FERB
ZT84
FERB
ZT86
FERB
ZT87
FERB
ZT88
FERB
ZT89
FERB
ZT90
ZT91
ZT92
ZT93
ZT94
ZT95
ZTll0
FERB
FERB
FERB
FERB
FERB
FERB
FERB
ZTlll
FERB
ZTl12
FERB
ZTl13
FERB
ZTl14
FERB
ZTl16
FERB
ZTl17
FERB
ZTl18
FERB
ZTl19
FERB
ZTl31
ZTl32
ZTl52
ZTl80
FERB
FERB
FERB
FERB
ZT181
FERB
ZT182
FERB
ZTl83
FERB
ZTl84
FERB
ZTl87
FERB
ZT189
FERB
ZT202
ZT203
ZT204
ZT210
ZT211
ZT280
FERB
FERB
FERB
FERB
FERB
FERB
ZT281
FERB
ZT282
FERB
ZT283
FERB
ZT284
FERB
ZTz87
FERB
ZT402
ZT403
ZT404
ZT696
ZT697
ZT706
ZT706A
FERB
FERB
FERB
FERB
FERB
FERB
FERB
ZT708
ZT709
FERB
FERB
ZT930
ZTl479
ZTl480
ZTl483
ZTl484
ZTl485
ZTl486
ZTl487
ZTl488
ZTl489
ZTl490
ZTl613
ZTl700
ZTl701
ZTl702
ZTl708
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
~iJ;m
FERB
FERB
~i}:~J
1~Y:,cf7
90- 3
171-108
99- 67
171-109
86- 41
171-110
86- 42
172- 1
86· 43
172- 2
86- 44
172- 3
86- 45
172- 4
86- 46
172- 5
86- 47
172- 6
86- 48
172- 7
86- 49
172- 8
135- 35
135- 36
135- 37
135- 38
135- 39
135- 40
86- 50
172- 9
86- 51
172- 10
86- 52
172- 11
86- 53
172- 12
86- 54
172- 13
86- 55
172- 14
,86- 56
172- 15
86- 57
172- 16
86- 58
172- 17
85- 56
85- 57
64- 2
64- 56
173- 5
64- 57
173- 6
63- 52
173- 7
64- 58
173- 8
64- 59
173- 9
64- 60
173- 10
64- 61
173- 11
85 - 8
85- 9
85- 10
136- 80
136- 81
64- 62
173- 12
64- 63
173- 13
64- 64
173- 14
64- 65
173- 15
64- 66
173- 16
64- 67
173- 17
85- 11
85- 12
85- 13
98- 19
98- 37
86- 59
86- 60
174- 57
92- 24
88- 7
180- 15
84- 15
135- 6
135- 7
135 - 8
135- 9
142- 54
142- 55
142- 56
142- 57
148- 88
148- 89
148- 90
148- 91
101- 17
135- 10
142- 58
148- 92
86- 61
174- 58
101 - 39
153- 49
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
'~---'"
----~
:II'
!lI
TYPE No.
IH~Y02
1. TYPE
No. CROSS INDEX
MFRS pQ&Line TYPE No.
MFRS PQ&Line TYPE
MFRS pQ&Line TYPE No.
No.
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line ·TYPE No.
MFRS pQ&Line
F~~~ m:~g
ZT2205
FERB
ZT2206
FERB
ZT2270
ZT2368
FERB
FERB
ZT2369
FERB
ZT2369A
FERB
ZT2475
FERB
ZT2476
FERB
ZT2477
FERB
ZT2708
ZT2857
ZT2876
ZT2887
ZT2938
FERB
FERB
FERB
FERB
FERB
ZT3375
ZT3440
ZT3441
ZT3442
ZTX107
ZTX108
ZTX109
ZTX300
ZTX301
ZTX302
ZTX303
ZTX304
ZTX310
ZTX311
ZTX312
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FER8
ZTX313
FERB
ZTX314
FERB
ZTX320
ZTX321
ZTX330
ZTX331
ZTX341
ZTX342
ZTX350
ZTX500
ZTX501
ZTX502
ZTX503
ZTX504
ZTX510
FERB
FER8
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
ZTX530
ZTX531
FERB
FERB
D.A. T.A. INC.
86· 62
174 - 59
86· 63
174 - 60
135- 11
92· 69
178 - 53
92- 70
179- 70
92 - 71
179- 71
88 - 8
180- 17
98 - 78
175 - 82
98- 79
175 - 83
79- 93
80- 48
138- 2
141- 32
87 - 60
179- 92
140- 1
135 - 41
142- 59
152- 51
87- 61
87 - 62
87- 63
85-106
85 -107
85-108
85-109
85-110
86· 64
86- 65
87 - 90
178 - 67
87-100
179- 72
87 ·101
179- 73
83· 18
83- 19
82- 21
82· 22
83 - 88
83· 89
105- 72
64 - 68
64 - 69
64 - 70
64 - 71
64- 72
63 - 37
178-109
62-101
62-102
I
6-Registered with JEDEC
by this manufacturer
42
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)
TYPE
No.
~~~X.
1 ~OLL.
OISS.
@25'C
2SA125
JAN2N220
OC60
OC57
OC58
2N175
9.0m*
15m
15m
15m
15m
15m
20m
20m
20m*
20m*
20m
20m
20m
20mt
20mt
20
2
m·t..
5m
l'l!'
LINE
No.
-"N)
7#
8
9
10#
11
12
n I~~~~O
15
16
17
18
2N344
2N345
2N346
2N534
25m
25m*
25m
25
26
27
~~
30
34
2N2451
2N309
:~# I~~~~~
2N588
V120
TIXM108
nXM107
I~~~~~
2N218
2SA107
JAN2N393
63 .. 2SA106
f!4# 2SA105
65
2N768
66
2N769t
~.1#
6~..
gg
87
~~
8~~
90'l!'
f!.I#
9~f
TIXM103
nXM105
nXM106
2N1785
2N1786
2N1787
~~~~
2N38
2Nl08
2SA295
2S8303
2SB349
AC160A
AC160B
93'IF
"4# (Ju,5
95# CCS6
96#
97#
98
99
100
101#
102
103
19a
106#
10kll
10kll
850k
850k
2.2M
50M*
50M*
75M*
25M§ll 416u
25M§ll 625u
28M§ll
#J 6.0
I~~ 5.0
,,,,,S
10
3.0
3.0
3.0
3.0
5.0
5.0
5.0
50
1(j.0
25 3.0m
3.b~ull'
2.0m
8.0u
2.0m III'Ou
2.0m
8.0u
2.0m
8.0u
2.0m
2.0u
12
12u
7.0 5.0m
1.5uQl
7.0
10m
7.0
10m
10 2.0m
12u
10 1~.Om
12u
7.0 5.0m
3.0u¢
5.0m
3.0u
5.0m
3.0u
5.0m
3.0u
25m
15u
1(j.0
4.5 0
15m
50m
10 5.0m
IOu
5.0u
3.0u
I~:g~ ~OO":,¢ ~~
6.0
I~.O
6.0
6.0
6.0
4.0
2.00
.5Q~
1.0m
1.0m
1.0m
1.0m
1.0m
500u
3.8~
250u
.5Q~ 250u ~
4.0<D 500ulO
4.~~
.5Q~
~~Ou\O
250u ~
3.01D 500U<D
3.Q~
3.Q~
500u~
500u¢
5.0<D 1.0mQ
3.Q~
500u~.
I.Q\IJ
50mo!
3.0ID 500iii£'
tll
24
24
24
32
49
40 II
75
35
55
65
~5
80
22
66
10 II
35 II
16 tll
20 tll
19 II
Duuno
.25u
.25u
.25u
.25u
.25u
800n!lib
50
50
50
50
40
65!li
2SB68
2SB121
2N34A
2N506
2N591
2S639
2Nl07
2N1265/5
gg:~
2SA116
107# 2SA183
108
2N398
O.A. T..A. INC.
15
5.0
5.0
5.0
5.0
5.0
15 !li
60u
80u
2.9k
4.0k
17
17
1~~~
1~·5k
5.1k
100
100
100
35
944
17
5.0ub
5.0ub
5.0ub
350nb
1.8ub
1.8ub
19
19
1.5ub
75
4.0
4.0
[!.lESeRI I N
~
ISTRUC
EO
L:TURE
OWG. AD
No.
0 E
(F)
1.3p
G
U~
~
1.3p
50p!li
60p
60p
360
3(jp
60p
6.00
6.0p
6.0p
1.5p
25p
25
G
R14
~~:
A
A
R14
¢ TOI
R19
R19
A
0
~Il'
Sll
Sll
Sll
A
~O
A
II
6P~
5.0D"
20
~~~*
350M§
625u
~8~rzl
'!J.
*Ii.
30m
30m
*A
1.0M
2.0m
20
~g Il'
.50
20
20
51<>.nm
5.0m
5.0m
~~ ~8
1~8~
lOll' 2.0m
LOp
LOp
1.00
1.0p
LOp
250
25p
25p
2.90
45
lOu
lOu
5~Omm 5.b~u
5.00
1.0m0
30 II
66
1.5p
30m@ 35.M
30m~ 35.M
30m\O 35.M
~g~1l' 4~5MM
55M
#J
I~JJ
I..,
1.0m
1.0m
1:1
10J
20
22 0
0
30m
30m*
30mS
30ms
30m
30m
35m
~~~
35m
35m
35m
35m
250M*
550M§
1.0G§ll
1.5G§ll
2.5G~!l:!
3.0G§iZ!
.70M
"li.~~
769u
1.2m
1.2m
1.2m
1.2m
1.2m
13.M\D
20.M
30M§ll 476u
30.M
I..J
tS
tS
tS
tS
*A
5 Om
5:0m
5.0m
~g
.80
.80
25
~8~* 1~8~§ j~~ !#.~ ~~
15
25
15
15
15
15
25
I~~A ~1665
I\DI
#S 6.0
I~~S 6.100
I.. '
118
5
~ :~8
\D
7.0
7.0
7.0
7.0
12
12
6.0
.50
.30
.30
.30
.30
.50
.50
10
10u~
10u\IJ
10uID
6.0
6.0
6.0
.50m\!?
.50
45m
.50
45m
15~Omm 6.b~ull' '~g
50m
6.0u
~g~ ~g~u
50m
5 Om
30m
30m
30m
30m
15m
10~f
6.0u
6.0u
6.0u
6.0u
lOu
~ ~~ 5~~.f
15m
10m
50m
10m
~~~Il'
3.5G*
40m
40m
12.M
~gg~:
40m
400M§
:8~
:8~
~88~:
~~~~§
40m
40m
40mll
40mll
45m
45m
45m
50m
1.6G§
1.8G§
2.2G§ll
2.2G§ll
50.M*
50.M*
50.M*
~8~
50m
50m
50m
~8~
50m
50m
~8~
~g~
50m
50m
50m*
50m*
50m
50m
50m
6.3m
!~8~
:~g~
78~~
l8
~8~
15
10
5.0
5.0
10m
2.0m
20
::8
.40
5.0m
::8
~:8~
I!j
#J
~g
~8
!!J~J ~~
I!j
33m
IIiIJ
33m f~s
2.6m .,..
2.6m I#s
1.3m #S
1.3m If~S
1.3m I.. '
I~
1.0m
1.0m
.50M
.50M
I~j ~~
'\DJ
15
12
12
12
10
10
15
20
10
~8
,~JJ
\D.
20
15
15
L~~ ~~
18
833u 'l!' 105
833u:J 105
*
~6
*
#J
8J
12
10
16
16
30
15
105
~:~ ~~ ~~
1.0M
5.0m
1.0M
H33u
4.0M§
7.0M§
12M
16.M
20Mlll
\OJ
#S
\1lJ
*A
10
10
10
10
10 ~
10 ¢
150
:j8
.50
.30
.30
.30
1.0
.50
.50
~:g~
5fOm
5.0m
20m
20m
20m
50m
50m
50m
III·O m
IOu
lOu
5.0u¢
lOu
lOu
lOu
6.0u
1~~
15u
~~~
6'lbo~u¢~
JIO
6.0u~
60 §
32
15
15
10 10m
10 10m
10 10m
10 10m
50 100m
50 100m
8.0m
100m
20m
102.0m
10m
10 100m
50m
50m
15
105
50
5.~~ 3.0m~
5.0\9 3.0m""
5.Q~
3.0m~
4.~~
.7~m~
3.0
1.0m~
5.Q~ 3.0m~
4.0ID .70mID
9.Q~
9.0\D
1.0m~
1.0m\D
2.0m¢
.50\0
20ni12
Ig~ 2.0mll'
6.0
6.0
6.0
6.Q~
6.0\0
1.0m
1.0m
1.0m
20m~
2.0m\O
6.Q~
2.0m~
6.Q~ 2.0m~
6.0\0 2.0m\O
6.Q~
2.0m~
9.Q~ 2.0m~
3.0IV 3.0mIV
10u~
10u~
10u\D
25
29
29
l.OP
34
1.3p
1.50
15u
14u
20u
2.0u
2.0u
12u
12u
14ull'
15u
6.Q~
43
tll
tll
t!l:!
tiZ!
55
48 ~
48 l£J
80
10
10
10
10
10
10
10 III
401
10 III
10 III
10 III
40 III
15 III
25 III
45
30
15
f!.0
6.0
6.0
6.0
1.0¢
1.0m
1.0m
1.0m
1.0m
10m¢ 50 t
1.~~
10mi' 150
4'~8 300u8 35
4.5\0 300u\O 100
2.0
2.0
.35
£61l'
1.0
12
12
500u
3.0m
5.0m
30
47
60 t
~:g:;::1l' ~g
10m
1~Omm
50m
12m
1.0m~
2.7k
2.8k
1.0k
1.0k
3.2
5.5
27u
2.0u
2.0u
2.0u
4.5k
4.0
40
40
40
14u
14u
23u
80u
7.0k
7.0k
2.2k
800
6.5
6.5
9.0
25u
1.0ub
3.5k
32
9.4
3.0
5.0
t
40
~~
70
1.5
~:8~0 ~8
1.0m\Zl
14u
16u
50
40 t
55 t
10 III
1.0m~
6.D\O
7.0u
7.0u
1.0m~
40
15
15
150
150
55
6.Q8
6.0\0 1.0mIV
10m
10m
10m
.50mID
.5~5m!
66 . 00uu"\IJ
U\D
~:8~
10
10
10
10
.50m~
1.5p
1.50
1.0p
1.5p
1.50
15u
.2Q~
:g~
79
80
81
82
83
84
Cob
o
~6~0
~?~
T024
T024
T024
T023
~~~
R72
II R143
T024
T024
A
A
A
F
F
F
F
A
F
F
F
6p
30m
60
120M
120M
4~51
1~~n8~
42
2Nl110
43
2Nllll
442NllllA
45
2N 1111 B
~~
100M
~~~~
J
4~5
*J
15
*J
15
*J
15
*J
15
*J
15
434u I £S 30
666u 10J 7.0
666u I~J 7.0
666u I~J 7.0
3.3m I\OJ 10
3.3m I~J 10
666u ¢J 7.0
666u *J 5.0
666u *J 5.0
666u *J 5.0
1.4m *J
50
I~~~~~jt
~!# A<;:109
38# ACll0
39
2N240
51
52#
53
54
L!1J:Ri\TE: ~ "!: ABS MAX RA' INGS@25'MAX.'I'IALh' rA IAM~ I ~H:;
IN
M E BVeboJBVeeo BVe~
lebo
BIAS
COMMON EMITTER
FREE A M
Ie
@MAX Veb
Ie
hIe
hoe
hie
hre
AIR
XP
Veb
(Hz)
W/'C
(V)
(V)
I(V)
(A)
(A)
(V)
(A)
mhos)
(m
X.OOOI
lab
2N1122t
2N1122At
JAN2N128
~~# i~ng
:~
f£J
60u
45
40
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
IpS
Ips
400
17p
9.5p
9.5D
~~& ig~:
MA
MO
T024
T09
/A
A
~g Ig~~
GO
GO
A
A
A
Sll
GO
OV9
OV9
TOI
TOI
TOI
T024
T022
GO
GO
GO
T022
T022
T022
o
R87a
R87a
gg
~u
o
F
ig~~
~~;;
~g0L i81
A
A
C
C
G
G
~
T072
¢
T072
A
TOI
A
T02
All
T040
All
TOI
o
T044
R143
4.0p!li
o
T044
T044
o
1.6p
MOll T018
1.50
MO
T018
EM
A
TOI
R69
A
lOp
A
TOI
ME
1.5p
T017
1.50
ME
T017
1.5p
ME
TO 17
1.5p
ME
T017
1.50
ME
TO 17
T017
1.5~~P/j
ME
lp $ p¢
u26
.3
PL
T017
u26
u26
u41
T09
T09
T09
OV14
OVll
OVll
Rl08
R48
TOI
TOI
A
A
9.0p
R60
R60
A
9.00
OV12
A
OV12
A
T05
8.0p
A
TOI
OV15
OVll
TOI
40p
TOI
R31
40D
T05
R8
R8
o
T044
13p
A
TOI
T09
A
A
T044
T044
A
A
A
A
A
F
A
A
E
E!li
C
A
A
A
A
A
A
A
A
A
A
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
2. GERMANIUM PNP . LOW POWER MAX.
TRANSISTORS
(2) fab & 131 TYPE No.
TYPI AL 'h' PA lAMETtH:>
ESCRIP IN LC;
LINE
No.
TYPE
No.
4
1~:r51~!!
~~ 2SA115
6 .. 2SA322
7#']SA3~!I
L!LERATEi~ '!: ABS MAX RA-INGS@25'
IN
M E BVeboJBVeeo BVe~
FREE A M
Ie
AIR
X P
(Hz)
W/'C
(V)
(V)
IIV)
(A)
i1..J.~AX.~
I
~OLL.
DISS.
@25'C
(W)
50m
~g~
fab
25.M
~g~
1.2m
2.0m
3.0
IgJS
~~l~~o
!~# .~~A221
1~~ 2SA25lt
15.. 2SA408t
!~#
1~~
18~
!~#
2S~~24
~~A223
"SA222
0~169
29 .. 2N1754t
21 .. AF114
22# AF115
n: ~~11~
28# 2SA409t
~g: ~~~n~
31# 2SA225
32# 2SA291
33
GT5149
~~# "SA117
3~.. JAN2N499
36~ AF102
50m
50.M
~g~
6~~M
~g~
5~o~
50m
70M
70M
50m
50m
75.M§
75M!
50m
50m*
75M!
50m*
75M!
75M!
50m
50m 180.M
50m
80M
50m
80.M
50m
80M
95.M
50m
50m
100M
I~J
900u
2.0m
2.0m
1.6m
833u
1.6m
1.6m
1.6/n
1.6m
2.0m
900u
?()
20
liilj 15
I~J
15
,~~
20
,.. S 30
~g~
199~
~go:. I~j ~g
50m
50m
50m
50m*
50m
50m
50m
50m
50m
50m
100M
110M
120M§1I
180M!
200M!
230M§lI
230M§lI
290M!1I
300M§
300M!1I
1.2m
~nm
50;"
50m
#~
666u I~s
1.6m 10J
900u I~J
1.0m I~J
1.0m IIOJ
1.0m I\,?J
900u ¢J
588u I#J
'~~nM§lI l.nm
,au
'350M§1I 5S-8u l;t'j
400M§ 900u 10J
32
20
20
32
5.b~'t;
6.0
6.0
10
~()
3D
25
15
18
25
20
20
20
15
20
20
0
20
15
46# 2SA421
:~: ~~~l~J
~~! 2SA1~~
50# 2SA164
5i~ 2SA165
50m
50m
50m
55# 2SA254
56# 2SA259
57# 2SA470
55m
~~~
~g:~§
LIm
I:j
61#
62#
63#
64#
65
66
55m
45.M
909u
#J
18
~~~
~~:~
909u I : j
tg
2SA518
2SA257
2SA517
2SA256
JAN2N501At
2N1158
.n ,:JNI744
68# '25A49
69~ 2SA53
':JN1742
77# '25Al0l
78~ 2SA102
~?:# AF136
83# AF138
84
2N1748
Rb
':lN1752
86# '25,\104
87~ AF135
88# AF134
gg:
~g~
#J
500u
1.2m
1.2m
1.Jm
:g:~
50M*
50M*~
50M
50.M
+S
I~J
IIOJ
#J
20
20
20
12
tg
20
18
18
~g
~j
30
+S
¢J
20
40
40
':2;"
#"
¢J
QjJ
:«1
769u
769u
1.2m
#S
#S
i?!J
IOJ
1.0M
60m
10.MlI
60m
15M
60m
25M
"nm.tt: 30MM
50;""
35M
60m
35.M
60m
60m
60m
60m
#J
#J
I#J
10.M
60m
60m
60m
60mlZl
~g~
71';
500M§
500M§
500M§
500u
1.2m
1.2m
7.Clm
0J
40
25
25
12
40
25
~~m
~;
96
~~
99
19~
~~~¥J~t
2N980
2NI726
~~m~
2N1788
105
2N1864
109
110
,.. n.M!
7""u #J 15
''ioo-M§lI 759~ #S 20
100M§1I 7.7m 1#5 20
j~~~~l~g~~t
102
19~
"nm
50;"
60m
~~mg
JAN2N499A
2N1748A
D.A. T.A. INC.
60m
60m
60m
60m
60m
60m
100M*
100M*
100M*
100M*
100M*
100M*
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
15
~
15
~j ~~
~.1#
AF126
92# AF127
93
2N50lt
12 i?!
20 10
20 ~
20
#S
#S
I#s
#S
20
20
35
35
I~S 35
I .. S 20
12
12u
12u
1Ou¢
12u
12u
.50
10m
,~.Oui?!
,o.OUIO
12u
:~g 19~ 12u
.50
10m
12u
13u
.50
10m
100m
10m J~~u
1.0
10m 8.0u\,?
1.0
10m 8.0u¢
10m 8.0u
50
10m
12u
:50
10m
15 50m
15 50m
.50
10m 5'P2~
lOu
.50
10m
12u
50m 5.0u¢
1.0
IOu
lOu
.50
50m 1OOu
10m
50u
50m
.40 5.0m
.40 5.0m
.40 5.0m
13uJ>
50m 5.0~!Or'
IOu 0
.50 5.0m
.4Q 1~.Qm
.50 5.0m
50m
5.0m
15m 5 .b~u~
15m 5.0u
15m 5.0u
15m 5.0u
15m 5.0u
15m 5.0u
.40 5.0m
10u¢
.50
10m
lOu
.50
10m
lOu
.50
10m
10ui?!
12ulO
.50
10m
.50
10m
12u\!!
.50
12u~
10m
10U0
.50
10m
lOu
.50
10m
.50
10u¢
10m
.50
lOu
10m
.50
10m
2.0
.50 100m
50m
.50
19~~
12 5.0m
lOu
12 5.0m
.30
!(jm 8'f~.f
50m
12 50m
16u
15u
12 50m
.50
10u¢
50m
12 5.0m
lOu
.50
.50
.50
.50
.50
16u
.70
lOu
.70
lOu
.70
50m 3P~U0
1.0
50m
2.0
10u8
16u¢
10m
.50
lOu
.70
.70
10m
10m
10m 8.0u\!!
8.0u¢
Jg~ 100u
2.0
1~ ~g~
!~j ~g
J
I\,?J
Ii?!J
IIOJ
I(l!J
¢J
10m
~g~~ ~:g
20
20
20
13
32
20
20
32
COMMON EMITTER
hoe 1 hie 1 h,e
I(mhos)
(n)
X.OOOl
~
15
15
20
20
20
t~ 12l
~~ ~ I~:g Igg~
12
20
12
20
20
20
35
35
35
20
20
20
18
~
~
<0
\!!
~
10
8
~
10
~
¢
2.0
2.0
2.0
1.0
.50
.50
1.0
.50
.50
.50
2.0
2.0
.50
100m
50m
50m
50m
50m
50m
50m
SOm
50m
100m
100m
50m
50m
50m
~g~
6.~8
6.2~
6.0<0
".U
IFI
3.00
2.5p
1
:g~
1.0m
1gg
6.0
37db at-1.5MHz
6.0
1.0m
50
LOu
1_2~ 1.0m
16 1I
6.010 1.0m
150
6.0
1.0m
75
1.2!?!
15m~ 50 t
1.010
15mlO 100 t
6.0
1.0m
24db at-l0.7MHz
6.0
1.0m
50
6.0
1.0m
130
6.0
1.0m
100
Cob
2.5p
2.5p
3.00
6.0p
60u
.50
I~j 1~ ~:g
'IDJ
II~t'jJ
hfe
1.0
~~
8# 'ASY249~ 2SA323
10# 2SA219
g#
lebo
t--..:L'T-i'B""IA",S
@MAX Veb 1 Ie
Veb
(A)
jV)
(A)
3.00
2.5p
1.7p
3.00
2.5p
2.5p
3.00
3.0p
2.5p
2.50
40 iZl
to.nm 1~g t
1
¢
1.0m8
1.0m¢
1.0m
l.um
150
150
150
~u
1.5p
3.0p
2.50
3.0p
1.5p
15m0 150 t
1.00
J:g~ I.b5mm~ l~g
12
12m
6.2!?! 4.0m
.3010
10m
12
12m
9.00~ 1.0m
120 1.0m
6.0
1.0m
6·2i?! 4.0m
6.010 2.0m
t
1.5
60u
40
25 t
1.5
10 1I
20 1I
40
100
100
100
40
20
3.0p
1.5p
3.00
40u
2.5piZl
1.80
1.5p
1.0p
1.00
l~g
6.b2!O
6.0
6.0
6.0
6.0
6.0
12¢
6.0
6.0
6.Q ~
6.00
2
20m
20m
20m
20m
20m
2.0m
1.0m
1.0m
1.0m
1.0m
6.~~ 1.0m
6.0¢ 1.0m
6.0
1.0m
40
25
13
25
66
13
25
66
25
50
80
45
75
50
80
45
6.0
1.0m
60
fo":"
1.2~1ZI
1.2p
1.20
1.2p
1.2p
1.20
1.2p
1.2piZl
100
lOp
2.2p
2.0D
2.0p
2.0p
2.2D
1.6p
2.2p
1.6p
6.0
1.0m
75
.50¢
10m¢ 30 tll
10 3.0m
5.7 1I
10~ 12.0m~
10 tll
12(0 1.5m(O
6.0
2.0m
6.0
2.0m
10¢ 2.0m¢
10~ 2.0m~
6.0
6.0
LOrn
1.0m
~:g~ l:g~~
6.0
6.0
1.0m
1.0m
IIp
110
22u
2.8k
4.5
10 tll
30
40
Igg
30 !;
30 1I
~:g0 1:g~0
6.Q\!!
6.2~
.5010
50 t
10
85
90
10 tll
1.5p~
21p
1.5piZl
110
4.0p
4.00
J.2p\Ll
4.0p
3.40
1.0ubl2l
1.0ublZl
199
40 IZI
40 IZI
3.0PiZl
4.0p
2.80
2.8p
2.5p
2.50
lOu\,?
10u¢
5.0u
6.0({) 1.0';"i{
6.2\'? 1.0m\,?
6.0q5~ 1.0mi?!
1210 1.0mlO
50
20
40
50
t '"
t 1I
t 1I
t 1I
R18
T044
T044
MA
T024
T044
A
T044
o
R18
o
R60
o
o
T044
o
T044
Mo
TOI
o
T044
o
T044
MOll R48
MOll R48
o
T044
o
T044
o
T044
T07
T09
T07
A00 T07
ADiil T07
AD
T07
1.0u
1.0u
LOu
LOu
LOu
LOu
LOu
50ulL!
40
40
40
40
40
40
40
7.0klL!
3.!?pi?!
2.501LJ
2.5p[i1
2.~p!21
2.501LJ
MJ~
i8n
A
A
R60
R60
T09
TOI
T09
TOI
TOI
T07
TOI
R60
R60
R60
T09
T09
TOI
R60
R60
T018
T018
A
o
o
o
o
Mo
Mo
o
o
o
AD
AD
130nb
44
26
TOI
A
A
A
H
A
A
A
~g
lig18
~
MO
T018
T09
T09
T09
T09
T09
T09
T09
A
A
A
A
A
A
A
A
ME
ME
ME
ME
ig~
ME
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
A
o
o
MO
3.0~Y;l
A
MOll
MOll R48
o
T044
o
T044
o
T044
Mo
R48
MA
T024
T044
o
R139 A
A00 T07
MO
R48
AD
T07
T072 G
AD
T072 G
AD
Mo
R48
ME
TO 17
AD
i8;~ IG
ME
Mo
R48
TP17
ME
ME
T018
ME
T018
ME
T018
ME
T018
ME
T018
ME
T018
ME
T017
A
R18
A
R18
o
R18
o
TOI
TOI
o
TOI
o
o
R18
o
TOI
A
R18
o
o
TOI
A
o
R18
R139 A
T09
A
T09
A
TOI
A
A
TOI
A
A
~g~ ig1~
1.0m\!! 150
1.0m¢ 150
10";0 30 t
:~Q~ ~g~~ ~g i~
o
o
o
1.5~1ZI
_~5U
3.0u~
5.0ul<'L
E0
ISTRUCI
t.:TURE
DWG. A D
No.
DE
ME
T05
T09
TOI
R139
T09
~
A
'A
A
A
A
. LOW POWER TRANSISTORS
121 lab & 131 TYPE No,
2. GERMANIUM PNP ABS
MAX RATINGS @25°C MAX.
TYPICAL 'h' PARAMETERS
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
LINE
No.
~
3
4
5
6
7
8#
9#
:~
12
13
14
15
16
17
18#
!~#
20#
21
22
23
24
25#
26#
27
~~
~
TYPE
No.
I~~H~~T
2N1745
2N1747
2N1865
2N1866
12N 1867
AF106
AFY12
1~~~~~At
2N846At
2N984t
2N2170t
2N2487
2N2488
2N2489
2SA436
~~!:~~
2N982t
2N983t
~~~mi
AF139
AF280
2N3320t
I~~~~m
30# 2SA453
31# 2SA454
2SA455
2SA456
~~:
~~: ;~~~:¥
36# AF239
AF239S
AF279
2N1868
39
2N2360
2N2361
2N2362
42
~a
:~
:~
45#
46#
47#
48#
49#
50
51#
~~n~~
2SA340
2SA341
2SA342
2SB261
2SB262
25B497
25A278
~~# ~~~~~
54# 2N991
~~# i~~5~
57
58
2N502B
JAN2N695t
2Nl158A
AC131
~g#
~J# ~~~~~
63
!?~#
65#
66#
67#
g~:
70#
71#
72#
n:
75
~~
78
79#
80#
81
~~#
84
85
86
87
88
89
90
~~
93
2N265
NKT73
NKT126t
NKT72
NKT125t
NKT12
TF49
NKT124t
AFl14N
AFl15N
AFl16N
AFl17N
2N1749
2N2199
2N2200
2N 1499Bt
AF178
2SA240
2N502A
I~X~~~~996
JAN2N2997
~~H~~:
2N2416
Tl390
TI391
Tl400
q.::gi
Tl403
~~
2N2996
2N2415
JAN2N502A
96
JAN2N502B
2N2997
2N700
99
2N700A
JAN2N700A
2N2998
102
103
2N3267
104# GM656A
TIXM 101
105
~~
18~
Ilg~# I~~~:~g
108# AF146
AF147
AF148
l~~:
D.A. T.A. INC.
lQ!:RATE ~ T
IN
ME BVeboJ BVeeo BVeb,Q,J.
Ie
tab
FREE A M
AIR
X P
IV)
IV)
V)
IA)
1Hz)
WfC
Ll 9, 12.0 ·50m
~~~ IH~~! ;~~~ I:~ ~g 201 ~ .50 50m
.50
50m
200M§ 769u I#s 20
60m
20
50m
60m
20 @ .50
200111!@ 769u #S 20
20 (1:\ .50
769u
20
50m
60m
200~~
35 ¢ .50
769u
50m
60m
200M
35
769u #S 35
.50
50m
60m
~~
.30
10m
25
60m~ ~gg~r 1,3m
.05
10m
103m i ! j 25
18
60m* 230M
LOrn #J 20
.50
t?0m
15
2.0
60m I~~g~:", 833u
15 § 2.0 100m
15
60m
320M§'" 833u
350M§ 769u #S 15
10
2.0 100m
60m
15 ¢
350M§ 769u #S 15
2.0 100m
60m
10
100m
60m
360Mt'"
10
100m
60m
360Mt'"
60m
15
100m
360Mt'"
20
.50
10m
60m
400M
60m
400M
20
.50
10m
20
.50
10m
60m
400M
450M§ 769u I:itS 20
60m
15
2.0 100m
450M§ 769u #S 15
60m
15
2.0 100m
450M§ 769u
60m
20
20 ~ 2.0 100m
15
15
450M§ 769u
60m
2.0 100m
550M§ 1.3m #J 22
15
.30
10m
gg~iLJ 550M§ 1.7m
15
.30
10m
15
10
2.0 100m
60m
600M§'" 769u
60m
2.0 100m
600M§'" 769u #S 12 7.0
60m
12 7.0
2.0 100m
600M§'" 769u
10m
600M§
60m
1:1 22
600M§
10m
60m
#J 22
600M§
60m
22
10m
I!j 22
10m
600M§
60m
Pt
MAX
OlL.
OISS.
@25°C
(W)
~
l:~
(l!
~~ ~
I:~
l~g~
I:~
I!~
~g~: I~~g~: ~~9'"u lij
60m(Zl 700M
60m~ 700M
60m
60m
1,6G
60m
60m
1.6G
60m
1.6G*
60m
l:gg:
60m
63m
70M
63m
70M
63m
100M
65m
2.5M
3.0M
65m
65m
3.0M
65m
11M'"
~~g~~
~~~
67m
,,!7m
72m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m*
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
~~~
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
75m
80m
80m
80m
80m
44M§'"
44M§'"
44M§'"
200M§'"
780k
1.0M'"
1.5M
2,5M§'"
3,OM'"
6.2M§'"
7.0M'"
7.5M'"
9.0M
15M'"
75M§
75M§
75M§
75M§
80M§'"
120M§'"
120M§'"
150M§'"
180M§
200M§
260M§
I~gg~§",
400M§'"
450M§
450M§
500M§
500M§
500M§
500M§
~gg~:
500M§
550M§
~gg~:[l
ggg~:[l
800M§
800M§
800M§~
900M§
900M§'"
930M*
1.5G§'"
1.6G§
1.3m I.#J
1.3m #J
1.7m
769u
769u .S
769u
769u
769u
769u
1.2m
1.2m
1,2m I~j
1.1m #J
1.1m #J
1.1m
1.2m
lc3_m
133u
1.3m ~S
1.3m
1.1m
1.0m
1.0m #J
1.0m
!:J5
3.3m
1.5m
2.0m *J
1.5m
1.5m
1.5m iilj
1.5m
1.5m
2,5m IQjJ
1,5m
1.6m I~j
1.6m 10J
1.6m
1.6m I~j
1.0m I#"5
1.0m #5
1.0m
1.0m
1.6m
1.3m I%~
1.0m I#J
1.3m #J
1.0m
1.0m
1.0m #5
1.0m
100m 1:1
1.0m #S
1.0m
1.0m
1.0m
1.0m I:~
1.0m
1·2 m #5
1.0m
1.0m
1.0m #5
1.0m
1.0m
1.0m #J
1.0m
1.0m
LOrn #5
1.0m
1.0m
1.0m #5
1.2m
1.0m I ! j
1.0m
1.0m I ! j
I:~
l!t~
Ii}
:i
30
:J
~j
~j
I:~
I:~
I:~
20
20
20
20
20
20
20
20
20
20
20
20
18
20
20
30
15
20
30
30
18
15
20
15
20
18
15
20
32
32
32
32
40
15
15
30
26
20
30
20
15
30
25
20
15
18
18
18
1~
l:is 18
I:~
I!~
I:~
I:~
:~g
15
15
%~ ~g
!{
2~
15
15
30
30
30
25
25
25
15
15
18
15
15
25
30
24
24
l~ ~
.30
.30
.30
.50
.50
.50
.50
.50
.50
.50
.50
.50
2.5
2.5
2.5
12
:
20 §
20 §
l:g
1.0
1.0
Qj
15
20 ¢
.50
3.5
.50
10
12
12
~~
Qj
20 Qj
~g ~
15 §
15 §
~g
jg
10
25 §
20 §
20 §
10
10
20 §
15
15
15
l~
Qj
10
10
20
25
18 ~
30
10
6.0
10
6.0
12
5.0
6.0
1.0
1.0
1.0
1.0
1.0
.50
.50
2.0
.50
.20
.50
I:~g
10
15
15
12
10
.30
2.5
2.0
.50
.30
d~
.0
1:~8
.30
I·~O
10
jg Qj
~~
\1l
20
25
25
12
8.0
15
7.0
10
jg §
24
24
.50
.50
.50
.30
.20
.20
.30
.30
.20
.30
.30
!c2O
2.5
.50
.50
.50
19~
10m
10m
10m
50m
lebo
@MAX
Yf..,b
25u
10~~
lOu
10u@
10~~
lOu
10u@
10u(l:\
lOu
_2.ou
l°£i
10 2.0m
6,Q@ 1.0m@
1.0,!:~
3.0u@
2,5u¢
30u
30u
.50¢
6.0
6.0
3.0u
~:g~~ :~g~
31~'!?5
3.0u@
3,.0~g
3.0u
~:g~~
.5Q~
~gol
.5Q@
.5gg
.50
1?~
10¢
.501!
5.0u
5.0u@
.5Q~
5.0~~
5.0u
3.0
l'i?2~W
.40u
5.0~Qj 5.0n;:g
10~g
10u~
lO~g
13u
13u@
13~~
12u
1~'t
6.0u
3.0u
19~ ~:g~~
8.0~Ql
10
2.0m
}l
2.0m~
19~
2.0m~
5.0
10
5.0n;:g
2.0m
2.0ml1l
2.0n;:g
10Ql 2.0m
19~
2.0m(l:\
1.0m
100m
1.0m
g:gol 100m
6.()11l LOrn
6,0
6.0
6.~g
1.0
6.0Ql
6.0\1l
5,Ouol
3.0u9
5.0u(l:\
30u
lOu
5.0u¢
16u
5.0u@
.3rt?
1.0
5.0
4.5¢
5.0
5.0~~
5.0u
5.0ul1l
5.0~g
1.0u
5.0u~
8.0~g
8.0u
8.0u~
8'p~~Qj
5.0u~
If.;''mQj
·2 m
~:g~ 1.0m
8,Ou\1l
1.0m
1.0m
10Qj 2.0m
10m\1)
3.0m
50m
1.0m
1.0m¢
1.0m
4.~@ 1.0m@
::~~ l:g~~
4.~11l
4.~g
5.0
4.~~
6.gg
6.0
16.~~
6.gg
6.0
l~
1.0ml1l
1.0'!:g
1.0m
1.0m¢
1.0m
1.0m
1.0m
1:g~Qj
3,Om
3'Pomm<Z
50u
1.0m\1l
10u¢
1.0m
6'POIll 2.0m
20u
10uJl 16.0 12.0m
3:g~~
5.0~~
5.0u
10
.30
12
4.0~~
6'PfQj 4.0m
19~
10~;
10m
2.0m
6.~g
2.0'!:g
2.0m
.3Q@
5.0uol
5.0u\Z?
5.0~~
5.0u
6.~~
6.0
2.0m~
~g~ ~:~~~
I~·Q~ :2.0m@
100u
5.0u¢
lOu
lOu
6.()11l 4.0ml1l
6.0~01 2.0m(l:\
10 2.0m
2.0m
12 4.0m¢
2.0m
6.0
2.0m
6.0
50m
50m
20m
50m
50m
5.0~0
~~~~
100u
50m
20m
20m
50m
50m
20m
50m
10m
10m
10m
~§,u¢
1 Ou
5.0u~
5.0~~
6.0u
2.0~g
6.g~ 2.0m
6.0
1)~
g:gl1l
12
6'6~
5.0
~:g~Qj
3.0m~
3.0n;:g
2.0m
100u
3.0m\1)
Ig:g~
1.0m
6.0u~Qj
12u
6.00 100m
12~§ 6.g§ 1.0m
12u
6.0
1.0m
45
1.5k
9.0u
7.0u
7.0u
7.0u
1.5k
2.0k
2.0k
2.0k
90
40
40
45
33
33
33
33
33
33
100
100
100
45
90
90
100
20u
30u
30u
2.0k
3.0k
3.0k
300ub
67
300
4.0k
f60
t
20'"
25 t'"
9.0'"
67
47
90'"
115
25 '"
75
40'"
100
45 '"
90
150
150
150
150
150
30'"
20'"
70 ~
40 t'"
20'"
120 ~
65
10
35'"
50'"
100 t
60 t
30
40 t'"
20 t'"
40 t'"
20 t'"
20 t'"
35 n
200
45
15'"
25 '"
200
10
4.0'"
4.0'"
200
15'"
20 t'"
70
100 t
160
85
70
80
~
l:~~
l:~~
t
t
t
t
t
t
t
t
t
t
:g ~
40'"
40'"
o
~~Qj
3'P
5,Ou@
1.p~~Qj
t
t
9,Ou
19~~
5.0u
3.~~
~~
t
t'"
t
(m
t'"
25 t'"
70 t
70 t
20 t'"
.50mlZl, 20 t'"
10m¢ 20 t'"
3.0m
10 '"
3,Om
10'"
10 t'"
Omm<l 100
10m~ 85 t
t
1On;:~ 100
10m
85 t
50 t
1.5m~
2.0m~1Z 25 t
40m
40 t'"
80 t'"
40?}
40m
25 t'"
100m 6.0 t
1.0m@ 12 t
1.0n;:g 24 t
100m
48 t
.5gg
3.0
3.Q@
5.0~~
70
60
10
60
70
70
50
50
50
I DESCRIPTION L C
EO
Cob ISTRUCI
l:.TURE
DWG. AD
No.
E
IF)
X.OOOl
[Cop
!~~ !ig~
1.3
MD
T09
A
A
1.3
1.8p
ME
T09
A
1.2
ME
T09
l:~R ME T09
A
1.1
A
1.1
1.8p
T09
ME
T072
T072
1,Op
MD\1) T09
A
A
T018
2.~~~
A
2.5
T018
1.9p
T018
A
MD
T09
A
1.9:1'00 MD
A
T018
MA
A
T018
3p~ MA
T018
A
3 pill MA
1.20
ME
T018
1.2p
T018
ME
ME
T018
UR
A
MD
T018
A
1.9p
T018
MD
A
MD
T09
A
MD
T09
ME\1) T072
A
T050
.42:1':171
A
T018
T018
A
3.5p~
T018
A
3.~~~
PL
T018
.6
PL
T018
.6p~
T018
.~~~ PL
.6
PL
T018
\j
.,2~p §
\0
1.5p
+~H
MEQj T072
M~(l! T072
¢
.42p$
T050
A
!
1.50
ME
T09
A
T012
G
~8(l! T012 G
MD
T012
G
G
~8\1) T012
T012
G
1.50
AD
T072 G
1.5p
AD
T072 G
1.5p
AD
T072 G
R18
6.0
A
A
R18
6.0
A¢
R18
6.0
100
T05
A'"
COMMON EMITTER
hoe
hie
hre
mhos)
~~~
6,0~Qj 100m
6·°J'12!01
hIe
(A)
5.0u~
3.0~g
lOu
10m
!Qm
12m
50m
50m
100m
200m
50m
100m
50m
10m
500m
10m
500m
100m
300m
500m
10m
10m
10m
10m
10m
100m
100m
100m
10m
5.0m
50m
5.0m
50m
50m
100m
100m
20m
50m
50m
50m
IV)
100m
1.0m@
g~ 1.0,!:g
120 100m
10jll 12.Om
.5gg
10n;:~
10m
.50
10m\!:
.5Q~
10ul1l
10m
10m
10m
30m
30m
30m
40m
Veb
BIAS
Ie
1.0u
4.~~~
4.0
3p(Zl
G
J
A
G
A
1.4P@
1.4p(21
1.70
1.7p[Zl
T09
T017
T09
A
R60
A
TOI
TOI
A
R32
TOI
T05
TOI
T05
TOI
A
TOI
T05
T044
!8¢ T044
Ae~ T044
AD¢ T044
T09
T09
T09
T09
AP'\1) T012
T017
T09
T017
ME
¢ Qj T072
T072
D
T018
T018
Dill
T072
EM
T018
T018
RBO
E
E
R80
E
D"fI1O T072
T072
¢Qj
ZA27
ZA27
DM: T072
T072
ME
T092
ME
T072
DM¢ T072
T072
3 nl7l
Up
PE(z$
~M\1)
4.0n
3.3p
3.30
D
550nb
33
3.2
35p
500nb
29
4.0
400
IIp
13p~
22p~
110
22p!2l
800
1.0ub
8.0
40 iZl
1~~ill
15
22p[Zl
2.50iZl
2.8p~
2.8:f~17I
7.5P@
1.5Pill
1.0n
1.5p
~:g~iZl
2.5p
~:~~
ME(l!
01
3.0p
~:~~171
2.0piZl
17
b
30
40u
5.0k
l:~~
.15
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
ig;~
~~Qj
~rt
ub
+~~~ ~
T072
1.6nl7l
5.0piZl
2.8p
120u
AD
E~
0
0
~~g
~~~2
i8;2
T07
T07
T07
A
A
A
A
A
A
A
A
C
C
C
C
A
A
A
A
G
A
G
G
G
A
A
G
X
X
X
X
G
G
A
A
G
G
G
G
G
G
X
G
G
I
I
i
II·.·
I
liI
II
I,'I
II
'1
"
LINE
No.
~
IN OROER OF (1) MAX COllECTOR DISSIPATION
. LOW POWER TRANSISTORS
2. GERMANIUM PNP ABS
121 fab & 131 TYPE No.
MAX RATINuS @25°C MAX.
TYPICAL 'h' PARAMETERs
DESCRIPTION L C
TYPE
No.
~
~~AX.
OlL.
0155.
fab
@l5°C
(I z)
Hz
W)
~: ~~1:~
3# AF168
:: ~~ln
6# AF171
7# AFl72
2N1266
AC107
~#
1~: ~~~ 1~~
12# 2SA31
1~: I~~~ggt
15# 2SA137
2SA189
1~# 2N409
2N410
18
~~: ~~~g9t
21# 2SA141
~~: ~~~mA
24# 2SB389
2N140
~.~ 2N219
27# 2SA30
28# 2SA35
29# 2SA136
30# 2SA188
~~: ~~~~~~t
33# 2SA15
34# 2SA64t
3~: 12SA138t
36
2SA143
2N411
37
2N412
OC43
40# 2SA111
2SAl12
2SA272
2SA 17Ht
2SA18Ht
2N274
45
46# 2SA43
47# 2SA109
48# 2SAll0
~~#
:~:
:~:
:~: ~~~~~~
5i# 2SA274
52# 2SA353A
2SA354
2SA354A
~~:
~~: ~~~~~~A
57
58
59
60
61
62
63
64#
40262
40488
40489
2N 1524
2N1525
2N1526
2N1527
2SA268
2SA273
2SA350
~~:
~~: ~~~~~~
69# 2SA353
70
:g~gj
n#
?3#
74#
75#
~~:
78#
79#
80#
81
~~:
84#
85#
:~:
88#
89
90
2SA108
2SA275
2SA350H
2SA267
2SA270
2SA266
2SA400
OC170
OC171
2N1180
2SA234
2SA235H
AF143
AF144
AF165
AF166
2SA235
2N1177
2Nl178
~~# 1~~H6~Ft
93# NKT613F
~:: ~~+~~j~
96# AF142
97# AF164
2N3399
2SA434
~~#
19~: 12S~~~~
102# 2SB336
8~:~~
18~: OC46
105
106# OC42N
OC47
107
108# 2SA145
l~g: 8~:~N
D.A. T.A. INC.
l2-ERATE ~ T
IN
ME BVeboJ BVeeo BVe~
FREE A M
Ie
~(jm
80m
80m
80m
80m
80m
80m
80m
80m
1.(jm
L~:::
1.0M
2.0M
~8::: 1~:8~~
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
~8:::
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
!;10m
80m
80m
80m
80m
80m
5.0M
5.0M
5.0M
5.0M
6.0M
6.8M
6.8M
I~·OM
8.0M
8.0M
8.0M
8.0M
8.0M
10.M
10.M
10.M
10.M
10.M
10.M
l~OMM
12.M
15.M
15.M
15.M
16M§
16M§
18M§
20.M
20.M
20.M
21.M
21.M
30M
30.M
30.M
30.M
I:!O.M
30.M
30.M
30.M
30.M
30.M
~~~ I~~:~
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
80m
~Om
80m
80m
80m
80m
80m
80m
80m
80m
;~~
83m
83m
83m
83m
83m
83m
83m
83m
83m
AIR
wrc
30.M§
30.M§
30.M§
33.M
33.M
33.M
33.M
40.M
40.M
40.M
40.M
40.M
40.M
40.M§
40.M§
45.M
45.M
45.M
50.M
50.M
60.M
70.M
~~~~
100M
120M
125M
130M
130M
130M
130M
135M
140M
140M
1:8~
140M
140M
140M
150M
150M
400M§6.
400M
i~O:
1.0M
~:~~~~
1.0m
1.3m
1.3m
1.3m
1.6m
X P
NJ
#J
24
24
30
24
24
24
24
24
~: ~
.50
.50
.50
.50
.50
15
15
5.0
1~
13
I:j
#J
I:j
Iii
I#J
#J
1.3m
1.3m
1.3m
1.3m
1.3m
1.5m
1.5m
12
16
25
I:j 6.0
#J 12
13
13
1.3m
1.3m
1.3m
1.3m
1.3m
I:j
#J
1.3m
1.3m
1.3m
1.3m
1.~m
1.6m
1.3m
1.3m
1.3m
1.5m
1.5m
1.6m
Ig~
I:j
1:1
f~
I~~
I#J
#J
#J
I:j
I~~
I~j
#S
1.3m
1.4m
1.4m
1.8m
I:~
li1
#S
1.:!m
1.3m
1.3m
1.3m
1.3m
1.3m
2.5m
2.5m
2.5m
2.5m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.6m
1.6m
LOrn
1.0m
1.3m
1.3m
I:~
1.6m
1.6m
l.~m
1.6m
3.0M
5.5M§6. 1.6m
5.5M
6.0M
1.6m
1.6m
6.0M
7.5M§6. 1.6m
30~_
~~ I<'
16
16
20
15
13
13
15
20
20
9.0
16
21
35
35
20
20
:~8
1~
18 §
15 ¢
15 ~
35 ¢
9.0
9.0
.50
.50
12
.50
.50
.50
.50
.5PO
1.5
1.5
1.5
.50
.50
.50
.50
.50
.50
.50
1~
15
12 §
1~
1IV]
0
15
.50
9.0
10
1.5
.50
.50
12
.50
12
16
.50
10
12
.~(j
#J
9~u
I:j
34
50
25
50
.50
1.0
1.0
.50
1.0
~g
'1~~
50
12
50
24
24
24
24
20
34
20
20
20
25
50
50
20
34
30
20
9.0
20
20
20
20
30
20
20
30
30
30
30
20
30
30
.50
.50
.50
.50
.50
.50
.50
.50
1.0
.50
.50
.50
.50
.50
1.5
!#J
1~
I:s
#S
I:~
#J
#J
#J
I:~
#J
I#J
#J
I:j
I~j
1'#-
I#J
#J
I:j
:
1.6m
1.6m
1.6m
1.6m
1.0m
1.3m
1.1m
~:
jg
15
15
35
12
16
16
12
16
6.0
12
I:j
IV]
#
gj
~j
'if".!
#J
#S
gj
I¢j
l(;3j
I~~
I~j
I§j
~~
40
20
20
30
30
20
20
~~
20
16
15
20
16
20
15
15
15
30 ¢
20
20
30
30
30 g
30
40
40
20
20
30
30
§
§
§
§
>'
20 Ql
15
15 §
20
15
20
1~ ~
IA)
l(jm
10m
10m
l(jm
10m
10m
10m
lebo
@MAX
~lb
g~g
12u
12u~
12~~
12u
12ul<'
10m 3.0ul/l
15m I~·(ju
15m 4.0u
lOu
10m
15m 6.0ull;
50m 6.0u¢
10m
lOu
lOu
15m
15m
10~g
lOu
15m
15m 4.(ju
50m
15m
15m 5.0u~
15m 5.0u¢
10m 6.0u
15m
lOu
15m
lOu
10m
lOu
15m 6.pO'~
10m
lOu
15m
15m
10m Iti·f2'.;"'¢
15m 6.0u
40m 6.0~\ll
25m
15m
15m
IOu
lOu
15m
50m
IOu
10m
20u~
10m
20~g
10m
IOu
15m
15m
10m 8.0u0
10m
16u~
10m
20~g
10m
20u
10ull;
~(jm
10m
10m 7.0u
50u
10m
10m
lOu
10m
50u
1(jm
uu
1..
10m
10m .5P2'uQl
10m
12u~
10m
10m
10m
16u~
10m
16~g
16u
10m
10m
10'P
10m 7.0u¢
lOu
10m
10m
lOu
10m
lOu
10m
IOu
10m
12ull;
10m
12~g
10m
20u
10m 5.0ul<'
10m
10m 5'PO'uQl
10m
10u8
10m
10~g
10m
IOu
10m 8.0u~
10m
10m 8'P2'~125
10m
30u
10m
10m
10m 8·2 u8
10m 8.0~g
10m 8.0u
30u
10m
10m
12~g
12u
10m
1.0
30
.50
.50
.50
.50
.50
.50
.50
.50
.50
1.0
1.0
1.0
1.0
.50
1.0
1.0
1.(j
~g~
1.0
.50
10m
.50
10m
.50
10m
1.0
10m
1.0
10m
.30 7.0m
.50
10m
l(jm
'Ofo 60m
10 60m
12 5_0m
12 5.0m
15 125m
15 50m
15 125m
12 10m
12 10m
12 5.0m
~:g~~
~:g~0
10;1
l~~g
8.b~'!6
1..L~W
5.0u
5.0u
8.0u8
8.0~g
8.0u
8.0u>,
8.0u
30u
~(ju
10~g
lOu
!(ju
lOu
3.0u
lOu
3'P2'u0
lOu
lOu
46
Veb
(II'l
g:8¢
6.0Ql
6.~~
BIAS
Ie
[AJ
1.(jm
hfe
COMMON EMITTER
hoe
hie
hre
ilmho~J
2~5
~:8¢
X.OOOI
85
70
80
225
70
1.0m~
1.0m¢ 48
300u
60
6.0~
6.QIl;
~:g~
6.0
9.0¢
9.0
I~:g~
6.0j)
6.~~
6.~g
4.0
9.~~
~:gg
~:g~
~g
50
50 *
65
50
65
48
48
70
70 t
70
70
70
100
75 6.
.60m~
.60m¢ 75 6.
75
LOrn
LOrn
75 *
LOrn
75
LOrn
65
1..um lO 1~~ t
6.0
1.~1l;
6.gg Lg:::Ql
6.0
6·Q8 1.0m
10m¢
1.gg
6.0
1.0m
9.Q~ 600u
9.0¢ 600u
0.0
50m
9.0
1.0m~
60
65 *
70 t
70
75
75
100 t
40
1.0~g 45
45
1.0m
120
6'Q~ 1.0m
140
1.0m
6.Of0
12 1.0m
60
9.0
60
1.0m~
9.0
10~g 60
9.0
1.0m
60
45
6.~1l; 1.0m
60
6.gg
6.0
40
70
9.~~ 1.0 1Y1 1<'
70
1:g~Ql_ 70
LOrn
24.u
24.u
1.5k
1.5k
3.2
3.2
32.u
1.6k
4.6
25u
32.u
32.u
45.u
44u
8.0k
1.5
2.5k
2.5k
2.4k
2.1k
4.2
4.2
5.6
3.9
1:g~0
~:gj
~:~¢ 1.0~g ~~
6.00 1.0m
150
6.Q~
1.0m¢
1.0m
1.0m
5.~g LOrn
5.7
LOrn
6~8 1.0m
6.0¢ 1.0m¢
9.0
1.0m
9·~8 1.0m8
6.gg
6.0
6.Q~
1.0~g
9.~~ 1.0m
9.0
~:g¢
9.0
6.~1<'
~:g0
6.~~
6.~g
6.0
6·~8
6'PfQl
I~:g¢
6.0~
6·~8
1.0m8
1.0~g
1.0m
1.0 1Y1 1<'
LOrn
1.0m
1.0m
1.0m
1.0m
1.0m
Lg~Ql
1.0 1Y1 >,
1.0m
1.5m
1.5m
6.~g 1.5~g
6.0
1.5m
6.0p.... 1.0m~
gg
l:g~g
1.0~g
4~r 1.0m
1.0mll;
80
180
17
17
27
27
45
45
40
70
75
70
80
150
70
60
12
60
75
75
70
150
150
80
70
30
85
85
85
85
90
100
40
199
40
60
60
4.~g
6.0
85
6.0Prl 1.5m~ 85
12¢ 1.5m¢ 10
3.0m
10
6.0
4.5
4·~8
1.0m8
1.0m¢
1.5m
3.3p
3.10
3.3p
3.5p
3.50
3.5p
IIp
14iL
~(jP
lOp
100
lOp
lOp
lOp
9.5p
9.50
11P
lOp
120
12p
IIp
9.5p
~:g0
1.0m~
EO
OWG. AD
(F)
3.~p
Lg:::0
1.0m
1:8:::¢
1.0m
LOrn
1.0m
LOrn
LOrn
LOrn
LOrn
1.0 1Y1\ll...
50m¢
LOrn
LOrn
LOrn
.50m
~TRUC
-TURE
No.
to)
~:g~ l:g:::~
~:g~
5.0
Cob
6.
6.
6.
6.
6.
9·15glL
lOp
13p
100
1..u p
8'Pgo
lOp
lOp
120
9.5p
9.5p
1.7p
1.7p
3.00
19~
1.70
1.7p
1.7p
1.70
t6.
6.
I~·(jm
~~ 6.
1.0m
1.0Ql
60m
80 t
0.0
t6.
5_U;¢ 20
6.0
25 6.
l:g~
5.0
3.
m
80
0.0
50m>, 40 t6.
5.0
200
6.0
1..b~m
m
50
6.0
50
6.0
45 6.
~:~¢
Lg~Ql
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
NiL
A
A
A
A
A
A
A
A
A
A
A6.
A
A
~0
A6.
A6.
A
A
A
A
A
A
A
A
A6.
A
A
A
A6.
0
g0
A
A
A
0
0
0
!~.~p
~~
o¢
1~·5p
0
0
0
0
0
0
DA
0
0
3.0p
2.00
2.5p
2.5p
2.5p_
2.5p
3.40$
3.7p$
3.4p$
3.60
3.6p
2.2p
2.0p
2.50
1~·5p
2.5p
2.50
3.7p$
3.7p$
1.70
2.0p
2.5p
2.20
3.0p
2.2p
2.30
5.0p
2.5p
2.0p
2.1p
2.1p
2.40
2.4p
3.1p
3.10
2.1p
2.0p
2.0D
~.()p
6.
6.
6.
0
0
0
0
0
0
0
3.~~~
2.0
3.0p~
g~
0
0
0
0
IgA
0
0
~I<'
g0
g~
0
A~~
AD¢
0
ME
ME
0
0
0
0
ME
0
0
0
3.0p[Zl
2.40
0
0
3.1~
pill ME
l.4n
ME
1.4p
I~E
A
A
A6.
A
A6.
A6.
A6.
120
A
lOp
A
A
T07
T07
T044
T044
T044
T044
T044
T022
R9
TOI
TOI
TOI
TOI
TOI
TOI
TOI
T040
TOI
+81
TOI
TOI
TOI
TOI
T040
T044
TOI
TOI
ig1
TOI
TOI
TOI
TOI
TOI
TOI
T040
TOI
R8
T044
T044
TOI
TOI
TOI
T044
T044
T044
T044
oE
A
I
A
A
A
A
A
A
A
A
A
A
A
A
A
A
+gl
TOI
TOI
TOI
TOI
+gl
TOI
TOI
TOI
TOI
T040
TOI
T040
TOI
TOI
TOI
TOI
TOI
TOI
TOI
TOI
T044
TOI
TOI
TOI
TOI
TOI
TOI
T07
T07
T045
T044
T044
T07
T07
T044
T044
T044
T045
T045
+8j5
T07
T07
T07
T07
T044
T072
T07
A
A
A
A
~¢
~0
A
A
H
H
H
H
H
H
H
H
G
~~JS
R18
TOI
TOI
R9
TOI
R9
TOI
R9
TOI
A
A
A
A
LINE
No,
~
TYPE
No.
~~AX,
all.
DISS.
~~5'C
W)
~: 16~~~~4
OC44
3
4# ASZ20
AFZll
2SA343
~:
~."
9
10
11
12
~~~~~
2N131
2N133
2N132
2N207
l~ I~~~g~~
2N535
2N535A
2N535B
2N536
1.8
JAN2N987
AF186G
21~ AF186W
15
l~
~g#
:2tl~g4
~~#
24~ AC171
GT1605
GT1606
27# AF256
28# 25A447
AF253
AF252
~~
~g:
~~: ~~m
33
34
35
36
37#
38
39
:~
42
:~
45
46#
47#
48~
100m
100m
100m
100m
~~:
~a I~~~::~:
2N135
60
Ijl#
i~~6~3
62
AF2025
63
Ij~# 2SA33
2N136
25A201
~~#
g~# I~~l~~t
69# 2SA202
2N1429
GT1607
7i# AFY15
~~
n: ~~~~~~
2N2091
2SA427
25A428
2SA69
1~~~6~9
2N2092
81
82# 2SA71
ASY67
25A246
2N2273
85
2N3588
86
TI363
87
:~:
~~:i6t
JAN2N2273
2N2654
2N3283
2N3284
93
2N3285
2N3286
96# SFT171
90
~Om*
2N186
25B134
25B135
25B135A
I~~m~
~~:~60
:~
83m
83m
83m
83m
~~m
85m
85m
85m
85m
85m
85m
85m
85m
85m
85m
85m
86m
90m
90m
90m
90m
90m
90m
90m
90m*
90m
90m*
90m*
2N987
2N2496
2N2671
2N2672
AF186
GT758
2N63
2N130A
2N64
2Nl06
~~ 1~~mA
~g#
g~~
94m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
2N1265
51
52#
53#
2N188
54
2N241
55
25B443A
25B444A
75#
~~#
77#
78#
IN ORDER OF (11 MAX COLLECTOR DISSIPATION
(2) fab lit (3) TYPE No,
TYPI AL 'h' PARAMETERS
DES RIPTION
~ lQ!:RATEI T ABS MAX RATINGS @25'C ~AX,
lebo
COMMON EMITTER
BIAS
liN
ME BVeboJ BVeeo I Bveb~e
Cob ~STRUCI
@MAX Veb I Ie I hfe
fab
FREE A M
hoe
hie
I hre
-TURE
DWG. AD
AIR l!< P
E
~b
(F)
No.
V)
IV)
mhos)
1Hz)
IV)
IV)
IA)
fA)
W/'C
1m X.OOOI
12.M
1.0m
100
IIp
A
15
TOI
1.7m~ J
12 m l~~~ .!l.0
12.M§l>
50m
0.0
50m¢ 50 tl>
Al>
TOI
15
15
A
1.7~~ JJ
IOu
12 10m
1.0m
15.M
1.7m
15
100
R9
2.0
100M§ 1.7m~ J
40
.50
25m 4.5~~
45 t:.
40
2.5p
ADl> T07
6.~~
140M§ 1.7~~ J
10m
70
20
20 # .50
AD¢ T072
2.0p
G
6.g~ 1.0m 100
1.7m J
.40 5.0m
150M
20
6.0
1.5p
AD
T07
70
220u
2.0p
1'2m~
~~m
~DIO :::g~;l AU
jgg~9 ~:6~\O Ij ~g ~~ § .5f2 10m
~~~IO 'g:glO 1.0m 24
40p
15 §
2.0m J
25
1.0m
12 10m
800k
12u
50
6.0
400
A
T05
A
15 §
2.0m J
25
12 10m
1.0m
50
800k
12u
40p
6.0
A
A
T05
12 §
25
LOrn
90
2.0m J
6.0
1.0M
12u
40p
T05
12 10m
A
A
5.0
1.2m J
12
12
1.0m
12 20m
2.0M
15u
100
400n
33
A
400
A
T05
1.2m J
12
1.0m
5.0
12
2.0M
12 20m
IOu
100
400n
33
40p
A
T05
A
1.2m J
1.0m
12
12
2.0M
100
33
5.0
12 20m
400n
40p
A
T05
A
2.0M
833u J
1.0m
5.0
20
20
20 20m
100
400n
33
A
T023 F
40tL
2.0M
833u J
LOrn
5.0
20
20
20 20m
100
400n
33
40p
A
12u~
T023 F
2.0M
833u J
20
20
20 20m
400n
33
40p
A
T023 F
12~~
lfO~11l 100
2.0M
833u J
20
20
20 20m
12u
150
250
A
T023 F
100M§ 1.3m
40 §
40
6.0
10m 8.0~Yl
1.0
1.0m
25u
770
615
14p
100
AD
T072
2.0m
25
15m 3.5u
25
.30
1.~~~ AD
A~~ T012
2.0m
25
25
.30
15m 3.5u
1.9
T012
1.8m #S 10
..50M
15
T09
16.Ou
5.~~ 1.0m
~~p
1.2M
2.0m #J 32
15
10 100m
125
21p
A
R60
65u
2.5k
5.5
2.0~g 200
6.~g 2.0m
lO~g 6.0
1.2M
2.0m I~J 32
15
10 100m
IOu
83u
210
A
R60
4.0k
6.0
6.5M
1.8m #5 15
1.0
1.0m
25u
30
t:.
A
T09
3.0u!?!
18P!?!
9.~~
1.8m
15
1.0
50 t:.
T09
3.0uiZl
18piZl A
9.0fl1l
j~oMM§12I 2.0m
25
18
.30
10m
MM12
10 tl>
12 'fg~Ql
.50t
PL
650M§ 3.3m §J
.30
25
25
15m
1.6p
A
T012
80
1~\1;l 2.0m
2.0m
15
.30
10m
12¢
.4pt
MM12
20
10
tl>
PL
700M:&
5.0~g
2.0~g 10 tl>
750M§ 2.0m
15
.30
10m 5.0u
.40t
PL
MM12 A
20
120 2.0m
5.uulO
15
.3u
10
tt:.
.4pt
PL
A
#J
1210
1~·Om
12 m
;l.~0",,;o¢ 30 tt:.
~g 15
2.0m
30m
ADl> ~~1;l
1.0m
1.5m
40
40
1.0
10m 8.0uQl
40 t:.
401Zi
T072
G
1.6m #5 40
10m 6.0u~
40 ~
2.0p!?!
Yl T072 J
6.~~ 1.0m~ 25 tl>
2.0m
1.0
10m 8.0~g
tl>
25
T012 G¢
1.0~~ 40
6.~g 1.0m
2.~~~
40 tt:.
2.0m
25
1.0
10m 8.0u
6.0
2.5
T039
A
15m
2.0m
20 tl>
25
1.8p
AD
R96
14p
2.0m I%J5 20
25u
4.5
15
700nb
1.0m
500k
15 200m
30
3.0
Al>
T05
.60M
1.7m IjtJ
1.0m
22
22 Ql
12 10m
6.0
F
OV3
20u
25
6.0
.70M
1.7m #J
15u
1.0m
26
17u
.35
12 100m
900
A
OV16
A
44 ~
.80M
1.7m
15 ¢
6.0
12 10m
20u
1.0m
45
OV3
.80M
1.7m
10m
1.5
.50m
45
360
OV4
15
1.7m #J
15u
1.0m
45
12 !2~m
6.0
A
OV16
18u
1.4k
A
~OM
.~~
1.7m
3g
.80M
12 100m
15u
1.0m
50
19u
2.5k
.55
A
OV16
6.0
A
16u
.80M
3.0m
25
.50 200m
1.0m
24
1.2k
A
R32
5.0
400
.80M
1.7m #J 30
15 50m
70
19u
3.2k
TOI
A
5.3
lOuIE 1.~1E .50m
~~ TOI
.80M
1.7m
&
15 50m
LOrn
70
21u
2.1k
3.2
A
30
10~~ 6.~g
IOu
1.7m
110 1100
1.0
10m
50 t
TOI
.80M
12 50m
A
A
1.0M
1.7m #J
12 100m
15u
LOrn
20u
30k
.56
A
OV16
24 10
A
I~·O
3.0m
1.0M
25
5.0 200m
2.0k
A
~g~rzJ
~g~
1.0Ml> 1.7m
20
10
10 100m
50 t:.
A
1.0M
2.2m
10 100m
15u
6.0
1.0m
65
300nb
30
30
3.0
Al>
R55
15u¢ 6.0¢ 1.0m¢ 100
A¢
1.0M
40m
35u
3.0k
8.0
TOI
3.0m I#s ~g
5.0 200m
16u
5.0
1.0m
54
2.6k
1.2M
400
R32
1.0
1.3M
25
200m
16u
100m
73
R32
#
2.5M
1.7m
18
12 10m
1.0m
110
43u
3.0k
6.5
TOI
A
ISg
6.~
1~"l 6.0 1.0m 120
1.7m
18
18
12 10m 7.0u
3.3k
6.8
TOI
A
2.5M
50u
1.7m #J
1.0m
3.5M
A
~3u
4.~~
~2m
1~·3
IO
"
/
Ig:g¢ 1.0m
1.7m
19 ¢
3.5M
19
10m 7.0uJ
68u
5.2k
8.7
A
4.5M
1.7m
50m 5.0u
5.0
1.0m
20
140
A
R31
20
IIp
5.0M
15
5.0
15m
30
A
TOI
IO'1'l 6.0ll,.., 1.0m
5.0M§
2.2m I~~ 25
.30
30m
ME
R96
3.0~g 85
R96
5.0M§
30m
2.2m I#J 32
.30
199 3.0m
85
ME
6.0M
2.2m
20
10 25m 5.0u
6.0
1.0m
65
400nb
29
12p
A
R55
1.7m I%JJ 20
14p
A
R31
50m
1.0m
40
6.5M
1.0m
IIp
TOI
8.0M
5.0
15m 5'fOu¢
50
A
0J 15
1.7m #J 10
50m 5.0u
5.0
1.0m
60
14p
A
R31
10.M
12p
Al>
R55
10M
2.2m
20
10 50m
1.0m
65
400nb
29
20
g~ 15
110
A
TOI
12.M
5.0
15m 5'fOul1l
LOrn
55
16M§l> 947u SJ tI.O
6.0
50m
14~\tl A
3.<?\,; 1.0~1O 25 l>
~2u
:::g~ A
18.M
1.7m
10
25u
60 t:.
14p
A
:5 22
.1g~Ql 80
A
R60
20.M
12
8.0
50m
IOu
100
.50
70
20p
D
T017
30.M
80
10m
50u
6.0
1.0m
44M§t:. 1.7m
1.0m
40
l>
T07
H
20
20
1.0
11m 8.0~g
4pl2l
Ql
44M§t:. 1.7m .tt5 20
1.0m
40 t:.
T07
20
1.0
11m 8.0u
H
15m
60
D
T044
45.M
20
15u\,; 6.~~ 1.0m\,;
5p!?!
80
T044
50.M
20
15m
5piZl D
15~g 6.0
6.~~ 1.0m¢
1.0m
150
4.00
70M
2.0m 0J 20
.50
10m
13u
AD
T07
1.0m
2.0m
AD
T07
10m
70M
~;jUIO
.52
I~'~P
Ig:glO
75M§ 1.6m ¢~ ~~
32
1.0
10m 8.0u
60
2.5
T07
300ub
300
H
75M§ 1.6m 0j 32
LOu
160
4.0p
~gQl T07 A
4.0k
32
1.0
10m 8.0u
6.Q9l l:g~1Ii. 150
2.0m
.50
10m
6.0
LOrn
150
2.5p
AD
T07
100M
20
13uIE
50m
10u¢ 6.~g
10m¢ 50 tl>
3.0p
ADl> T012
150M§t:. 3.3m &j 50
50
30u
6.0
70
2.50
ME
T044
5.0m
30m
155M
30
.50
3.5p
ME
T018
200M§l> 1.3m #J 25
15
1.0 100m 100u
20 tt:.
lOp 1.0m
AYl
1.0m¢
R96
200M§t:. 1.7m
25
.65
10m 5.0~g
20
tl>
6.~g 500u
2.5
2.5m
6.0
329u
3.4k
192
ME
T058
50m 3.0u
200M
30
30
2.0
35 tl>
2.5m #J 30
287u
2.8k
159
ME
T058
200M
30
2.0
50m 5.0u~
20 tl>
2.5
6.<?~ 500u
250M§l> 1.3m
15
2.0 100m
30 tl>
3'fO~Ql .5P~Ql
~g Ql 1.0
igl~
25
20tl>
250M§l> 1.3m
250M§ 2.5m #J 32
1.0m
1.5p
T012
10m 8.0~y?" 6.0
AO
A
32 ~ .50
~g
50m
R96d
250M§l> 1.3m
25 ¢ .50
25
G
3.0~g 10 t:.
10~~ Igg
1.~~~
1.5
R96d
G
50m
IOu
10 3.0m
250M§t:. 1.3m : j 25
250 .50
50m
5.0
t:.
T072
250M§l> 1.3m #J 20
.50
2pl?,)
10u~
3.0m~
20 ~
20
20 ¢
.50
50m
10 3.0~~ 5.0 t:.
T072
250M§l> 1.3m
10~g 9.0
250M§ 1.7m
25m
1.5m 3.5 tt:.
2.5
ME
T033
30
20
IOu
1.7m #J 30
20
25m
ME
T033
1.5m~ 3.5 t l>
1~50M§
10u~
!~.5pl?,)
1.7m
30
20
25m
7.0
tt:.
ME
250~~ 1.7m : j 30
ig~~
25m
9.00
3.5 tt:.
250M
20
ME
320M§ 1.7m
15
15
1.0
20m
IOu
20
3.5p
5.0Prl 2.0m
MEYll> T05
3.0m
390M
22m
25
25
15m 8.0~~_
30 tt:.
1.8p
T018 A
25
15m 8.0u
3.0m
1.80
AD
T018
390M
2.2m
25
30 tl>
15
2.0m
400M§ 1.7m #J 15
1.0
20m
IOu
5.0
20
3.5p
ME
T05
400M§t:. 1.3m
25
20
.75
50m 5.0~~
G
125121
3.0~1
Ig~ 3.0u
1.~~~ ¢0 T072
400M§l> 1.3m
.75
50m 5.0u
1.2
T072 G
25
20
10
20 t:.
500M§
20
15
2.5
AD
5.0u~
~Om
LOX',., .~OmJD
550M§l> 1.3m
50m 5.0~g
G
30
15
.50
30~g 10 t:.
Igg 3.0m
1.~~~
g R96d
550M§l> 1.3m #J 30
15
.50
50m 5.0u
10
1.2
G
600M§t:. 1.3m
20
1.0
50m
10
l>
R96d
30
G
3.0mJ_
5.0~~_
13~ 3.0m
l~~_
600M§l> 1.3m
20
1.0
50m 5.0u
10
R96d
30
10 t:.
G
2. GERMANIUM PNP· LOW POWER TRANSISTORS
~~
~~
~a ~mn
99# SFT174
1<?9# 2Gl01
2N2717
AF121
19~#
19~# ~~j~~7
105
JAN2N3127
108
109
110
2N3282
2N3279
2N3280
19~# ~~~~~~t
D.A. T.A.INC,
199~
199~
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m*
100m*
100m
100m
100m
100m
100m
100m
100m
100m
100m
100ni
100m
100m
100m
100m
100m
199~
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
199~
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
I
~g
o
g
l:g~&
~~~11l
1~~11l
~:gl1l
1!1
I:~
~gg~~~
8~~~
I:~
I~~
~gQl
I~~
I:~
I:~
:~
~11l
¢
~g
:~
%~
I:~
I:~
19~Ql ~:gQl l:g~Ql
g
~~
~~
~~g
~¢
igl
::g~g
~:g¢
~:gl1l
~:gg
%~
~:gg
¢~
l~g
:~
rzJ
1~~~¢
:~
1
1)~
:~
19~9
!1
I~:g~
_8
4:g~~
A~
~
~~
;~I
l:~~~
I~:~~~
19~
:~
~~
~~J~
i~ ~
:~
j
47
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
LINE
No.
1-1
.
2 GERMANIUM PNP
TYPE
No.
3# AFY16
AFY37
4
JAN2N384
2N1450
~
~#
~~~~~~450Mt
9# 258460
l~# ~~~~96
12#_
!~#
14#
15
;~
GET897
GET898
25A208t
2N269
~~~gl~
18# 25A212t
~g# ~~l~g~t
2N1319
21
22# GET880
GET881
GET887
GET891
~g: 258482
27#: 258486
n!
~~# I~~~~~~
30
31
32.
33
34#
35
36
~~
2N583t
25A538
2N1670
2N2953
25A210t
40263
40359
:g~~~
39# GET888
40# GET882
GET890
:~: GET892
:~# 25A217t
2N580t
2N584t
45
41;#
47# I~m~~
GT5116
48
2N1678
~g 2N1224
JAN2N1224
51
2N1226
52
2N1395
53
40004
54
~~# I~~~~~~
57
58
59
60
GT5117
2N1632
2N1637
2N1639
JA!,!~!,!,,?~4Mt
g~ JAN2N1225
63# 5FT316
IJ.~#
65# 1~~~iJ~p
66#: 5FT357
~?# 5FT354
2N384
68
2N1225
69
j~# ~~l~~~
72#: AF185
~3# 5FT358
2Nl023
74
2Nl066
75
76
77#
2N2494
78
~~N~;
~~
81
82#
83
84
85
g~:
~~#
1~~~~~5
2N280
258170
2N281
2N284
2N284A
OC76
OC77
~~~~3
90# 258171
~~: 6~~r3
93# 258175
94#
1~~J~77
~~! OC72
~~# I~~~~ 72
99
40253
102
2N614
19~# ~~~i~6
1<?~#
19~#
;g~
108
f£J
~~;C
~: ~;m)~
~~~~~
A5Y32
~~~05
2N616
1~~# jX~~~~084
D.A. T.A. INC.
. LOW
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
POWER TRANSISTORS
[2t lab " [31 TYPE No•
TYPICAL 'h' PARAMETERS
ABS MAX RATINGS @25'C MAX.
~RATE~
T
~r~X.
OLL.
IN
ME BVeboJBVeeo BVeQQj
lebo
.
Ie
@MAX Vcb
DISS.
fab
FREE AM
II z\
AIR
X P
[V)
Hz
WI'C
[VI
[VI
V)
[A)
11!~m*
I~·~m
!2 m ,s~o~
~~
§
Iz~g~:t>
110m
1.6m
~~
25m
6.0f¢
112m* 550M§ 1.3m 10J 30
10m 3.0u
25
.50
12
600M§ 1.3m #J 32
20m
112m
.30
.4Ro~
~~ Il> .50
120m
1.6m
40
lJ?m
120m
2.0m ,!~ 30
1.0 1
Om 100u
20
120m
1.5m #5
1.g
~g 18 § 2.5 50m 19~\'J 1.~~
120m
25 § 2.5
120m
40
50m 6.0u
1.6Mt;,. 2.0m #J 40
120m
10 150m
20u
6.0
1.7M§t;,. 2.0m
120m
20
15
100m 5.0~g
1.~g
1.7M§t;,. 2.0m
120m
15
20
100m 5.0u
1.0
120m
1.7M§/:" 2.0m #J 20
15
100m
1.~1l>
5fo~
120m
12
3.0M
2.0m
20
400m
.30
4.0Mt;,. 2.8m
120m
20
9.0 100m
20
20u
.30
25 §
120m
4.0Mt> ~.~m #J
25 ~Qm 5.Qu~
4.~~
~g 35 § 25 50m
4.0Mt;,. 2.6m
120m
6.0¢
5.0u¢
120m
4.0M
2.0m
25
15 100m
.30
20u
120m
5.0M
20
12 400m
20u
.3~\'J
20
2.0m
120m
5.0M
12 400m
20u
.30
120m
6.0M
20 400m 6.0u
.30
:it:" 20
6.5M§
2.0m #J 20
15
120m
100m 5.0u~
6.<?~
6.5M§
120m
2.0m
20
15
12 500m
.2~g
6.5M§
120m
2.0m
20
15
100m
6.0
6.5M§
120m
2.0m #J 25
12 59~m 5.0u~
20
.25(/)
25 §
7.0M§
2.0m
120m
35
12 50m 6.0~g
20 §
7.0M§
12 50m 6.0u
120m
2.0m
25
6.00
7.5M§
2.0m #J 20
120m
15
100m 5.0~(/)
I~g~
120m
8.0M
12 400m
20u
20
120m
8.0M
18
10 100m
20u
.300
2.3m
50u
120m
8.0M
25
12 50m
6.~1l>
10Mt;,. 2.0m
7.0u¢
120m
100
3.0
.5P00
25 §
10.M
385u #:J 30
120m
25 150m 5.0u
120m
10.M
2.0m #J 20
12 400m 5.0u
.30
18 § 2.5
10M
2.6m
20
50m
120m#
6~g
18 § 2.5
2.7m
120m#: 10.M
20
50m
6.0
18 §
20
120m# 10M
50m
12u
2.!!m
6·~8
2~0 20m
1.6m
20
18
120m#~ 10.M
6.~g
10.M§
120m
2.0m
20
15
100m
6.0
12M§ 2.0m #J 20
120m
15
12 500m 5.0u8
.2~8
12M§ 2.0m
120m
20
15
100m 5.0~g
12M§ 2.0m
120m
25
20
12 500m 5.0u
120m
14.M
2.0m #J 25
12 100m 5.0u
.30
120m
15.M
20
12 400m
20u
.3~g
120m
18.M
25
12 100m
20u
.20
20.M§
120m
2.0m #J 20
12 500m 5.0u8
15
.2~8
20.M§
12 500m 5.0u¢
2.0m #J 25
120m
20
2~g
20M§ 2.0m
120m
15
2.0
lOu
1.0
4.0
120m
25Mt> 2.0m
60
25u
5.0Prl
1.6m
40
10m
12u¢
120m
30.M
.50
l~g
30M§/:,. 1.6m
40
10m
120m
12
.50
20u
60 § .50
120m
30.M
1.6m
60
10m
12u8
198
40 § .50
30.M
1.6m
40
120m
10m
12u0
120
40 § .50
1.6m
40
120m
30M
10m
15u
9.0¥
40 § .52
15u
m
~·2m
!2
j~
10m 7.0u¢ 19.\~
2.0m
1.0
40.M§
2.0m
120m
20
2.0
lOu
1.0
120m
45.M
2.0m
1.0
10m
~:
45.M
2.0m
1.5
10m 5.0u
120m
120m
45.M
2.0m
34
1.0
10m 7.0u
liiil
50M§t> 1.6m
120m
30
20
8.0~.(/)
2:9
50M§t;,. 1.6m
10m
40
120m
.50
12
70.M§
2.0m
10m
120m
20
.50
6.0
4.0m
30
.50
30m 6.O~1l>
1?<?m*
2·~8
8g0M~ 2.0m
120m
30
10
.50
10m
9.~g
85.M§
2.0m Iii:J 20
120m
.50
10m
6.0
87.M§
120m
2.0m #J 20
.50
10m
15u8 6.0p...
40 § .50
10m
1.6m
120m
100M
40
12~g
l~g
40 § .50
1.6m
120m
100M
40
10m
12u
12
40 § .50
120m
100M
1.6m
40
10m
12u.J' 124
Ii@~
4.0m
2.0¢
120m* 100M
30
.50
30m 6.0u¢
120m
110M
2.2m I#J 32
1.2
30m 3.0u
10
32
120m
110M
2.0m #J 20
.50
10m
15u8 6.0p~
40 § .50
120M
1.6m
40
10m
120m
12~g
l~g
40 § .50
1.6m
40
10m
12u
120m
120M
12
40 § .50
10m
120m
120M
1.6m
40
l~~(/)
120M§t;,. 2.0m
10m
120m
15
.50
12
40 ¢
1.7m #S 40
10m 6.0uQ5
6.0
125m
1.7m #5 40
125m
6.0~lOrl
!Qm
jg 10
.30M
2.5m
10m
125m
12~g I~:g~
10m
2.5m ~j
30
12u
20'0
125m
300k
10m
300k
2.5m
30
125m
12u\9 2.0
2.5m i@j 16
16
10 125m
125m
350k
10~g
2.5m 0J
10m
350k
30
12u
125m
2.5m
10m
125m
350k
30
12u8
350kt;,. 2.5m ~j 32
10
125m
125m
32 ~
2:i
10~~ 5.4
lOu
350kt;,. 2.5m 0j 60
60
10 250m
5.4
125m
10m 5.0u
2.0
450k
2.5m
30
125m
30 Il>
~j
500k
2.5m
32
30 10m 4'15~y¢
10¢
125m
10m
2.0
500k
2.5m ~j 30
125m
2.5m
125m
500k
12ulO ~.~IO
!Qm
2.5m ~j ~g
30 ¢
10m
2.0
125m
500k
10m 5'P~U0 2.0
600k
2.5m liilj 30
125m
750k
2.5m
30
30 (/)
50m 5.0u
2.0
125m
12u¢
900k
2.5m i~j 60
10 125m
125m
2.5m 10J 32
10 125m
lOu
.70
125m
900k
5.0
1.0M
1.7m #J
120m
12u
l~~m
~g
2.5m
19 125m
1.0M
12~g 1.0
1.~8
1.0M§
3.5m
14u
25
25
12.5 500m
32
10 125m
1.4M
2.5m
125m
12u~
1.02,
I%~
14u¢
25
§
25
2.5 100m
10¢
2.8m
125m
1.5M
3.0M
I#:J 20
15
10 150m 6.0u
9.0
125m
4.0M§t;,. 2.5m
25
15
20 200m'ij 3.0~(/)
0.0
125m
15
10
9.0
5.0M
20
125m
6.0M§t;,. 2.5m
25
15
20 i~g~'ij
0.0
125m
6.0U
1~·lm
Jg ~~g~
~:g¢
~:g~ 2.0m 1:3
6.0u
9.0M
12
10
9.0
125m
I#J 15
20.Mt;,.
2.1m
75
1.0
50m
125m
12u'f 9.~§
40 §
40M§t;,. 1.6m I!j 40
1.0
10m 8.0u
6.0
125m
'(:
1'$;
1.b~
~:gg
:j
~i.
!j
~~
~:g~g
!j
!j
t
%~
1~~0
:~
:J~~
5.b~~
~~g
!j
~1
~g
:~
l~g~
~g:~
f
it
:~
16~W
!~
1~~
~~~0 1.~1
~n
~~
~~~¢
I!~
!!
~1
12)~
~:rig
m~#
m~
1~5
Iii
~:g~¢
19
48
BIAS
Ie
hfe
[A)
C MMON EMITTER
hoe
hie
hre
I(mhos)
1.0~g
1.5m
t;,.
tt;,.
tt;,.
~
~
Dt>
78u
78u
5.2k
5.2k
1.1
1.1
15p
45u
60u
6.8k
4.3k
25p
200
~:
25p
200
300nb
28
~
56u
300nb
6.5k
28
9.0
4.0
tt;,.
t;,.
45 M
160
1.0~g
LOrn
100
1.0m8 250 ill
l:~~0
250nb
28
A
A
~(/)
20p
120
8.00
5.0p
l8gl21
2.0p
2.0p
2.00
2.~p
2.0p
8.012
2.0p
2.0p
2.00
t
2.0ub\£l
400
j:~~
tt;,.
1.8p
2.0p
2.00
2.0p
D
D
D
D
D
D
D
D
D
D
AD
0
D
D
D
0
0
AD
AD
D
D
D
D
~~~ ~0
23u
80u
15u
2.2k
800
1.8k
9.0
5.0
4.5
23u
80u
2.2k
800
9.0
5.0
23u
2.3k
9.0
75u
800
4.5
80u
80u
800
1.3k
5.4
5.5
2pill
t
t
35p
175u
400
3.0
tt;,.
tt>
35p
8.00
16p$
8.0p
160$
l.Op
lOp
7.0p
t;,.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
A~t;,.
ADt;,.
A
ADt;,.
ADt;,.
ADt;,.
At;,.
At;,.
A
A
A
t
t
t
t
t;,.
A
A
A
A
D
Dt;,.
D
5.0p~
3.0p(Zi
1.80
3.5p
2.0p
1.80
1.8p
2.0p
2.00
2.0p
t
t;,.
t>
A
A
A
A
A¢
A
5.0
1:~~0
.5fo
120
20pill
5.0p
A
A
t>
t;,.
tt;,.
tt;,.
A
~0
25p
20ub
tt;,.
t;,.
At;,.
A
A
6.5p
6.50
IZl
t
iZ!
t
t;,.t
t
t
t
t
t
A
A
A
A
A
200m
1.0~g ~gg
1,Om
5.0m8 150
1.0~g 220
5.0m
150
30
100m
400m¢ 45
24mQ: 60
5.0m8 150
5.0m¢ 220
40m
20
LOrn
25
60
30
1.5m
60
90
80
1.0mll> 80
LOrn
75
40m
20
1.0m
·80
LOrn
80
1.0m
75
500ut;,. 40
30
15~g 120
1.0m
10mjl 100
180
1.0~g 120
LOrn
1.0mll> 120
1.5m
60
1.5m
60
1.5m
90
10m¢ 200
40
1.0m
1.0m(/) 120
1.5m
60
1.5m
60
1.5m
90
70
5.0~g
25
LOrn
1.0mlO ~5
30
fg~0 47
500u
30
10m
70
500u
30
3.0m..?,., 47
10m¢ 45
10m
45
500u
30
500u
40
3.0u
50
1.0u
50
3.0m
47
3.0m
90
3.0m
90
65
300m
50
80m
LOrn
75
100~g 50
400m
75
100m~ 100
10m¢ 75
.50m
4.5
30
20m
.50m
7.5
50
20m
mm¢
Jg
.50m
25
90
1:g~¢ 40
A
A
~(/)
4.0
70
15
10~~
10m 200
12p(Zl
200
t
400n;:~
20m
30 t
LOrn
E
3.0piZ!
M
t
M
t
200
ljg
~~¢
t
t
t
M
l~g ~
1.0mll>~
X.OOOl
45 t;,.
40 t
20
1.5u
20
10m
10mll l~g
LOrn
180
LOrn
15
lf5"m¢ 42
25mQ: 65
25m~ 110
200n;:~ 15
20m
40
.5Q~~
1.0m¢
100m
30
15
~gg~\l 30
400m
30
1.0m~ 110
5.0~g 150
1.0m
110
5.0m(/) 150
1.0m
[0)
DESCRIPTION
Cob !STRUCI
L:.TURE
DWG.
No.
(F)
.45pt
)~l
4.0
~~~4
T072
T072
T044
T09
,~~~a
TOI
T05
T05
T05
T05
T05
TOI
TOI
TOI
T05
T05
T05
T05
T05
T05
T05
T05
TOI
TOI
T05
T05
TOI
TOI
T09
TOI
T05
TOI
TOI
TOI
TOI
T05
T05
T05
T05
T05
T05
TOI
T05
T05
T09
T09
i8H
T033
T033
T044
T044
TOI
T09
TOI
TOI
TOI
R81a
T033
T044
T07
T044
T044
T044
T044
T012
T033
T044
T012
T044
T044
T033
T033
T044
T07
~~12
~~1
A
A
A
A
A
A
A
A
A
A
TOI
R9
TOI
R8
OV4
TOI
TOI
TOI
TOI
T05
R9
T05
R9
0
T05
X35
T033
!A
J
C
G
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
F
A
A
A
A
A
A
A
A
A
A
A
A
A
G~
G
G
A
A
A
A
A
A
G¢
A
A
A
A
A
G
G
A
G
G
G
A
H
G
R9
TOI
R8
R8
R8
R8
R8
R9
R8
TOI
~Il>
A
L C
E 0
AD
DE
:::g~
A
A
A
A
A
~
A
G0
I'
LINE
No.
~#
3
;
pu
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
. LOW POWER TRANSISTORS
2. GERMANIUM PNP At:S:>
121 lab & 131 TYPE No,
MAX KA' INIl:>
MAx.
Yrl AL h rAI IAMt:It:K:>
1t::>\;KI IUN L \;
TYPE
No.
I~~~~~~
2N2190
~~~I!~~
f1t~tC' fIJ
OISS.
@25'C
(WI
!~5m
125m
125m
125m
+- ~~ln----~-
7# 2SA401
MM1139
8
2Nlll
9
10
2NlllA
11
2N112
2N112A
12
:~
15
16
17
18
~g
21
~~~~1
2N271A
2N114
2Nl097
2Nl098
2N1144
2N1145
2N3074
~~# i~~~{5
24.#
25#
26
27
28
29
30
31
32
33
34
35
36
~~
39
AFY40R
AFY40
2N138
2N185
2N217
2N238
2N311
2N407
2N408
2N680
JAN2N705t
2N710At
2N782t
2N837t
2N1303
2N1305
:~ I~~gg~
42
43
44
45
:~#
48#.
~!J#
50#
51.#
52#
~~i
gg
57
2N1408
JAN2N1646M
2NI729t
2N1853
JAN2N 1853t
2S6155
2S615S
2S6156A
2S6185
2S6186
2S6187
2S6188
2S6350
I~H:N
125m
125m
130m
130m
130m
130m
130m
130m
130m
130m
140m
140m
140m
140m
140m
140m
140m
140m
140m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
1~<?m
150m
150m
150m
150m
150m
1~l!m
150m
150m
150m
150m
150m
150m
150m
150m
1~2m
~g
l~g~2
60
61
TR-C70
TR-C71
TR-C72
2S6365
150m
150m
150m
150m
150m
150m
150m
150m
g~# 1~~~~~5
1;8~
g~#
66
g~
69
?~
72
73
74#
75
~~
GT81
ZN34
1~~~~~464
2N237
Ij~~~~4S5
JAN2N466M
2N519A
ASY71
JAN2N398A
I~~~~g
2N405
2N406
2Nl04
2N180
81
2N181
82
2N215
83
JAN2N467
84
11 5 # 2S666H
86# 2S8120
2N1129
87
78
~g
~~
90
I~N1130
2N422
2N563
~~# I~~~~~
93.# 2S6136
~a 1~~~l~~A
2S6457
96#
97# 2S8457A
2N45
9S
2N45A
99
2N273
2N398A
JAN2N422
102
19~
18~
I~~~gg
10S:#: 2S833
19~: I~~~~~
lOS it 2S855
l~g! 1~~~~gA
D.A. T.A.INC_
150m
l~g~
150m
150m
150m
150m
150m
150m
150m
150m8
150m¢
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
1~2m
150m
150m
150m
150m
150m
150m
150m
150m
l~g~
150m
150m
150m
150m
150m
150m
lQl:R~TElM
lab
~
FREE AM
AIR
X P
@l~'
BVeboJ BVeeo BVeb~
Ie
W/'C
IVI
IVI
INI
#J 40
4~OMMlt, 2.1m
~~ \D I~'O
2.5m
40
2.0
SOMlt, 2.5m
SO
2.0
25
40 I
1.0
!<?~MI 5.9m .:fI;~ 40
.
.411
..
2.5m.,
.. 2L ...•,. 2.11.
~?M§t;
~§t, 2.5m
I':~ SO 25
2.0
230M
30
.50
550M§ 1.7m
15
.30
30
3.0M
2.5m l i j 30
20
3.0M
2.5m #J 30
20
5.0M
2.5m
30
20
5.0M
2.5m I:j 30
20
2.5m #J 30
)<?M
10.M
2.5m
30
10.M
2.5m
30
20
20.M
2.5m #J 30
20
16
lij
16
16 §
4.0m *J
16
16 §
4.0m *J
16
25 §
3.1m IQjj 25
25 § .50
3.1m
35
350M
3.1m
30
30
600MI 2.2m #J 20
15
.30
700M§ 2.3m
32
20
.30
20
*A 20
1.5m
25
12
~i 20 25
2.0m oItS 15
15
6.0
3.0m
20
18
2.5
3.0m
18
2.5
20
20
2.0m #J 15
35
15
2.0m
2.0
2.0m
12 iii 1.0
12
2.0m #S 12 6.0
1.0
2.5m
30
25
2.5m
25
30
2.5m #J 30
25
2.5m
30
25
50 Qj
2.0m
10
50
2.0m #J 15
2.0
2.5m
20
25
2.5m
18
2.0
25m #S 18
III # 4.0
16
2.5
16
2.5
20
6.0
25
25
25
25
25
25
~j 25
25
25
25 I
!!.Om
1~~
2.0m
18
2.0m its 25
10
10
2.0m #S 25
12
2.0m
2.8m
16
lZ
2.8m
12
9.0
2.8m
20
16
1.2m
3.0m
20 I
12
20
368~~
1~·l!m
:gg~~
I~·~m
IHzI
I:~
~g
:ij
¢j
~~
¢j
1~
:~
¢
:j
i~
1~ ~
ij
I~j
:~
i~
400k
.50M
500k
500kt1
500kt1
500kt1
500k
600kt1
.60M
.60M
650k
650k
700k
.70M
.70M
700k
700kt,
.70M
.70M
750k
750k
.80M
800k
800k
800k
.80M
:~8~
.80M
.80M
1.0M
1.0M
1.0M
1.0M
1.0Mt,
l:g~
1.0M
1.0M
1.0MI
1.0MI
1.0MI
1.0MI
2.5m
3.0m
ii
ii
~g
40
~g
#J
i s 45
1.3m J
20
2.0m
40
2.0m
35
2.0m #S 25
3.0m
100
2.0m ~JS 105
2.0m
75
2.0m
90
3.3m
20
20
30
~:g~¢
30
5.0ml'1
30
2.5m
30
2.0m
35
30
2.5m
32
2.5m
25
2.5m #J 30
2.5m
35
2.5m
30
2.0m #S 30
2.5m
20
2.5m
25
2.5m
i~
ii
¢!
~~
:j
i~
1~·5m
2.5m
2.5m
2.5m
2.0m
1.3m
2.0m
2.5m
I~·:!m
2.0m
2.5m
2.5m
3.0m
3.0m
3.0m
3.0m
:j
:j 9~0
itJ
#J
:J
J
:~
:~
itJ
!1
§~
20
32
45
45
20
Ig~
~~
I
25 §
¢
75
90
18
18
15
30
20
25 iZl
40 §
20 Qj
321'1
30
105
~g
20
30
30
60
30
45
20
20
60
25
45
,~~
40m
200m
200m
200m
200m
200m
200m
200m
200m
100m
100m
100m
100m
20m
20m
20m
10m
20m
150m
150m
70m
150m
70m
70m
50m
50m
200m
100m
300m
300m
I:!OOm
300m
300m
100m
100m
300m
300m
300m
50m
50m
50m
50m
SOm
IZOOm
200m
400m
l;j~~~
100m
l~
7~m
20m
10 100m
12 50m
12
10
~ri
Ig~
!S'fo
IAI
200m
30m
30m
10m
75 200m
35 I~OOm
45 200m
2.5
35m
2.5
35m
12 50m
30
30
12 50m
12 50m
12 70m
20m
2.5
250m
250m
12 100m
10
10
2.5
50m
12 150m
2.12 I~gg~
2.5 500m
6.0 500m
15 50m
5..0
10m
10 10m
50 200m
12
19
2.5
§
§
§
§
§
12
12
12
12
12
50m
SOm
150m
150m
150m
150m
lebo
@MAX
YMb
8.0ulg
3.0~~
Veb
BIAS
Ie
IAI
IVI
l.glg 200mJl
1.5~~
9.~~ 1.5m
9.0
S.glg
30u
8.0u¢
S'02, 1.0m
10¢ 2.0m¢
1.0m
S.O
S.O
1.0m
S.O
1.0m
S.O
1.0m
1.0m
~.O
6.0
1.0m
S.O
1.0m
6.0
1.0m
1.0mlg
3:8~~ ~:8~ 1:~~~
1.~~
1.0
5.0
19~~ ~:g¢
10u~
10u¢
8.0u
8f~~
14u
14u
20u
SOu
14u8
14u¢
14u
100u
3.0~~
3.0u
1.~~
1.0
1.<?8
1.~g
5.0
1.<?8
1.0¢
.3g~
.5~~
3.0u~
6.0u
6.0ulg
1.0
1.glg
6.0~~
1.~~
1.~~
5.0
7.0u
3.0u(l>
6.0u
4.2u
35ut
14u
14u
.40
l.glg
15u
15u
15u
15u
20u
1.5(2l
4~2U
25u
25u
25u
20u
IOu
IOu
20~~
20m
1.0m
1.0m
14m
3.p;,:
1~
6.0¢
2.0m
S.O
.25
.5<?~
6.0~~
.5<;!~
.3~~
4.~~
4.0
4·9~
U~
1.5Qj
4'~8
5.~~
5.0
5.glg
5.0¢
6.0
6.0
~~~¢ ~ri¢
5.~fD
6.0
6.0
5.0
6.0
S.O
.2~1'1
1~~~¢ ~:g¢
50u
.3~8
~~~Qj 19~
14ulg
10u¢
IOu
IOu
10u¢
IOu
6.0u
S.5u¢
25u
25u
15u¢
25u
25u
14u¢
IOu
10ul'1
g:g¢
6.0
6.0
S.O¢
S.O
12
6'~f
.60
.6QIg
S.~~
5.0
5'<?8
6.~g
1.5
1.~~
44
80
75
45
50
65
65
35
10m~ 25
25
10~~
20
10m
30
19~1'1 20
10m
40
10m
60
80
10m
10
1.0m
20
100m
30
30
6.0m
200ut, 30
1.0m
30
1.0m
45
1.0m
45
30m
45
30m 170
30m 100
10Ft
15u
IOu
50u
20u
1.<?1'1
~:gQj
.2~8
.35f¢
35
~~u
'g:8~
14u
6.Q~
~~~Qj
6.oiil
14~g 6.~~
1.0
14u
14~§
14u
49
1.~§
1.0
t
t1
t1
tt1
t1
t1
Cob
~TRUC
-TURE
X.OOOI
IFI
3.0p
4 Pill
·W:
12p
t
12p
120
12p
12p
120
12p
0
ME
ME
AD
ME
ME
ME
F
F
F
F
F
F
F
F
tt1
tt1
tt1
tt1
tt1
t
t
tt1
tt1
tt,
tt,
tt,
tt1
tt1
tt1
t1
tt1
tt1
tt,
tt1
19 ill
75
~~ ~
1.0".'fD
1.0m
1.0m
50
1.0m
120
1.0m
27 t1
1.0m
54 t1
35
t
20m8
30 tt,
1.0m
20 t1
5.0m8 20 tt,
5.0m¢ 20 tt,
1.0m
35
1.0m
35
1.0m¢ 44
SO
1.0m
1.0m
SO
1.0m¢ 44
110 t1
1.0m
1.0m
70
70
~§OmmQj 165
t
100mfD 110 t
1.0m
50
1.0m
25
1.0m
25
40
1~~¢ 120
t
,5yml'1 l~g t
10;;1
110
150ml'1 110
12
1:g~Qj 15
20
5O~1 S5
5.0m
0.0
30
U)m
gg
1.0m
1.0m
80
1.0m
80
I~OmmQj 140
80
50~~ SO
80
50m
1m
3.0p
30mQj 100
1.0m
18
75
1.0m
1.0m
75
1.0m
150
1.0m
20
1.0m
30
1.0m
60
100
l§omm¢ 90 t
l~ommQj
l~~Qj 3.~~
1.0
19~1'1
mhosl
SO
40
40
40
SO
60
70
35
25
25
30
30
45
45
45
75
34
25
55
45
14
20
27
55
50m¢
50miIJ
50m8
50m¢
10m
50m8
50m¢
~~~fD 5.~ 1.0~g
50u
6.0
1.0m
!~u
20u
IOu
IOu
15u
20u
25u
COMMON EMITTER
hoe
hie
hre
EO
DWG. AD
No.
3.0u
8.0ulg
16u
16u
16u
hIe
100
A
.1~~t
~~Qj
AD
ME
A
A
At1
A
At,
A
A
OM
8 pill
9p!,;!
2~~~
l#
20
20~!';i
20pill
5f8~ill
~88~~
500nb
500nb
500nb
:8
40
40
40
4.0
5.0
5.0
8.0
35
35
35
35
50p
1.5uillb
50 ill
30u
2.5k
1.5u!';i~
1.0ulZlb
1.0~mpb
LOu
700nb
~~ ~
:~ m
30
1.0 ill
6.0
1.0 III
ig~
#
2.0ub
T05
X25
T05
T05
T05
TOI
TOI
TOI
TOI
TOI
TOI
TOI
TOI
ME
A
A
A
A
A
A
A
A
At1
A
A
A
A
ig~
T05
T05
T05
T05
T05
T05
TOI
A
IA
lig~
A
T022
40p
A
14p
At1
T05
T05
T05
T05
R47
T05
T05
T05
T044
TOI
T040
R8a
X41
TOI
T05
TOI
TOI
R2
R2
T05
RllS
T05
TOI
TOI
~~ia
60pill
3.0
~g~m
t,
25plZl
17u
17u
23u
Uk
1.1k
1.6k
2.9
2.9
5.0
400
40p
40p
25P
25p
1~~'11b 1:~1Zl
5.0
27u
Iz.2k
5.0
30p
1.6ub
I.Sub
19u
700nb
700nb
16u
10
10
2.5k
35
35
1.5k
5.5
5.5
5.5
2.5
2.5
4.2
125p
125p
20u
1.3k
4.9
t1
~g~1Zl
1.0ui21
20u
20u
30u
2.Sk
2.6k
4.2k
A
A
At,
At,
FA¢
A
A
A
A
A
A
A
A
soplZl
45121
~g
A
A
A
A
A
A
A
A
300
30p
400
40p
~~g~~
*
~O¢
500nb
t
t
t
t1
40p
40p
3.0p
3.0plll
I~:g
5.5
5.5
6.0
t
t
t
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
TOI
T058
T058
T033
T058
T058
T044
T072
OV4
OV4
OV4
OV4
OV4
OV4
OV4
OV4
T05
T05
R32
R32
T012
T012
T012
R96
R90
T022
T022
TOI
T022
T05
T040
TOI
OV9
T018
T018
T018
T018
T05
T05
~8~
45p
35p
35p
35p
350
igl
TOI
TOI
T029
T05
T05
T05
¢ R81a
~6~6
A
A
A
A
A
A
TOI
TOI
TOI
TOI
i81
oE
A
A
2fD
A
G
A
A
A§
A§
G
G
G
A
A
A
A
F
A
A
A
A~¢
~
~r
A§
A§
A§
A
A§
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A~
A
A
A
I
I
I
i
LINE
No.
1#
~:
~
.
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
. LOW POWER TRANSISTORS
2 GERMANIUM PNP ABS
(21 lab & (31 TYPE No.
MAX RATINGS @25'C MAX.
TYPICAL 'h' PARAMETERS
DESCRIPTION
TYPE
No.
~~~~~
2SB60A
4# 2SB61
2SB65
2SB169
~:
~ ~~~g?
MA202
MA203
MA204
MA205
MA206
TF66
15# TF66/30
~~# ~~W2680
9
10
11
12
1~#
l~:It
2SB75AH
19# 2SB75H
2SB364
ACl16
~?:
~~#
~~~~~
24
2N568
25# 2SB66
2SB77AH
2SB77H
2SB386t
AC151
30# AC151R
31# ACY23
32# ACY32
33
TR45
~~:
~~:
~~ I~~~~~
36# 2SB75
37# 2SB75A
2SB77
2SB77A
40# 2SB439
41# 2SB440
42
GT122
~~i
:~
45
46
47
48
~~
51
~~
54
55
56
57
58
59
60
~~
63:1t
~~i
66
~~
69
70
71
72
73
74
75
~~
78
~~
81
82
83
84
:~
87
~8.
89
90
91
92
93
~~#
+=~~g
TR44
2N413A
JAN2N425t
2N529
2N1352
TR43
TR320
TR323
TR722
JAN2N44A
JAN2N426t
2N481
2N520
2N520A
2N530
2N571
2N572
JAN2N1303
SFT237
SFT306
SFT337
TR721
TR321
JAN2N43A
2N482
2N531
TR482
TR508
2N438A
2N394
JAN2N404
1~~~~~!64A
2N532
2N1343
2N1404
40269
ASY26t
TR·C45
2N533
JAN2N123
2N315t
2N315At
JAN2N416
JAN2N427t
2Nl093
2N1115
JAN2N1305
2N1347
I~N1731
AF187
96
GT123t
"}.7# NKT135t
2N483
2SA414t
100# SFT226t
101# ASY27t
102
2N302
~~:It
19~
105
I~~~~:~
2N1344t
19~# ~~~~~~
108
1~~#
2N485
SFT227t
2N 123t
D.A. T.A. INC.
r1~AX.
f1J
OlL.
DISS.
@25'C
(WI
150m
150m
150m
150m
150m
150m
1~(jm
150m
150m
150m
150m
150m
150m
150m
150m
l~(jm
150m
150m
150m
150m
150m
150m
150m¢
150m
150m
150m
150m
150m
150m*
150m*
150m*
150m*
150m
l~g~
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
m~
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
lab
(Hzl
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.2M
1.2M
1.2M
1.2M
1.2M
1.2M
1.3M
1.5M
1.5M
1.5M
1.5M
1.5M
1.5M§
1.5M§
1.5M§
1.5M§
1.5M
lQ.ERATE ~ T
IN
ME
FREE A M
AIR
X P
W/'C
2.5m #J
2.5m
2.5m I : j
2.5m #J
2.5m
2.5m I : j
2.0m #J
2.0m
2.0m l i j
2.0m #J
2.0m #J
2.0m I#J
2.0m #J
3.3m
3.3m
3.3m
2.5m
~:g~
~j
%~
3.0m
5.0m
5.0m
2.0m
2.5m
3.3m
3.3m
3.3m
3.3m
2.5m
2.5m
2.0m
2.0M
2.0M
2.0M
2.0M
2.0M
2.0M
2.0M
3.0m
3.0m
2.0m
2.5m
~.OM
2.0M
2.5m
2.2M
2.5m
2.5M
2.5m
2.5Mto. 2.0m
2.5M
1.6m
2.5Mto. 2.5m
2.5m
2.5M
2.5Mto. 2.5m
2.5m
2.5M
2.5m
2.5m
3.0Mto. 2.0m
2.5m
3.0M
3.0Mto. 1.6m
3.0Mto. 2.0m
1.6m
3.0M
2.5m
3.0M
2.0m
3.0M
3.0Mto. 2.5m
3.0Mto. 2.5m
2.5m
3.0M
3.0Mto. 2.5m
3.0Mto. 2.5m
3.1Mto. 2.5m
3.5M!Zl 2.5m
2.5m
3.5M
3.5M
1.6m
2.5 m
3.5M
2.5m
3.5M
2.5m
3.7M
4.0Mto. 2.5m
4.0Mto. 2.5m
4.0Mto. 2.0m
4.0Mto. 2.0m
2.0m
4.0M
4.0Mto. 2.5m
4.0Mto. 2.5m
4.0Mto. 2.5m
4.0M§to. 2.5m
2.5m
4.0M
2.0m
4.5M
5.0Mto. 2.5m
2.0m
5.0M
2.0m
5.0M
5.0Mto. 2.0m
5.0Mto. 2.0m
5.0Mto. 2.5m
5.0Mto.
5.0Mto. 2.5m
5.0Mto. 2.5m
5.0Mto. 2.5m
5.0M
5.0Mto. 2.0m
2.1m
5.0M
5.5M
2.5m
5.5M§
5.5M§
2.5m
6.0M§to. 2.5m
7.0Mto. 2.5m
U~~
~:g~
7.0Mto.
Z·OM
7.5M
7.5M
7.5M§
8.0M
~.~m
2.5m
2.5m
2.5m
2.5m
2.5m
2.5m
2.5m
BVeboJ BVeeo BVel!Qj
Ie
(VI
30
20
20
30
30
9.0
105
105
105
105
90
75
60
16
32
64
25
45
30
20
30
~j
~i ~g
#5
#J
:j
#J
#J
#J
30
30
45
30
30
32
32
32
32
45
:~ ~g
~j
#S
#J
ij
#J
:~
#J
#J
#J
#J
:3
#S
:~
#S
:~
#S
i~
1~
:J
#J
:j
#S
:j
#J
:j
#J
#J
#S
#J
QlJ
#J
I:j
#S
I:~
#J
li~
#J
:~
#S
#S
#J
:j
#J
ij
#;:;
iJ
#J
.ij
ij
2.5
45
25
45
30
30
25
45
30
45
30
30
15
30
45
30
16
30
45
30
12
15
25
15
30
30
30
15
18
15
30
20
45
12
15
14
16
25
30
25
40
40
15
20
25
25
30
12
15
20
20
30
30
30
30
30
20
30
18
25
30
12
30
40
25
30
3g
15
18
25
12
30
20
(VI
20
20 Ql
20 §
105
105
105
105
90
75
60
12
24
45
45 Ql
20 §
VI
10
2.5
2.5
12
12
2.5
10
20
10
20
20
20
10
10
10
16
12
12
12
12
1~
30
30
~~
10
24
30
30
25 Ql
45 '!;
25 ¢
450
20 §
20 §
25
15
20
20
30 §
18
10
12
12
12
15
10
10
16
16
5.0
19
12
(AI
100m
50m
50m
50m
100m
100m
I~OOm
200m
200m
200m
200m
200m
200m
300m
300m
300m
250m
100m
100m
400m
100m
1(j(jm
50m
70m
100m
100m
300m
200m
200m
200m
200m
400m
100m
100m
100m
100m
150m
150m
12
12
12
12
12
10
25 400m
25 400m
5.0 400m
200m
20 400m
15
5.0
5.0
5.0
10
5.0
20
200m
400m
200m
200m
200m
400m
20m
10
10
15 #
15 #
30 §
10
10
25
9.0
12
9.0
10
5.0
5.0
10
24
~~
i6
25
15 #
15
15
15
15
12
30 #
15 §
20
25
32 §
20
10
1~ §
10
24 §
15
14~~
14u
IOu
15u
14u
50u
50u
50u
50u
50u
50u
50u
18u
18u
18u
20u
6.0u
6.0u
14u¢
15u
15u
25u
14u
6.0u
6.0u
~~~IO
100~Ql
lOu\?)
10u¢
16u
~~~
14u
14u
25u
14u~
14u¢
25u
15u~
15u¢
16u
3.0u¢
25u
5.0u
16u
16u
16u
20u
16u
3·PO~
25u
25u
25u
25u
25u
300m
100m
100m
100m
200m
200m
20m
5.0
5.0
25
20
12
25
25
lebo
@MAX Veb
Veb
(AI
(VI
15u
1.~~
200m
200m
300m
200m
200m
150m
200m
10 400m
20 300m
12 100m
20
9.0
~:g~¢
lOu
2.5u¢
20u
16u
16u
lOu
25u
lOu
16u
lOu
J~~'!zJ
5.0u~
5.0u¢
25u
6.0u(ll
~:g~0
3·PO~
25u
6.0u
25u
25u
25u
3.0u¢
6.0u
6.0u
10
20 500m
20
12
20 ~~om
15 OOm
125m
25 300m 6.0~~
10 200m 6.0u
25 300m 6.0u
100m
15
6.0u0
25 ~~Om
20m IO·~O~
20 200m 3.0~'Qj
24 250m
lOu
20
3.0~~
200m
LOu
20
20
16.0u(ll
I~gg~
10 400m
12 100m
25 300m
10m
18 250m
10 125m
IOu
IOu
lOu
IOu
IOu
6.0u
50
tgQl
6~'!;
~:g~
3~'!;
BIAS
Ie
(AI
LOrn
50mQl
LOrn
LOrn
1.0m
5.0m~
5.0m\?)
.3~g 50~g
.35
5.0m
.3~'!; 5.0m\?)
5.0~g
.5~g 5.0m
70 t
65
70 t
85
65
85
4.0
5.0
3.8
3.8
300
32p
1:g~Ql
30
2.2k
1.9k
1.9k
1:g~~
130u
100u
40u
40u
1.0k
750
3.0k
3.0k
14
9.0
7.0
7.0
:gg~~
27p
270
27p
27p
200
~g
~g~
l~g
55
LOrn'!; 55
70
70
LOrn
130
LOrn
130
100
LOrn
LOrn
:g
lfOmmQl 30
30
LOrn to. 20
1.0mto.
18
70
LOrn
20m¢ 45
20m0 50
20m~ 75
LOrn
LOrn
1.0mto. 30
LOrn
50
LOrn
40
100
23
200
LOrn
LOrn
200
10;:,/ 20
LOrn
100
28
50
45
LOrn
20m~ 80
LOrn
66
LOrn
50
1.0mto. 28
20
lfOmQl 25
50m'!; 25
70
10~~ 30
12m
4.0m
100
12m¢ 30
1.0mto. 33
40
100
12m
50
200m
15
LOrn
40
1.0mto. 38
10m~ 30
100m
20
100mQl 35
LOrn
45
45
40
~:gg 1:g~g
1.~~
~:g0
2~!,?
6.~g
4.5
2~~
5.~~
5.0
5~'!;
~:gg
6.~~
6.0¢
6.0
1.~'!;
5.~g
6.0
5~cf
1.0'Qj
1.~'!;
1.~g
.15
.3<'>,!;
.13~
5.0
.3~~
:~gg
0.0
~:gQl
1.~'!;
2~~
.20
6.0
.2~~
5.0
1.~~
1.0
1.0(ll
~~
lb':t
1:g~~
~~~~
l:g~~
10~~
10m
10mll
17k
17k
26u
26u
45u
45u
500nb
17k
17k
1.9k
1.9k
4.0k
4.0k
40
5(j
5.0
3.0
3.0
3.8
3.8
8.0
8.0
5.0
1.0ub
28
3.0
1.5ulllb
38
700nb
700nb
900nb
400nb
400nb
30
30
28
30
30
6.0
6.0
3.0
10
10
60u
2.7k
5.0
t
tto.
t
t
III
20mQl
1.0m(ll""
50m¢
1.0m
5~~
1.0
10m
10n;:~
20p!Zl
140
18p
20p
200
20p
20p
60p
14p
t
tto.
to.
50u
2.2k
!Zl
1.5u!Zlb
35
800nb
28
3.0
1.0ub
27
4.0
700nb
28
3.0
600nb
28
3.0
t
t
tto.
tto.
A
A
A
A
~~
A
A¢
~~
Ato.
A
A
A
A
FA
A
Ato.
A
200
20p
60p
12Jl
14p
12p
20"
9.0p
FA
20p
20p!Zl
140
12p
8.0p
15~1Zl
12p
240
Ato.
Ato.
A
Ato.
A
A
A
40 tto.
80 t
40 tto.
20p!Zl
12p
20pill
Ato.
150
A
A
90 t
40
45
50
35 tto.
75
20~1Zl
12p
16p!Zl
120$
12p
2.0k
1.0ub
27
4.0
120
I~'~P
9.0p
120
65u
3.0k
6.0
120
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~~9
T05
TOI
TOI
TOI
TOI
TOI
TOI
TOI
TOI
T05
TOI
TOI
TOI
TOI
TOI
TOI
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
R32
T05
T05
T05
T05
T05
Rl16
T05
fg~
TOI
TOI
T05
T05
~g~
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
§
A
A
A¢
A
A
fg~
A
Ato.
to.
tto.
to.
6.0
A
A
A
A
A
A
A
R2
TOI
TOI
TOI
X9
T05
14p
140
2O~1Zl
20p!Zl
200
30
TOI
TOI
TOI
TOI
TOI
TOI
T05
T05
T05
T05
T05
T05
T05
R118
R118
n~6
A
A
A
A
8.0p
25~1Zl
500nb
500nb
Ato.
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
AQl
A
~~~Ill
to.
tto.
t
14p
14p
300
16p
20p!Zl
5.0
t
to.
700nb
10m
90
10mlO 40 tto.
60
6.~~ 1§omm0 30 t
.50
25 tto.
.5~1O
26g~1O 20 tto. .
0.0
LOrn
45
6.0
10m~
1.~~
~g t
6.<.>!,?
1.0¢
6.0
30p
30p
350
20p
20p
20"
20~1Zl
tto.
1.00
1.~~
6.~g
1.0
40p
40p
400nb
27u
26u
26u
~~
~:gg 1:g~Ql
1.~~
1.0
7.0
7.0
6.3
40p
400
40p
45p
520
52p
50p
~:g
1.00
6.(j\?)
.2 3g
5.0
6.0
3.0
3.0k
3.0k
2.3k
o
tto.
tto.
tto.
tto.
tto.
2.0m¢
LOrn
LOrn
.50¢ 100m¢
t
6.0
4.0m
4.0m
1.0m
100
5.0Ql LOrn
70
6.~~ LOrn
70
6.~g
6.0
70
80 t
.5~!,?
5°ri 110
l.~g 2.0m
1.0
2.0m
80
100
5~'!;
100
5.~g
1.0
20niQl 20 t
5.~~ LOrn
6~~
5.0
I~:g~
30
30u
30u
24u
LCI
EO
lSTRUCI
·TURE
DWG. AD
No.
E
(FI
8.0
8.0
8.0
1.8
3.0
30
6.~\?)
6.~'!;
300nb
~g ~~
40
40
20
20
20
45
45
45
120
55
55
90
90
x.aOOl
500
500
500
14
1.6k
1.6k
5.0m~
6.0'Qj
6.~'!;
(01
Cob
135u
135u
135u
500nb
23u
23u
.50
.5Pt
COMMON EMITTER
hre
hoe
hie
mhosl
50m~
:~~g ~:g~g
.3~\?)
hIe
FA
A
Ato.
AF
A
A
A
A
Ato.
FA
Ato.
A
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
R32
T05
Hl5
R081
T05
T05
OV5
T05
T05
T05
TOI
T05
T05
T05
T05
T05
T05
OV4
q:g~
T05
TOI
T05
T05
T05
R32
A
A§
A
A§
A
A
A
A§
A
A
A
A
A
~Ql
§
A
A§
A
A
A
F
~~
A
A
A
A
A
LINE
No.
1J
~~AX.
lJ
OlL.
TYPE
No.
.
~
3
4
5#
6
7
8
9
l~
~~~~~T
2N521A
~~~~nt
TA-C44
2N415
2N415A
JAN2N428t
~N428At
2N440A
2N450
12
2N484
JAN2N1307
2N1345t
15
2N 1346t
2N 19691
18# AF188
l~
l~
~g# ~~~wt
2N316t
21
2N316A
2N486
24# 5FT228t
2N404t
5FT308
2N303
27
~8. JAN2N417
2N522A
29
JAN2N1309
30
~~
~~#
~i#
i~~~g9A
~~
~~~m
33# 5FT288t
2N317At
36
37#
~g#
~~1~1~
5FT2291
40# A5Y30
41# 5FT320
2N7941
42
:~
~~~~~~8541
45# 5FT317
:~# ~~r~nl
48#
49
50
51
AFY14
2N796t
2N 1683t
Tl397
~~
+:~~~
54# 2G 106t
2N7 I lAl
2N711Bt
2N2400t
57
~~
~~
60
~~
63
~~
66
67
68
69
~~#
72
n:
75
~~
78
~~
81
82
83
84
85
86
87
g~
90
~~
93
94
95
96
97
98
99
100
101
102
19~
105
19~:
108
~y~:
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
121 lab & 131 TYPE No.
TYPICAL 'h' PARAMETERS
DESCRIPTION l C
MMON EMITTER
BIAS
E 0
Cob ~yRUC
hoe
hie
-TURE
DWG. AD
Ie
hie
hre
No.
E
Ilmhosl
IA)
1m X.OOOI IF)
!A§
_ay t6
!+g;
700n~ 30
1.10:' 7.0
A
700nb
30
10
140
A
20m 150 t
A
T05
A
12p
A
T05
20mI:'; 30 t
100m¢ 45 t
A
T05
1.0m
80
12
30p
1.0m
30
F
T05
A
80
A
T05
A
1.0m6 60 t6
T05
A
200iZl
20
t6
A
.~UPIll
m6
!2
ig~
1.0ub
27
4.0
50m¢ 70
A6
9f801Z1 A6
90u
4.0k
6.5
A116 AAIZI
1.0m
130
12p
1.0m
90
FA
T05
A
§
10m¢ 60 t6
20pl21
T05
A
A
400m0 60 t
140
T05
14p
A
T05
A
125 1
:~g~~ 5016
20pl21
T05
A
A
TOI
A
!?~ 16
~~~1lI A
60
b
100
A
140
A
T05
200m
30 t
500nb
14p
A
200m(l) 35 1
500nb
A
T05
12p
T05
A
100
FA
1.pO
mm¢ 5016
A
A6
T05
A§
401
12p
A
T05
1.0m
70
9.0p
A
TOI
A
1.0m
OV4
F
75
120$ AF
A081 A
1.0m
606
20plZi
2001
700nb
30
14
A6
T05
A
20~~
§
T05
10m
8016
t
T05
10mlO 8016
20piZl
A¢
60u
3.0k
5.0
T05
100 *
4016
120
A6
T05
A
12p
A
T05
A
24m~ 60 t
400m¢ 401
500nb
12p
A
T05
A
T05
A
400miZ 401
500nb
140
A
2.5p
D
TOI
A
1.0m(l)~ 50
A
2501
700nb
143p
A6
T05
30
20
20~&
10m
75 16
A6
T05
X9
4.0m
90
D
TOI
A
2.5p
D
1.0m¢ 80
A
ME
T018
lOme 50 1
8.00
A
lZplll
A
2.50
TOI
A
1.0m
100
D
10m(l) 50 1
A
8.0p
ME
T018
30m
301
12p
TOI
1.0m
80
X9
D
8.0p
A
ME
T018
10m~ 75 1
1
8.0p
A
ME
T05
40~J 85
.50m
28 6
2.00
T058
F
ME
28 6
2.0p
ME
T058
F
.50m~
506
ME
T058
F
.50m~
2·°!l'01/'1 ME
10m
3016
T018
T018
10mI:'; 2516
6P!?! ME
3016
ME
T018
10~&
T018
10m
3016
A
5016
T018
A
3.0m
T018
A
306
F
1.0m
3016
3.33
ME
T058
2.6p
T058
35 1
ME
F
1.0m~
1.0m¢
ME
T058
F
2.60
10m(t
ilZl
3.00
ME
A44
A
6
T018
10m~ 10016
5.0p
T018
10~~ 2016
10m
4016
5.0
T018
1.5p
ME
T09
A
10m~ 125 1
301
4.0p
ME
T018
A
10~&
10m
501
4.00
ME
T018
A
10mjt 6016
A
4 Pili
301
AD
3.0m~(l
50m
45 16
5012l E
T018
A0
10m
401
5.0p
ME
T018
10m
401
ME
T018
10m(t 3016#
T018 A0
10m
40
T018
25
t6
T018
10~g
10m
AQl
T018
50 t6
6
T018
10m~ 30 t6
4~~
4pjZl
2016
T018
10~~
4;;fZj
201l;
A0
10m
T018
10m~ 2016
4.0P!9
2016
E
10~~
5.0f~1ZI
A¢
10m
40 t6
T018
E
T018
10m!?] 4016
A~¢
4p
T018
48 t6
50~~
A0
10m
40 t6
T018
4
T018
10m~ 40 t6
4.0f~n<
A~¢
17
t6
T018
10~& 17 t6
10m
A0
T018
1716
1716
10m
40 t6
T018
A0
T018
10111~ 17 16
8.0p
T018
17
t6
10~& 4016
10m
8.0
T018
100m
6.0p
EM
T018
6016
T018
10~~ 2016
10m
2016
5.0
T018
43 t
EML'I
T018
A
4 Pili
50~¢ 25 t
5.0m
45ub 8.0
6.0p
T018
ME
5.0m
25 t
45u
6.00
ME
T018 A~¢
A
4piZl EML'I T018
5Om8 76 t
A¢
EML'I T018
10~g 25 t6
4012l EM6 T018
50m 130 t
A
T018
25
6
12m~
4.0~1lI
EM 10 T046 A(
70 t
4.0p
1O~g 45
50m
2.3D
EM
T018
A
A
~5
EM
Igg
~g~~
EM
A
2. GERMANIUM PNp· LOW POWER TRANSISTORS
1~~~j~Jl
TI365
i:~~g
TI395
1~~g~~1
2N967t
2N20481
2N22581
2N2259t
li~~igzl
2N26351
2Gl03t
2Gl041
JAN2N559t
2N705A
2N8281
2N8291
1~~g~g1
2N961t
2N9621
JAN2N962t
2N964t
JAN2N964t
2N964Al
2N965t
~~~~~i
2N9691
I~~~m
2N9721
2N973t
2N9741
2N975t
2N9851
2N3449t
JAN2N34491
2N2955t
2N741
2N741A
2N29561
2N828A
2N2957t
2N3371
25A4171
25A450Hl
2S~:~Jm
D.A. T.A. INC.
DISS.
@25'C
(W)
~~g~
150m
150m
150m
150m
150m
150m
150m
1~2m
150m
150m
150m
150m
150m
150m
150m
150m
1~~m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
~RATE~
T
IN
ME
lab
(HzI
FREE A M
AIR
X P
W/'C
~:g~6 1.6m
8.0M6 2.0m
2.5m
8.0M
8.0M§
2.5m
8.0M
2.5m
10.M
2.5m
10.M
10M6 2.5m
1~O~6 2.0m
2.5m
2.5m
10.M
10.M
2.5m
10M6 2.5m
10.Ml; 2.5m
10.M6 2.5m
10.M6 2.5m
10.M
,~.~m
1~.~
~.1m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
2.5m
2.0m
2.0m
2.5m
2.5m
2.5m
1~.M
13.M
2.5m
14.M6 2.5m
15M6 2.0m
15M6 2.0m
15M6 2.5m
15.M6 2.5m
15.M§
2.5m
16.M
2.5m
18.M
2.5m
20M
2.5m
2.0m
20M
20.M§
2.5m
21M6 2.0m
2.5m
25.M
30.M
35.M§
2.5m
40.M§
2.5m
2.5m
4~~Jt6 3.7m
40.M§
2.5m
60.M§
2.5m
60.M§
2.5m
60.M
80.M§
2.5m
80.M
2.0m
90.M§
2.5m
2.5m
I~~O~§ 2.5m
120M§ 2.0m
150M§ 2.0m
150M§ 2.0m
150M§6 2.0m
2.0m
I~gg~:~ 2.0m
2.5m
200M
2.5m
2.5m
2.5m
200M
250M§6 2.0m
250M§6 2.0m
250M§6 2.0m
250M§ 2.0m
250M§6 2.0m
250M§6 2.0m
250M§6 2'l!m
270M§ 3.1m
2.0m
280M
4.0m
300M
300M
4.0m
300M§6 2.0m
2.0m
300M
300M§6 2.0m
300M§6 2.0m
300M§6 2.0m
300M§6 2.0m
300M§L'I 2.0m
300M§L'I 2.0m
300M§L'I
300M§L'I
300M§L'I 2.0m
300M§6 2.0m
300M§L'I 2.0m
300M§L'I 2.0m
300M§6 2.0m
300M§6 2.0m
I~gg~~~ I~·~m
2.0m
300M§6 2.0m
300M§6 2.0m
300M§6 2.0m
300M§L'I 2.0m
300M§ 2.0m
300M§L'I 2.0m
300M§6 2.0m
350M§ 2.0m
360M§ 2.0m
360M§ 2.0m
375M§ 2.0m
400M§ 2.0m
400M§ 2.0m
400M§l; 2.0m
400M§ 2.0m
530M§ 2.0m
150m
2.0m
1~~m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
m~
1~2m
12M
12M
12.M
12.M§
~gg~
~:g~
~~g~~
2.~m
ABS MAX RATINGS @25'C
BVeboJ BVeeo BVeb,Q,J_
Ie
IVI
I:~ 1~
#5
:~
#J
25
18
25
6.0
#5
#J
%~
#J
#J
#J
%i
30
30
~~
20
12
30
10
12
30
18
~~
20
#5 30
#J 12
,#J 24
25
18
#J 30
#J 30
25
30
#J 35
15
24
25
20
#5 25
#J 20
25
18
50
20
#A 13
#J
:~
%~
%~
:~
%~
~~
%~
iJ
~~
:J
#J
%~
#5
:~
#5
I%j
#J
#J
I#J
#5
l:j
#5
I%j
~}
1#-5
#J
#J
$5
#J
I:i
#5
I%j
#J
I%j
#J
:~
#J
%j
%j
%j
#J
#J
#J
:~
#J
%J
#J
%j
:j
!:J
.5
20
12 (I)
#J
:i
%j
IVI
zu ~
l~
20
13
40
13
13
35
35
35
18
15
18
12
15
35
30
30
30
30
20
12
12
20
7.0
7.0
18
25
30
15
15
15
15
15
15
30
15
12
12
12
15
15
15
12
12
15
12
7.12
15
12
12
7.0
15
15
15
40
15
20
40
15
40
25
15
12
12
12
12
18
I(V)
~g
(AI
,zuum
10
10 100m
20 200m
6.0
20 50m
200m
20
~~
300m
10 125m
20m
25 300m
6.0 400m
8.0 400m
20 400m
100m
12
15
8.0
10
15
1~
~g 11~~~
10
20 500m
20
10m
12 250m
12 100m
12 100m
20 200m
12
10
25 300m
35 300m
9.0 100m
12 500m
12 100m
20 400m
20
.50
10m
10
12 250m
.70 250m
.50
10m
1.0 100m
20 §
10
15 #
15 #
6.0
15 §
12
I~:g 199~
12
12
~~
¢
35 8
35 ¢
15 Ql
7.0
7.0
7.0
10
35 ¢
30
~g
30
20
7.0
7.0
15
7.0
7.0
12
25
12
15
15
15
¢
(I)
§
~
¢
Ql
6.0
6.0
30 (I)
7.0
7.0
7.~
7.0
7.0
7.0
7.0
7.0
7.0
l~ ~
7.12/
15"'¢
1~}
12
7.0
7.0
6.0
6.0
25
15
20
20
18
10
15 ¢
6.0
6~
6.0
.50
4.0
10m
100m
.60
4.0
4.0
2.0
2.0
2.0
4.0
1.5
2.0
1.0
1.5
3.0
2.0
I~·O
2.0
2.0
4.0
1.2
1.2
2.0
1.0
1.0
IZ'O
2.5
2.0
3.5
5.0
250m
100m
100m
50m
50m
50m
100m
100m
100m
100m
100m
100m
50m
50m
50m
50m
102m
100m
100m
100m
100m
100m
11!0m
10m
100m
50m
50m
50m
2.5
2.5
2.5
2.5
2.0
1.2
1.3
2.5
2.5
2.5
2.0
1.2
2.5
2.0
200m
200m
100m
100m
100m
100m
200m
100m
200m
100m
100m
100m
200m
200m
1.~
1.2
2.5
2.0
1.2
1.2
3.0
1.5
1.5
3.5
1.0
1.0
3.5
2.5
3.'5
.30
2.5
1.5
1.5
1.5
MAX.
lebo
@MAX
Veb
~b
IVI
!jf5u~
25u
20u
3.0u¢
lOu
2.0u
25u
4'f~~
~:~~
.25Ql
.3~~
.50¢
6.0
6.0
6~~
.25
',zg~
6.0~QI
5.0Ql
5f5~
.2~~
.25¢
lOu
6.0u¢
6.0u
!?~~IO
6.0u
25u
25u
lOu
lOu
20u
1.1~~
25u
6.~~
19~
1.~~
.1g&
.2~(I)
~g¢
.2~?;i
6.0¢
6.0
6.0
6~~~
.2~~
1.0
2.0u¢
lOu
20u
2.0u¢
25u
15u(l)
25u
lOu
20u
15
3.0uu
4·il_u
~~¢
6.0u~
1
1.~1O
.2q~
.2~&
.25
9.q~
.2~~
.50
.55
9.~~
.30
·~2~
40~~1
.7~~
15u
9.0
3.0u(l)
20u
3.0u~
3.0~~
3.0u
5.0u~
5.0u¢
100u
1.5u~
1.5~~
3.0u
1.5~1
lOu
5.0u
5.0u~
5.0~&
5.0u
5.0~&
5.0u
100u
10~~
lOu
1.5u~
.3~(I)
.50
6.0
.3~~
.5~~
6.0
I~:g~
.25Ql
.5~~
.5~~
.50
.5r3J
1 ¢
9.00
6.~~
tg&
.3~8
.3~&
.30
.5q~
1.~~
1.0
.5010
8.0u¢
1.00
3.0u~
3.0~~
3.0u
3.0~~
3.0u
3.0~~
3.0u
3.0u~
5.~~
50
.50
.30
.3~~
.30
.3~8
.3~~
.30
.3~~
~:g~~ :~g~
3.0u~
.3~~
3.0u~
.3~8
3.0u
.50
~:g~~ .\g~
3.0~~
.5~~
.~~~
~gg~ 13'?~t
lOu
.5~~
200m 3.0u
.50
200m
200m
200m
200m
100m
100m
100m
100m
100m
100m
3.0u8
.5~8
lOu
100u
3.0u¢
100u
.50
.5~~
3.0~~
6.~~
6.0
1.~~
3.0u~0
3.0u
3.0u
.5~~
.2~~
.25
1.Q~
.3~~
1.0
100m
100m
200m
100m
7.0ulO
3.0u¢
3~~
1.0
199~
~.~~~
3.0u
Lg~
1.0
51
6.~~
o
l'fo
~~~
~
~~~
19~~
24::;f
i~~12l
l30me
+g~
1~g~J ~H6
!~
~~~
10~~
!~~
2~g
lVi
!~
igl~
~:g~1ZI
!~
~~g
!~
ig1~ ~~
5,Orr~
19~&
8~~
~:~i~1ZI
+~l~ ~~
t{l
~'(
A~
)5t!
igl~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
I
LINE
No.
~
.
IN ORDER OF (1) MAX COllECTOR DISSIPATION
. LOW POWER TRANSISTORS
2 GERMANIUM PNP ABS
121 lab " 131 TYPE No.
MAX RATINGS @25'C MAX.
TYPICAL 'h' PARAMETERS
TYPE
No.
Jt~AX.
OlL.
DISS.
~&;C
~
3
4
5
6
7
8
9
1~~~~~~U!j4
2N3324
2N3784
2N3785
2N3783
MM5000
MM5001
MM5002
1~# li~j:~
AFY42
2Nl09
2$B345
2$B346
2N2428
2$B371
2N2429
18
JAN2Nl008B
2Nl008
2Nl008A
21
2Nl008B
22
23# AC132
24# 2$B22
2N464
25
2N465
26
2N363
27
12
13
1~:
1~#
~~
~~
l~~~~~
2N362
2N360
2N361
2N413
33
34
2N632
2N467
35
36
2N359
2N631
37
2N425t
38
39
2N426t
40
2N414
2N416
41
2N1171
42
2N427t
43
2N428t
44
2N417
45
46
2Nl017
2Nl018
OC602$P
49# OC604$P
2N291
OC77M
2N402
2N612
2N403
54
2N613
55
2N61
56
2N61A
57
2N61B
58
2N61C
59
2N611
60
61# 2$B378
2N60
62
2N60A
63
2N60B
64
2N60C
65
2N610
66
30
~~
:~#
~~#
~~
~~: l~~:~~~
69
~~
72
~~
75
~~
78#
79#
g~:
82#
ga
85#
86
87
~g
90
2N59
~~~~:
2N59C
l~~~~~ It
AT209
AT210
2N1313
AF107
AF108
AFY18
AT270
AT275
AC134
AC191
AC192
2N573
2N994t
2N1954t
2N1955t
2N1956t
~~# ~~~~n~
93# 2SB67H
25B370
'9S# 2$B370A
96# NKT270
~4#
~~
99
19~
102
,;g~
~~~~~i31
2N2042A
MA885
2N6S0A
JAN2N650A
,~~~g:~A
MAS81
105
MA88S
106
2N186A
107
2N189
108
109# NKT210
110# NKT211
D.A. T.A. INC.
1~l,'m
150m
150m
150m
150m
150m
150m
150m
150m
155m
156m
160m
165m
165m
165m
165m
165m
165m
167m
167m
167m
167m
167m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
170m
175m
175m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
199~
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m*
180m*
180m*
185m
185m
185m
185m
185m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
f£J
lQ.ERATE ~ T
IN
ME BVeboJ BVeeo BVeQQj
.
Ie
fab
FREE A M
(f z)
Hz
l~gg~:t>
600M§
700M§b.
700M§t>
800M§t>
800M§t>
800M§t>
800M§t>
~~~:
650M
17kt
17kt
1.2Mb.
2.0M
2.3M§
500kb.
1.0M
1.0M
1.0M
1.3M§
1.0M
1.IM
1.5M
1.5M
1.5M
2.0M
2.5M
2.5M
2.5M
2.5M
2.7M
3.5M
3.5M
4.0M
6.0M
7.0M
10M
10.Mb.
11.M
17.M
20M
20.M
25.M
.35M§
600k
600k
850k
850k
1.0M
1.0M
1.0M
1.0M
1.0M
1.3Mb.
1.5M
1.5M
1.5M
1.5M
1.5M
1.5Mb.
1.7Mb.
1.8M
1.8M
1.8M
1.8M
1.8M
5.0Mb.
7.0M
7.0M
~f~Mb.0
~gg~f
5.0M
5.0M
7.0M
7.0M
7.0M
400kb.
500kb.
500kb.
SOOkb.
7S0kb.
7S0kb.
7S0kb.
7S0kb.
7S0kb.
750kb.
.80M
800k
.90Mb.
.90Mb.
AIR
wrc
1~·l,'m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
~.5m
3.1m
1.3m
2.8m
3.3m
3.3m
303u
3.3m
303u
2.2m
2.8m
2.8m
2.8m
3.3m
2.9m
2.9m
2.9m
2.9m
2.9m
2.9m
2.9m
2.9m
2.8m
2.9m
2.9m
2.9m
2.9m
2.9m
2.9m
2.8m
2.8m
2.9m
2.9m
2.9m
2.8m
2.9m
2.9m
5.9m
5.9m
4.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
2.4m
2.8m
2.8m
2.9m
4.0m
4.0m
4.0m
2.9m
2.9m
2.9m
2.9m
2.9m
2.8m
2.7m
2.9m
2.9m
2.9m
2.9m
3.1m
2.7m
2.6m
2.7m
2.6m
2.6m
2.6m
l~·~m
2.7m
2.6m
2.6m
3.3m
3.3m
3.1m
3.1m
X P
:j
#J
#J
:~
#J
:j
~s
(V)
~~
35
30
15
30
30
30
30
Q5~
25
30
#$ 35
~j 32
32
32
32
¢J 32
#$ 60
20
40
60
32
25
#J 45
45
32
#J 35
#J 32
#J 25
#J 32
32
30
#J 30
35
25
#J 25
30
:J
30
#J 30
30
30
30
#
30
30
#$ 30
#J 30
40
40
*A 25
60
#J 25
25
25
#J 25
25
40
#J 50
60
25
18
*J
25
40
#J 50
60
25
18
*J
18
*J
'#J 25
#J 40
50
60
#J 25
#J 30
#J 40
#J 30
30
30
#J 30
30
40
#J 25
20
32
#J 32
$
40
$$ 15
#5 60
60
60
#5
~~
:j
!j
:j
:j
:~
:j
:~
(VI
35
35
20
12
20
15
~
1;
~~
25
25
32 §
30 §
55 §
32
40
30
30
20
30
18
30
30
18
24
15
18
18
20
18
15
12
12
15
12
10
10
6.0
§
§
§
§
§
§
:~
:j
:j
J~
:j
Jj
:j
:j
:j
l:~
~g
55
2.5
32
I#J 30
#5 30
105
105
#J SO
45
45
#J
:~
:~
19960
:J
#J 50
#J
#J
:j
25
45
32
20
20
20
20
20
16 §
20
20
20
20
20
16 §
16 §
20
20
20
20
20
190
~g
SZl
19 (Ij
25 ~
20 ¢
32Q5
~~ ~
6.0
20
20
20
20
30
30
2S ~
32 ¢
16
19~
0
~g SZl
30
105
105 ~
60
~g
f
25 §
30
30
I,VI
1.1,'
3.0
3.0
.50
.50
.50
.30
.30
.30
.30
12
10
10
10
10
10
20
10
25
12
12
6.0
12
6.0
6:0
6.0
6.0
20
6.0
12
6.0
6.0
20
20
20
20
20
20
20
20
20
20
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
IAI
DESCRIPTI N
lebo
@MAX
~lb
ldg~ ~·~o~¢
100m
20m
20m
20m
10m
10m
10m
50m
25m
10m
150m
100m
100m
30m
200m
100m
300m
300m
300m
300m
200m
75m
100m
100m
100m
100m
100m
100m
200m
200m
200m
100m
100m
200m
100m
400m
400m
200m
200m
400m
400m
400m
200m
400m
400m
500m
500m
200m
125m
150m
150m
200m
200m
200m
200m
200m
200m
200m
150m
200m
200m
200m
200m
200m
150m
150m
200m
200m
200m
200m
200m
200m
250m
250m
400m
70m
70m
100m
250m
250m
250m
250m
250m
250m
150m
200m
200m
200m
i 200m
30m
30m
500
SOO
125m
200m
200m
200m
10
10
10
10
10
20
25
25
20
1.0
1.0
1.0
24
10
25
25
10
25
4.0
20
20
20
20
60
55
6.0
12
5.0
12
75
75
15 I~OOm
30 500m
30 500m
~~ I~gg:::
15 SOOm
15 500m
S.O 200m
200m
10 500m
101 OOOm
10~¢
5.0u~
~:O~~
.Ou
18 ·POu¢
6.0u
7.0~SZl~
19~~
IOu\!!
15~~
IOu
15u
10u¢
15u
15u~
15~
15u
15~\O
Veb
(V)
[6.1°8'Ql
10¢
1~~
10¢
100
1?~
12¢
121;;
5.1,'
5.~SZl
~:g0
6~?!
6.~~
6.0
I05g~
.5Q~
l~~~ ~:g~
25u
4.0~~
4.0u
5.0u~
5.0~~
6.Q~
.2~~
.25
6.~~
40u~
6.~~
.25
.2~~
25u
4.0u¢
30u
30u
25u
.25¢
6.0
6.0
.50¢
5.0u
~:g~~ l.g~
.2~~
15u
25u
15u
25u
15u
15u
15u
15u
25u
IOu
15u
15u
15u
15u
25u
IOu
IOu
15u
15u
15u
15u
25u
9.0
9.0
9.0
9.0
~~~0
.25¢
6.0
6.0
5.0uSZl
18u
18u
10u¢
20ut>
20ub.
14u¢
5.0u
1.0SZl
1.~~
1.0¢
25~0
10
1)~
10
.50
.5Q~
6.~~
6.0
J6~i2l 6.~~
12
3.0~Qj
20u~
.25
.5Qg)
20~~ .50
.5~~
20u
~g~SZl .5~?!
IOu
20m
6.g~
6.0
1.~8
1.~~
~g~0 4.S
lOu
~:g~
25u
2Su
100u
50u
50u
6.0
6.~?!
~g~
1~:g\O
100u
100u
16u
16u
6.00
10~§
IOu
52
I
(A)
4.~m~
3.0~~
3.0m
3.0m~
~:g~~
3.0m~
3.0~~
3.0m
LOrn
5'P00 2.b"mm0
50m\ll
1.~SZl
5.0
2.0m
2.0m
5.0
2.0m
5.0
50m
.50¢
5.0
2.0m
10m~
5.~~
10m¢
5~~
5.0
10mlZ
~~~0 6.6Q5
1.~~
15u
15~1
~:g~
5.0u
25u
I
BIAS
Ie
~:g~
tg~
5.0
O.g§
0.0
10m~
50m¢
30m
1.0m
1.0m
1.0m
LOrn
50m
1.0m
50m
50m
1.0m
50m
1.0m
50m
1.0m
1.0mb.
1.0mb.
1.0m
1.0m
1.0mb.
1.0mb.
1.0mb.
LOrn
10mb.
1.0mb.
LOrn
LOrn
100m
125mlZ
LOrn
LOrn
1.0m
LOrn
hIe
jg
30
20
15
20
30
30
30
31
14
33
65
125
220
120
125
40
40
90
90
90
115
95
26
45
50
~g
90
100
50
30
120
180
200
200
30
40
60
80
30
55
80
140
100
140
25
45
45
25
25
25
35
35
100":~ 45
45
100m
100m~ 45
45
45
20m~ 42
65
100":~ 65
100m
100m~ 65
100":~ 65
100m
65
20m~ 84
169
20~~ 90
100m
100ml!: 90
100~~ 90
100m
90
100m~ 90
1O~1 75
1.0m 200
1.0m~ 200
1.0m¢ 83
10ni0 60
10m?! 60
10mJ 220
10m
60
10m]> 60
70
1.0~~ 100
LOrn
1.0IT1~ 100
150
2'PO
m!(Ij 45
20mg) 30
20~~ 30
30
20m
.2_0mi2l ~?
LOrn
50
LOrn
50
150mb. 70
70
l~O:J 35
30
1.0m~
1.0m¢ 80
LOrn
20
1.0m
15
1.0m
50
LOrn
30
1.l,'m
l~g
1.0m
t.Om
30
LOrn
30
100m
24
1.0m
32
SO
2S~§ 40
50m
199~~
\O
~t>
COMMON EMITTER
hoe
hie
hre
llmhos)
20ul£lb
(!l)
15 III
X.OOOl
30 III
b.
b.
b.
b.
tb.
tb.
tt>
~TRUCI
-TURE
Cob
IF)
I
~~~
r§
1.2f
21
.6p$~
~up
3.0p
250f
60plZl
t
t>
300u
300u
300u
~gg 1£1
600
600
500lZl
50pl£l
17u
18u
900
1.4k
3.5
4.3
20u
3.0k
6.5
600nb
25
5.0
22u
5.5k
6.2
620nb
650nb
25
25
5.0
7.0
770nb
26
11
600nb
600nb
200nb
200nb
33
33
30
30
2.0
2.0
3.0
3.0
500nb
27
3.5
t
t
t
t
5.5
tb.
t
t
t
t
120
14p
140
12p
12p
140
14p
14p
120
12p
12p
tb.
40p
40p
400
40p
40p
400
40p
40p
400
40p
400
40p
40p
400
~gg~~
5.0
10
400
40p
40p
400
40p
20plZl
9.00
lOp
12p
b.
1.20
1.2p
2.3p
t
t
b.
b.
b.
b.
b.
A
t
Ab.
A
A
A
A
A
~~0
FA
FA
FA
FA
FA
FA
F~~
FA¢
FAb.
FA
FA
FA
FAA
FAb.
A
A
A
A
F
F
F
F
F
F
F
F
F
A
F
F
F
F
F
A
A
F
F
F
F
F
A
A
~SZl
ME0
~~~
A
A
7.0p
7.00
7.0p
tb.
tb.
tt>
tb.
tb.
b.
b.
tb.
tb.
b.
b.
4g~1Z1
22u
22u
2.5k
2.5k
3.5
3.S
1.0~~b
50 ILl
7.0~",!b
IZ1
40 1ZI
n~~b
55_0nb
1.0U~~1b
lOOn
1.0ulZlb
1.0ub
40
50
40
lZI
2Sp~
A
4.0
2SplZl
2So
2Sp
40p
400
li~lZI
29
2~~~
25
2Sp
m~
tb.
Tt:,
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~\O
A
8.0 lZI
~
~0
A
A
A
A
50p~
~g
~gg~~b ~j
.
AD¢
A
A
FA
FA
FA
FA
FA
FA
FA
t
t
t
t
t
t
t
t
t
t
t
t
t
t
t
t
t
t
t
t
t
.~
10
10
10
t
t
~
.6P:~
tb.
t
b.
t
EN.!~
EM¢
EMQS
.60$
6~~~
60
A
A
A
A
A
o
ig~~
0
g
~
DWG. AD
E
No.
T018
T072
T072
T072
T072
T072
T072
R32
T012
T018
T040
Tal
Tal
Tal
Tal
Tal
T05
T05
T05
T05
Tal
Tal
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
TOS
T05
T05
T05
X12
X12
OV7
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
Tal
Tal
T05
R23
R23
T05
Tal
Tal
Tal
Tal
Tal
T05
T018
T05
T05
T05
r05
T07
T07
Tal
Tal
Tal
T05
T05
T05
T05
TOS
TOS
ig~
T05
T05
R32
R32
i81
A~
A
G
G
G
G
G
G
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A§
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
\0
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
LINE
No.
fIJ
2. GERMANIUM PNP
TYPE
No.
i~ 1~~H1~
3:it
NKT214
4# NKT215
NKT216
NKT217
~:
~#
9
'~~T~n
2N190
1~ '~~~~~A
12
JAN2N651A
13# 2S8415
14# 2S8494
Hi:it 2S8495
~~# 2S8495A
17
MA100
18
MA882
19
MA887
NKT271
NKT272
22# NKT274
23# NKT275
24
2N188A
~~:
~~
27
~g:
30
~~~~~A
JAN2N652A
2S8167
2SB431
MA883
~~# ,~t,.~~~
33
2N241A
35
36
37
38
39
40
41
42
2N192
2N323
2N519
2N650
2N653
2N1186
2N1191
2N1451
~4# ,::>FT321
:a ~~:~~~
45# SFT322
46# SFT352
MA884
47
48
MA889
~g
51
52
53
54
55
56#
57
58#
59
60
g~
63
f!4#
65
66
~~
69
70
71
72
~~
75
~~
78
~~~~~
2N651
2N654
2N1187
2N1192
2N 1446
SFT325
2N1452
SFT353
2N508
2N652
2N655
2N1188
2N1193
,~~~%~
2N1194
'~~ljri~
2N1707
MA1703
MA1706
2N1413
~~m~t
2N1414
~~l:U
2N1705
~g# i~~~r
81
82
83
84
g~
87
:~
90
~~
93
94
95
96
~~
99
19~
102
103
104
105
MA1707
2N1175
2N I 175A
2N395t
~~~~~~
2N 1354t
1~~~~~~6A
2N1280
'~~m:
2N 1356t
2N1449
2N1471
2N3428
iMA1704
2N414B
2N414C
2N1281
2N1350
2N1351
2N 1355t
2N2172
2N1282
19~ I~~mn
108
il~g
2N1318
2N1349
2N397t
D.A. T.A. INC.
. LOW
f1J
:~g~~
~n
:~
~~
~~g~
:
~g
l:~
~g ~
'~gg~
~J
I~:~~
l:~
~j
~~
~L
:gg~
~~
::g~
~g
f
~g
l:~
l:~
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
No.
POWER TRANSISTORS
ABS MAX RATINGS @25'C
~~AX.
~RATE~
T
alL.
IN
ME BVeboJBVeeo BVe~
DISS.
lab
FREE AM
Ie
AIR
X P
@(~;C (Hz) W/'C
(V}(VJ
V) J&
#J
,~.lm
~gg~
3.1m
~~
19
32 §
200m
.90MI> 3.1m
32
10 250m
32 §
200m
.90MI> 3.1m #J 32
10 250m
32 §
200m
.90MI> 3.1m
32
10 250m
200m
.90MI> 3.1m ,:~ 60
40
10 500m
200m ,.90MI> ,~.lm
32
200m
1.0M
3.3m I:~ 25
5.bO I~gg~
25 §
200m
1.0M
3.3m I1t:J
200m
18 § 5.0 200m
200m
1.0MI>
#J 18
200m
1.0MI> 2.6m
45
30
30 500m
200m
1.0MI> 2.6m ,:~ 45
30
30 500m
32 § 6.0
200m
1.0M
3.3m #J 32
1
200m
1.0M
5.0m
25
18
6.0
1
200m
5.0m ,:~ 25
1.0M
18
6.0
1
200m
1.0M
5.0m
#J 32
25
6.0
1
200m
1.0MI> 2.7m
60
15 500m
200m
1.0MI> 2.6m
&
60
15 500m
200m
1.0MI> 2.6m #J 50
15 500m
3.1m
200m
1.0M
15
5.0
3.1m , : j 15
15 § 5.0 ~gg~;\
200m
1.0M
15 § 5.0 250m
200m
1.0M
3.1m #J 15
15 § 5.0 250m
3.1m
200m
1.0M
15
1.2M
3.3m , : j 25
25 § 5.0 200m
200m
25 §
3.3m #J
200m
1.2M
200m
1.2MI> 2.6m
45
30
30
200m
1.2MI> 2.6m ,:~ 45
30
30 500m
200m
1.2M
3.3m #J 20
2.5 500m
~g ~ 12 500m
200m
1.2M
3.3m #J 32
200m
1.2MI> 2.6m ':#oj 60
60 0
15 500m
200m
1.2MI> 2.t;im
50
15 500m
50 "
200m
1.2M
3.3m
24
12 150m
25 § 5.0 200m
200m
1.3M
4.0m
25
1.3M
3.3m #J 24
200m
12 250m
25 §
200m
1.5M
5.0m
200m
, : j 18
18 § 5.0 200m
200m
1.5MI>
200m
1.5M
2.6m #S 15
15
10 200m
30 §
200m
1.5M
2.6m
45
30 500m
200m
1.5M
2.6m , : j 30
25
25 250m
45 §
200m
1.5M
2.6m #J 60
30 500m
25 §
200m
1.5M
2.9m
40
25 200m
200m
1.5M
3.3m , : j 45
20
10 400m
200m
1.5M
3.3m #J 20
18
2.5 150m
1.5M§
200m
3.3m
32
10 500m
200m
1.6M
3.3m l : j 24
12 250m
1.6M
3.3m #J 24
200m
12 150m
200m
1.7MI> 2.6m
60
15 500m
60 ~
200m
1.7MI> 2.6m l : j 50
50
15 500m
200m
1.8M
3.3m #J 25
10 200m
18 § 5.0 200m
200m
2.0MI>
18
30 §
200m
2.0M
2.6m , : j 45
30 500m
2.0M
2.6m #J 30
200m
25
25 250m
45 §
2.0M
60
200m
30 500m
, : j 40
25 §
200m
2.0M
25 200m
200m
2.0M
3.3m #J 45
25
15 400m
2.0M§
3.3m
16
12 500m
200m
32
45
20
200m
2.2M
3.3m
10 400m
3.3m #J 24
200m
2.4M
12 150m
18 § 5.0 200m
18
200m
2.5MI> 3.3m
30 §
45
2.6m
200m
2.5M
30 500m
2.6m #J 30
25
200m
2.5M
25 250m
45 §
2.6m
60
200m
2.5M
30 500m
25 §
200m
2.5M
2.9m , : j 40
25 200m
200m
3.3m #J 24
12 250m
~.~M
30 §
200m
3.0M
2.6m
45
30 500m
25 §
200m
3.0M
2.6m , : j 40
25 200m
3.3m
15
~~Om
I~·OM
2.7m I : j
200m
3.0M
5.0
25 §
200m
3.0M
2.7m ':#oj 30
10 400m
25 §
200m
3.0MI> 2.6m #J 25
25 500m
15 §
200m
3.0MI> 2.6m
15
4.5 500m
25 §
200m
3.2M
3.3m I : j 35
10 200m
30 §
200m
3.5M
2.6m #J 45
15 500m
3.3m
200m
15
10
3.5M
10 200m
25 §
200m
3.6M
3.3m , : j 35
10 200m
I~·~m I : j
~~ §
:~gg~
3.3m
19 ~~~~
12 § 5.0 400m
200m
4.0M
2.7m ,:itJ 18
30 §
45
4.0MI> 2.7m
30 5C?~m
'~gg~ 4.0M§ 3.3m I:~ 32 18 § 10 150m
15 § 4.5 500m
200m
4.0MI> 2.6m ,:itj 15
25 §
200m
4.2M
3.3m #J 35
10 200m
25 §
4.2M
3.3m
10 200m
200m
35
15 §
20 200m
200m
4.5M
3.3m ,:~ 30
4.5M
3.3m #J 30
10 200m
200m
200m
4.5M
2.6m
45
15 500m
4.5M
3.3m , : j 30
15
200m
20 200m
200m
200m
20
,~.3m
#S 30
~:g~I> 3.3m
200m
200m
30
20
3.3m ,:~ 16
200m
5.0M
10 400m
5.0M
3.3m #J 20
10 400m
~~Om
5.0M
3.3m
40
200m
25 400m
5.0MI> 2.6m I:J 30
200m
20
20 200m
3.3m #J 45
200m
5.0M
25
15 400m
3.3m
12
200m
5.0M
7.0 200m
45
30 §
200m
5.0MI> 2.7m
30 500m
25 §
5.0MI> 2.6m #J 25
200m
25 500m
3.3m
30
200m
7.0M
20 400m
200m
7.0M
3.3m ,:~ 30
20 400m
200m
7.0M
3.3m #J 16
10 400m
50
200m
8.0M
3.3m
25 400m
3.3m I:J 40
25 400m
200m
8.0M
20
200m
8.0M
3.3m #J 30
20 200m
10 400m
200m
8.0M
2.6m
20
200m
10.M
3.3m
16
10 400m
15
20 400m
200m
10.MI> 3.3m #J 30
12
15 400m
200m
10.MI> 3.3m
20
8.0 400m
10MI> 3.3m ,:~ 10 6.0
200m
10.M
3.3m
200m
40
25 400m
15 §
12.M
3.3m ,:~ 30
200m
20 200m
MAX.
lebo
@MAX
~eb
&
19~§
IOu
10u~
10~&
IOu
l~~\O
16u
16uI>
50u
50u
14~~
20~&
20u
l~g~\O
100u
100u
10~
IOu
10ufd
10u¢
16u
!~u
50u
50u
20u\,,:!
20u¢
100u
100u
15u
16u
15u
16u
16uI>
2.0~.~
Veb
lYl
O·9fd
4.~g
4.5
4'~fd
4'3&
0.0
TYPICAL 'h' PARAMETERS
BIAS
COMMON EMITTER
Ie
hie
hoe
hie
hre
JA)
.5_0~l
1.0m
1.0m
1.0",~
If;'!0
4.~\,,:!
19om.,;o
1.0m
20m"
l.~fd
1.0m
1.0m
0.0
300m
150mJ
1.~& 150m
1.0
1~\,,:! 150mID
1.0m
1.0m
6·9fd 1.0~
50m
l.~i 1.0m
4.5
4'~fd 1.0","
1.0m
4'3~
1.0
100m
1.0m
5.~
1.0m
6.~&
6.0
1.0m
6.~\,,:! 1.0m
6.g~ 1.0m
6.0
1.0m
6'~fd 1.0m
1.0m¢
6.~~_
1.0
100ni(t
I.~ID ~~Om~
l fomm(t
4.~~ 1.0m
1.0¢
5.0
~:~
~:gg
~:g0
50
50
30
15
50
50
85
36
42
34
85
50
70
38
110
110
50
50
50
50
35
85
30
54
tI>
I>
I>
I>
I>
1ri~~
15u
15u
100u
100u
25u
16uI>
50u
15~ID
~g~0
10ufd
25u¢
15u
15u
7.0u¢
50u
15~ID
6.~~
6.~&
2.0
6~~
1:8~
6'~fd
6.g~
6.0
1.~?l
l.g~
6.0
6'~fd
g:gg
6.~"
~:8~
6'~fd
1.~
6.0
6'~fd
~g~¢ g:~
15u
~g~¢
10u~
10~~
15u
15u
l~~
50u
6.0u~¢
12u
lo~~
lOu
50u
15u¢
15u
12u
12;1
6.0u
7~O~
6.0u95
~go~
lOu
6.0u
6.b~'izI_
IOu"
5.0u
50u
15u
6.0u
6.0u
IOu
20u
IOu
6.0~"
6.0u
lOu
25u
25u
7.0u
6b~
53
1.~\,,:!
6.gg
6.0
I~:g~
5.00
1.~~
1.0¢
5.0
6'~fd
1.0¢
5.0
I~'~"
1.0m
6.00
l:g~0
I>
t
tI>
t
t
I>
I>
I>
tI>
I>
I>
I>
t
1~6
~:g0
1~~
6.~&
1.0
1.~?l
l:g~
1.~~
1.0m
1.0m
10m¢
20m"
1.0m
10m0
6;
'~~g ~
19~¢
20";(21
10m~
10~~
n i 10m
6.0
1.0m
1.0m¢
6.~~ 1.0m
6.0
1.~~ 100mID
6.0
1.0m
1.0m
6.0
20m~
1.~\,,:!
.3~~ 10m¢
10m0
.30
10m"
1.~~
1.0m
20m¢
.2~~ 1.0mI>
.2~ 1.0mI>
1.0mI>
~:g0
.3~¢
1.0
10n;:~
10m
80
80
85
120
190
70
30
30
60
90
95
80
80
160
350
150
60
60
90
95
65
80
65
100
100
95
85
110
95
2.0k
29
4.0
ng~ ~tL?1
100nlZlb
1.0ulZlb
,!?OOnb
110
t
t
t
n
2.6k
29
2.4k
Igg~lZlb 24~1Zl
lfo~b lt~1Ll
t
t
t
t
t
t
t
t
t
t
12.Jl
8.9
8.9
2.7
4.0k
500nb
29
4.0
700nb
650nb
30
32
1.8k
32
l.4k
40
1.6k
3.0
3.0
4.3
27u
l . ° ib
1.0u b
1.5k
3.2
600nb
32
3.1k
32
2.4k
25
1.2k
40
2.3k
500nb
1.0ub
19u
600nb
600nb
100nb
40u
550nb
550nb
500nb
I~~g~b
3.0ub
b
b
650nb
100nb
b
620nb
~5~~~
500nb
500nlLlb
4~
40
6~
60
t?0~\ll
40p
A
400
35p!';l A
A
21~_
25
A
A
A
A
25plZl A
250
A
25p
A
~~p
~~
25p
25p
32p
40p
32p
~~
12p
lOp
1~
m
300m
4.0
3.8
32
5.7k
32
5.4k
32
8.4k
25
450
4.0
35 ~
37 IZl
29
31
500m
6.9
4.5
29
100
5.2
~~
'~OOm
30
35 I"
b
450nb
450nb
37 J!1
28
28
400nb
100nb
b
28
31
lOp
20p
2QJl.
3211
32p
25p
25p
20p
35plZl
lOp
lOp
lOp
2QJl.
20p
20p
32p
35PlZl
lQIL
lOp
lOp
2QJl.
lOp
20p
20p
20p
20p
20p~
4.8
3.0
5.9
5.9
90
7.0
90
20plZl
2EiIL
12p
12p
2EiIL
2g~
20p
",vPI"
25
500nll1b
b
35.Jl
35 \ll
b
600nb
28
1.0
1.1
15p
12p
lZIL
20p
~g~1Zl
100
8.0
110
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
20~1Zl
12p
lZIL
lOp
12p
12p
12p
12p
lOp
14p
14p
14.JL
12p
12p
TOI
TOI
TOI
TOI
TOI
TOI
~~4
A32
T05
T05
T05
TOI
TOI
TOI
TOI
T05
T05
T05
TOI
TOI
TOI
TOI
A32
A
A32
A
T05
T05
A
TOI
A
Tal
T05
A
A
T05
A
TOI
A32
A
TOI
A
A32
A
T05
A
T05
T05
A
A
T05
I>
T05
AI>
T05
A
T05
A
TOI
A
TOI
A
TOI
A
TOI
T05
A
A
T05
T05
A
T05
A
T05
A
T05
T05
AI> I> T05
AI>
T05
A
X47
A
T05
A
TOI
A
T05
A
T05
A
T05
I>
T05
AI>
T05
A
TOI
I> T05
l>.
T05
AI>
ig~
A
A
T05
T05
AI>
AI>
T05
T05
A
T05
A
T05
T05
~~
A
2om;::t AI>
26p
~¢
26p
12p
A
18p
~\U
12p
12p
A
20~~
20plZl
1~
770nb
L C
EO
AD
D E
(F)
40p
4.0
~gg~~b ~~.Jl
38u
10J!1
40 IZl
40 IZl
tI>
t
t
t
t
t
I>
tl>
LDESCRIPTION
~STRUC
·TURE
DWG.
No.
60p~
800nb
t~ 19omm~ 150 tI>
5.0
X.OOOI
tI>
l:g~~
'g:~
Jm
Cob
6~
60
I>
t
100 I>
80
80
100 I>
100 I>
30
73t
30 t
90
53 tI>
25
49
49
49
1.0","
40
lfommQ 45 t
1.0m
60
90 t
300~&
100m
50 t
1.0"," 50
1.0m
190 I>
1.0m
190 I>
150m~ 72t
20m¢ 72 tI>
1.0m
80
80
80
1.0m
75
1.0~" 30
150
5fom(t 60 t
1.011'1>;' 80
20m¢ 99 tI>
tOm
130
1.0"'fd 130
1.0m¢ 130
1.0m
160
85 t
~l!0;¢ 260
1.0m
1.0m
280
45
1.?,m
10m¢ 90
10m0 95
100m~ 100 tI>
100m¢ 100 tI>
1.0m
30
1.0m
120
10m¢ 70 t
1.0m
44
1.~m
llmho~
n
6.~g l:g~¢
~g~¢ 6.0
50u
15u¢
15u
~fab &.~ TYPE
ig~
T05
~~g4
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
A
T05
A
T05
AI>
T05
T05
T05
AI>
T05
T05
T05
T05
A
T05
A
T05
A
T05
A
T05
T05
T05
A
T05
A
I> T05
T05
T05
A
A
A
A
A
A
A
A
A§
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A§
A
A
A
A
A
A
A
A
A
A§
A
A
A
A
A
A
A
A§
A
A
A
A
A
A
A
A
-A§
A§
A
A
A§
A
A
A§
A§
A
AI
A
A
A§
A§
A§
A§
A
A
A§
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A§
LINE
No.
~
3
4
5
6
s:
9
1~
12
13
~
TYPE
No.
1~~~~~7t
2N523
2N2207
2N 1204At
2N1204t
i~~~bOAH
2N658t
I~~~~~t
2N660t
2N661t
2N2541t
AC135
1~#
1~: ~gm
18:lt AC138
~g: ~gmH
21# AC142
AC142H
NKT281
24# AF200
~~:
~~: ~~~g~L
27:lt 256178
28# 256178A
256304
~g: 256304A
31# 256376
256427
256428
~~:
~;# ~~i~~l
36:lt 5FT251
~~# I~~fi:ll
39
2N319
:~: ~~i~d2
42:lt 5FT243
5FT252
:~# 2N320
45# 5FT242
:~ I~~m
48
2N1924
~~: ~~i~:3
51
2N1925
2N461
2N1926
54# 5FT223
~~
~~ I~~~~~
57
~~
60
~i
63
~~
66
~8
2N524A
2N525
2N525A
2N526
JAN2N526
2N526A
2N527
2N527A
2N2171
PET8350
pH~~~~
69
70
71
72
73#
PET8353
AFY39
JAN2N537
2N2173
256401
256402
256403
78
2N43
~~l
~~ ~~1656
80
81
g~#
84
g~
87
:~
~~1~~7
2N1614
:i!N 1384t
5FT162
2N270
2N586
JAN2Nl174
2N1273
~~l~~~
99
100
101
102
2N1371
2N1372
2N1373
2N1374
2N1375
2N1376
2N1377
2N1378
2N1379
2N1380
2N1381
2N1382
2N1383
105
2N2271
90
91
92
93
~~
96
~~
19~: ~~~~~A
19~
108t
109
110
IN ORDER OF (1) MAX COllECTOR DISSIPATION
121 lab &·131 TYPE No.
ABS
MAX
RATINGS
@25'C
MAX.
TYPICAL
'h'
PARAMETERS
DESCRIPTION l C
~~AX.
~
[Q!:RATE ~ T
OlL.
IN
ME BVeboJBVeeo BVeQQj
BIAS
lebo
COMMON EMITTER
EO
Cob ~STRUCI
@MAX Veb
DISS.
lab
FREE A M
Ie
Ie
hIe
hoe
hie
hre
-TURE
DWG. AD
No.
D E
X P
~eb
~~'C (IHzzl AIR
(A)
W/'C
A)
(V)
IVl
lVt
(A)
I(mhos)
X.OOOl
IF)
#J
85
t
b
10mll
110
12p
A
A
T05
!(j.Ou~
I~·~m
1,'~~
~gg~
~g ~gg~ 2.0~g 4.~g 1.0m 120
2.6m
1~ 8.bo
700nb
14
12p
30
T05
A
A
25M
200m
2.6m
15 6.0
10 200m 2.0u
4.5
1.0
200
700nb
30
20
120
A
T05
A
175M
4.0m
200m
70
.50
50m
36 tn
AD
T07
H
ig~1l
220M§n 2.6m I~J5 20
200m
15
4.0 500m 7.0~g
10
T039
8p!Z!
1
~g
320M§ 2.7m 1:lt5 20
15
400';;iZ 13 5 ~oit
200m
4.0 500m 7.0u
1.5
7.0D
AD
T039
32
200m
l.4G
12 500
25m
A
TOI
l·QIE .15~" 70 tn
~~ (IJ
210m!Z! 1.5M
20m ¢J 20
10 300m
550u
50
t
210
85p
12
A
TOI
5.~g 100~@
210m
5.0M
2.9m I#J 30
18
12
1
.35
50m
50 t
120
FA
T05
A
8.0M
2.9m
14
1
12p
FAn T05
5.0u~
A
50m~ 70 t
.3~~
l~lg~ 10.M 2.9m #J 30
30
16
1
50m¢ 70 t
12p
FA
T05
A
5.0~g
.3~g
15.M
2.9m l : j 30
210m
14
12
1
5.0u
.35
50miZ 90 t
120
FA
T05
A
210m
20.M
2.9m #J 30 9.0
12
1
12p
FA
T05
A
5.0~(IJ~
50m~ 120 t
.3~~
10Mtn 2.9m
215m
30
12 1.0
.35¢
60 tn
T05
A¢
20p!Zl
20~g
~?m¢
220m
1.5M
2.9m 1!1 20
2.5 250m
14u
Om
70 t
A
TOI
1.5M
2.9m #J 40
220m
2.5 250m
50m 100 t
14uIE
A
TOI
220m
1.5M
2.9m
20
25 250m
100
A
TOI
14~g 6.0
6.~g 5.l;:g~g
220m
1.5M
3.3m I : j 32
32 iB
10 1.2
14u
m
100
A
TOI
1.5M
10 1.;1
3.~m
#J
A
TOI
14u~ ,6.0(IJ 5~l"\O
199 t
~~g~ 1.5M 3.3m
10 1.2
400m
A
TOI
14~g
14u
220m
1.5M
3.3m
32
g
10 1.2
400m
80 t
A
TOI
3.3m #J 50
1.5M
220m
10 1.2
400m
80 t
14u\!!
A
TOI
1.5M§
3.4m
220m
32
10 1.0
lOOp
TOI
A
0.Of0 50':!! 55 tLl
10~g
2.2m
0 .30
225m
25
10m
lOu
12 1.0m
50 t
ME
2.2m #J 25
225m
10m
lOu
1.0mIE 50 t
25 IE .30
2.2m
32
32 ¢ .30
225m
12 1.0m¢ 50 t
30m
161
225m
.70M
20
6.0 300m
1.0
300m
65 t
A
R43
225m
700k
4.5m
40
300m
65 t
A
R43
20~(IJ
I.Q~ 300m
225m
1.0M
5.0m I~j 30
20
10 500m
50m¢ 70 t
An
T05
1.~g
30 §
225",
19~¢ 1.0 50miZ 70 t
1.0M
5.0m liBj 45
15 500m
An
T05
1.0M
4.5m
225m
20
6.0 300m
50 t
A
R43
~g~(IJ .50 300m 60
30 §
225m
1.0M
5.0m I~j 45
15 500m
t
An
T05
1.~g
30 §
225m
1.0M
5.0m iil5j 45
15 500m
15u
1.0
1 Om
90 t
An
T05
1.0ub
40
50p
3.0
!~u
I~
;~ ~~g~ 15u
I~g~ Al§
I~~~~ ;:~~ ,::!.':!m
~:g¢ l~.m
3.7m I:j ~g
t
24 §
15 150m
225m
1.3M
3.7m i:ltJ 30
15u
6.oiB 100~!
1.0m
30
20u
900
3.0
25p
T05
A
1
#J
1.~~§
~.4m
lQu(IJ 0.0
TOI
~()m
A
1~,:!~~ A
~g
.~~~~ 1.6M 3.7m
~g
~~
25u
1.2k
4.0
25p
A
T05
1.~g 100~&
20 §
3.7m : j
2.0M
225m
1.0
20m
34 t
A§
250
A
T05
35 §
225m
2.0M
3.7m #J 60
25 500m
15u
32u
1.6k
4.5
25p
A
T05
I.Q~ 100m!?;l 60 t
24 §
3.7m
225m
15 250m
2.0M
30
15u
A§
A
T05
100mJ 50 t
1.~g
35 §
25 500m
225m
2.0M
3.7m
60
15u
1.0
100m
60 t
32u
A§
1.6k
4.5
25p
A
T05
24 §
225m
2.0M
3.7m #J 30
15 150m
15u
30u
1.5k
4.2
25p
A
T05
6·QIE lfO'",\O¢ 50
20 §
2.5M
3.7m #J
225m
A§
50 t
25p
A
T05
200".' oil 16u¢ l.~g
30 §
2.5M
3.7m #J 45
225m
100m(Z 70 t
15u
1.0
35u
2.0k
25 500m
5.0
250
A
T05
20 §
3.0M
225m
3.7m #J
A§
25p
A
T05
20m!?;l 80 t
16u~
I.Q~
25 §
225m
3.0M
3.0m
50
20 ~gg~~ 10~g
10m¢ 60
420u
A¢
300
6.6
20p
T05
A
40 §
225m
3.0M
3.6m
A§
60
25 500m
lOu
1.0m
44
30u
18p
A
1.4k
4.5
T05
3.0M§
24 §
225m
3.0m #5 32
10 500m
15u>::, I.QIE 200:;/ 110 t*
A
R134
20 §
3.0M
3.7m
15 150m
225m
30
1.0m
80
45u
2.5k
5.5
A
T05
6.~g 1.0m
40 §
A§
225m
3.5M
3.6m i j 60
25 500m
5.0
64
35u
2.0k
6.0
A
T05
3.0m #J 45
35 §
4.0M
225m
10 400m
15u
5.0
1.0m
A§
49
1.0ub
30
3.0
50p
A
T05
40
§
A§
25
4.0M
3.6m
60
10u¢
1.0m
225m
500m
80
40u
2.5k
7.0
T05
A
'18p
5.~g
20 §
4.0M
225m
3.7m : j 30
15u
1.0
100mQi 80 t
A§
15 250m
A
T05
25
§
10m(IJ
225m
5.0M
20
115
~.Om
#J
400m
380u
550
10u~ 5.Q(IJ
~,:!p
~>::' ig~ A§A
~g
30
§
225m
3.0m
15
5.0
1.0m
500m
36
5.0~~ 3.0m : j 45
10~g
30 §
A§
15 500m
225m
5.0M
lOu
5.0
1.0m
:1
36
10
A
T05
30 §
15 ~Q()m
225m
1.0m
A§
#J 45
35
11
T05
10u~ 5.0
64 !':l
40p~ A
5.5~!':l 3.0m
1.0u!':l~
30
§
1.0m
3.0m
45
A§
15
225m
500m
5.0
64
ill
35
11
T05
5.5~~ 3.0m ! j 45
10~g 5.0 1.0m
1.0~~?b 33
4~~~ AA
30 §
A§
1"5 500m
88 ill
1.0u
225m
6.5M
lOu
12
40
T05
30
§
3.0m
45
44
n
15
225m
500m
5.0
1.0m
#J
T05
A
10u~
40p~ A
6.5~~
g~
~~
~
15
A§
225m
3.0m
45
500m
5.0
1.0m
1.
A
T05
88
~
6.5~~ 3.0m ! j 45
10~g 5.0 1.0m 120
4~~ A
:
A§
7.0M
15 500m
lOu
9
31
225m
14
40
T05
30 §
A§
15 500m
225m
3.0m #J 45
1.0m
9
31
14
T05
lOUIE 5.0
7.0~~
40~~ A
ng{Zl
A§
25
§
3.0m
20
400m
10u¢
7.5M
225m
500u
7.5
20p
A
T05
#J 50
850
5.gg
10~& 65
tJ 40
5.0 750m .05u§
150M§ 2.3m
5.0
10m
30
140u
2.0
50$ PE
Rl10
225m
250
A
tJ 40
5.0 750m .05u§
5p$
150M§ 2.~m
225m
30
65
140u
2.0
PE
Rl10
A
250
10m~
5-Q?;1
5p$ PE
tJ 40
30
5.0 750m .05u§
Rll0
200M§ 2.3m
225m
125
200u
400
2.0
A
5.gg
10~
200M§ 2.3m tJ 40
5.0 750m .05u§
30
200u
~$
PE
Rl10
5.0
A
225m
400
2.0
10m 125
32m .40u@
500M§ 2.2m #J 32
225m
\0 .30
ME
R96
1.0G§n 3.0
30
1.0
225m
10
n
T029
5.0u~0
2.8f~0
lOu
1.0
26g~iZ 30 tn
25
15
3.0 750m
T039 AA0
3.2m
240m
10 300m
.30M§
32
240m
#J 40
10u@ .5~@ 300m~ 60 t
An
T05
.30M§
60
60
10 300m
60 t
240m
An
T05
.5gg
.70M§
l i j 40
32
20 300m
.50
50 t
240m
An
T05
30 § 5.0 300m
900nb
4.0m #J 45
16u
5.0
1.0m
25
31
4.0
240m
1.0M
40p
R32
75
15 100m
32
1.0M
4.0m
25u
75 1.0m
40p
240m
T05
30 § 5.0 300m
1.0m
42
800nb
4.0m 1:1 45
16u
1.0
29
5.0
240m
1.3M
400
A1> R32
30 § 5.0 300m
1.0m
42
800nb
5.0
4.0m #J 45
16u
5.0
29
40p
240m
R32
I.~M
45
5.0 300m
16u
58 t
40p
4.0m
240m
R32
1.~g 20m
20~g 32
3.0~~ 4.0m
I ! j 65
40 §
t
900nb
31
4.0
400
12 300m
25u
1.0
An
240m
3.0M
R32
4.0m
30
30
1.0 500m
50u
D
240m
TOll
200m2 50 t
A
.50
4.0m
70
10m
15u
12 6.0m~0 50 n
240m I~g:~§
3p!Z! D
T044
12 75m
25
70 t
4.1m
16u
1.0
150m
A
R27
250m
12 250m
4.2m
45
25
16u
55 t
250m
An
R27
3.3m
35
20
35 200m
250m
10 ~gg~(IJ
T029 A
2.5p~
15 §
10 200m
3.3m 1#5 15
250m
5.0
1.0m
T05
A
25 §
10 200m
3.3m #5 25
250m
14u@ 5.~@ 1.0m
T05
A
187 ~
25 §
10 200m
250m
3.3m
25
1.0m
T05
A
187 ~
5.~g
14~~
45 §
10 200m
14u
250m
3.3m
45
5.0
1.0m
187
T05
A
25 §
15 200m 7.0u~
3.3m #5 25
250m
T05
A
127 !':l
5.Q~ 1.0m
45 §
3.3m
25 200m 7.0~g
250m
45
1.0m
T05
A
127
~
5.~g 1.0m 187
25 §
15 200m 7.0u
3.3m
5.0
250m
25
T05
A
45 §
3.3m #5 45
25 200m 7.0u~
250m
T05
A
5.Q\!! 1.0m
187
25 §
15 200m 7.0~g
3.3m
1.0m
187 ~
250m
25
A
T05
5.~g
3.3m
45 §
25 200m 7.0u
5.0
45
1.0m
250m
187
A
T05
3.3m #5 12
12 § 7.0 200m 7.0u@
250m
A
T05
385 (:l
5·~IE 1.0m
3.3m
25 §
15 200m 7.0u¢
250m
25
1.0m
A
T05
385
~
5.~g
3.3m
12 § 7.0 200m
14u
5.0
A
12
1.0m
T05
250m
385
3.3m #5 25
25 §
A
15 200m
250m
14u@ 5.~@ 1.0m 385 Itt
T05
25 §
3.3m
15 200m
A
T05
250m
25
1.0m
187 ~
14~~
3.3m
25 §
14u
25
15 200m
1.0m
187
A
T05
250m
16u
20u
1.8k
25
25 (IJ
250m
12 150m
55
T07
3.3
A
6.~ 1.0~(IJ
50u
45
65
R27
12 150m
250m
A
l:g0 l~g~Jt 75 t
ioitJ 20
15 §
.01Mn
T05
A
250m
10 500m 500u
3.0ul)
400k
1.5
A
T025 A
250m
140p
3.3m ,Iq~ 30
150m
25ul.6~~_ 100ml" 60 t
T025 A
250m
400k
1.5u0b
2000
R081 A§
40 0
250m
500kn ~a~~ of I ;~T 2:5w'lth3~F~* ~atf3~~otgmwi,th;nO~0 ~6~gentl1.0m I 31 n
R81a
40
A
.50Mn 4.2m
5.0 1.5 #
250m
50~(IJ 1.~&
1 ~¢l 40 tn
3.3m
25u
.60
100m
90 t
2.0ub
510k
150m
7.5
1250
A
T025 A
25
250m
2. GERMANIUM PNP· LOW POWER TRANSISTORS
~~~~~
JAN2N461
ET670
2N224
D.A. T.A.INC.
l~~
(m
llVl
I!~
6.~~
g
51~~
~6 ~
~g ~
I!j ~~
I!j
~~
~~
1~1
~~
~g~0
19?~&
~n
~L
~6
i
~gg~oil l~~¢
!j
~:gg
!j
19~0
~~~
~
\lO
:g~~
~
~g
I!~
l:g~~~
32
1~
19~9
~gg~&
~~
~~
.5~~
Ii]
:~
l~~g
.5~~
19~ ~
:~
:~
!~
!~
~:gg
:~
1~1
54
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
LINE
No.
~
~
~~~23
~~~~:
~t 258199
~# 2~~~~~
l~:
258476
25889AH
25889H
2N597
l~
~~~~~~18t
l~
~~i~~~
12
15
18
19
20
21
~~
24
2~'11'
27
2N1997
2N2376
2N598t
2N599t
JAN2N599t
~~i~~~
2N1999
ALZ10
2N1495t
JAN2N 1195
~~
~~~g~~i
~~
2~H~~T
30
33
34
35#
36
2N2099
2N1561
MM380
25A373
2N382
~~# !~~nt
39# ACY40t
:~: !g~m
42ji, ACY20
43#
:~:
!g~~~i
ACY44
m~ !~~i~t
48ji, AC142H·K
49# AC142K
258381
258377
~~t
~~: ~S~~~~
54
~~:
57
58
59
60
~i#
63ji,
'!.~#
65#
66#
2N2706
Iggm
2N1176
~~lm~
2N672
2N1124
258201
NKT223
NKT224
NKT225
NKT229
~~# 1~H~5
69# NKT261
~~: ~~g~~
72# 258461
n
~~~~~ri
78
79
80
81
GT5151
2N2001
GT5153
2N2648t
2N3153
2N331
2N3883t
g~'1I'
'2~hO~t
75
~~
84
~~
87
88
89
90
~i
93
~~
2N710t
2N711t
2N2381t
2N2382t
JAN2N1142
2N1142A
2N1143A
2N1143
2N1141A
2N1195
~~m~
2N249
2N1693
25867
99# 25867A
100# 5FT124
5FT143
5FT144
96
~~#
18i:
18~: ~~imp
105# 25A359
19~# 1~~~~2
108
1~g#
II
2. GERMANIUM PNp· LOW POWER TRANSISTORS
TYPE
No.
2N1416
3
4#
9
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
121 fab S. 131 TYPE No.
DESCRIPTION LC
TYPICAL 'h' PARAMETERS
MAX
RATINGS
@25'C
MAX.
ABS
~~AX.
1J illFRATE
~ME
T
EO
BIAS
IN
OlL.
BVebo BVeeo BVebo
lebo
~C:;MM N EMITTER
Cob ~STRU~C
DWG. AD
@MAX Veb
hIe
·TURE
Ie
Ie
hoe
hie
hre
DISS.
lab
FREE A M
No.
E
@25'C
AIR
X P
'(Nb
(Hz)
W /'C ~I'
IA)
!Imhos)
(VI
IV)
IIV)
IA)
(V)
1m X.OOOl IF)
(WI
A
I",air Of. 2N !24 W!th. ~t-~ matched to within 20 percent.
ig~~ A
~~g~ ~~gt 5.0m I*J ~
100nb
15
2.5
90p
A
I 18 I
1150m I 20u
14.51/; 12.0ml/; 1110
Pair of 2N 23 With hFE matched to within 20 ercent.
T025 A
250m
600k
22.u
T07
2.5 150m
2.4k
4.9
A
250m
.80M
4.2m #J 20
1.0m
85
1~~10 I~:g~ 1.0m 85 *
20 §
12 150m
30
T07
22.u
250m
4.2m
45p
A
.80M
2.4k
4.9
33u
2.6k
T07
2.5 300m
250m
4.2m Itj 12
14u
3.00 1.0m
90
6.1
A
.80M
A
250m
1.0M
3.3m
105 105 Y:'
75 200m 6.0u>,>... .2~~
20 tll
T05
All
25
12 250m
14ul/; 1.0¢ ~~om,.,>'> 70 t
35p
X5
250m
100M
5.0m
A
1.2M§
10
6.0
500u
T039
75 t
A
3.8m 1:i{J 20
2
0.0
2
250m
45
50u
1.8k
3.3
12 150m
60
20u
A
T07
1.5M
250m
45 ~
6.Q~ 100m
12u
1.8k
3.3
T07
30
12 150m
20u
A
30 III
250m
1.5M
60
6.g~
AI/;
40 Ql
45 500m
25u
1.0
2001Z1 Ab
T05
250m
3.0Mb 3.3m I#J 45
40 tll
3.3m #5 30
12
A
250m
20 500m 7.0u>,>
10ml.'e 60 tll
20p~
.5~~
ig~
250m
3.3m
35
25u
50
tll
35 I/;
30
AI/;
20p\2l
200~&
3.3m I:J 45
25u
100m
70 t
45 500m
250m
6.0M
100
Ab
A
T05
15p
#J
Ab
T09
I~·~m
~QQm
~Y:'
1~0~j ~~ t
1.~r
~~g~ ~:g~ 3.0m
2.0m
14p
66u
5.4
A
I/;
T05
1.4k
~~Oom ~~~.;v
T05
It
Matched Dair of 2 2375
250m
9.0M
1.4
T05
10.M
3.3m #J 35
25u
250m
30 500m
20p!?:/ A
35 f;1
5.<?1?J 3.0m
10M§b 3.3m
75
tll
A
30
25u
T05
250m
20 III
20 500m
200~~ 75 tll
1.g~ 200m
2~~~
10M§b 3.3m
30
20 Ql
T05
Iii
250m
20
25u
1.0
20
95
t
35
10p
Ab
A
10.M
#J
30
500m
25u
200m},
3.~m
2~Qm
1.~r
ig~
90u
A
3.0m
35
35 I/;
3.0k
8.7
A
250m
15.M
35 500m 100u
l~g t
l~g Ab T05
A
20 500m
3.3m liJ 30
250m
17.M
25u
1.00
R95
30M§ 5.0m
.70 250m
250m
50
30u
4.0m2, 40
6.~~
T09
6.5p
150M§b 3.3m I~J5 40
25
4.0 500m 7.0~~
.50¢ 200mI/; 25 ttl
250m
24
20ulZlb 10 IZI
T05
A
400M§b 3.3m 1#5 30
20
1.0
40m 5.0u
10m
250m
10
30.1Z1 2.0
A
T031
400M§ 3.3m #5 25
4.0 500m
15p
0
250m
12u?;1 1.~?;1 400m\!'i 40 t
70 t
A
400M§ 3.3m
4.0 500m
15p
T031
250m
D
40
200~~
12~~
1.~~ 400m 40 t
A
400M§ 3.3m
4.0 500m
12u
150
T09
1.5
250m
25
D
A
l.u\O ;wumI/C 70 t
!..~p
I~:g ~~g~
~~g
I~n i~ 25
7.0p
2~~~ :~~~: I~:~~ lji,j
ME
500M§ 3.3m
10u
7.00
250m
25
3.0 250m
R70
25
ME
600M§ 3.3m #J 25
1.4p$
10
.30
T018
250m
A0
3.0",\/> 50 t
10~1O
12
.50 150m
1810
40 t
3.2p
T05
250m
640M
25
25 §
5.0QJ 5'~o"'mii 90
400u
450
6.9
200
T05
A
4.0M
3.0m I#J 50
255m
20 400m
10 700m
40u>,> 2.<?~ 150m..\" 60 tll
A
X9
260m
.01Mt
4.0m #J 20
15
§
600k§
260m
18
12 500m 100u
T05
4.0m
32
1.0~~ 90
6.~~ 100m
§
800k§
6.0
T05
18
12 500m 100u
4.0m
260m
32
45
§
T05
1.0M§
12 500m 100u
4.0m #J 70
260m
32
6.~?;1 1.0m?;1 85
§
1.0M§
T05
12 500m 100u
4.0m
260m
50
30
60
6.~~
§
1.0M§
6.0
260m
20
12 500m 100u
A0b T05
4.0m I:j 40
85
§
1.0M§
4.0m #J 20
260m
15
12 500m 100u
75
T05
6.,?~ 1.0",?;1
§
1.0M§
110
40
4.0m
260m
25 500m 100u
85
T05
6.~~
§
1.0M§
6.0
AfiJb T05
4.0m I!j 50
260m
30
12 500m 100u
60
§
1.3M§
4.0m #J 50
260m
30
12 500m 100u
T05
6.'?1?J 1.0mI?J 140
§
1.0m¢ 140
1.3M§
4.0m
40
260m
20
12 500m
T05
1~~~1/; 6.01/; 400m 80 t
4.0m
260m
1.5M
50
10 1.2
A
T01
260m
4.0m #J 32
10 1.2
400m
80 t
A
T01
1.~~
lri~1O
1.3M
32
270m
300m
20mI/; 42 t
500nb
27
3.5
1.g~ .50m
30 §
270m
1.4Mb
32
150m
134
10u
6.0
~11l ig~
30 §
10u
270m
1.5M
300m
#J 32
500nb
27
5.0
20mq) 84 t
A
T05
1.Q~
30 §
270m
3.0M
32
500m
10u
1.0¢
20mI/; 84 t
T05
2.5M§
10 200m
280m
32
10u
3.3m :J 32
0.0
50m 115 t
155u
3.9k
11
!DI1l T01
A
4.5m #J
Ab
H
100m?;1
~QOu
2'Q?;1
I~~~~
ig~
~gg~ 500~~ 2.g~ 100~g
4.5m
~~
All
H
35 §
15kt
10 300m
10u
300m
35
10m
T05
5.0
A
20 II
A
15kt
40
300m
A
300m
20
II
A
#J
10m~
5'Qf;1
ig~
300m
15kt
300m
5.01/;
A
#J
10mI/; 20 II
A
4.0m
75u
300m
.20M
25
I1l
25
2
R2
Ab
300m
.40Mb 6.3m~ J
40
40 250m
40 II
10u?;1 6.Q~
T05
A
4.5m¢ J
35 §
300m
.50M
35
12 400m
Ab
T05
10:} 60 t
30~~
1.~~ 150m
30 §
300m
.75Mb 5.0m #J 30
10 500m
10u
4.5
1.0m
50 II
6001Z1
T05
!11l
30 §
300m
.75Mb 5.0m #J 30
10 500m
30 II
T05
10u~ 4.~?;1 1.0m?;1
60p~
30 §
300m
.75Mb 5.0m
30
10 500m
15 II
T05
10~~
4.~~
6~~~
30 §
300m
.75Mll 5.0m : j 30
10 500m
10u
4.5
85 II
60
T05
A0
40
300m
1.0Mll 6.3",10 J
40 250m
A
10u?;1 l.Q\/> 500m~
24 §
1.0M§b 4.0m
32
10
300m
A*
20~~
1:~¢ 600~&
AI/;
15 § 5.0
5.0m
15
50
300m
1.0M
10u
50m
T05
15 § 5.0 250m
5.0m #J 15
300m
35
1.0M
T05
10u~ 4.~~ 1.0m?;1
15 § 5.0 250m
15
5.0m
300m
1.0M
T05
85
1.0m~
10~~ 4.g~
30 §
300m
1.2M
35
20u
1.0
400m
80 t
A
T05
12 400m
A
1H § 2,5 500m
10m #J
105M
50
1;~~
I~gg~# 2.0M
1~ri~1O .5~~
ig~
4.0m #J ~g
1
35ptz] Ab
20
175 t
4.0m
40
10
15
2.5M
300m
25u
.50
1.0
40
Ab
T05
25D
1
300m
6.0M
4.0m #J 30
20
100u
T05
A
35plll Ab
.5Qf;1 500mlO 60 tb
10M
4.0m
6.0
15
300m
25
25u
80 tb
25p
Ab
T05
.5~~
A~Qj
25 §
4.0m
30
2
100u
6.0
l:8ml1l 200
300m
20.M
35
100u
5.0k
220
A
T05
15
15 100m .01u
30M§1l 107m §5
300m
15
T018
5.QI?J 1.0~1O 3.0
8~1ZI P
~>'>
300m
100M
3.3ml/; A
30
12 200m
16u
50
24u
1.5k
4.7
36p
A
T09
6.g~
1.0
100M§b
4.0m
300m
#5 25
15
3.0 250m 100u§
30 Tb
8~1ZI
T05
!11l
15
I~""m
I~gg~§ ~.Qm :J ~~
~:~ ~g~ 1~g~ ~glll ~Qm
S:gg
~~ +O~8
300~~ 300M 4.0m
10~& 40 tt
.50fiJ
4.0m #J 15
2.0
50m 100u
10m
5.0p
T018
300m
ME
300M
4.0m
12
1.0
50m 3.0u
30
t
5.0p
ME
300m
10m~
.5Q~
1~ 10 4.0 500m
igj~
300M§1l 4.0m
40
t
300m
30
6.0p
7.0~~ .5~~
200~~ 40 t
300M§1l 4.0m ! j 45
.50
200m
T039
AfiJ
6.00
300m
20
4.0 500m 7.0u
300m
320M
4.0m #J 30
.70 100m 100u
100ulllb 7.5 III
T05
A
4.0PIll
1QI?J 10m8 10 tll
10¢
10m¢
400M§1l 10m
T05
300m
30
.70
100m
15
tll
25 ~
4.0~~
400M§b 10m
30
25
.50 100m 4.0u
10~ 1Omit 15 tll
T05
300m
10m #J 25
.50 100m 100u
40ub 3.6
20
1.5p
T05
300m
480M
D>'>
1~?;1 1Om8 49
T05
101/; 10m¢ 15 tll
500M§b 10m
35
25 I/; 1.0 100m 4.0ul/;
300m
550M§
4.0m
20
1.0
100
1
Omit
40
8.0ub
5.0
13
2.30
DME<Z
T029
50m
30
300m
1.4p
10m #J
.70
ig~
:g~~ I~:~
~g
~g~~ ~~~~
1.2p
1.0
10m
J 25
R117
200m
25u
1.0
100m
50
350m
MT30
4.8m
25
2.0
500m
25 \/>
350m
#J
A0
10~1lI
19~\/> 6.~~ 100m 45
11~1lI 2.1
45p
T01
12 150m
21u
A
350m
1.0M
55
60
30 150m
10u
100m
45
21u
1.3k
2.1
450
A
T01
1.0M
6.0
350m
R13
20u
12 500m
220
A
350m
5.9m #J 24
1.0M
1.<?1?J 250m?;1 30 t
t
220
60p
A
R13
5.9m
45
20
25 500m
20u
100M
250~~ 30
1.~~
R13
20
25 500m
20u
1.0
250m
60 t
380
600
A
5.9m I!j 45
1.8M
R13
A
70
t
20u
2.0M
5.9m
24
12
500
350m
#J
1.<??;1 250:}
~2~m
R13
A
250m
70
t
500
15 500m
5.9m #J 30
15
25u
350m
2.0M
1.~~
ME
T05
20m
15u
6.0
5.0m
30
3.51l
250M
20
350m
ME
MT30
3.3m #J 25
3.0 250m
25
10u\/>
\/>
~:ggtz] AD T07
180 t
4.0ml/;
70
70
30m
6f~u¢ UI1l 5~g~¢ 2.0
R81c Ar/J
5.2m
40
400m
60
20
60 IZI'
5.2m
100
60
20
70u>,> 1.~>'> 500u~ 2.0 II
R81c A\/>
400m
60 !ZI
A
X9
14m
45
10
500u
6.0
50m
85 t
400m
JAN2N1039
JAN2N1041
AC124
D.A. T.A. INC.
o
$f
l~o"'m<1J
~:~~:~
~~
~~
l:g~
~~
;!~
~~o"'!<Z
li~
b
b
!~
1~5{1
~
l~~~
~
19~1/;
~~
!~
!~
,!j
1:8~~
~~
1:8~~
l:~~:
A~
b
!j
!j
~~ ~
!j
~~
~8
l~
l~g
i
~~
1:g~~
J~Om~
iJ
!~ll
~1
!~
mi~*
tb
5gg~~
~~o"'m<z
~~~4
b
b
tb
tb
!~
A~
19
!~
!~
!~
J~
,!~
li
~~
199~ 199~
19~ 19~~ :~
~I/;
~~g~
~~~~
~~~~~b
b
I~J
1~1
55
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
:~
!~
,
:1
!
LINE
No.
~
2. GERMANIUM PNP·ABS LOW
POWER TRANSISTORS
MAX RATINGS @2S'C MAX.
TYPI A 'h'
TYPE
No.
2: l~cZfo
i#
4
5
6
7
8
9
lu
AC117
KF2000
KF2001
KF2002
~~~~~~A
2N 1494t
AI,;139K/AC142
11:1t SFT234
~~# 1~~T234A
13# 2SB347
14j, 2SB348
15# ASY76
ASY77
ASY80
18# SFT232
SFT233
~g: AC125
1~:
~.1#
~~1f.
~~m6t
OC74N
24# SFT130
SFT145
OC79
AC128
OC74
29j, SFT146
~~i
~~:
~~! 1~~~?31
32# SFT131P
AFY10
AFYll
35j, 2SB271
~~:
3~: I~~~~n
38
OC83
~g: 1~~::96
4;# SFT367
:~: ~~~~~~
44j,
NKT302
:~'"' ~:J~~~OOt
47
2N600
2N1385
48
49# GM378A
2N2929
50
51#
1~~B2:508A
~~i 2SB458A
~a li~~~~8B
56# AC188
57#
58# ~~~~3K
JAN2N2553
59
g~# i~~~~;l055
62j, AC121
~~: ~S~~~
65# AC162
AC163
AC153K
68# 2N2095
~~:
~~: ~g~~3
71j, 2SB372
72#
n:
~~~~n
2SA374
~~AX.
1J
OlL.
DISS.
@25'C
(W)
:gg~
400m
4()Om
400m
400m
400m
400m
400m
420m
450m
450m
500m¢
500m
500m
500m
500m
500m
500m
500m
500m
~~g~1ll
550m
550m
550m
550m
550m
550m
5~()m
550m
550m
lQ.ERATE ~ ~
IN ME BVeboJ BVeeo BVel!QJ
Ie
FREE A M
AIR X P
(V)
(V)
I(v)
(A)
(Hz)
W/'C
lab
¢j
14m
7~
10kt
14m 0J 30
.01M
5.6m #J 80
.01M
5.6m
120
5.6m ! j 80
.01M
.01M
5.C;;m #J 120
20
220M§,', 5.3m
320M§ 5.3m
20
i~
1.5M
.30M
.30M
17kt
17kt
40
80
80
32
32
#J 40
60
i j 40
#S 40
60
32
!j
#J
~j
4.0m
I~gg~~ 4.0m
700k,', 4.0m
700k§
6.6m
700k§
6.6m
1.3M§,', 3.3m
1.7M§,', 3.3m
150M§,', 6.7m
8.0kt,',
11m
9.1m
1.0M
1.0M
9.1m
11m
1.2M
1.5M§
3.3m #J
11m
.1.5M
1.8M
9.1m
:J
ij
iJ
~~
~:g~
2.0M
560m:~ 250M§
560m*0 300M§
600m
600m
600m
.85M§
600m
Iggg~
6.7m
7.7m
7.7m
3.3m
~:g~§
4.0M§
1.0M
10 §,',
1.0M
1.0M
5.6M§,',
10.M
750",10 250M§,',
400M§,',
700M§,',
700M§
750m
800m
800m
650m
700m
750m
750m
750m
9.1m
9.1m
4.0m
4.0m
4.0m
4.Um
~~
20
24
45
26
32
20
45
,%~ ~~
j,J
#J
#J
:IE,)
,,",J
i~8~1ll
li~
I:~
~
¢
l:~
~~
40
30
40
32
32
25
10
~g 0
32
20 0
20
32 10
20
~~
60
30
35
35
25
20
lOme l:lts 25
20
13~~ I!j 25
13m
45
1..3 mil #J 1~~
~gg~ .37M,', 3.3m
1.5M§
13m l i j 25
800m
1.5M§
13m #J 25
800m
350M§
4.0m
800m
32
12m I!j 60
900m
12m #J 100
900m
64
900m:~ 1.2M§ 3.3m
3.3m I!j 20
900m* 1.5M§
1.5M§
3.3m #J 32
~()Om*
3.3m
32
900m:g 1.5M§
3.3m l i j 32
900m* 1.7M§
3.3m #J 32
900m¢1O 2.3M§
1.5M§
32
1:8
500MM 14me
30
1.5M§
1.1 *
3';lm #J 32
1.5M§
3.3m
32
1.1 *
J
25m l i
25
1.5 {Z
25m #
25
1.5 ~
25m
60
g
300M§
liJ 34
~~8~1ll
25
50
60
~~
32
11m I!j
11m #J
10m
10m
10m #S
50 ~
100 ~
50
l~g 10
15
30
30
30
25
25
25
32
#J 30
100~iZ
10m
30
~g ,~gg~
50
§
20
40
20
35 ~
35
10
15
10
15
25
45 .~..
Igg 10
15
15
32
40
~~
20
24
30
24
24
32
15
32
32
25
25
60
§
§
§
§
(VI
lU
BIAS
Ie
(AI
O.um
hIe
.5<?~
199~~ :~g~
10~r .5<?~
7.0u
·15.g~
20cif@
400m
3.0
20
20
10
10
10
10
20
20
20
10
10
4.0
6.0
12
25
10u¢
750u
t
40~m! 100
40 t
~gOm
100m
500m
300m
500m
500m
200m
10
1
300m
25 500m
~~ I~gg~
3.0 500m
2.1u i~~gm
1
5.0 2.5
20 500m
15 2..5
15 2.5
30
30 500m
4.0 100m
.30
50m
.75 100m
.30
50m
12 1.0
12 1.0
12 1.0
10 400m
10
1
10
1
.50 300m
20
19
10
10
10
1.0
10
10
10
10
10
.50
7.0u
125u~
10~~
lOu
40u
40u
40u
50u~
50U0
200u
200u
7.0~~1ll
20
20u
20u
lOu
lOu
20u
!(ju
20u
250
18u~
18u0
100u
Il;ll;lu
14m
10~~
5.0u
50u
~glll
.5~1O
5.0
5.0
2. 0
0.0
0.0
.5~~
.500
5.0
5.0
.50125
6.0
1.~~
1.0125
6.0
0.0
10u\2)
50u~
10~g
70u
70u\2)
300m
18u
300m
25u
25u
500m
300m
18u
200m
25u
200m
25u
1.0
300m 2~~~1ll
1.0
1200u
1.0
1.0
1.0
50u~
1.0
50~g
300m
12u
~g~0
~
iB
85
35
40
35
40
t
t[,
t,',
t,',
t,',
~~ i~
50m\l .:!O t,',
2.0m
125
2.0m
180
300m
26 t,',
26 t,',
300m
5 t,',
300m
50m~ 110 t
50m0 110 t
2.0m
125
100 t,',
2.0m
25 t,',
2~g~~ 60
t,',
250m~ 30 t
250m0 30 t
50m0 42
55 t,',
50m
75
60 t
19~
6.00
~:~¢
1.0
0·2~
l.g~
0.0
10\2)
IOIll
1.~~
l.~g
1.0
ig~1
40p
A,',
A,',
80u
100u
1.~~ 500u~
.5~~ 100m0
.50
100mi/:
.5~~ 100m
.500 100m¢
5.0
2.0m
2.0m
5.0
0.0
300m¢
90
300~1 90
70
n0 200m
1.~~ 200m~ 150
1.5¢ 200m0 150
2.0
150m 100
0.0
1.7k
2.4k
6.5
8.0
3<?2m~
220
220
60p
lOOp
380
600
500
500
1.2p
1.2p
56
A
A
A
A
A
A
A
A,',
A
A
~~¢
A
A
A
A,',
A,',
A
A
~g
0
60 \Zl
80u
90u
2.0k
2.8k
8.0
t
t
t
t
t
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
TOI
TOll
TOll
TOI
TOI
T05
T05
T05
TOll
TOll
TOI
TOI
T031
TOI
MS5
MS5
R8
TOI
R8
MS5
A
§
§
§
12510
A0
A
~~5
MS5
T05
T05
TOI
TOI
TOI
TOI
~gl
RIll
R56b
MT60
R56b
R56b
20plZl
MT60
A,',
150
MT60
2.5p!ll
R0100
EM¢ R80
300
T05
R80
I~M
A
MD17
A
MD17
A
MD17
X9
A
900$ A
R51a
X9a
AD
T039
12p
MT27
MT27
TOI
A
A
TOI
TOI
A
TOI
TOI
At
TOI
A
A
8.000
T031
A
TOI
A
TOI
A
T05
A
T05
A
T05
130
AD
T05
15p
,
D.A. T.A.INc,
A
A
6.5plZl
~g i~
1.1~ 5gg~1ll
A
A
~0
A,',
nt
70 t
10m!il 60
10m0 60
100mi2l 80 t
200 t
100~} 150 t
100m
1.0m
90
1:9_"'.10....
50m¢
300m 250 t
30 t,',
1.0,~,
175 t
100~~
50 t,',
50m
50m\!! 50 t,',
50 t,',
200~~
100m 125 t
10 t,',
10~ 20
t,',
3.0m",z
10 ,',
10m
3.0m\2)~ 20 t,',
28 t,',
500~g 28
t,',
500m
500m\il 28 t,',
40
t,',
300~~
300m 200 t
40 t,',
2.0,',
2.0,',
50 t
100 t
75 t
80 t
110 t
160 t
90 t
~~
~~
~(jm
~:~¢ 250~~
1.0iB 250m
199~S l:~~
30U0
200u
200u
1
1
~:g~ ~~Om0
~~~IO O.Q~
1.~~
25u
1.0
5.0u0
50m
~g
(m
tlU
6.0
10
§
~~b
~~~
Vcb
100u~
~g
§
lebo
@MAX
500u
15 500m
1.0
70m
1.0
70m
15
15
15
'
10
20
3
20
3
20
3
.~O
50gm
::g 500m
1.2
1
1
100m
100m
300m
300m
300m
3.0
:~I ORDER(gF (1) MAX COLLECTOR DISSIPATION
2 lab" 3 TYPE No.
E~(;RIPTI N
COMMON EM lITER
Cob ~STRUC
hoe
·TURE
DWG, AD
hie
hre
No.
DE
I(mhos)
(F)
X.OOOI
X9
A
X12
X9
A
T05
T05
A0
T05
A~
AIO
~¢
8plZl
7.00
T031
A0
AD
PARAM~ ER~
A
A
A
A
A
A
All>
\Ill
X
g~
C\2)
A
Al
A\2)
A
Ali;
LINE
No.
~
1.1
.
3 GERMANIUM NPN . LOW INGS
POWER
TRANSISTORS
@25'C
TYPE
No.
~~:nu
2N166
3
4#
~:
~~g~
25C77
7# 25C73
8# 25C78
2N124
9
2N507
2N567
2Nl03
12
1~
1~
15
16
17
18
19
20
21
~~
24
.~~~~
2N194
2N194A
2N211
2N216
2N515
2N516
2N517
~~~g58
~~#
2N125
2N126
25C60
2N169
~g
1~~mA
27
30
3~
33
~~
36
~~#
39
40
41
42
:~
JAN2N78A
2N78A
2N145
2N146
I~~m
2N253
2N254
250162
2N164
2N165
2N292
2N448
~~m!
45
2N293
48
49
50
51
52
53
54
55
56
57
58
2Nl086A
2Nl087
2N1121
2N78
2N167
JAN2N167A
2N1510
2N167A
2N1217
2N1694t
2N821t
25035
25D36
2N556
2N557
2N558
:~ 1~~tri~6
~~:
~~
63
~~
66
~~
69
~~
72
n
75
76
77
78
~~
~~~:~
2N444
2N445
2N1366
2N1367
~~~~~t
2N164A
GT792
2N292A
2N446
2f11357t
2N183
2N439
I~~~~~t
81# 25C50
2N184
25066
2N1310
84
g~#
g~# ~~~~~1310
8711: 25062
~~; 1~~~64
9011: 25065
~~ I~~m~
2N1672
2N1672A
~~# 25C89t
9611: 25C179t
2N585t
97
93
~g: ~~ggbt
1:
18
102
2Nl090t
25C91t
25C181t
18~# ~~Jg~1t
10511: 25032
18~# ~~i~g~
108
GT1609
l~g: i~~~~~t
O.A. T.A. INC.
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
[2}fab & [31 TYPE No•
MAX.
TYPICAL 'h' PARAMETERS
DESCRIPTION l C
Pt~AX.
1J ~RATE~
T ABS MAX RA
IN
ME BVeboJ BVeeo BVe~
lebo
OlL.
BIAS
COMMON EMITTER
EO
Cob ~TRUC
@MAX Veb
DISS.
fab
FREE A M
Ie
Ie
hfe
hoe
hie
hre
·TURE
DWG. AD
@25'C
Veb
AIR
X P
No.
DE
(W)
(V)
(V)
(A)
(V)
(A)
I(mhos)
(Hz)
WfC
(A)
(m X.OOOl (F)
A§
10
10
*A
1.0u
22_m
.•
3~m
1~617~ *5 6.10
~\O
19(/) 1.0m
~g
20m 3.0u
4.0p
20m 5.0u
6.0
25m
5.0M
1.0m
32
R05a
A
* 6.0
15
30m
10.M
5.0m 8.0u
6.0
1.0m
24
2.1p
R14
G
38
I~j 15
R14
5.0m 8.0u
6.0
1.0m
2.1p
30m
10.M
24
G
38
IQjj 15
10.M
5.0m 8.0u
6.0
1.0m
24
R14
30m
38
2.1J>
G
15
5.0m 8.0u
6.0
30m
20.M
1.0m
41
35
2.0p
R14
G
I¢j
15
.20u
1.5p
R14
30m
20.M
5.0m
2.0u
6.0
49
2.0
G
33
10
714u I~'
5.0 8.0m 2.0u
5.0
300k
18
100
OV9
50m
40
F
50m
15u
10m
25 11
.5~
I·~OM
50m
.60M
40
15u
1.0
10m
40
10m
OV9
1.0m
4.0
A
.75M
35
50u
4.5
200
G
50m
1.0m
A
50m
1.0M
30
10m 2.0u
4.5
13
19p
T05
GI1
I~ 40
A
2.5M
10m 2.0u
40
14p
OV9
G
50m
g0
18 §
110
100m
25u
A
T022 F
1.0m QjJ
50m
3.0M
8.0
18 §
100m
50u
1 lp
3.0M
1.0m
50m
A
T022 F
6·21E 1.0",lZ' 8.0
10
50m
20u
T022 F
1.0m ¢j
50m
3.0M
5.0
lOp
A
6.~~ 1:g~0 7.5
18 §
50m
50u
6.0
110
T022 F
3.0M
1.0m ~J
50m
A
18
10m
50u
7.5
l1p
A
T022 F
1.0m
50m
3.0M
1.0m!?!
6'2!?!
18 §
10m
50u
7.5
l1p
A
T022 F
1.0m
50m
3.0M
1.0~~
6.~~
F
#J
18
10m
50u
6.0
1.0m 7.5
110
A
T022
3.0M
1.0m
50m
1.0m
A
40
10m 2.0u
50m
3.5M
4.5
40
lOp
GI1
OV9
18 §
6.0¢ 1.0~~ 17
F
4.0MI1 2.5m
50m
50u
lOp
A
T022
50m
1.4m
1.0m
36
230nb
3.0
100
OV9
5.0
5.0M
10
5.0 8.0m
2.0u
62
50m
1.0m
14p
5.0 8.0m
2.0u
5.0
R26
50m
5.0M
1.4m
J 10
20
b
90
20 ¢
6.0¢ 1.0m¢ 50
10 20m
50m
5.0MI1 588u
20
15u
25p\Zl A
TOl
4.0M
1.1m
15
15
20m 5.0u
2.40
OV17 A
55m
G
55m
5.0M
Um
25
25
20m 5.0u
2.4p
OV17 A
G
55m
6.0M
1.1m
15
15
20m
OV17 A
G
l1M§11 1.0m #5 20
1.0¢ 1.0m¢ 45 tl1
20
20m
b
140 \ZI
OV17 F
60m
G
5.0
1.1m
20
OV5
20m 3.0u(/)
65m
20
F
1.0p
20
5.0m
3.0u
9.0
OV9
1.4m
65m
G
!j5
1.0~~
1.00
5.0m 3.0u
9.0
1.0m
OV9
1.4m
65m
20
G
1.0p
1.4m
20
5.0m
OV9
G
1.0m\9
3.~u
~.O
~5m
1.0m¢
5.0m
3.0u
OV9
1.4m ¢j 16
1.0p
65m
G
9580 100rri0 3011
3.0u
OV9
65m
12 5.0
OV9
3.0u
65m
20 5.0
.5~!?! 100m(/) 30 11
15 § 2.5
12u¢
30m
17u
65m
3.0M
Um
20
2.0k
4.0
A
R18
6.~~
: j 15
4.0MI1
15
1.0
30m 5.0u
1.0
A
65m
100
T05
20m 5.0u
72
t
15
.02ml1
65m
5.0M
Um #J 15
2.4p
R5
G
1.~f!,l
25
t
67u
1.1m
15
15
20m 5.0u
1.0
65m
5.0M
2.4p
OV5
G
1.0~~
1.~~ 1.0m
20m 5.0u
1.0
25 t
67u
1.0
65m
5.0M
Um
15
15
OV5
2.40
G
75m
8.0mlO 17 t
65m
25
OV17
5·2~11
20m 5.0u
15
15
8.0M
1.1m
2.4p
A
65m
OV17
G
20m 5.0u
8.0M
Um i5 15
15
100 1.0m0 25 t
67u
.50
OV5
2.40
65m
G
20m 5.0u
OV17
15
72t
65m
8.0M
#J
1.0m!?!
20m 3.0~~
A
8.0M
Um
40
OV5
9.0
9.0
65m
G
5.~~
20m 3.0u
5.0
OV5
40
A
65m
8.0M
Um : j 9.0
G
9.0
20m 3.0~(/)
5.0(/) 1.0m!?! 40
65m
8.0M
Um #J 9.0
OV5
9.0
A
G
20m 5.0u
1.0m¢ 34 t
OV5
65m
8.0M
15
A
20m 3.0u
5.0
1.0m
6.00
OV5
65m
9.0M
Um
15
15
5.0
58
200nb
55
2.0
1.0m
1.5
65m
Um #5 30
30
5.0
75m 1.5uf!,l
5.0
65
200nb
2.5p
11 OV5
55
1.0¢ 8.0~~ 17 tl1
70m
Um
30
5.0
75m 1.5u¢
OV5
6.0p\Zl
70
§
1.0m
1.3m
75
8.0
20m
5.0u
1.0
30
t
75m
OV5
G
1.0
1.2m #5 30
6.0p
75m
9.0M
30
5.0
25m 1.5uf!,l
200nb
11 OV5
1.5
8.0mf!,l 30 t
55
60 t
9.0M
1.3m
20
20
5.0
25m 1.5~~
2.5p
A
75m
11
OV5
1.~~
25 t
20
1.3m
10 25m 1.5u
1.0
A
75m
9.0M
20
T05
2.50
15
70 t
10.MI1 1.3m
30
90p
FA
u8
25 400m
75m
lOUIE 1.2\9
1.6m
20
10 60m
A
R18
83m
108 +~
10~~ 1.0
1.~~ 250ul1 220
10 60m
lOu
t
20
1.6m
A
R18
83m
15 200m
10ml1 50 t
A
100m
1.7m #J 25
AI1
T05
.3~\9
1.7m
10
lOu
10ml1 30 t
A
100m
20
AI1
T05
.3~~
1.7m i j 15
15 ~gg~
lOu
10ml1 75 t
AI1
T05
A
.30
100m
2.0m
25
12 50m
A
TOl
A
50m~ 70 t
1.~\9
~~9m
2.5
50m
14u
65
t
A
100m
2.0m I~~ 20
50m¢
A
TOl
l t 1 1.~~
A§
2.0u
15
4.5
1.0m
15
130
A
T05
100m
.50MI1 2.0m 1#5 15
A§
12
13p
A
T05
100m
2.0MI1 2.0m #5 15
35
4.~!?! 1.0m
2.p~~
18
§
10m
l1p
FAI1 T05
12
1.0m
10
A
100m
2.5MI1
1.6m
6.g~
18 §
10m
15u
A
12
1.0
10mQ: 20 tl1
110
FAI1 T05
100m
2.5MI1
1.7m
A§
18
14p
T05
3.0M§
2.0m #5
A
20 !)QOm-1j 5.0u(/)
100m
5.~1D 1.0m(/)
15
lOp
A
R8a
A
2.0m
100m
3.8M
1.0
30m 5.0u
15
15
100m
4.0MI1
80 tzI
100
T05
A
100m 6.0ulD
5.0m
5.0
37 tl1
A
T09
100m
4.8M
2.0m #5 20
1.0m¢ 51 III
15
.50
20m
lOp
15
T05
A
100m
5.0M
1.~~
A§
1.0m
10
4.5
60
130
A
T05
15
100m
5.0MI1 2.0m
A§
15
20 500m'll 5.0ulD
45
14p
A
T05
20
100m
6.0M§
2.0m
1.0",10
5.~1O
40
lOp
A
15
R8a
A
7.5M
500u ~5 25
100m
1~0":n0 45
4.0
9.00
A
25 300m
lOu
1.0ub
27
T05
A
1.6m Ijj,J 25
100m
7.5M
A§
12
;tU
A
,tlUUm-1j
l.~",\O
~~p
i~g
,~:g~~ I~·~m
A§
~:g~¢ 5'~\9
13p
A
~~ 6.0
2.0m
4.~~
A
45
R9
6.0
100m
20
20 200m 3.0~~
12M
2.0m
lOp
1.0m
60
A
R8a
6.0
A
15
500u
25
100m
15M
R14
20 §
250nb
1.2
35p
100m
1.0¢
10m¢ 25 t
28
A
15u
25
120m
800k
5.0
110
T09
A
1.0m
35
1.0ub
35
20
25u
5.0
120m
1.0M
2.0m #5 90
A
2.0ub
15
T09
20
90
1.0MI1 2.0m
.2~f!,l 5.0mJi", 20 tl1
1~~m
25 §
250nb
1.2
A¢
R14
t
28
35p
10 100m 7.pD'.\"
gJS 30
120m
1.0M
10~~ 50
1.~~ 10m
~j 30
25 §
250nb
28
1.2
350
AI1
R14
10 100m
lOu
1.0
50 t
120m
1.0M
A
~~u
I~l:
::g¢
gg~
15u
1.2
A
:g~~ 199 + 250nb 28
¢j
R14
20 §
100m
15u
1.0~ 10",(ij 50 t
250nb
28
1.2
350
A
120m
1.0M
25
l1p
A
25u
1.0ub
35
5.0
2.0m #5 75
5.0
1.0m
120m
1.5M
~g
IIp
1.0ub
25u
5.0
A2.0m #5 5.0
1.0m
35
120m
2.0M
A
T05
25u
2.0k
1.0m
10
50
A
2.0MI1 2.0m
40
120m
T05
A
10
601D 1.0m
15 11
2.0MI1 2.0m #5 40
40
4 kill
120m
25p
T05
20m
3.0M
2.0m
20 l1t
120m
15
TOl
25u
250
2.0m i j 25
20 200m
20m
20 I1t
120m
3.0M
17p
T09
A
2.9m
A
5.0M
20 200u 8.0~(/)
.2~(/)
40 t
120m
25
15
,~~
2~g~(I)
25p
400m
25u
T05
2.0m
20 l1t
120m
5.0M
25
20
:~g¢ 200m 20 l1t
25u
250
TOl
2.0m 1I:J 25
120m
5.0M
20 400m
17p
A
25u
T09
25
15
A
20m!1l 50 t
7.0M
120m
20 400m
.2~1D
25p
T05
2.0m
25
20 l1t
120m
10.M
20 400m
~5u
2~g:"
250
5u
20
m
25
400m
20
l1t
TOl
2.0m
120m
10.M
L#J
20
17p
25
12
A
25u
70 t
A
T09
120m
13.M
20 400m
.2~\9
2.0m
50 t
2.5m
25
10 125m
TOl
125m
1.~~
2.0m
1.0
90 t
TOl
2.5m I~j 25
125m
10 125m
0.0
20m
30 tl1
4.0M§11 2.5m #J 30
25
T05
125m
5.0 100m 3.0u(l)
16~1lI A
14p
2.0m
A
T09
4.5M
125m
5.~~ 1.0m
1.0m
5.0MI1 2.0m
5.0
140
125m
A
T09
25
5.5M§
30
A
125m
.5~1D
199~\O ~g +11
5~0 100m
ig~
6.0M§11 2.5m
20
100m I~:O~~
160121 A
25
.Ou
0.0
125m
~~~
1M
~:~~
b~~
1:g~0
199~
I!
~~~~
1:8~¢
~j
is
!~
~~
~:g~¢
~:~~tzI
1:8~¢ ~8!2l
:~
1~
1:8~~
~:8~11
:~
:1
~:8~~
i~
2~8::':
!J
~~
I~J
~~
~:~ Lg~¢
~~
~:8~0
L:~
~:g0
!}
199~
Lg~0
~J
l:g~
~j ~~
1~~
199~
~g ~
~~~
~8
i8~
~:80
:~80
:~
tf
:~80
1~~~
2°~i
I:~
I~~
57
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~~
I
i'
LINE
No.
a
~
3. GERMANIUM
NPN . LOW POWER TRANSISTORS
1J LQJ
TYPE
No.
1~~~1~9t
:~
:~#
16
17
18
~~
21
~~
,~~~~
:~g~
~~~~~~~
2N233
~~~~~~
2S033
2S037
NKT717
2N364
250195
2S0104
30# 2S0105
2N193
2N365
2N679t
33
34
2N 1012t
2N 1302t
35
JAN2N1302
36
24#
25#
26#
27
~~:
~~
~~
~~ :~~jt
39# 2S075AH
~I!# 2S075H
2N366
U# 2S077
:~: ~~gn~H
45# 2S077H
:~
~~~~~t
48#
49#
50
51
2S075
2S075A
GT904
GT948
2N94A
JAN2N388t
2N446A
54
2N1299
55
2N 1304t
56
JAN2N 1304
57
2N 1732
2N1891*
2N1892t
60
GT167
NKT734t
63# SFT184
2N377t
2N377At
66
2N385
~~
~~
g~#
~~
g~
69
70
71
72
73
74
75
H
78
'~~j~g~t
2N388At
2N634
2N634A
2N1624t
2N2085
2N447A
2N440t
2Nll14
2N 1306t
JAN2N1306
~~# ~~~~~6
81
82
83
84
g~
2N635A
2N1605
2N 1808t
2N388t
1~~~~~~108
87# SFT298t
2N636
88
2N636A
89
2N797t
90
NKT713
~.1#
2Nl059
92
2Nl101
93
~~
96
~~
99
:g~
~~:lg~
2N214A
~~~~~A
2N229
~~~~~
102
2N213
:g~:
~~gn7
105
106#
107#
108#
:~~
1~5m
JAN2N358At
2N 1730t
GT229
NKT773
2N1251
2N444A
GT949
~~d~~t
OC140
7# 2SC36t
8
2N312
2N356At
9
12
13
OlL.
DISS.
@25'C
(WI
130m
140m
140m
140m
140m
140m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
3# 2SC34t
4#
~:
-4~AX.
250186
250187
ACl72
AC183
~~J~g~A
D.A. T.A. INC,
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
l~~m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
l~Qm
150m
150m
150m
150m
150m
l~~m
150m
150m
150m
150m
150m
160m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
200m
200m
200m
200m
200m
200m
200m
200m
lab
IHzl
ABS MAX RA INGS @25'
RATE~
T
IN
ME BVeboJ BVeeo BVe~
FREE AM
Ie
X P
AIR
(VI
(VI
VI
(AI
W/'C
~.QM§
9.0M
2.0m
3.5M§1:!. 2.7m
3.5~~? 2.8m
2.7m
2.8m
9.0M§1:!. 2.7m
2.0m
2.0m
2.0m
2.0m
2.0m
2.5m
2.0m
2.5m
75kl:!. 2.5m
500kl:!. 2.0m
700kl:!. 2.0m
2.5m
1~~o,..'1l:!. 2.5m
2.0 M I:!.
1.5m
2.0MI:!. 1.5m
2.0MI:!. 2.0m
2.0M
2.5m
2.0M
2.5m
2.0M
2.7m
2.5M
2.0m
2.5MI:!. 2.5m
2.8M
3.0m
2.8M
3.0m
2.5m
3.0M
3.0M
2.0m
3.0M
2.5m
3.0MI:!. 2.0m
3.0MI:!. 2.5m
3.0Mt. 2.5m
3.0Mt. 2.0m
3.0Mt. 2.0m
3.0M
3.0M
2.0m
3.5M
3.5M
::~~~~
~j ~g
~J
~j
I~J
I~J5
I#s
#5
I:~
#J
I:~
#J
I:~
I~~ ~g
I#J
#J
I:~
#J
Ig~
#J
Igj
I!~
#5
I:~
#5
#J
¢S
1~·5M
3.5M
3.5M
2.0m
1.0m
2.5m
4.0M
2.5m
4.0M
2.0m
4.0M
4.0MI:!. 2.0m
5.0MI:!. 2.5m
5.0Mt. 2.0m
5.0Mt. 2.0m
2.0m
5.0M
5.0Mt. 2.5m
5.0MI:!. 2.5m
5.0MI:!. 2.5m
5.0Mt. 2.5m
5.0Mt. 2.5m
5.0MI:!. 2.0m
5.0M
2.5m
5.0M§1:!. 2.5m
2.0m
6.0M
2.0m
6.0M
2.0m
6.0M
7.0Mt. 1~·Om
2.0m
8.0M
2.0m
8.0M
2.5m
8.0M
2.5m
8.0M
8.0M
2.0m
2.0m
8.0M
9.0MI:!. 2.0m
1OM I:!. 2.0m
10.M
2.0m
10.MI:!. 2.5m
10MI:!. 2.5m
2.5m
10.M
2.5m
12.M
12.M
2.5m
14.M
2.0m
14.M
2.5m
15.M
2.0m
15.Mt. 2.5m
15MI:!. 2.5m
15.M
2.5m
17.M
2.5m
17.M
2.5m
600M§1:!. 2.0m
3.2m
2.0M
.01Mt. 3.0m
.01MI:!. 3.0m
.01Mt. 3.0m
lOkI:!. 3.7m
3.0m
lOOk
2.5m
150k
3.3m
.60M
.60MI:!. 3.0m
.60MI:!. 3.0m
3.0m
.80M
2.5m
3.0M
2.5m
3.3m
IU~t.
2.5M§
3.5M§
6.0M
8.0M
2.7m
3.3m
2.6m
2.7m
20
20
20
20
20
15
30
30
30
30
25
12
15
20
40
30
~:i
I:J
#J
I:~
#J
I:~
#J
I:~
:~
#J
#5
:j
#J
:j
:J
ltJ
#
:J
#
:~
#J
:~
#J
:
#J
:j
10
18
30
20
30
45
30
20
20
20
18
30
25
40
25
25
25
30
45
30
30
25
45
45
30
30
18
25
45
20
20
20
25
30
40
25
25
30
25
30
25
25
15
25
40
25
40
40
40
20
25
25
33
30
30
25
25
25
25
20
25
25
25
25
:~ ~~
iJ
#
:
#J
#J
i#J
#J
¢J
J
~~
!#J
#J
I:J
#J
#J
I:J
I:J
30
20
25
20
30
20
20
40
20
40
40
40
10
20
40
40
40
20
20
25
32
32
40
20
~g ~gg~ ~:g~~
~g
20
20
20
20
15
15
15 #
15 §
15 §
25
20
10
18
18
15
20
45
MAX.
lebo
@MAX
Veb
(AI
§
§
§
§
§
15 §
18 §
22
25
18
18
30
30
25 ¢
jg 10
30
25
~~
Qj
45 (Z>
20 §
20 §
15
20
30 #
15
15
20
15
:l0 §
25 §
~~
15
20 §
12
15
15
15
20 §
24
25
20
15
15
15 §
7.0
30 §
15 §
15
25
25
15
10
15
25
25
§
§
§
§
~g
¢
§
32
18 §
20
20
20
20
20
15
20
20
20
20
20
250m
250m
400m
400m
400m
5.0~Q;
300m
300m
300m
100m
100m
50m
100m
100m
100m
100m
300m
100m
100m
100m
200m
5.0 200m
100m
15 200m
10
25
25
25
25
25
15
25
15
15
15
40
15
15
15
25
15
3~O~
5.0u~
300m
200m
5.0 300m
10 100m
10
200m
1(lQm
100m
5.0 100m
5.0 100m
10
2.5
50m
12 50m
10 150m
2.0
50m
15 50m
6.0 400m
6.0 400m
5.0
50m
2.0
50m
35
25
25
15
30
12
12
2.0
12
12
12
12
25
5.0
12
12
3.0~~
3.0u¢
(VI
.5~(Z>
0.0
0.0
0.0
0.0
0.0
0.0
5.~~
.25
.2~~
.2~~
5.0u¢
25u
6.0u
.25
.3~~
50u
4.0u¢
25u
3.5
~g~Qj 5.~~
1.5
~Qu
50u
50u
50u
4.0U~¢
14u
14u
15u¢
lOu
14ulO
50u
lOu
25u
5.0ulO
6.0u
6.0u
4.0~(Z>~
10u¢
lOu
lOu
14u
lOu
6.0u
50u
14u
25u
25u
20u
50u
4.b~'ib
300m 6.0u
300m 6.0u
300m 1~·Ou
300m 5.0~
300m 6.0u
25u
300m 6.0u
100m 5.0u
200m
lOu
200m
20u¢
lOu
200m
15u
200m
200m
300m
15u
300m 6.0u¢
LOu
500m 5.0u~
4.0u¢
300m
lOu
200m
30u
300m 6.0u
300m 6.0u
300m 6.0u
300m
300m 6.b5u'ib
100m 5.0u~
300m 5.0u¢
200m
lOu
10
25
15
25
25
25
15
25
12
20
15
25 I~OOm
25 300m
20 500m
15 300m
25 300m
4.0 150m
15 500m
10 100m
100m
100m
10 100m
10 100m
10 100m
10 100m
20 100m
10 100m
10 100m
10 100m
~u ~()~m
2.5 500m
150m
150m
10 10m
10 150m
12 100m
15 400m
Veb
6.q~
5.~g
I~:g~
6.ci~
6.q~
5.~~
6.0
6·9~
1.5¢
5.0
lq~
5~g
.50
6q(Z>
5
5 gQj
.2~~
::8g
5.q~
l~g
6.0
6q(Z>
~:g¢
6.~~
~:gg
1.q~
6.~~
6.0
6.q~
.2~~
3.5
6.q~
g:8g
1.q~
1.~~
1.0
1·9~
.1 g
5.0
lq~
3
~:8g
.59~
1.~g
.75
.5q~
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
121 lab & 131 TYPE No.
TYPI Al 'h' PARAMETER:;
DE:;L RIPTI N
BIAS
COMMON EMITTER
Cob ~TRUC
hre
Ie
hie
hoe
hie
-TURE
DWG. AD
E
IFI
No.
(AI
(01 X.OOOI
mhosl
45 t
A
T05
l~g~(Z> 100 I:!.
R9
30piZl AI:!.
200m
30 t
A
R9
15m
40 t
20p
AI:!.
R9
200m
65 t
A
R9
15m
75 t
200
AI:!.
R9
200m 100 t
A
R9
50 t
500nb
AI:!.
T05
A
16g~Qj 20 tl:!.
A§
T05
A§
T05
200~~ 25 tl!.
A§
25
tl:!.
T05
300~~ 25 tl:!.
300m
R81. A§
A§
100mlO 30 tl:!.
T05
20p!li
20
500nb
30
A
T05
li;°ommQj 50 tl:!.
TOl
A
LOrn
150
A
T022 F
A§
1.0m
15 I:!.
1.0uiZlb
T05
1.0ml:!. 30
500nb
160
AI:!.
T05
75
30u
6.0
A
A
1.0m~
12.5k
1.0m¢ 50 t
lOOp
A
F
3.5 I:!.
LOrn
110
A
F
T022
1.0m(Z> 15
IIp
A
ig~2 A§F
LOrn
35 I:!.
1.0uiZlb
60
17.u
1.7k
3.8
A
LOrn
TOl
17.u
1.7k
3.8
LOrn
30p
A
TOl
60 *
50m¢ 40 tl:!.
A
TOl
15
100nb
55
900m
100
LOrn
OV9
G
AI:!.
TOl
50m~ 70 t
100m¢ 60 tl:!.
A
TOl
A
100m0 35 tl:!.
A
TOl
A
LOrn
7.5
IIp
A
T022
A
34
100nb
55
lOp
900m
G
OV9
j:8~Qj 30 t
A
R5
A§
100m
40 tl:!.
T05
20~~
A§
10m¢ 20 tt.
A
T05
2~~~
A§
10m0 20 tl:!.
20
T05
1.0m
35 I:!.
T05
A
10m¢ 50 I:!.
T05
A¢
20piZl A
LOrn
40
15u
1.1k
4.20
A
TOl
25
1.0m
40
15u
4.2p
A
TOl
1.1k
25
lOp
LOrn
95
100nb
55
900m
OV9
G
A
LOrn
55
16.u
1.6k
3.1
A
TOl
LOrn
55
16.u
1.6k
3.1
A
TOl
5.0p
2.7
LOrn
A
TOl
19u
1.4k
55
1.0m
55
19u
1.4k
2.7
5.00
A
TOl
50m
25
1.0ub
27
4.0
A
T05
A
!~p
1.0m¢ 20
lOp
A
T022
F
1.0m
40
15.u
1.2k
3.0
A
TOl
40
15.u
1.0m
1.2k
3.0
A
TOl
30 t
500nb
16p
A
LOrn I:!.
T05
1.0ml:!. 30 t
500nb
AI:!.
T05
20 t
lOOp
A
T022
F
lfom~¢ 60 tl:!.
20piZl
T05
A
A§
1.0m
60 t.
1.0u0b
T05
A§
A
T05
50m~ 35 tl:!.
A§
tl:!.
A
T05
lO~g 40
A§
10m
40 tl:!.
T05
A§
40 tl:!.
T05
20PE!
10:} 25 tl:!.
A§
100m
T05
2~~~
A§
2.0m
30 I:!.
T05
20
8.0m
25 t
500nb
16p
28
3.0
T05
A
40 tt.
20piZl
T05
A
1°~1 60
I:!.
1.0m
200
A
T05
15p
A
A
T05
30m~ 40 t
A§
30m¢ 20 I:!.
15p
A
T05
30m
60 t
150
AI:!.
T05
A
25 tl:!.
T05
A
lQQm
20PE!
70 t
20piZl AI:!.
T05
A
A§
60 tl:!.
15p
A
T05
A§
12p
200m~ 15 tl:!.
T09
A
A§
10m¢ 55 t
12p
T05
A
30m 120 t
240
A
T05
10m 100
20p
A
T05
A
A§
85 I:!.
1.0m
1.0uiZlb
T05
40 t
1.0ub
50m
27
4.0
1500 A
T05
A
A
T05
A
20m~ 110 t
A§
tt.
A
T05
10~g 60
A§
10m
60 tt.
T05
T05
A
10m~ 60 tl:!.
20~~
A§
12p
A
T09
200~g 25 tt.
A§
10m 100 t
120
A
T05
A§
125
t
13p
A
T05
20m~
A§
13p
20m¢ 125 t
T05
A
A§
A
30m 150 t
150
T05
A§
A
10m~ 80 tl:!.
A§
80 tt.
20p
10~~ 35 tl:!.
A§
25
A
350m
T05
A§
12p
A
T09
200~~ 35 tt.
190 t
A
T05
10~~ 85 t
1~~$0 ME T018
50m
TOl
A
50mg] 50 tl:!.
35m¢ 75 t
A
T022
F
35m(z 45
T()22
AI:!.
F
AI:!.
T022
F
35m\/] 45
35m¢ 112 t
A
T022 F
35mlt 100
50u
500
10
A
T05
280
50u!li 5.5k
lOp
A
T022 F
1.0m~ 185
2.3k
A
T022
F
80
A
T022
75
F
A
T022
75
F
1.0~
35m
28p
A
T022
75 t
500
F
10
iZl
50~~ 5.5k
LOrn
A
80
50u
T022
F
10
A§
200m!!;; 20 I:!.
At.
30p~
~¥g
120
A
l~g~& 150
TOl
A
30m~ 150
A
TOl
.50m
45 I:!.
A
TOl
LOrn
50 I:!.
TOl
60 t
15p
AI:!.
T05
A
4~g~e 30 t
A§
150
A
T05
~g
o
ig~~
~g~~
18~¢ :gg~- ~8~~
~.Ou
6.0u
lOu
15u
6.0u¢
100u
.7~(Z>
.hgQj
.2~~
5.~~
1.0
12~
1.~~
1.0
1.Q~
.75¢
1.0
.2~~
.2~g
.50
1.~~
.\g~
.7~(Z>
.h8Qj
Jg~(Z> O.ql':
50u
50u
50u
50u
50u
100u
100u
~()u
~g~
lOu
20u¢
15u
15u
1.~g
1.5
1.~~
l:~_
6.~~
6.~g
6.0
6'9~
3
1. g
6.0
.3~~
1.~g
1.5
1.~(Z>
~g~Qj ~:gQj
lOu
lOu
58
.~~~
.40
~g~~
21g~
ig~
~~
l:g~g
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
LINE
No.
~
IN ORDER OF III MAX COLLECTOR DISSIPATION
. LOW POWER TRANSISTORS
3. GERMANIUM NPN ASS
(2) lab & (3) TYPE No.
MAXRATIN(jS @25'
MAX.
TYPI AL 'h' PA IAMETERS
DESCRIP I N
TYPE
No.
~# I~~H~~T
3.#
AC186
;: l~gl:18
a ~~~f~i
6# AC141H
7# 2S0178
2S0178A
AC185
173
l¥#
12# 2S0127A
l~: 1~~gmA
1!i#
16#
17#
18
SFT377
2S034
2S038
2N1473
AC175
AC179
21# AC141H·K
22# AC141K
2N2430
2S030
~~:
~~#
~~# ~5~;~/N
27:1t 2S096
1J
~~AX.
OlL.
DISS.
@25'C
(W)
~~~~
215m
l3:g~
3.0M
1.5M
1.5M
4.0M§
D.A. T.A. INC.
i~·!m
3.3m
3.3m
~.3m
~:5m
.Om
I~~g~
250m
250m
250m
250m
260m
260m
260m
260m
280m
300m
1.~!'I.!§tl
I~OOm
300m#~ 2.0M
8<?~m
4.0M
I~:g~:tl
6.0M§tl
10M§tl
1.0M§ll
1.5M§
1.5M§
3.0M§
5.0M§
Ie
,:j
.#J
#J
30
~j
:ifs
#S
!j
1.0M§tl
2.0M
2.0M
8.0M
.02Mt
.02Mt
3.0M
3.0M
2.SM§
BVeb~J BVeeo BVeb-ill
. llQ
U~ :j
4.5m
3.3m
2~!!m
36#. AC187/01
~;: l~gm~01
FREE A M
AIR
X P
W/'C
250m
250m
800m
800m*
~~#
.02Mt
220m
225m
225m
225m
ASY74t
30
ASY75t
AC176
33# AC187
!~~nt
(Hz)
8.0M
IHg~
300m
340m
500m
500m
500m
700m
800m
~~-11=
~ERATE~!
IN
ME
lab
~~
~g
50
20
40
32
35
23
23
#J
~~
#J
20
30
40
25
20
50
32
32
25
32
18
25
32
30
30
30
32
25
:t
3.3m
4.2m
4.2m
4.2m
4.0m
4.0m
4.0m
4.0m
2.7m
:j
#J
:j
4.0m
10m
#S
#J
#J
#
2.7m #J
2.9m
2.9m
2.9m #
25m
13m
H.3u
#J
13m
100m
1
!j
!j
~;
25
JV)
18
~~
¢
24 §
20
20 §
20 §
~g
~~ ~
§
§
§
§
(A)
5.b5 I~~om
10 700m
1.2
19 1.2
10 1.2
6.0 300m
6.0 300m
10 500m
35 200m
500m
500m
~gg~
:
16
15 §
20 §
40 §
18
15
24
18
18
32
20
20
20
32
15
15
15
15
V)
10
2.5
12
15
10
10
10
10
10
~O
~:~
10
30
30
30
5.0
10
19
600m
150m
150m
400m
1
700m
1.2
1.2
500m
200m
J~Om
250m
500m
400m
400m
400m
1
1
1
~:It
lebo
@MAX
Veb
(A)
Veb
(V)
.~:!?;1
BIAS
Ie
hie
(A)
mhos)
14~g~~ ~~
O.~~
30~~
10u
2.0
150m
60
~2u
14ug)
14~~
14u
6.0
27u~
.50
27~~
20u
10u\ll
20~~
20u
~g~~
10u
'fg(!j
1~g
35u~
10~~
14u
14u~
10u
15u
200n
14u¢
14u
10u~
3.0u
3.0u
3.0u
30u¢
100u
2rig~(IJ
1.0m
400m
300m
~gg~¢
1.~ 500~~
300m
1.0
l~~\O 6.~~
.60
5.0~Q5
~I!.um
5gg~
1.0
1.0
500m0
20mg)
1.~g)
6.<?~
1.0m
1.0m
400m
1<?~ 300m~
2.0¢ 150m¢
400m
400m
SOm
n¢ 100m
1.:!?;1 16 !JOm?;1
50~~
1:g~ 50m
0.0
0.0
0.0
0.0
20m~
.05m
.05m
.05m
500m
300m¢
1.0(IJ
50m(IJ
~:g¢
COMMON EMITTER
hie
hoe
hre
80
100
80
90
90
110
50
82
46
82
46
50
60
60
50
150
60
80
80
105
150
110
50
90
50
25
40
65
180
200
165
(n)
X.OOOl
L,
ttl
t
t
t*
tl
t
t#tl
t
t#tl
t*
*
t
t
Tll
t
t
20u
20u
1.Bk
1.8k
S.O
5.0
t#*
ttl
t
ttl
Tll
ttl
ttl
ttl
t
t
1.0(!j 300111¢ 200 t
59
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~g
Cob kSTRUCI
·TURE
DWG. AD
No.
E
(F)
A§
15p
A
ig~
A
A
R60
T01
A
T01
A
A
T01
A
R43
A
R43
A
R134
25pitl
T029 A
A
T01
A
T01
A
T01
A
T01
T01
A
T07
45p
A
T07
1So
A§
A
T05
A
X9
A
X9
A
T01
A
T01
70p
A
T01
A
A
T01
R134
A*
T01
o
1500$
110p$
A
A
A
A
A
A
A
A
T01
TOS
TOS
T05
T01
R51.
X9c
X9a
X9c
A
A
A
LINE
No.
~
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
4. SILICON PNP· LOW POWER TRANSISTORS
121 lab & -13Y TYPE No.
ABS MAX RATINGS @25'C MAX.
TYPICAL 'h' PARAMETERS
DESCRIPTION l
TYPE
No.
!. +g~g¥:
2.
3.
4.
9# 2S327¢
l~i
15~
16#
la
19#
~~i
n:
~~f
22#
~g~gA
BC196B
BC196VI
BFS14E
BFS14F
BFS14G
BFS26E
BFS26F
BFS26G
BFS16E
BFS16F
BFS16G
FSP270-1
BCZ13
BCZ14
D30Al
D30A2
D30A3
2H
28t
29
30
31
32
33
3N123
2N2177
2N2178
2N2175
36
2N1677
~~
~~
39#
40#
41#
42
3Nll~~
2N21~~
3N113~Ql
¥~+n~~
MT0411
MT0412
MT0413
TNT1131
:~: ~ig:g:-l
45~
46.
47~*
48.
MT0404-2
BCW29
BCW29R
BCW30
BCW,30R
~~#* BFV3~~
51# BFV35
~~: ~Ug~r
54~ PL1032
~g: ~tlg~~
57# PL 1101
PL 1102
PL 1103
60~ PL 1104
~~:
~~
63
~~
66
g~
69
70
71
72
n
75
~~
78
79
80
81
~~
84
~g
87
88
89
90
~~
93
94
95
96
~~
99
19~
102
103
104
105
19~
108
109
110
DISS.
~~~C
~~~~~
SA539
SA540
2N923
2N924
2N925
2N926
2N927
2N928
2N2332
2N2333
2N2334
2N2335
2N2336
~~~~n
2N2373
NS665
NS666
NS667
NS668
2N227~~
2N2275
2N227~~
2N227~~_
2N3317
SA313
SA314
SA316
SA413
SA414
SA416
2N496
JAN2N1119t
JAN2N2378
2N227~~
2N227~g
2N3318
2N495
JAN2N1118
JAN2N2377
SA312
SA315
SA412
SA415
~~~l~gQl
2N2187
SA310
D.A. T.A. INC.
[Q!:RATE ~ T
IN
ME BVeboJ BVeeo BVeb-.Qj
Ie
lab
FREE A M
(I ~l
Hz
AIR
wtC
X P
20MM
20M§t.
7.0m
50m
50m
50m
50m
50m
50m*
50;"*
50m*
60m
60m
60m
60m
60m
!:jOm
75m
75m
75m
~~~#
85m#
90m
90m
90m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
110m
110m
110m
110m
150m
150m
40u
400u
1.0M
1.5M§t. 400u
2.0M§
2.0M§
~fo~§ ~~~~
130M§
130M§
150M!
500k§t. 833u
500k§t. 833u
6.0M§t.
6.0M§t.
8.0M
8.0M
10M§t.
10M§t.
12M§l>
32M§
42M§
50M§t.
60M§t.
60M§t.
60M§t.
60M§t.
200M§t.
200M§t.
200M§t.
150M§
150M§
150M§
150M§
1.0m
571u
666u
666u
666u
666u
1.0m
833u
833u
666u
8.0m
8.0m
8.0m
666u
8.0m
8.0m
8.0m
1.0m
LIm
LOrn
LIm
1.lm
1.1m
~!m
~~g~
1.0m
1.0m
1.2 m
1.0m
1.0m
1.0m
1.0m
1.0m
150m
'l~g;::
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
625u
625u
1.6m
1.6m
1.6m
1.6m
1.6m
1.6m
1.3m
1.3m
1.3m
800kt.
800kt.
800kt.
800kt.
800kt.
800kt.
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M§t.
1.0M§t.
1.0M§t.
1.0M§t.
6.0M§t.
6.0M§t.
6.0M§t.
6.0M§t.
6.4M§t.
7.0M§t.
7.0M§t.
7.0M§t.
7.0M§t.
7.0M§t.
7.0M§t.
7.2M§t.
7.2M§t.
7.2M§t.
7.6M§t.
7.6M§t.
7.6M§t.
8.0Mt.
8.0M*t.
8.0M*
8.0M§t.
8.0M§t.
8.0M§t.
8.0M§t.
8.5M§t.
8.5M§t.
8.5M§t.
10M§t.
833u
833u
833u
833u
833u
833u
1.0m
1.0m
1.0m
1.0m
LOrn
1.0m
714u
714u
833u
833u
833u
833u
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
IVI
:g
~g~:~
TD502*
TD550*
~i ~g~~Ql
~i ~~~g~~
l¥i
12~
~~AX.
1J
OlL.
$J
$J
§A
§A
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
SJ
sJ
:j
#J
§S
§S
§J
§J
§J
§J
§S
SS
SS
§J
§J
§J
§J
§J
§J
§J
§J
tJ
tJ
tJ
tJ
§S
§S
40
40
90
6.0
6.0
15
15
~g
30
30
40
40
40
20
20
20
40
40
40
20
20
20
18
18
18
50
30
6.0
6.0
6.0
6.0
50
4.5
4.5
50
60
60
40
50
25
40
40
30
30
30
30
15
25
:~ ~g
§J
60
§J
§J
§J
§J
sJ
$J
$J
sJ
§
§
§
§
§
§
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
SS
$S
$S
SS
SS
sJ
sJ
SJ
$J
sJ
sJ
SJ
$S
SS
$S
SS
$S
$J
SS
$S
SJ
sJ
sJ
sJ
s$
SS
$S
sJ
gg
25
25
25
25
25
10
25
10
40
40
50
50
70
70
15
15
30
30
50
50
15
15
30
40
50
50
25
25
15
15
30
30
30
30
30
30
30
10
12
10
15
15
15
25
25
25
30
30
30
30
30
30
30
30
ij
IVI
~g
5.0
7.0 1.0
6.0
10m
6.0
10m
15 10m
15 10m
5.0
5.0
5.0
5.0
S.O
5.0
5.0
5.0
5.0
5.0
5.0
5.0
4.0
20
20
4.0
4.0
4.0
25
25
40
40
40
20
20
20
30
30
30
15
20
20
18
18
18
6.0
6.0
6.0
6.0
4.5
4.5
35515
45
45
~L>j
~
~g *
60 *
20
20
20
20
20
6.0
20
6.0
25
25
40
40
60
60
5.0
5.0
15
15
35
35
15
15
15
35
35
50
25
25
10
10
30
20
15
10
20
15
10
10
:
*
*
*
*
:I/:
l~g~
100m
100m
20n¢
IOn
IOn
IOu
IOu
50~~
50n
~g~(/>
50n
50n
150n
150n
150n
50n
50n
50n
10m
10m
500m
500m
500m
20m
25 20m
6.0
50m
6.0
50m
6.0
50m
50m
16.0
20m
50m
50m
5.0
6.0 100m
6.0 100m
5.0 100m
5.0
4.0 500m
5.0 500m
5.0 500m
5.0
50m
5.0
50m
5.0
50m
5.0
50m
15 100m
25 100m
lUum
5~u
25~~
IOn
~~~IIJ
25n
25n
19~~
~:g;::~
1~
10n¢
lOOn
lOOn
1.0u¢
IOn
IOn
5~'i
LOu
lOOn
~g~g
100n@
1.~g
1.5(l>
3.0Ql
3.~~
10
5.0
5.<?~
5.0~¢
10
5.q~
l:gg
5.<?@
100~g 5.0
5.~g
5.q~
10iil 1.0';;iil
12
10
15
15
15
50m
50m
50m
50m
20
10
30
30
30
50m
50m
50m
50m
50m
50m
50m
50m
1.2m~
1.~g
1.0
I'PO
m!e
10mg
10m¢
10m(Z
100n@
.5q~
5.0m~
Jg~1IJ
.5q~
5.0m~
6.<?@
l:g;::g
1.0m@
6.0(l>
1:g;::g
1.0m(l>
100~~
.5~~ 5.0m
50~~
IOn
.50
50u
50u
50u
50u
50u
50u
50u
~I?u
50u
50u
50u
50u
50u
1.0u@
1.0u~
~:gg
~:gg
::g~ ~~~~
6<?@
6.~g
6.0
6q~
1.0m
1.0m
1.0m
1.0m
3.0~~
LOn
long
20n
3.0nQ
lOng
2~~
3.0n
lOOn
100n¢
lOOn
1.0u@
1.0~g
LOn
1.0n(/>
LOu
1.0u
10n~
20~g
IOn
20~g
LOu
LOu
I'P~~Ql
60
t
tt.
tt.
tt.
32 tzI
32 !lJ
40 tzI
19~~
lOp
lOp
100
lOp
10ptzl
7.00
6.0 tzI
60,~
10 tzI
ft.
40 tt.
16g
20
40
15
30
10
10
10
10
21
47
17
38
15
34
~~
Ig:g~~
5.00iZi
5.0P!fi
tt.
tt.
tt.
tt.
tt.
tt.
tl>
tt.
5.~~~
5.0
9.0p\lJ
2.1k
2.1k
2.1k
2.1k
2.1k
2.1k
75
75
75
75
75
7.5
\lJ
iZ!
(Zi
IZl
~g~~
20p\lJ
2~g~
20
20p\!]
2~~~
20
20p!';l
11g~
15
20 t.
50 t.
24 t.
7.0 l>
~:g~~
9.0P!fi
igg
~:gQl
~
9.~g~
9.0
9.0l'\z!'
2~~~
20
20p!fi
15 t.
10 tt.
10 tt.
10 tt.
5.0m8
.5<?8
5.0m¢
10 tt.
1.0m
1.6
6.0 t t.
8.0 tt.
10 tt.
6.0 t l>
8.0 tt.
10 tt.
6·<?8 1.0m 9.0 t.
15m¢ 15 tt.
5~g 15m0 15 tt.
.50
5q@ 5.0m@ 10 tt.
10 tt.
.5~g 5.0m¢
6.0
1.0m
1.9
6.q(/> 1.0m 9.0 t.
1.0m
15
1.0m
15 t.
10 tt.
10 tt.
10 til
10 tt.
5.0~~ 10
.5~~
.50
5.0m
10
10
.5011J 5.0mllJ
30 tl>
9~~g
9.0
6.0p\lJ
6.~~g
6.0
6.0p\!]
4.0UiLlb
100 ILl
2.5u\lJ~
90 \lJ
90 tzI
90 (Zi
2.5utzlb
2.5ub
~\D
A
A
ME
PEt.
PEt.
5.0p\lJ
PEt.
8°f~tzI
45
ME
12p\!] PEt.
PEl>
1~~~ PEt.
10
70p!\lJ PE
7.0P~~ PEt
7.00S
PE
7.0pSjl PEt
PE
10
PE
8.000
40ub
40ub
40ub
40u
40u
40u
~~
A0
1~~m
8b~l ;~l>
80 t.
40 t.
~~
t.
45p
7.~~:
5.0
15 t.
~:g~~ :~gg ~:g;::~
3.0u8
1~~~
t
~g ~~l>
1.0~~
¢ 117w
L17w
L17w
117w
T039
R51
T05
T05
R51
u47
u47
u47
1~~~
mI
1.0m
C
EO
DWG. AD
No.
D E
IFI
~:g~~
l>
t.
t.
t.
t.
t.
t.
40
.t>~6'¢ .l:g~¢
b~
15
1.5ub
50
10
1.0:
150m
30 t#t.
1.0m
100 tt.
1.0utzlb
1.0m~ 200 tt.
1.0u!lJ~
1.0utzlb
1.0m~Ql
150m
501l1~ 30 tt.
tt.
50~g 30
75 tt.
50m
10u@ 90 t
90 t
lO~g 150
IOu
t
10u,S> 150 t
20u(/>
~TRUC
-TURE
PLt.(/>
400
A
A
A
A
PE
4.0p$
PEt
4.00$
PEt
4.0p$
PEt
PE
PE
PE
7.0p\lJ
7.~~~ PE
7.0
PE
7.0l'1Zl.... PE
PE
10
PE
10'?!lJ PE
PEt.
40
A
40
A
6.0 S PEt
6.0 $ PEt
6.0,~~ PEt
t.
t.
1.0mQl
~g~¢
10
.50
18u
60k
60k
60k
60k
20~g
20u
50
50
50
50
Cob
100s
t
t
t
t
5~g
.50
1.0~g
LOu
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
70
70
70
50
10~~
10m
50
10m~ 50
30
10~~ 30
10m
10m\!? 30
IOn
5q@
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
100m
100m
100m
100m
100m
100m
50m
50m
11~~ ~
I~CW 10m¢ 75
1.0
2.0
1.0m
25
LOrn
55
2.0
30
5~~ 10~~
5.0
10m
60
5.0(/>
10m
40
lOOn
l~g~(l>
60
80
80
80
80
1.0m~
20u\!?
X.OOO1
120 M
120 M
5.~g 1.0m
1.0~g
1.~g
1.0
1.02,
{m
m~~
5.~~
240 t.
5.0
5.<?@ 2.0m@ 75 t.
1.5
~g~~
I~:g
l~g~
5.0
5.<?~
COMMON EMITTER
hoe
hie
hre
mhos)
10515
LOrn
3.0
3.0
1.0m
LOrn
3.0
LOrn
3.0
1~·Oml!;
.5~~
LOn
1.0~(l>~
hIe
IAI
199~~
1.~\!?
1.0~g
BIAS
Ie
100u
LOn\!?
10~iil
5.0
40
40
50
50
70
70
15
15
30
30
50
50
15
15
30
35
35
40
25
25
15
15
30
10 :I/:
10
15
15
15
25
25
25
10
12
10
12
30
30
30
10
Veb
(V)
10m
~g
~g
(A)
~:g
30
30
65
6.0
6.0
15
15
25
30
30
20
20
20
20
10
20
VI
lebo
@MAX
Veb
(A)
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~:g~g
121
9,Or.;-tzI
12
9.0p\lJ
9.~~~
9.0
12p\lJ
1~~g
12
6.0p\lJ
6.~~g
6.0
6.0~!!:l
9.~~~
9.0
9.~~~
6.0
PEt.
PEt.
PEt.
PEt.
PEt.
PEt.
PEt.
u14
R19
R19
u40
u40
u40
L38
T072
T05
T018
T05
T018
L38
T05
T05
u17
Rll0
Rll0
Rll0
u17
D
D
D
GD<t
A
A
A
A
A
A
A
u56
C
u56
u34b
u34b
C
P
P
~~~D !~
u50
E
~~g
~
u50
u50
u50
u50
Tal
Tal
T018
T018
A
T018
A
T018
A
T018
A
T018
T018
A
A
T018
A
T018
A
T018
T018
A
A
T018
A
T018
A
T018
T018
T018
DE
T018
DE
T018
DE
T018
DE
T018
T018
T018
T018
T018
R98
T05
T05
PA0 T05
P~\!] T018
PAiZ! T018
p!iiZi T018
t.
TOI
T05
tzI
T018
T018
T018
R98
TOI
T018
T018
T05
T05
p!iiZi T018
PAILI T018
T018
T018
T018
PAiz! T05
~~
B
B
B
D
E
F
D
E
F
D
E
F
E
E
E
E
E
A
A
A
A
A
A
A
A
A
A
A
A
A
A
~~
A0
~(l>
A
A
A
~~~
A
A
A
A
A
A
A¢
A
~~~
A
A
A
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
4. SILICON PNP - LOW POWER TRANSISTORS
(2) fab & (3) TYPE No.
MAX.
TYPICAL 'h' PARAMETERS
LINE
No.
TYPE
No.
i3
SMll
~
~~~~~~~
6
~~
2N859t
~~imA
2N2166
15
~~in~~
2N21631O
18
2N1118
:~
1
~OLL.
DISS.
@25'C
lab
(W)
(Hz)
~~~~J
12
a
L1JMAX.1J
~~nn
~g~:~
150m
150m
150m
150m
150m
150m
m~
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
1~(Jm
150m
150m
150m
150m
150m
1~~m
:<7# BFV27
38# BFS32P
39# BFS33P
.-~~
51~
~~:~~~
MM4261H
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
200m
200m
200m
200m
2(J(Jm
~gg~
200m
200m
200m
~~:; ~+:~~I£J
~gg~
60~
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
!j4
AT452
TD402*
~~# ~~~~~8
7:<~~ M~n414
7ii~1I B<:225
75
2N5143t
7S# 2SA5S7
77" TP4257t
78~ TP4256t
~g
81
~~~~g~~
2N4971t
:~f ~~~~~~Ht
87+
:g
90
2N3308
~~~:m
MPS3639t
~i
~~:~~M
~~
~~5140t
93
2N3640t
~~;~~~~
~gg~
95# 2SA548
96
2N4122t
~~. ~~~~m
99+
:g~
102
19~
108
2N4258t
~~~~~~At
MD4957*
D.A. T.A.INC.
FREE A M
AIR X P
wrc
200m
200m
200m
200m
200m
200m
200m
200m
200m
Ie
(V)
(V)
ilV)
(A)
~g 16·~0
~g~
5J
5S
5A
SA
SA
SA
SJ
30
10
40
40
25
30
10
50m
50m
50m
50m
50m
~~~; U~ I:~
~g
10M§I'>
12M§I'>
14M§
14M§
14M§
14M§
16M§I'>
18M§
20M§
20M§
20M§
20M§
20M§
21M*
22M§
22M§
22M!
30M!I'>
30M!I'>
30M!I'>
I:j
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.1 m
LIm
~g~:I'> l:~~
44M!
52M!
100M§
140M§
1.3m
1.3m
:150M§
:~~:~
l:~~
1.5m
150M§ 1.5m
150M!I'> 1.0m
150M§I'> 1.0m
150M!I'> 1.0m
200M
1.2m
200M
1.2m
5S 15
5
10
SS 30
SS 15
5S 25
5S 10
5
25
5A 25
SA 15
SA 6.0
SJ 30
!S
60
§S
60
:S ~~
5S 12
5A 10
.J 150
SJ 30
:j.J
~~
S.O
25
10
25
25
20
30
10
~g
25
10
25
25
15
6.0
25
45
45
15
10
30
15
10
10
.10
20
10
6.0
5.0
S.O
6.0
35
5'~2
10
S.O
150 ¢
20
ig25
50m
50m
50m
50m
50m
50m
50m
50m
50m
30m
30m
12
10 50m
3.0
30m
5.0 100m
~:~
~~~
1
45
30
30
50
45
45
12
10
15
20'
12
10
12
15
4.0
3.5
5.0
5.0
200m
200m
200m
25m
200m
§J
40
60
40
15
40
15
15
40
SO
40
15
40
15
15
10M!I'> 2.0m
.J
35
30
5.0 100m
5.0 100m
5.0 100m
4.5
30m
5.0
15 50m
15 50m
5·2
~g~
5.0
5.0
30m
20MI'>!
20M§/',
20M!I'>
20M!I'>
30M!I'>
40M§I'>
60M!I'>
60M!I'>
60M!I'>
SOM!I'>
60M§I'>
60M!I'>
SJ
SJ
5J
SJ
.J
.J
.S
.S
.J
!J
!J
§J
45
40
40
40
30
40
50
50
50
60
60
40
45
30
30
30
30
40
40
40
35
45
45
25
~gg~!I'> U~
350M!I'>
350M§I'>
400M!I'>
400M!I'>
400M
400M
40 §I'>
I~M
1.0M
1.lm
1.lm
833u
1.lm
1.2m
1.2m
2.0m
2.0m
2.0m
LIm
2.0m
1.lm
1. 1m
:A
!J
!J
!J
!S
5
S
.J
.J
.J
§J
+J
W
~g
:~~:n:g~ :j ~~
~g
~g
~:g
lebo
@MAX
Veb
(A)
Veb
IV)
BIAS
Ie
hie
COMMON EMITTER
hoe I hie
hre
i(mhos)
(A)
1m
X.OOOI
DESCRIPTION
Cob \STRUC
l:TURE DWG.
No.
IF)
3.0n
LOu
1.0u
LOu
10'1l
3.0nID
6.~~
.5~~
.50<0
.5~jg
.5~~
.50ID
1.0m
3.0
5.0m~ 20 t
5.0m<o 35 t
5.0mjg 20 t
5.0m~ 20 t
5.0mID 10 tL'>
lOOn
10n~
10nlO
.50
3.~~
3.010
1.0u
1.0u ~
100nID
SOn
.5~jg
50n~
50nID
IOn8
20n~
20n<o
100~r
LOu
3.0u
5_un§
LOu
1.0~¢
15m
1.0m
1.0m
1..~ 500~(ll
5.00
5.0'2
6.Q~
3.0<0
1.0m
1.0m
100u0
1.0m
1.0m
.5~~ 5.0111~
2.Q~
3.010
1.!o'J'_
1.4k
1.5ub
50
2.0m~
1.0mlO
~~mqJ
10¢ 10m¢
5.0
2.0m
3.5
35
35
35
ISO
60
150
100
38
40
75
SO
SO
15
30
200
6.000
10p!Zl
5.0p
5.0p
PA0
PA
PA
T018
R98
T018
T018
A
A
I~:g~
~
lig~
I~
S
PA
S
A
T05
T05
T05
T05
A
A
A
A
S.OP
S.Op
6.0p
6.0p
25 t
35
35
35u
5.0mjg
.50i?! 5.0m~
.500 5.0mID
5.0(!l
38u
g~~ ~~
3.5
1.4k
t
t
t
t
I'>
I'>
tl'>
t
t
t
I'>
I'>
t
6.00
5.0p
5.0p
5.00
PA
PA
PA
PA
5.0p
~:g~1Zl
~:g~~
10~!Zl
lOp
100
200n~
5.0~5f
SOn!
IOn
11 00nn~(ll
1.(~~
30~Yl
.5Q~ 500u....
.50ID
10mI<'
20 t I'>
40 tl'>
30 tl'>
:~~~ ~g~
~g +~
5.0ID
5·Q8
5.0¢
1.0m
50 I'>
1.0m~ 100 I'>
1.0m¢ 250 I'>
100M§
100M!I'>
100M!I'>
150M!I'>
150MI'>
200M§I'>
200M!I'>
200M§
200M§
200M§I'>
300M§I'>
300M§I'>
300M§I'>
300M!I'>
300M§I'>
30
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
1.3m
1.1m
1.1m
2.0m
2.0m
2.0m
.J
.J
.S
.S
.J
.J
§J
§J
!J
.J
.J
.J
.J
.J
:gg~:I'> 2.0m
450M!I'> 2.0m
~gg~:~ I~:g~
500M!I'> 2.0m
.J
.J
.J
.J
.J
.J
60
45
50
50
25
25
50
40
30
20
6.0
6.0
40
12
30
5.0
50
40
30
6.0
12
S.O
12
40
45
40
40
20
20
35
35
25
20
6.0
6.0
40
12
30
5.0
35
40
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
60
60
5.0
4.0
5.0
4.0
4.0
50m
50u
500m
500m
500m
100m
100m
100m
100m
100m
100m
100m
100m
500m
100m
5.0
5.0
5.0
5.0
5.0
5.0
5.0
3.0
3.0
5.0
4.0
4.0
!!90m
600m
500m
500m
100m
100m
100m
50m
50m
100m
100m
80m
5.0
4.0
5.0
5.0
5.0
4.0
4.0
100m
50m
100m
100m
100m
80m
80m
~:g ;~g~
A
A
A
A
PA
T018
A
~~
~E
~g;~ I~
~~:~ I~
PEt
T092
B
PE
P~~
PEID
u34b
u17c
u17c
P
E
E
u34b
T072
34b
u17c
u17c
R124
P
G
P
E
E
A
RR7a
R67a
R67a
B
B
10 171
10
5.0u
5.0u
2.5k
6.0k
~.8u
14k
8.0k
11k
PEal
PEiil
PE0
20
20
20
PE
PE
PLt
PLt
PLt
1.lu
1.6u
Iii
~~
20n
10
10n~ 5.0
101)]£1_ 5.0
25~1
100u~
200 I'>
1.0m~ 120 I'>
1.0mID 120 I'>
5.~~ 1.0m~
40
100
30
100
200
60
25n
LOu
10njg
10n~
50nID
5.0¢~
10ID
5.Qjg
5.Q~
5.0ID
1.0m¢....
150mlO
1.0mjg
1.0m~
1.0mID
500n
6.~~
1.0m~ 300
500nl?!~
500nlLlb
500n!Zlb
I'>
t: ...
t ""I'>
tl'>
1.0
tl'>
t I'>
LOu b
10pjZl
32171
32 ill
35
l:g~~~
igl~ ~
T05
T018
T018
T018
8.0PJZl_ PE
700f$(ZI E
4.50
PE
S.Op
S.Op
6.0p
~g~
1.Sm
1.6m
1.Sm
1.6m
2.0m
2.0m
2.0m
2.0m
2.0m
1.6m
1.6m
1.6m
i
LC
E0
AD
DE
I~:~~~ I~~~ lig~8
50m
50m
50m
600m
600m
SOOm
200m
200m
.J
!J
!J
!J
5
S
25
45
40
40
50
45
45
6.0
6.0
40
40
25
5.0
5.0
5.0
5.0
5.0
5.0
5.0
~gg~
200m
200m
200m
200m
200m
200m
200m
2N4916t
lMRATE~ TABS MAX RATINGS @25'C
IN M E BVeboJBVeeo IBve~
I
iii
I~J
10
8.0
6.0 i!;l
6.0 i2l~
10 III
~:g~~
DPL¢
8.0p$
8.0 5
4!f.;1Zl
iil
(7)
DPE
B
~~:~: g
MM12 D
MM12 D
L17m
L17m
L 17m
~~~~6 A
!010R A
T0106 A
TOl06 A
2.4
.3Q~
.3010
10m~ 30 M
10mlO 30 I'>t
25u
4.0
TOI
~:g~:
~g~f
25n!
25n!
1.0u~
1.0uID
1.0~~
10n~
10010
50n!
100n§
10n§
.~~n!
lOOn!
25n""
50n§
LOu
25n§
25n#
50n§
50n§
10k
80pl7l
2.3k
15
l~i 150mqJ300 t#
1.0
1.0
10m¢ 80 t
10m0 40 tl'>*
1.~~~ 2.1~
1010 2.0m
10~ 1.0m~
2.Q....
1.010
g!
1.0
1.0
1.0m¢
50niQj
'."mID
"1-0";~
1.0m
1.Q~
10m
6.0iP.... 1.0m
lOll' 1.0m
1.~~ 1.0m
1.~~
50mf!J
1.~~
50m<lJ
1~g
25
40
15
20
5"
~
I'>
tl'>
t I'>
t ..I'>
tl'>
Hio t#
SO tl'>
140 t#!Zl
100
150 tl'>
150 tl'>
20 t M!;
20 tl'>""
~~~
~
Rll0
R124
Rll0
Rll0
AA~~
A
R124
A
DPE T0106 A
DPE¢ T0106 A
TOlOS A
8.uo$
8.0ps
T0106 A
4.0p
PE
R67a B
4.0p
PEt
R67a B
8.0p!7;/
PE
T018 A
~ R96
G
1.6DILl
. 'I!~ R96
G
5.0?~P:$
T0106 A
7.0p$
T0106 A
X20b
3.5
E
4.5p$
lID
RRI12!'!4 AA
6.0p(Zl I~
4.5ps
lID
R124 A
TO 106 A
5.(Jp$
~:2p[2l
qPI21
24ulLl
.
40 ul<1
!S.U
--
12
I"·U
4.0
~:g~s I~E
4.5p$
3.~pl?!
10
3.5PILl
A
::~ Igg~
i~~~!I'> ~:~~
1.0G§I'>
1.2G§I'>
1.2G!
1.5G§
1.SG§I'>
2.0G§I'>
1.lm
1. 1m
2.0m
1.1m
1.1 m
1.1m
.J
§S
!S
§S
.J
§J
§S
§S
12
30
30
30
12
30
15
15
12
30
30
30
12
30
15
15
4.5
4.5
3.0
3.0
3.0
4.5
3.0
4.5
4.5
50m
100m
30m
30m
30m
50njg
100n~
100nlO
30m
30m
30m
61
.50i>....
30mi'
1Q~ 2.0m~
1010 2.oml1
1..02 2.0m!
1.~J'.... 100m\(:
lOw 2.0m i1
1.0IQ 1.0m~
1.00 1.0mQ
30
20
20
20
30
20
25
25
tl'>#
I'>
I'>
I'>
t#I'>
I'>
tl'>
tl'>
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
4.5p5
ggg::!~
i8H
~
LINE
No.
TYPE
No.
L1jMAX.
• ~9LL.
OISS,
@25'C
-IVII)
f2J
lQ! RATE~ T A,'BS MAX RATINGS@25'CMAX.TYPIAL'h·PARAMETERS
fab
1Hz)
IN M E BVeboJBVeeo BVeb..Qj
FREE A M
Ie
AIR X P
W/'C
IV)
fV) ltV)
tAl
lebo
@MAX
Veb
fA)
Veb
fV)
BIAS
Ie
hfe
fA)
COMMON EMITTER
hoe
hie
hre
mhos)
fm
X.OOOI
OESCRI TION L C
Cob ISTRUC
E0
r:TURE OWG. A 0
IF)
No. 0 E
~f 1~~~~8
3#
BC259
220m
220m
220m
.~
~'U~:;98
9
MMT3799
~~?m
225m
225m
200M!
!~~OM!
..,OOM!
2.0M
40M§1l.
40M§1l.
2.2m
2.2m
2.2m
1.8m
2.0m
2.0m
+J
+J
+J
$S
tJ
tJ
45
20
20
60
60
60
60
6.0 100m
5.0 100m
5.0 100m
12
3.0
50m
3.0
50m
5.q~ 2.0m~
50 til.
5.q~ 2.0m~
50 til.
5.010 2.0mVJ 240 til.
It;.?~.... 1.0m
15
50n~
lQ~ 1.0m~ 275
50nlo
lOw 1.0m", 475
SOn!
lOOn!
50n§
lOu
1.0ub
18u
30u
35
8.0k
16k
12P!?!
2:l5m~,(OOM§1l. 1.8m
1"
MMT354bt
20# BCY29 . - .
2N3342t
21
~~#
2SA53~
23.:# 2SA54~ J
24
2N340Ho
~g
30
~~
33
~~lg~~
225m
225m
200M§1l. 2.0m
250M!1l. 2.0m
tt~
225m
230m*
250m
250m
250m
250m
250m
250m
250m
250m
700Mill. 2.0m
500k
2.2m
1.6m
2.5m
tJ
$J
!S
+J
$J
§S
$J
$J
$J
$J
$J
$J
$J
$J
$J
2~2m
2N1656
25vm
2N 1037
250m
250m
l~~~~~~
$S
~~2m
100kll.
200k
200k
200k
200k
250k
250k
300k
300k
300k
2.0m
1.8m
1.8m
1.8m
1.8m
1.8m
1.8m
1.8m
1.8m
1.8m
J
:~
i~~~gg~
~~g~
~gg~
1:~~ ~j
42
2N2006
250m
"OOk
1.6m
2N94~~
250m
250m
250m
250m
250m
1.0MIl.
1.0MIl.
1.0MIl.
1.0MIl.
1.0MIl.
1:6m
1.6m
1.6m
1,6m
1.6m
I·OMIl.
1:OMl:,
1.0MIl.
1.0MIl.
1.0MIl.
1:6m
1.6m
1.6m
il.6m
.6m
1~
47
48
2N94~l'1
2N9461O
~g
1~~lg~~
51
52
53
54
JAN2N 1025M
2N1474
2N1475
2N1476
2N1477
2NI91~~
2N1920\LI
~~
56
57
~g
60
~7:it:
!~~1~~~¢
BCZ10
~<:~11
68# BCY31
69
2N939
W
72
1~~~6~6
~~
~~m~
75
76
77
78
~~
JAN2N 1026M
2N1223
2N 146.~
JAN2N! ~69M
2N1474A
:~
~~
96
~~
99
~:?~m
250m
250m
250m
250m
250m
~~I.!k
1.~!'I'1l.
l.~m
l.~m
~~g~
1:g~~
U~
250m
1.0MIl.
1.6m
250m
1.0M
2.0m
250m
250m
250m
11 . 22~~M!§§
~~~~
2.0m
2.0m
2.0m
2.0m
2.0m
1.6m
1.6m
1.6m
1.4m
1.6m
1.7m
1.7m
1.5M§
1.5M§
1.7M§
2.0MIl.
250m
250m
2:0MIl.
2.0MIl.
250m
250m
2.0MIl.
2.0M
~~g~
~:g~~ U~
~2~m
~.~!'I'1l.
250m~.OMIl.
250m
250m
260m
250m
~g
2.0MIl. 1.6m
2.0MIl. 1.7m
20M§1l. 1.7m
2:0M§4 1.7m
40
0
40
12
60
80
45
60
25
40
40
80
100
80
100
~5~0
35
1~
§J
60
35
§J
~~
~2
§J
40
35
!S
40
18
§S
40
18
§S
50
5
"2
§S
8 0 ,8v
§J
18
15
§J
40
35
§S
40
35
§J
60
60
§J
60 .l!!l
!J 100 1vO
:t
5.0
5.0
5.0
500m
200m
200m
4.5
30
20
5.0
5.0
25
20
20
60
125
100
125
250m
50
50m
200m
200m
100m
50m
SOm
50m
50m
50m
50m
~2 50m
20 50m
20 50m
~g 1gg~
60
60
40
40
40
50
80
18
40
40
60
60
100
40
50m
$J
25
25
20
50m
$J
§J
§J
§J
§S
§J
§J
§J
§J
:g
60
§S
§S
25
30
$J
:t
§~
~~
~~
64
35
~2
35
35
25
25
40
~~
60
I!l'()
8:0
30
l~g Igg~
~g ~g~
20 50m
30 50m
16 100m
20 ~~m
45 100m
40 100m
~2 )22m
40 100m
40
20 100m
10 lli2~omm
10 IVI
:g
100m
60 100m
25
25
30
200n(Z)
lOOn
100~0
50m
50m
50m
Ii
1.0
1.0
1.010
1~i>!?;!
1.0m~ 100 til.
1Om~ 50 til.
10mI' 100 til.
10mll
1.00 5.0m0
l~i
1.0
5.0
10m~
50m¢
1.0';;0'
100rp
.5<;!iD
3.0m~
LOu",
LOu\/)
6.QJ
.5010
.5Q!13
1.0mID
1.0m\/)
1.0ulO
.5010
1.0ulO
6.010
1.0u~
1.0u~
100~
1.0u~
~g~
.5Q~
·~2(Z)
6.qA
1.0m~
1.0m~
1.0mlO
3.()m~
1.0m~
1.0mlO
30 tll.#
25
30 til.
40 til.
80 t
4.0 Il.
15 t
15
15 t
15 t
30 t
30 t
~~ t
30
25
1201ll
15u
15u
4.0k
4.0k
2.0
2.0
30u
100
3.0
35u
15u
llu
l1u
l1u
llu
~2u
40u
20u
35u
50u
SOu
35ub
~2n~
25~0
200nlO
100n0
500n
1.5u
50nlO
SOOn
J
50n~
6.0
6.0
6.Q~
6.0ID
6.Q!13
6.Qf!l
6.010
I~.q~
6.0¢
6.0
6.0
6.0
6.0
~:g
1.0m
6.00
1.0m
6.q~
6.q~
1.0m~
1.0m~
I~:g
6.0ID
6.Q\/)
6.Q~
6.010
25n~
6.0¢
6.0
25nID
100~r
.10u
.10u
1:g~
6.0
25nlO
25n~
12 til.
1.0m
1.0m
1.0m
1.0mll.
10 til.
1.0mll.
10 til.
1.0mll.
10 til.
1.0mll.
15
1.0m
15
1.0m
1.0m 9.0 Il.
1.0m
26
60
1.0m
1.0m
24
45
6.q~
.2~!13
6.q~
6.010
1:g~
7.5
7.5
7.5
7.5
3n~
2~
1.4ub
~:~~~b
1.4ub
1.4ub
1.4ub
1.4ub
1.0mID
1.0m\/)
1.0m¢
1.0m
1.0m
1.0m
1.0m
5.0",10
1.0m
1.0m
28
20
25
35
35
30
60
30
18 Il.
9.0 til.
9.0 Il.
6.0 Il.
~g
6.0
6.0
1.0m
1.1 m
.5Q~
1.0mID
.5q~ .25m~
Il.
30
50
20 til.
25 til.
2~l?m
250m
250m
2.5M§
3.2M§
3.2M§
2.0m
2.0m
2.0m
$.)
$J
$J
64
25
15
64
20
10
32 100m
20 50m
10 50m
.05u(Z)
.50u
.50u
6.q~
1.0m~
6.0¢
6.00
1.0m¢
l~~;~~~
1.0~~
2N942~J
~~~:l~*
~~~~1~:
2N3816*
7N3"17*
;01# ZTX530
102# ZTX531
2~2m
2~2m
25vm
~()M§1l. 1.5m
30M§1l. 1.5m
30M§1l. 1.5m
~§§~S'
':i6<:!0
':i6<:!0
§S
60
60
~.O
5.0
5.0
50m !.<:!lu~
50m .0Iu~
50m .01uID
~~~ I.l,lm~ 1~() Il.
lQ~ 1.0mf!l 300 Il.
10ID 1.0mID 150 Il.
~~g~
250m
1~~~;; ~~~~~2*
2N2803*
~!,,2~()4*
2N2805*
D.A. T.A. INC.
1~50m
250m
250m
250m
250m
44~2!'1'MM~~§
_VI"
g
40~§1l. 2.5m
60M!1l. 1.6m
60M§1l. 1.6m
~<:!!'II§1l. U~m
60M§1l. 1.6m
:~
~g
+J 30
+J
§S
§S
§S
§S
45
25
25
25
25
~~
30
~~
20
20
20
20
~:g 199~
~8~~
50u
20n
5.0
~.I,l
5.0
5.0
5.0
5.0
",Ou
30m
30m
30m
30m
20n
IOn
IOn
IOn
10n
~~Il. ig~
~g~
62
1.0n11il
1.0";0
1.0mlO
1.0m0
~<:! Il.
20
20
20
40
Il.
Il.
Il.
Il.
T05
T05
T05
T05
~~Il.ig~
I~
FA
FAil.
T05
T05
A
35
~~
~g
A
A
A
A
A
7.0p
A
H~
10
25
25
25
25
10
750
40
40
45
45
50p
2Qi>\!:!
2001Ll
8.0p
lQpr?J
1001Ll
10p!Zl
T05
T05
T05
Tq~
T05
T05
T05
A
~
T018
~
7.0p
7.0p
7.0p
7.0p
7.0p
7.00
A
A
A
A
All.
All.
T05
T05
T05
T05
T05
T05
A
A
A
A
A
A
0
10
10
10
10
40p
50p
~iDll. ~g5
I~
1.4ub
A
7.00
75 IZI
[ll
40
~g
4"u
1.4ub
1.4k
1.7k
2.5k[ll
2.1k
35
6.0
5.0
7 [ll
6.0
10
1.4ub
35
10
25
25
25 ~
25 III
gg~~
60uILI
1.0ur?J~
1.0ulLlb
1.2u\llb
I.vulllb
:g
~
A
All.
Il.
Il.
Il.
11
32 r?J
32 ILl
32 \4
32 III
A
12 ~
12 ILl
12 lZJ
12 III
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
R8
~IO
T05
A
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
A8
A
A
A
A
A
A
A
A
A
A
A
'A
A
R8
7.0p
7.0p
7.00
7.0p
:~~
25 \lI
19
AA' A
T05
A8
All.
All.
A
[ll
10
60u~
60ulll
A
li81:
3.0
3.0
6.0
10
~~
A
A
A
A
A
A
A
A
~
Uk
1.lk
1.4k
35
~:~~~b
A
~:g~
I¢
~~
A
A
A
A
igl~ ~
3.0
~:~~~b
B
A
A
,A
FAil.
FAil.
FAil.
FAil.
3.0
17u
23u
25u
1.4ub
1.4ub
A
A
ig~2
~g~
600
50p
50p
500
Uk
J
I~OU(L)
C
900
g:8'1010A 100ulO
l:g~ ~gg
~ U~~g
60 Il.
100
5.0~
5.60
5.010
5.00
u43
T05
T05
T092
ig~0 I ~~E ~~~
40k\ll
2 m
22 ,.· 5 m
AN
A
PE Il.
700
70p
2N19181O
2N3813*
0
0
A
A
A
A
F
F
17u
~2u[ll
2N1221
2Nl028
u43
u43
u44
u44
u44
u44
u23e
u23c'
24u
25u
30u
55
40
70
TI!.5
ANIO
PEt
PEt
PEt
PEt
A~~
ANIO
1500
20
~~~~ ~:g(Z) l:g~
50nlO
2.5_n
l.4ub
100
108
109
110
1.0k
900
1.5k
1.5k
1.5k
1.5k
Uk
1.7k
1.4k
1.0k
2.5k
3.0k
12~
5.qp~
5.001ll
4.8p
6.Qp~
4.001Ll
~:glO 1:g~1O
1OOm
50n~
1OOm ,_50n~
100m ,zOOnID
18
25
50
32
20~0
25n¢
12~m
l~g
30
60
32
30
64
40
40
40
40
30
30
40
100n!13
100n¢
100m
40
$J
$J
$J
50n¢
SOn
SOu
5.0n
25n¢
l~g
~~
10n,n~
100m
100m
100m
50m
50m
50m
50m
§S
1:~~~ 1:~~ :~ ~~
250m
250m
2~~m
15
60
20
60
70
25
50
50
100
125
100
125
50
50
50
61
2N334~~
8~ n 2N3346¢
84'lF BCY34
"5# IRCY3:J
86# '6(;201
87# IOC202
90
91
92
93
~?Om
60
40
40
A
AII!~
8.0p~
8.qp~
6.001ll
~.OPEl
8.qi>\!:!
8.001L1
8.0p\4
8.00iZl
A
A
All.
A
g
T05
T05
T05
T05
T018
T05
T018
l17.
L17.
A
A
A
A
A
A
A
~g:
l17.
L17s
X59
X59
u29
¢
u29
PE
MM12
PE
MM12
~ l17k
ID L 17k
\0 l17k
o L17k
F
F
0
0
LINE
No.
1
2
3
4
5
6
~
9
10
11
12
~
TYPE
No.
~~~~g~:
2N3800*
2N3801*
2N3802*
2N3803*
I~~~~g:;*
2N3805*
2N3805A*
2N3816A*
2N3817A*
l~ I~~:~~~
15# ME0475
~7
I~g~~~~;*
18# BC158A
J~: I~gm!
21# BC159B
~~: ~~~~gg
24# 2SA522
~~:
27#
28#
29
30
~J
1~~!,-522A
AT331
AT332
AT333
MD2904AF*
MD2904F*
~g~~g~~f*
33
MD3133F*
MD3134F*
2N4940*
2N4941*
36
ZTX510t
~~~=II ME0461t
39.# ME0462t
40# ME0463t
ME0491t
ME0492t
ME0493t
:~# S3639
S3640
45
~~
:J:
:~: ~ggi
48# BC203
~~
51
~g~~~
ST8709
ZT182t
2S3210
54# 2S3220
~~:
~g: 1~~~~51
57# 2CY31
~g: I~~~~~~
6(.)# 2CY32
!il#
62# I~g~~o
63# OC204
64#
l~g~g1
~g: 2S301
~~~!>5
~8; I1~~3010
69#
S325
~~: i~~~g~A
72# 2S3020
73# 2S3021
74#
75
~~~~~2Ql
~~: ~~~~i
78# 2S303
~~:n: 1~~~030
2N3841¢
81# 2S323
~2# 2S324
83# 2S304
84.# 2S3040
85
I~N9<?~
86
3N91¢
87
3N920
~~
90
92
93
1~~~~~93¢
3N94(zi'
13NH~¢
3N1300
~~
I~NI31\!!
~8
I~Nm¢
96
99
100
101
102
19~
105
19~
108
W~t
IN ORDER OF (1) MAX COllECTOR DISSIPATION
(21 lab & (31 TYPE No.
TYPICAL 'h' PARAMETERS
LDESCRIPTION L C
~~AX.
1J tm:RATE
~ME
T ABS MAX RATINGS @25'C MAX.
IN
OlL.
BVeboJ BVeeo BVe~
lebo
BIAS
COMM N EMITTER
E 0
Cob ~STRUC
@MAX Veb
OISS.
lab
FREE A M
Ie
Ie
hie
hoe
hie
hre
-TURE
OWG. AD
@25'C
X P
Veb
AIR
No.
E
(WI
(HzI
W/'C
(VI
(VI
VI
(AI
(AI
(VI
IAI
Ilmhosl
In!
X.OOO1
IFI
Ulm
L17k
5.~
1.~m\!;
5.'!\!;
~ .,:!ul';!~
!~n
~g
~~g~
~g~~~ 1.6m
5.0
¢ L17k
5.1~Ql
1.0n,:~ 150 t..~
100M§t.. 1.4m §S 60
250m
60
5.0
50m
10 LOrn
Ql
30kiZi
25lZi
L17e
100M§t.. 1.4m §S
250m
60
5.0
50m .01u 8
60
L17e
25 !!1l
4p\?l
40~!!1l
1~8 1.0m8 300 t..
100M§t.. l.4m §S
250m
60
60
5.0
50m .01~~
10¢ 1.0n,:~ 150 t..
25
(Zl
L17e
30~~ 250
250m
100M§t.. 1.4m §S 60
60
5.0
50m .01u
100 LOrn
300 t..
40k
0
L17e
1.4m §s
1.l,lm~ 150 t..
~I,lm
L'~e
~¢ L17e
~g ~g
~:g 50m .Ol~~
1.4m §S
IOn
150 t..
~g~~
4.0f
1.0n,:~
1()0 1.0m 300 t..
100M§t.. 1.4m §S 60
250m
60
5.0
50m .01u
L17e
60ii!Zi
40k!Zi
25 !Zi
~
100M§t.. 1.4m §S 60
5.0
50m .01u 8
250m
60
L17e
60u!?,!
25 !?,!
4p!?,!
40~!?,!
1~8 1.0m~ 300 t..
:~ L17.
100M§t.. 1.5m §S 60
10¢ 1.0n,:~ 150 t..
250m
60
5.0
50m
(Zl
4p\2l
60~m 40k
15~m 25
100M§t.. 1.5m §S 60
60
5.0
100 1.0m 300 t..
40iii
50m
250m
60u
25 iii
*0 L17s
100M§t.. 2.0m $S 30
LOrn
250m
20
5.0 600m 200n\!; 5.0
10
u29
600 !!1l
1.2ul';!~
10pl';!
100M§t.. 2.0m $S 40
1.0m 600 (Zl
250m
30
6.0 600m 20~'t
1.2u(Zlb
:g
10
u29
5'POQl 10mQl 20 tt..
l~~m DPt T0106
100M§t.. 2.0m $J 75
4.0
.50u
250m
10
A
1.5m §J
5.1,l
l~u
4p!?,! A~8 L~!ic
~I,lm 1·l,l lu 8
1.I,lm8
1~·5
~g ~g
1.5m §J
5.0
4p(Zl AN¢ L56c
10 1.0n,:~ ~gg
12u
2.5
50m .0Iu~0
150M§ 2.5m
tJ 30
25
5.0 100m lOOn
5.0
250m
2.0m
125 t..
PEt
MM10 A
4.50
tJ 30
5.0
MM10 A
4.5p
PEt
~.5m
100n~ 5.':!\!! 1~·Om\!! 240 t..
~~Om
~g
4.5p
PEt
2.5m tJ 25
5.0
250m
125 t..
MM10 A
2.0n,:~
5.~~
100~~
150M§ 2.5m tJ 25
20
5.0 100m lOOn
5.0
2.0m 240 t..
4.50
PEt
MM10 A
250m
250m
200M§ 1.7m §J
25
20
5.0 100m 1.0u8
4.0p
PE
T018
10m8 60 t
1.~8
200M§ 1.7m §J
40
10m¢
T018
250m
50
70
t
4.0p
PE
5.0 100m 1.0~~
1.0~Ql
200M§ 1.7m §J
10
25
20
10m
4.00
PE
T018
250m
5.0 100m .10u
50
200M§ 1.7m §J
40
250m
50
10m
50
4.0p
5.0 100m .10u~
PE
T018
tJ 20
250m
2.5m
20
4.0 250m .50u
2.0
150m
25p
PL
35 #tt..
~gg~~ 2.5m tJ 60 50
250m
4.0 500m .50u
2.0
150m
35 #tt..
250
PL
200M§ 2.5m tJ 90
250m
80
4.0 500m .50u
35 #tt..
25p
PL
2.02, 150m
200M§t.. 1.4m §J
60
250m
60
5.0 600m .02~:~
ANt.. L17d
150n,:g
40
199 150m
:g
250m
200M§t.. 1.4m §J
60
ANt.. L17d
5.0 600m .02u
l.4m §J
60
5.0
250m
100 t#
8pi!l ANt.. L17d
.02u lf\!! 1~\!!
~g 40
250m I~gg~:~ 104m §J
5.0 I~gg~ .02~~¢ 10¢ l~g~¢
ANt.. L17d
1@ 150m l~g ~:t..
200M§t.. 1.4m §J
35
4.0 600m .05u
250m
50
10
ANt.. T089
200M§t.. 1.4m §J
35
4.0 600m .05u 8
250m
50
100 t#t..
10p!:p_ ANt.. T089
150r&
300M§t.. 1.5m §S 50
40
5.0
50m
1.0m
L17d
250m
50 t..
5P~~ *¢
1(ji/l 1.0m
300M§t.. 1.5m §S 50
40
5.0
50m
250m
50 t..
19
50$
*~ L17d
400M§t.. 2.5m tA 12
12
4.0
X59
250m
20 tt..#
PLt
F
6.0p!?,!
100n~
100m~
1.~~
450M§t.. 2.0m §J
6.0 ~gg~=II 10~~ 1.~g
60
50
50 tt..
PE
Rll0 A
250m
10~g
10m 100 tt..
IOn
1.0
Rll0 A
450M§t.. 2.0m §J
50
40
6.0 300m
PE
250m
450M§t.. 2.0m §J
30
20
5.0 300m
PE
Rll0 A
250m
IOn\!! 1.~\!!
10m\!! 50 tt..
8.0Pi!l
30 § 5.0 200m
500M§t.. 2.0m §J
30
PE
Rll0 A
250m
30~g
lO~g l:gg 30m
25 § 5.0 200m
500M§t..
2.0m §J
25
IOn
PE
Rll0 A
250m
15 § 4.0 200m
500M§t.. 2.0m §J
15
PE
250m
A
6.0p\?l
30m8 30 tt..#
10~
1.(~8
6.0
500M§t.. 2.5m tS 6.0
4.0
80m .01~&
30 tt..
PEt..
B
250m
10n,:&
.3~~
5.~~~
tS 12
12
500M§t.. 2.5m
10m
5.5
4.0
80m .01u
.30
30 tt..
PEt.. T092
250m
B
tJ ,~:O
5.0
5.0
PE
u32
B
1.~m
.~~m
~I,lm . ~l,lu8
.~~~
I~~g~
I~~g :~
1.2m tJ 30
20
5.0
50m
PE
u32
B
.5~g .25m
100M§ 1.2m +J 45
30
5.0
50m
.50
.25m 630 *iii
260m
PE
u32
B
2.2m $J 30
25
30 50m .10u\!!
1.0k
3.0
275m
1.0M
30u
45p
T05
6.Q\!! 1.0m\!! 15 t..
25
30 50m
2.2m $J 30
275m
1.5M
25 t..
40u
1.4k
4.0
45p
T05
1.0m~Ql
6.~g
.1fci'~Ql
10m
1.6m §J
50
30
5.0
5.0
80 tt..
100
PE
TOl8 IQl
300m
150mt..§ 2.4m $J 45
4.0 500m SOOn
35
6.0~ 1.0m~~
90
300m
15plZl ~L~ TOl8 Art!
.10M§t..
40
300m
40
20 100m
10 tt..
R51
40
.15M§t..
15 tt..
40
20 100m
A
R51
300m
15
.15M§t..
10 100m
15 tt..
A
R51
15
10r{ 15 t..
~gg~ .25M§t.. 1.7m §A 64 64
45 100m
20u
T05
6.~~ 1.0m
8~~m AA
6.0
1.0m
25 t..
T05
.25M§t.. 1.7m §A 64
64
45 100m
20u
80
300m
.25M§t..
25
10 100m
25
tt..
A
R51
300m
25
1Om8
A
.35M§t..
25
20 50m
15
tt..
R51
25
300m
10::'1 35 t..
800(Zl A
T05
.40M§t.. 1.7m §A 64
64
45 100m
20u
6.00 LOrn
300m
T05
.40M§t.. 1.7m §A 32
32
16 100m
20u
300m
6.0~ 1.0m~" 15 t..
80plZl A
15
10 100m
10m¢ 40 it..
R51
AOM§t..
15
A
300m
A5M§t.. 2.5m SJ 32
32
12 250m .50u
1.oQl 150m0 10 tt..
RS
300m
60
SJ
12
.45M§t..
2.5m
60
10
it..
R8
300m
1250m 1.5~~
1.~8
.60M§t.. 1.7m §A 32
32
16 100m
20u
6.0¢ 1.0m
80p(Zl A
T05
25 t..
300m
§J
100m
IOu
1.7m
80
60
30
1.0m
18
A
T05
6.0
300m
.70M
400
50 100m
IOu
6.0
1.7m §J 125 125
1.0m
15
40p
A
T05
I~OOm
:~g~§ 1.7m §S 40 40
6.0¢ .10m¢ 8.0
20 100m
IOu
13u
A¢
ZAII
525
2.0
40p
300m
6.0
20
R51
1.0m
.75M
2.4m "J 125 125
50 50m LOu
400
A
300m
40
25
20 100m
IOu
6.0
1.0m
20
40p
A
T05
.80M
1.7m §J
~gg~ .80M§ 1.7m §S 25 25
IOu
11
17u
2.7
40p
ZA11
10 100m
800
.10n,:&
6.~& .10m
11
17u
2.7
.80M§
1.7m §S
40
40
20 100m
IOu
6.0
800
400
ZA11
300m
2.7
40p
A'/)
.80M§
1.7m §S
15
15
10 100m
IOu
II
17u
800
ZAll
300m
6·Q8 .10:
$J
.85M§t..
2.5m
32
12
250m
150m
16
it..
R8
300m
32
I.~~ 1.0m
1.0M§t.. 1.7m §S 120 120
10 tt..
901Z1
T018
A
300m
120 100m .5fci'n0 .50
80
§
40p
A
R51
1.0m
1.0M
2.4m "J 80
30 50m
IOu
6.0
15
300m
40p
A
R51
1.0M
2.4m "J 40
40
20 50m
IOu
6.0
LOrn
20
300m
A
T05
1.2M
1.7m §J
25
25
20 100m
LOrn
35
40D
IOu
6.0
300m
1.2M§
10 100m
lOu
1.5k
4.3
40p
ZAll
Urn §S
25
29u
A~
6·~8 .10m8 19
3<.?2 m
§S
l~g
100
80
100m
2n¢
.50¢
1.0m¢
9p(Zl
T018
20 tt..
A
g~§t.. 1.7m
L~?Om
400'
20 50m
lOu
6.0
2.4m "J 25
25
A
R51
1.0m
OOm
35
15
2.4m
15
15
50m
lOu
6.0
1.0m
75
40p
A
R51
3.0M
300m
"J
IOu
15
15
15 100m
40p
1.7m §J
75
T05
300m
IOu
10 100m
39
78u
3.2k
8.4
400
ZAll
15
1.7m §S
15
300m
6.0M§t.. 1.7m §S
30 20m .01u8
t..
T072 G<.?8
50
300m
10p\?l
§S
20m
6.0M§t..
1.7m
30
t..
GD¢
50
300m
.01~&
1~~~ t..
10
6.0M§t.. 1.7m §S
30 20m .01u
300m
50
GD0
§S
20m
1.7m
50
t..
T072
lOp!?,!
:!OOm
G<.?~
.Ol~~
§S
~g
IOn
1.7m
50
50
20m
T072
t.. t..
~~Om
1~~~
10
6.0M§t.. 1.7m §S 50
50 20m .01u
T072
OOm
1.7m
t..
T072
~OOm
~g
~g ~g~ 1·?I~\O
1.6m
LOn
300m
~ T072 gg¢.
8.0M§t.. 1.6m §S 30
100rii
T072 Gcal
20 20m LOn
300m
40
8.0M§t.. 1.6m §S
30 20m LOn
T072 G~8
300m
10P!!1l t..
T072 GC¢
8.0M§A 1.6m §S 50
40 20m LOn
t..
300m
T072 GC0
8.0M§t.. 1.6m §S 60
50 20m LOn
t..
10
300m
T072
8.0M§t.. 1.7m
t..
12p!?,!
~Om 1·l,llu
~g
T072 i~g~
t..
8.0M§t.. 1.7m
20m .01u
50 20m .01u
t..
T072 GCQJ
8.0M§t.. 1.7m §S 60
12
300m
6.0 100m
6.0
6.0'/) 1.0m
25 t..
T018
12M§t.. 1.6m §S 6.0
700
300m
9.0p¥i...
1.0~1
T072
12M§t.. 1.6m §S 50
20m 250p
300m
12 20m .01u
T072 ;ggQl
12M§t.. 1.7m §S 30
300m
12 20m .01ug)
12M§t.. 1.7m §S 30
lOp!?,!
II072 G~8
~9Om
20m .0IU~0
12M§t.. 1.7m §S
300m
10P~
TOn GD¢
20m
IOn
T07
GD0
12M§t.. 1.6m §S
10
300m
4. SILICON PNP· LOW POWER TRANSISTORS
3N132¢
3N1330
3N1360
2N864At
JAN3~~08¢
3N114
~Nll~\!!
3N116¢
3N1170
~Nm¢
2N865At
2H 1254t
2H1256t
O.A. T.A. INC.
o
~g~
~~ ~~
~~g~
:g
.O"~'!;;
199~~~
1~ci'~rz\'
m~
19~
~~ ~
~g~~
:gl~~
~~g~
199~~~
m~~
~~ ~
:~~
~
r~
~
m
1~
199~
1~ ~ 1~:g;~0
l~i
g~m
tl
:g~~~
~~m
19~
~g~~
19~~
~
~:g~m
tg~~
~g ~~:
199~~
:lg~g
~6~~
~¢
19~9
150;1
~~
mI
~:gQl ."g~Ql
~:~~§
~Ql
i8n
~:g~~~
1~~~
jg
~~
~gg~
Igg~
19~~
:~
~:g~~~
1~~~
19~m
~gg~
300m
300m
300m
l~~~~
1.~m
1.7m
24M§t.. 1.6m
2.0m
2.0m
~~~~
~g
~~ ~g
§S
§A
§A
10
~~
i~
~g
6.0
10
5.0
5.0
~,:!m
l~g~
':gl~¢
LOn
~gg~~
63
!,:!P~
6.0Ql 1.0m
10 2.0m
10 2.0m
100 t..
25
25
700
b
b
~g ~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
\~
9.0
lOp
10 ~
ig~~ ~g¢
T018
I~~ ligl~
I
I
\~.
4. SILICON PNP . LOW POWER TRANSISTORS
LINE
No.
121
AM~ I ~K:S
TYPE
No.
U
15
2N3347*
2N3348*
2N3349*
1~~33~~:
2N3352*
l~# ~~n~2
18# 2SA561
~g# ~~~~~~t
21
2N5120*
25#
2S#
27
28
29
30
2SA604
2SAS05
CS3702
CS3703
GI3702
GI3703
33
ST8705
V435t
MPSA70
BC179A
2N726
2N727
BFV82
BFV82A
BFV82Bt
BFV82Ct
2N3S38At
2SA550
2SA550A
~~ # ~~8?8129
~~#
35.!
36'IF
~7
3~"
39""
40#
41#
42#
~~.
44#
45#
30(jm
300m
300m
300m
300m
300m
300m
300m
300m
3gg~
~2~6
40M6
40M6
40M6
45M§6
SOM§6
60M§6
SOM§6
SOM§6
2.(jm
2.0m
2.0m
2.0m
1.7m
1.7m
2.0m
2.0m
2.0m
§A
§A
§A
§A
§S
§S
§S
§S
§S
35
25
20
20
25
25
SO
SO
SO
~g~:~I~:g~:~ ~g
20
20
22,2
<u
45
45
45
:~
5.0
5.0
5.0
5.0
5.0
5.0
S.O
S.O
S.O
200n~
200n~
50m
50m
100m
100m
10n~
1On\?)
10nlO
I~:g
S.O
4.0
5.0
5.0
5.0
4.0
7.0
7.0
7.0
4.0
200nlO
200'}j<'
.01UIO
.01u
10 2.0m
10 2.0m
10 2.0m
1.<?g)
10m
5.<?\?) LOrn
5.010 LOrn
5.~~
1.0m~
5.~\1.1 1.0m\l.1
5.0w_ 1.0~
55
55
11 t
35 t 6
25 6
506
60 6
60 6
SO 6
19~~ ~:~~ l:g~~ 1~g ~
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
60M§62.0m
60M§6 3.0m
SOM§63.0m
70M§ 3.0m
70.M§
3.Om
100M§6 3.Om
100M§6 1.7m
100M§6 1.1m
100M§6 1.1m
100M§6 29u
§S
SO
+J 40
+J 50
+J 50
+J 30
+J 2.5
§S
45
§S
45
§S
45
.J 20
45
40
35
50
30
25
45
45
45
20
300m
300m
300m
300m
300m
300m
100M§63.0m
100M§ 3.0m
100M§ 3.Om
100M§ 2,Om
100M§ 1.Sm
100M§ 1.Sm
$S
.J
.J
§J
§J
§J
50
40
50
30
45
45
30
25
30
30
30
30
5,0
5.0
5,0
4,0
S.O
S.O
200m
300m
300m
300m
300m
300m
300m
300m
300m
300m
140M§6 2,Om
140M§62.0m
140M§6 500u
140M§6 500u
140M§6588u
140M§6588u
150M§63.0m
150M§ 2.0m
150M§ 2.0m
§J
§J
§J
§J
§J
§J
.J
§J
§J
25
25
25
25
25
25
25
25
45
20
20
20
20
20
20
25
25
45
5.0
5.0
5.0
5,0
5,0
5.0
4.0
5.0
5.0
50m
50m
50m
50m
100m
100m
500m
100m
100m
SOOm
150m
400m
500m
10m
10m
10m
500m
100.m
10n\£l
.05u!!:
1.0u¢A
100n'l)
.10u~
3~n!..
100010
100p~
100p¢
.05u§
5.01ll
1)~
10
1.0
1.0Frl
10m¢
5.0¢~
10u~
5.~~
5.~~
5.0¢
5.0
101'
LOu
LOu
LOu
LOu
10u§
10u§
35n§
LOu\?!
1,Oulll
10~¢
10u~
100 300m",
.10u~
10n\?l
lOnl'l
100m~
10115
5.00
.10u\?!
.10ulO
.01~~
LOrn",
10m!!:
150m¢
20me
5.0~
5.0'
1.~~
1.0.¢A
150
50m¢ SO
SOme 30
.01m~
SO
500u¢ SO
500u
150
10m
10m~
10mlll
1~i
10m~
.50
10m¢
,50
lOme
10(7) 10m(7)
5,0-~ 2.0m·~
5.0
2.0m
100u
100u
100u
1506
85
30 t#6
100 t
40 t6*
25 6
1. 2 mill
100 t6
100 t6
50 !4, .
15 t",,6
50m~
10'1)
~
b
48
A178A
~m!
51
~~.,.;;
53#"
54
~~
5~*.'
57""
"K#
A179B
B~:22 1
BCW37
EN2905t
E~~!'i02t
ZT180t
ZT181t
300m
300m
300m
I~gg~
300m
150M§
150M§
150M§
2.0m
2.0m
2.0m
§J
§J
§J
30
25
25
m~~~ ~:~~ :j ~~
150M6§ 2.4m
$J
45
25
20
20
~~
35
5.0
5,0
5.0
100m
100m
100m
100n~
5,~~
lOOn\?)
100nlO
5,010
5.~\?)
4.0
500m
500n
::g
4.0
500m
SOOn
500m
500m
500m
500m
50n
SOOn
200n
200n
S.00
2.0m~ 2406
2.0m~ 1256
2.0mlO 240 6
1.0m'l)
3g
30
X.OOOI
~
E0
DWG. A D
No.
0 E
1~~~ ~~ +gl~
Iii
100lll
1.5k
1.5k
1.5k
2.0klll
\:TURE
IF)
~
fit N
Cob ISTRUC
S.OP!!:!
S.~P@
S.OOIll
2SIll
ME
T018
g:
L 17k
\?l
10
~
'(:;
'I)
13p
PEt
ROS7a B
20p¥l~
ARll0aA
800HIll
10 L 17c
~(jOf!!!:!
~ L 17c
800HIll
115 L17c
100$
T0105 A
#:IZI"
30 t#
SO t#
15 6
306
20 t6
40 t6
1006
250 t
250 t
~:g ~~~~ ~dO~1O s.b~ 1.b~mll~~
1m
t6#
t6#
t
t6
t6
4,Op
lOp
100
6
T018
T018
T018
06
PE
PE
PE
PE
PE
PL
PL
B
B
B
~61~. A
T018
T018 A~A
T018
TO 18
DPE
PE¢
OPE
TO 105
T092
T0105
S.QP!?l
S.OOILI
PLl!1
PL\?!
PL0
X59
X59
X59
F
F
F
S.Op
4.0p
4.00
PE
PEt
PEt
R97
XS4
XS4
A
4.0p
3.7p
3,70
PE
PE
PE
T018
T018
T018
100
8.0PIfj
8.<!p@
8.001L1
PE
PE
PE
PE
R067a B
MM12 0
MM12 D
MM12 0
8.0plZl
5.0p
5.0p
PE
DPE
DPE
PE
E
E
E
MM12 D
R97
R97
T018
T018
T018
T018
~E
igJ~
5p~
~P@
1.2mlZl
2.0klZl
SOu
42u
60u
2.Sk
2.8k
3.5k
2.8k
3.5k
390
40k
15 IZI
.22
260m
250m
2S0m
250m
1.1
10
5.b~1ZI
5,00
7p\LI
4.0p
4.00$
8.0p
S,Op~
801ll
Llm
AflJ
PE
PE
501ll
:~# i~~~O;i
~~
u~:S(;HI
COMMON EMITTER
hoe
hie
hre
mhos)
10
11
12
ORDER,p,F (1) MAX COLLECTOR DISSIPATION
lab & 131 TYPE No.
115
Qj
u2S.
u26.
u2S.
A
15
55
LT1R~t
59# ZT;S4t
60# ZT187t
~~f" ~Hg~~
3gg~
gg~~l ~t~ ~j ~g
~g
63+
ZT2811
300m
1
150M§6 2.4m
$J
45
:~
~~
::g
66+
ZT284t
300m
300m
300m
300m
150M§6 2.4m
150M§6 2.4m
150M§63,Om
150M§63.0m
$J
SJ
.A
.A
45
25
25
35
45
25
25
35
4,0
4.0
5.0
5.0
~~
~~
~;: H~~3~
g~: H~~bb
69+
ZTX501
72.
ZTX504
2N4888
2N4889
V205t
V435A
BC250A
BC250B
~~~50C
BC260A
BC2S0B
~~: ~i~~g~
.!~
74"
75""
~~#
77#
78#
~I!.#
80#
81#
~~# ~~~~~~t
84
85
86
87
I! I!
8~~
90'IF
I;IH
92.,.
93...
94 ...
95 ...
96.,.
~!'"
98#
99#
2N2412t
2N3S44t
2N3645t
2N4142t
2N4143t
2N4228
2SA4S7
AT410
AT412
AT413
AT414
AT415
AT416
AT417
BCllS
BC12S
~2~# ~~177V
104# BClnVI
105# BC178
1nRft
;07#
~~178A
BC178B
108# BC178V
D.A. T.A. INC.
~gg~
~gg~
m~:~I~::~ I~j
m~:~ ~:g~
~:g ~gg~ ~gg~
:g~~ ~g
1
1.0m0
s.iiill
1.orriill
1~'<?l!1
1.0m~
55
Ig:g~ l:g~~ ~g
S.Q\?!
S.OIO
90
90
50 t6
10mlll 50 t6
~:g~
19~¢ 19~ ~~
10m~
.J
.J
§A
.J
.J
.J
.J
§J
§J
§J
§S
§S
.J
5,0
6,0
S,O
3.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
500m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
500m
. lOu\?!
,10u\£l
,10u8
.01u\?!
,01UIO
35n§
6.0e
lOme 50 t6
10;D, 1.0m~ 500!!:!
101' 1.0m¢ 400 iZ!
1.0<1
20ni0 55 t#
101' 10m
40 t6#
1.~\?! LOrn
35 t6
1.010 LOrn
80 t6
1.~~ 1.0m~ 200 t6
1.Q\?) 1.0m\?) 35 t6
1,0", 1.0mlll 80 t6
1.Q!!: LOrn!,,,, 200 t6
.5Q\?!
10m~ 35 t
.5010
10m", 55 t
1~~ 1.0m~
80 t6
.J
.J
.J
SO
SO
40
40
40
30
5.0
5.0
5,0
200m
200m
400m
50~ifn#
50n
.50u
1~~ 150m8 300 !!!:!
10 150m~ 150 till
1.0
100mI£- 100 t
200MM 2.4m
200MM 2.4m
200MM 2.4m
200MM 2.4m
200MM 2.4m
200M§ 3.0m
200M§63.0m
200M§ 2.0m
200M§ 2.0m
200M§ 2.0m
SJ
$J
SJ
.J
.J
§J
§J
§J
45
30
30
45
45
45
35
45
50
50
45
30
30
45
45
40
30
45
45
45
5,0
5,0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
500m
500m
500m
500m
500m
200n
200n
200n
200n
SOOm
100m
100m
100m
SOn
.05u
.05u
,05u
,05u
5.01ll
200M§
200M§
200M§
200M§
200M§
200M§
§J
§J
§J
§J
§J
§J
20
30
30
30
30
20
20
25
25
25
25
20
5.0
5.0
5.0
5.0
5.0
5.0
100m
100m
100m
100m
100m
100m
.1Ou
.10u
. lOu
. lOu
. lOu
.05u
5.0'1) 2.0mlO 240 t6
5,~~ 2.0m~ laO
5.~\?! 2.0m\?! 290
5.01'1 2.0m", 75
5,0\il 2.0m\il 110
5.00 2.0m0 240 t6
300m
300m
300m
200M§63,Om
200M§63,Om
200M§ 3.0m
300m
300m
300m
300m
300m
300m
300m
300m$
300m
300m
300m$
300m
300m
300m
300m
300mS
~gg~
~gg~ 15gg~
~:q~
6.00
70
150
150
10
35
20
20
20
20
20
20
20
20
45
150M§63.0m
!~~~~~ 3.0m
1S0M§iZ!3.0m
1S0M§ 2.0m
170M§ 3.0m
180M§ 3.0m
180M§ 3.Om
180M§ 3.0m
180M§ 2.0m
180M§ 2.0m
1~(j!-,§
2.0m
200M§ 1.1m
200M§ 1.1m
200M§63.0m
~gg~
~gg~ ~gg~
70
150
150
15
35
20
20
20
20
20
20
25
25
45
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
~gg~
:!
.A
35
~gg~:~ ~:g~ :j ~g
~gg~~l ~::~ ~j ~g
~gg~: ~:g~ :j
2.0m
2,Om
2.0m
2.0m
2.0m
2.0m
~g
~g
~g
:~
200n
,05u~
.01u~A
.02u§'I)
.10u~
,10u¢A
100nlO
100~
~:g ~gg~ ~~~~
~:g ~gg~ ~gg~\Il
200~tn
~:g 19~~ :g~~
64
6.0p~
20~!!:!
12kiZ!
19~ 1~0".!~ 1~g ~~
lq~ m~~ ~g ~6
10",
1Ql!1
lQ\?!
1010
1.0FA
1~1?:i
10'1)
5.~~
5.Q~
150mILC 100 6
150mI:': 100 6
150m~ 306
150m\/. 306
50mj 100 6
100u~ 20 t6
1.0mlO 20 t6
2,Om~ 240 t6
2.0m\?! 180
2.0m", 290
~:q~ ~:~~~ 1;~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~:g~~
4.0p
4,00
4,Op
4.0p
4.0p
4.0p
4.00
4.0p
E
E
E
~llg
T018
T018
T018
A
A
A~
A\?!
A0
!
4. SILICON PNP
LINE
No.
TYPE
No.
i-!J.MAX.
I ~OLL.
DISS.
@25'C
-(IN]
f£J
TYPICAL 'h' PARAMETERS
lQ.ERATEI T AB:; MAX RATINGS @25'C MAX.
IN M E BVeboJ BVeeo BVeb..Qj
lebo f---ic;::;::-.,----I'B",IA,,-,;S
COMMON EMITTER
@MAX Veb
Ie
hfe
hoe
hie
hre
FREE IA M
Ie
AIR ll< P
~~b
(VI
(AI
(01
1Hzt W/'C
IVI
(VI IIVI
(AI
I(mhosl
X.0001
fab
I~gg~ I~gg~~ Itg~ !JJ
~!
B~204V
~'! BC204VI
6'lF BC205A
7# ~~205B
~'(I; BC205V
9~ BC205VI
m~ I~C~¥~~t
12lt BC212KAt
~~'(I; B(;;212KBt
1~~ BC212Lt
15'lF BC212LAt
16# BC212LBt
la
~gl~~~t
n:J± 1~(;;~I~LAt
23# BC213LBt
24# BC213LCt
~5:J±
~~214Kt
26# BC214KBt
27# BC214KCt
~ll# ~~~14Lt
29# BC214LBt
30lt BC214LCt
~.1# B(;;251A
3~'(I; BC251B
33'lF BC251C
:<4:J± BC:l52A
35# 6(;252B
36lt BC252C
~7:J± B(;;253A
38# BC253B
39# BC253C
4,?! BC256A
4!~ BC256B
42'lF BC261A
~~# B<:~~IB
44# BC261C
45lt BC262A
:~: Iggg~~
48lt
BC263A
49# BC263B
~?: ~g~~~
~~~
5~'(I;
54~
5"
59#
60lt
6!'(I;
62#
63
~?:J±
B,,266B
BCY78
BCY79
'«13.,44t
'SFXI2
BSY40t
BFX13
BSY41t
CS3906t
~::!y.t21A
68# BSW22
69# BSW22A
n# ~~~~51~
75
2N4453t
76
JAN2N4453t
77# BFV81t
78lt BFV81At
~~
200M!
200M!
200M!
200M!
200M!
200M!
200M!
200M!
200M!l>
200M!l>
200M!l>
200M§l>
200M!l>
200M!l>
200M!l>
200M!l>
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
45
45
45
20
20
20
20
20
60
60
60
60
60
60
45
45
45
45
45
20
20
20
20
20
50
50
50
50
50
50
30
30
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
100m
100m
100m
100m
100m
100m
100m
100m
200m
200m
200m
200m
200m
200m
200m
200m
300m
200M!l> 3.0m
+J
45
30
5.0
200m
300m
300m
300m
300m
200M§l>
200M!l>
200M§l>
200M§£>
+J
+J
+J
+J
45
45
45
45
30
30
30
30
5.0
5.0
5.0
5.0
200m
200m
200m
200m
I~gg~
~gg~
I~~~~~rit
84
2N5041
~gg~~~I~:g~ !j :~
~gg~~~ ~:g~ !j :~
3.0m
3.0m
3.0m
3.0m
~g
~g
~g
90
300m
300m
300m
200M!
200M!
200M§
3.0m
3.0m
3.0m
+J
+J
+J
45
45
45
~gg~ I~gg~~ ~:g~ :j ~g
45
45
45
~g
M05000*
tJ
tJ
tJ
tJ
tJ
tJ
§J
20
20
20
20
64
64
45
20
20
20
20
64
64
45
5.0
5.0
5.0
5.0
5.0
5.0
5.0
100m
100m
100m
100m
100m
100m
100m
300m
200M!
2.0m
§J
20
20
5.0
100m
I~gg~ I~gg~~ ~:g~ ~j
l~g8~
300m
300m
300m
300m
300m
300m$
300m$
!~gg~
~8g~~ I~:g~ ~j
200M§
200M!
200M!
200M!
200M§
200M!
200M!
~gg~
2.0m §J
2.0m §J
2.0m §J
2.0m §J
2.0m !J
2.0m §J
2.0m!J
~::~
300m
200M
'~gg~
~?g~~ ~:g~
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
210M!
230M!
230M!
250M!l>
250M!
250M!
300M!
300M!
300M!
300M!
300M!
300M§
300M!
300M!
400M §l>
400M!l>
400M!l>
400M!l>
400M!l>
I~gg~
I~OOm
300m
300m
2.4m
:~
~g
20
20
20
64
64
: :~
$
45
:i i6
2.0m !J
2.0m §J
2.0m !J
2.4m !J
3.0m
+J
3.0m
+J
2.0m !J
2.0m !J
2.0m !J
2.0m !J
3.0m
+J
3.0m
+J
3.0m
+J
3.0m
tJ
1.7 m!S
1.7m!S
1.7m !J
588u !J
588u !J
25
20
25
40
25
25
25
50
25
50
25
50
25
50
:~
~g
20
20
20
64
64
32
45
:~
30
i~
:gg~!l> ~~8~
~S
25
12
12
20
20
15
20
40
25
25
25
50
25
50
25
50
25
50
12
18
18
12
12
15
400M
2.4m
500M!l> Urn
500M!~ 3.0m
500M!1lI 3.0m
§J 6.0
+J 25
+J 40
6.0
25
40
~g
1~
1.0G§l>
1.7m
20
15
96
MPS404At
310m
310m
310m
310m
310m
310m
310m
4.0Ml>
40M!l>
40M§l>
50M!l>
60M§l>
100M§l>
100M!l>
2.8m
3.6m
3.6m
2.8m
2.8m
2.8m
2.8m
310m
310m
310m
310m
310m
310m
100M§l>
100M!l>
100M!l>
150M!l>
150M!l>
175M!
2.8m
2.8m
2.8m
2.8m
2.8m
2.8m
19~
105
~~~H~
~~;~g¥
MPS3638t
D.A. T.A.INC,
l~lg~
5.0
200m
5.0
5.0
100m
100m
100m
100m
200m
5.0
5.0
4.0
4.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
4.0
5.0
5.0
4.0
4.0
5.0
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
.05u
5.<?~
2.0m~
5<?~ 2.0m~
5.010 2.0mlO
5.<?~ 2.0m8
5.<?2:l 2.0m2:l
5.010 2.0mlO
5'~8 2.0":'8
5.<?2:l 2.0m\?l
5.010 2.0mlO
5'~8 2.0m\,?
5.<?~ 2.0m~
5.010 2.0mlO
5.<?~ 2.0m8
5.<?~ 2.0m~
5.010 2.0mlO
5.~8 2.0m8
5.<?~ 2.0m2:l
5.010 2.0mlO
5.<?se 2.0m\,?
5.<?~ 2.0m~
5.010 2.0mlO
5.<?~ 2.0m8
5.<?~ 2.0m2:l
5.010 2.0mlO
50
75
125
240
50
75
240
50
100
200
50
100
200
70
100
200
350
70
100
200
350
125
200
350
4.0p
4.00
4.0p
4.0p
4.00
4.0p
4.0p
4.0p
4.0p
l<?p!?:!
10o1L1
6.
6.
6.
6.
6.
l>
6.
6.
6.
6.
6.
l>
6.
6.
l>
6.
6.
6.
6.
6.
l>
l>
l>
l>
10p~
Hlp!?}
1001L1
10p~
l~p~
10PItJ
200m
200m
200m
200m
200m
200m
200m
200m
100m
200m
200m
200m
200m
!S
:1
~~
tJ
40
tS
50
tS
50
tS
25
tJ 100
tS
15
tS
30
199~~~ H~ i~ l~g
i#J
tJ
tJ
§S
#J
tJ
25
40
50
40
25
30
~~
m
50m
50m
5.<?\,? 2.0m\,? 125 6.
5.<?~ 2.0m~ 240 l>
5.010 2.0mlO 450 6.
5·~8 2.0m8 125 l>
5.<?~ 2.0m~ 240 6.
5.0", 2.0mlO 450 l>
5'~8 2.0m\,? 125 l>
5.~~ 2.0m~ 240 6.
5.010 2.0mlO 450 6.
5 .<?~ 2.0m8 125 l>
5.<?~ 2.0m~ 240 6.
5.010 2.0mlO 125 l>
5.~8 2.0m8 240 6.
5.<?~ 2.0m~ 450 6.
5.0", 2.0mlO 125 6.
5.<?\,? 2.0mse 240 l>
5.<?f!! 2.0m~ 450 6.
5.010 2.0mlO 125 6.
5·<?8 2.0m8 240 l>
5.<?f!! 2.0m~ 450 l>
5.010 2.0mlO 125 l>
5·~8 2.0m8 240 l>
5.<?~ 2.0mf!! 125 l>*
5.010 2.0mlO 125 l> *
18u
30u
60u
!~u
30u
60u
18u
30u
60u
18u
30u
18u
30u
60u
18u
30u
60u
18u
30u
60u
18u
30u
2.7k
4.5k
8.7k
2.7k
4.5k
8.7k
2.7k
4.5k
8.7k
2.7k
4.5k
2.7k
4.5k
8.7k
2.7k
4.5k
8.7k
2.7k
4.5k
8.7k
2.7k
4.5k
1001tJ
4.0p
4.0p
4.00
4.0p
4.0p
4.00
4.0p
4.0p
4.00
4.0p
4.0p
4.00
4.0p
1.5
2.0
3.0
1.5
2.0
3.0
1.5
2.0
3.0
1.5
2.0
1.5
2.0
3.0
1.5
~.\;!
3.0
1.5
2.0
3.0
1.5
2.0
::g~
4.0p
4.0p
4.00
4.0p
4.0p
4.00
4.0p
4p$
40$
lOp
lOp
lOp
8p!Zl
20n
20n
20n
.03u~
.01~\D
.01u
l~i 150m8 100 tl>
.35
.50
20 tl>
40 t
50 t
.50¢
60 t
10¢
100 l>
3'~8
1.0 6.
3.<?f!!
1.5 l>
4.510
130 t
4.~8 2.0m~ 130 t
4.~~ 2.0m~ 250 t
4.510 2.0mlO 250 t
.3~8
.03u~\,?
200m
200m
600m
500m
300m
12
15
15
~gg~~ 1:~~ ~j
2N5227
~:g ~gg~
5.0
5.0
5.0
4.0
10
12
15
20
300m
19?y
102
100m
100m
100m
100m
100m
200m
200m
25
25
30
40
25
30
§J
!J
!J
I~gg~
~~~gg~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
35
50
50
25
100
15
30
700M! Urn
850M!l> 1.7m
900M§ 1.9m
~:g~i ~:~~
~:g 199~
50m
50m
50m
50m
50m
250m
150m
150m
50m
50m
500m
600m
500m
50m
300m
300m
300m
l~lg~
~:g 199~
4.0
4.0
5.0
4.0
4.5
4.5
4.0
4.5
5.0
5.0
5.0
3.0
12
12
25
3.0
3.0
4.0
4.0
3.0
3.0
2N4080
2N5226
1~~~
15nlO
15n\,?
15n~
15nlO
.03u§¢
.50u
.50u
.50u
.50u
.50u
.50u
.50u
.50u
.08u§
.0Iu§
IOn!
10u~
10u~
10u\O
$
I~g~ggg::
~~
~:g 199~
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
2.0m
93
99
100m
100m
100m
200M!
200M§
200M!
200M!
200M§
200M!
200M!
~~
~~# 1~~~%4t
5.0
5.0
5.0
300m
300m
300m
300m
300m
300m
300m
2N4208t
~1~~~~\
~:g I~gg~
50n
50n
.10u
.10u
.10u
.10u
50n
15n~
15nlO
l~p~
~~# ~~~~~~t
87
~:g ~gg~
4.\;!p
101>~
300m
g~
I~:g 11 gg~
~~
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
DESCRIPTION
Cob ISTRUCI
l:TURE DWG.
(FI
No.
.0 1u\?!
.05u~
.05u(O
1OO,!~
.0Iu~~
.01 U!(O
4.~8
.5~\?l
.5010
5.~8
.3~\?l
.3Qw
.5~8
.5~~
.5010
.3Q8
1.<?~
1.0(0
2.<?\,?
.3<?~
.30(0
10m¢
10m
10m
10m
LOrna
50m
50~
2.0m"
2.0mSZl",
30m2:l
30mllJ
10mS
10m\?l
10m'"
10m\,?
30m~
30m",
10":'8
150m\?l
150mllJ
5.Om,!?",
10m~
10mll!
250
40
40
40
30
25
40
40
30
63
30
40
35
50
30
60ulZl
10
26
15
1.2,,:,~
1.2miZl
IZI
III
(Ii
t
t'(l;l>
t%l>
tl>#
4.5plZI
~g~~
4.00
4.0p
4.0p
4.00
4.0p
4.0p
4.0p
4.0p
6p~~
1On
.01u
.50u8
.10u\?l
.10ulO
.05u8
.05u2:l
.30ulO
LOu\,?
.10u~
.10u(O
1.~~
LOllI
6·98
. 1~~
.1510
.10u~
5.~8
5'~8
5'0¥l~
10(0
1~8
1<?2:l
1010
.lousL 5.~\?l
.1 UX<D 1.010
65
~Om~
50m~
10m\O
Rll0
Rll0
Rll0
Rll0
~~
PE
PEUJ
PE¢
PE0
PEOI
PE¢
PE0
PE(7)
PE(Il
PE0
PEUJ
PE(Il
PE0
PEOI
PE¢
PE0
~P~
t~A
601ll
4.5p
6.0p
6.00
tl>
t l>
t l>
t
t'(l;
tx
t
tl>
t l>
irirzl'
~ng
R 110
X64a
X20
X20
X20
X64a
X64a
X64a
X64a
X20
X20
X20
X20
X64a
X64a
X64a
~~~
~~g
PEIO X20
A
A
A
A
A
A
A
A
A
A
B
B
B
A
A
A
A
B
B
B
B
A
A
A
B
B
B
A
A
A
A
A
A
A
A
A
PE!~ X64
X64
PEt
PE
T018
~~~ :::gl~
PEIO
P~~
P§~
PE(O
T018
T018
T018
T018
~~SZl :::gl~
PE
P§se
P~~
PEIO
PEl>
PE
PEl>
T018
u34
u34
u34
T018
T018
T018
T018
~~L¢ ~gj:
R97d
E
E
E
E
E
E
E
E
6~
!,!l>
1.
50
3.0m\?l 50
3.0m~ 20
10m~ 50
12m2:l 30
12mll! 30
1.0mse 150
1.0m¢.... 250
50mlO 30
LOrn
20
50m
30
2.0m
50
~Ylg
PE
PE
PE
PE
6.0p~_
~~!;i
10~~ 1.~8 3.0m8
I~~
LC
E0
AD
DE
PE
PE
PE
~g~~
A0
Rll0
Rll0
Rll0
Rll0
T046
T046
A
A
A
A
A
A
~~:: A~
u268
u26a
u34
u34
B
B
!I<'
PE
~~J~ ~
OPE
R124 t A
T018 SZl
T018
~~
T018
AIO
OPE
ANQl
:::gl~
L66b
~~
t
t
tl>
100p~
A
~p~ AN
201ll AN
4p$1ll (J)
t l>
t l>
l>
l>
l>
l>
l>
l>
60 tl>
30 tl>
30 l>
4p$12i
200$
8.0p~.
15p$
50$
1.2mlZl
1.5klZl
26 iZI
100uiZl
1.2ml£l
7.5k1Z1
2.0k\ll
15 !ZI
81Z!
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
ill
AN
T092
T092
T092
T092
T092
T092
A
A
A
A
A
A
4. SILICON PNP . LOW POWER TRANSISTOR-.i
LINE
No.
TYPE
No.
WMAX.1J
lQ.ERATE~ TABS MAX RATINGS @~5'C
COlL.
IN M E BVeboJBVeeo BVetmJ
DISS.
fab
FREE A M
Ie
@25'C
AIR X P
IWl
IHzl
W/'C
IVl
IVl
Vl
IAl
1
~ 12m
310m
310m
~
I~~~~g~t
MPS6533
1~
12
l~
15
1~
18
~~
~~~~~~~
2N5208
~~~~~%
MPS6519
I~~~gg~~
MPS3640t
~g~g
24
2N978
~~
g~~~~
27
2N5455t
:!.1# 1~~:V23
32# 8CY26
33
BCY19
~~# I~g~~;
36
BCY18
~!!
40
40
~!!
40
40
5.!! I,!!!!!m
4.0 100m
4.0 100m
. 1~ 1.!-,2, ~um
.05u
121?1 2.0m
.05u
1010 2.0m
310m
260M§
tJ
40
40
4.0
600m
.05=
1.010. 100m
199
~
40 tt;
310m
310m
300M§t; 2.8m
300M§<'> 2.8m
25
5.0
::g
3.0
3.0
50m
50m
.0Iu'<l
.10u§
Lgp"
lQ\Q. 2.0m
1.02, 50m
20 tt;
15 tt;
~lg~
~lg~
~lg~
1~10m
310m
310m
310m
310m
312m
1~12m
312m
330m
~~g~:~ ~:~~ ~j ~g
2.8m
~~g~: ~:~~ ~j ~g
tS 30
tS 5.0
~:g~: ~:~~ ~j ~g
340M§ 2.8m
340M§ 2.8m
500M§t; 2.8m
1.Q~~
1.2G§
1.5M§
1.5M§
2.0M§
65.Mt;
1~.8m
2.8m
2.5m
2.5m
2.5m
2.6m
tJ
25
tJ
25
tJ
12
tJ 6.!-/_
tJ
12
$J 32
$J 60
$J 32
$J 30
I~~g~ I~~g~:~ ~:~~ :j ~~
340m
350m
350m
350m
350m
350m
350m
I~gg~
350m
350m
350m
350m
350m
350m
350m
350m
450M§t; 1.9m
2.0m
2.8m
2.7m
2.7m
2.7m
2.8m
.50M
500k
500k
600k
.70M
L~~
2.0M
§J
15
§J
70
$J 100
$J 50
$J
10
$J 30
$J 50
I~:~~ :~ ~g
2.8m
$J
1~:~: ~:~~ :~
30
15.M§
15.M§
15.M§
15.M§
15.M§
15.M§
30M§t;
2.9m
2.9m
2.9m
2.9m
2.9m
2.9m
2.3m
$J
$J
$J
$J
$J
$J
§J
jg
70
70
90
90
40
70
45
42M§t;
40M§t;
45M§
60M§t;
60M§t;
100M§t;
3.4m
3.4m
2.0m
2.3m
2.3m
3.4m
.J
tJ
§A
§J
§J
tJ
40
40
70
60
60
60
150M§t; 2.3m
1~2I'JI§t; 2.3m
150M§t; 2.3m
160M§ 2.3m
200M§t; 2'2 m
200M§t; 2.0m
200M§t; 2.0m
45
~g
2N5254*
54
2N1197
~~g~~~:
3~2m
350m
350m
350m
350m
350m
~~g~
350m
~~
~~:g~~
~g
~~~~~~
75
2N4061
8I
2N5366
82
I~N5367
83.;' BC281A
84.i BC281B
199~:~ U~ !j ~g
350m
350m
350m
350m
350m
1:!50m
350m
350m
"50m
350;"
360m
250M§ 2.0m
250M§ 2.0m
'''OOM§t;'7.llm
';J00M§t;'2j;"
2.9m
§J
§J
§J
§J
§S
§J
§J
§J
§J
§J
§J
§J
$S
360m
2.9m
$S
3~2m
~~g~
250M§t;I~.Om
~~
45
15
60
45
25
~~2~
25
25
12
6.0
12
$S
4.0
4.0
4.0
4.5
4.5
12
12
12
5.0
20
~~
100m
12~m
"Om
~!!m
80m
250m
250m
250m
30
50m
~g ~g~
jo
rzl
40
40
3~.~
60ill
60
gg IZl
35
25 ~
45 ill
30 50m
30 50m
30 50m
30 50m
20 50m
30 50m
5.0 500m
5.0
5.0
4.0
5.0
5.0
5.0
50m
50m
15m
1.0 #
1.0 #
500m
5.0
500m
6.0
i2
40
~g
~g
199~
199 ~:g~~
1)~ 2.0m~
10
.30
3.~~
3.0125
6.00
6.QIe
6.0ES"
1010
PET4059
PET4060
PET4061
PET4062
~a ~~~3V
96
TZ581
19~# ~FS'1~3
105
TlS37
108.
TIS104
19~
100u\£l
15k\£l
tI
60u\LI
12k\Zl
3.6m
3.6m
3.6m
~!!Om
4~~§t;I~.Om
360m
360m
40M§<'> 2.0m
40M§t; 2.0m
80
60
30
30
30
60
80
60
~~g~
:g~:~ ~:g~ :~ ~g
~g
360m
~~g~
40M§
2.8m
.J
.J
tJ
§J
§J
§J
$J
30
30
30
~~
40
~g~~t; ~:~~ :~ ~g
30
~g
5.0
5.0
5.0
I!!'O
6.0
6.0
¢
1.iW" 100m
1.0~~
621e
6:2~
6.0(0
1.0m\!)
1.0m~
1.0mlO
6.!hL
IEi:O¢
6.iW.
1.0~
1.0~
1.0m0
2AIO
6.2~
6.010
1.0m~
2n~
2n~
2n¢
IOn
.01~~
.01 u¢~
250n(O
lo0~1
lOOn
.05u
500n
50'!.,
.05u:o
10np
.01~~~
100nlO
IOn
.10u;
.10u
.1l1UI/)
'1-00';-
.10~iIl
~.!!\!)
6.Q~
6.0125
5.00
1.0m~
1.0mlO
100m\!)
1.0m¢
10U0
10
10
20
10
20
t;
t;
t;
t;
t;
40 t;
1.0~~ 175
1.0m¢ 175
10
12~ 10m
25
10125 10m
35
100 .10m
25
hL 2.0m
5p$)Zl
4p
4
4p
.41;!
3.5""
10~l;
10~J
30m. 1OUIO
15u
15u
50u
20u
25u
600
600
1.4k
600
1.4k
35~
I~~~
40u
50u
~gg~ : 19~
500m
.1 Ou
t;
t;
1.0mlO
12~ ~:g~~
1010 2.0m'<l
Ig:g
5.0
100~~
5.~~
100nl{)
5.01{)
~~Om
.O!U~
5.Q~
5.<.1~
200m
50m
500m
100n~
.01 u¢
.0Iu§
5.010
100m\?!
1.0mlO
1.0m\!)
1.0m~
1.0~.
10n(O
~:g ~gg~ .01~"{
40
45
60
45
30
45
60
45
5.0
I ~.O
6.0
6.0
500m
200m
200m
.02ulO
.0 1u~
.0 I u¢
.0Iu§
70~~
70uill
300nb
'.>60m
80M§t; 2.9m
§S
35
gg
32
6.0
50m
50m
.10ul{)
100M§t; 2.0m
100M§t; 2.0m
§J
§J
25
20
!~
15
2~~
25 kill
20
5.0
4.0
66
A
A
A
A
~
A
A
A
A
A
A
~g
D
A¢
PEM
PEM
T05
T05
T05
T05
'~M
' Tn 5
Ao\
A
~~M ig~
A¢
Ad,
PEM
m ~~~
P~~
P~g)
PE(O
'T05
T05
T05
~~
i81g
T018
~I!!
TO 18
TO 18
A¢
AQJ
P~~
T018
PE¢~ T918
10 u5"
A~f(1
'"
F
u53
F
~~~4
FA
I~:gg~
~~~
~
8p$iZI
5.0p
DPE
5.00
OPE
5.0p
DPE
PE¢
PE
PE
PE
PE
T098
TO 18
TO 18
TO 18
Rll0
Rll0
Rl10
Rll0
Rll0
0\
2.3k'"
'"
15 iZl
DPE0 L 170
9p~
T046
8p$iZl
T046
PE
T018
PE
T018 19>
llp$ AN
L 17d
110$ AN
L 17d
'tID ~~J 8 FA~
6.opiZl
t
1092
B
t
T092
B
T092
B
t
t
T092
B
~
2gg
80 t;
45
90
180
100
100
300
325
3.4k
5.0k
6.5k
tt;
tt;
tt;
t;
t;
t
5.010
t;
40 t;
t;
1.0m!!1 250 t;
1.0~ 360
9.01{)
1.0~
1.~O":~ 2~g
10m"
1.0m~ ~~O
~2m
~m
i8~~
T092
T092
T092
T092
T092
X20d
T018
8.00
90 t;
5'fQ\?!
101{)
5.0!,!
1.00
:~~
45p
45p
450
45p
2~~~
~2 t;t
:n~~ ~:2~ l:g;~ 3~~
.01ul'!
5.0nllL
~
T092
T092
T092
T092
PDt;
25p!?j
t;t
t;t
1.0~
5.Q~
E~f?1
EA¢
AN
A
i8~~
12 IZl
12 ill
600m
tt;
5.01{)
5.Q~
EA
EA
T092
20 t;t
:g~~t ~:2~ l:g;~ ~gg
§S
§J
§J
§J
~:g
5.~~
1.0~~
4.0p
45p
450
45p
4p$
.4~
8.001L1
.soiil
100m
100m
100m
2.4m
2.0m
2.0m
2.0m
1360m
1360m
1.8k
1.8k
3.0
3.0
4.0
3.0
4.0
I~'O
4.0
5.0
5.0
4p$
4p$
40$
40 t;t
1.010 1.0'!lJ!<. 42 t
16~ . 10~.?" 55 tt; 800u'"
10
10m¢ 135 t;
'"
1.0
10m
50 tt;
1.2~
10m
50 tt;
1.~~ 500m
40 t#
2.010
1
40 tiL
1.U(O
!Um lUll Tt;
:30;"
40 t,t
5.00 .10m
100 t;
5.0(0
EA
~8g~ ~~
4501Z1
19~ :lg~~ ~g ~~
6.0'0 100=
~
EA¢
~~~121 E~
42
70
25
42
125
125
100 t;t
5.~~
5-?~
1~'2~
6.2~
4.5p$~
6,,1Zl
l C
E0
AD
DE
30 tIVE
Lg~¢ ~O ~
6.00
50M§l>
50M§t;
50M§t;
50M§t;
~g~:~ ~:~~ :~ ~g
4.5~~
19~ ~:g~~ ~~ ~
2n(O
2n\!)
360m
360m
360m
360m
,~;g~
10 \ZI
:~m ~~
6p~
12m
14m
19m
360m
360m
360m
8.5p$
200 tt;
2.0m¢ 300 tt;
10ri!lll 30 tIVE
10~~ 30 tt;
10m¢ 30 t t;
10m
40
10m
40
1Om
40
150roll 38 t#
6.21?1
DESCRIPTION
Cob ISTRUC
l:TURE DWG.
IFl
No.
\LI
~~g ~~
tt;
45 tt;
~iggl~~
D.A. T.A. INC,
X.OOOI
~g ~~
~~.-1l ~H:6~8
87
88
89
90
.10.1
~:g ~g~: 1g~~ ~:~~ Lg~~ :~ ~
tg
4.0
40
t~ ~:g~~
60 t;
50 tt;
90 tt;
(mho~
~~~ ~:g~ 1:g~~ ~g
~:g ~gg~ :g~~~
30
4~
.02~
I~'O 1~22~3 522 n
30
40
40
50n§
250~
.02u
20n
20nle
20n¢
.02u'
~g ~o~ .02~~
jg
30
30
~O
.Q~~~
.05u¢
10n§
10n§
10,!}
.10ulO
.10u\!)
. 1Ou~
5.0ulO
~gg~t 19~
::g
4.5 300m
4.0
50 50m
30 50m
30 50m
30 50m
30 50m
15
.1.0
100
50
30
30
50
70
70
90
90
40
70
45
199~ :g~~g
50
45
25
40
40
40
45
12 iZl
30
~:~~ :~ ~g
3.6m
::g
~g
~gg~ :~g~~
5.0 500m4
3.0
5.0 I!!OOm
5.0 600m
5.0 200m
5.0 200m~
5.0
1
5.0 1.5
'''.11 :lUllm:ll
'4:0 500;"~
6.0
30m
~:~~ :~ ~g
36um
~:g ~gg~ :g~~M
~g
~g.:I ~~~%~
g~
JYl (A.l
!~
tJ
tJ
~~g~
51
Veb
~~~~~~~EM:: COLLECTOR DISSIPATION
TYPICAL 'h' PA AMETERS
BIAS
COMMON E I ER
Ie
hfe
hoe
hie
hre
~OOM§t; 2.l.Im
200M§ 2.8m
200M§ 2.8m
1
9
MAX.
lebo
@MAX
Veb
IAl
~~ t#t;
35 utt;
19u
8k
100nb
100nb
250u!?,!
500uILJ
50~~
50uiIl
25u
25u
26
26
60
1.2klLJ
20~~
20kill
10k
10k
14u
14u
15u
1.8
2.6
3.3
10
10 ~
10
10 III
~
6 pILl
5.0p~
5.00
91
5.0k
5.0k
6.0k
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
OPL0 T018
grt~ i81~
PL(O
PL~
T098
ig~g
T050
10 ILl
10 (zl
10 i7\
10 \ZI
2.7
2.7
1.3
igl~
B
A
A
A
A
A
~~
A~
A9>
B
BA
A
6.0p!?j
6·2p!?J
4.0olLl$
TO~~
T01 ..
A9>
A0
I
I
LINE
No.
TYPE
No.
~
MAX. ~
OlL.
DISS.
@25'C
(W)
lru'RATE~ TABS MAX RATINGS @25'
fab
(Hz)
IN M E BVeboJBVceo IBveb..QJ
FREE AM
IIC
AIR X P
W/'C
(V)
(V) iM
IA)
I~~~~ '~gg~:~I~:g~
4
5
6
2N3703
2N5447
2N5448
~
I~~g~g~
9
PET8300
360m
360m
360m
360m
100M!lI
100M!lI
100M!lI
100M!lI
2.8m
2.8m
2.9m
2.9m
I:j
$S
$S
$S
$S
~~
~~
40
50
40
50
25
30
25
30
::g
5.0
5.0
5.0
5.0
~gg~
200m
200m
200m
200m
MAX.
lebo
@MAX
Vcb
TYPI Al 'h' PARAMETERlS
BIAS
COMMON EMITTER
Ie
hfe
hoe
hie
hre
'(:.,b
IVI
IAI
1·2~u~
.02u¢~
100n\O
IOn
IOn
10n(7)
PET8304
TP3638t
LDA454
1~· ~~~~~~t
18
2N3121t
21
2N5374t
360m
360m
360m
360m
360m
360m
100M!lI
100M!lI
125M!
125M!
130M!lI
130M!lI
3.6m
tJ
30
2.9m
2.9m
2.0m
2.0m
$J
$J
!J
!J
35
35
60
45
30
25
35
35
60
45
~~
:m~~~At
TZ552t
~~
f~~m
~~
I~~~~~~
30
33
37.
38.
39.
2N996t
2N5379
AT432
AT433
AT434
360m
360m
360m
360m
360m
360m
360m
360m
360m
150M§lI
150M
150M§lI
150M§lI
150M§lI
150M§lI
150M§lI
150M§lI
160MlI
~~g~ I~gg~~§
360m
360m
360m
360m
I~~g:::
360m
200MlI§
200MlI§
200MlI§
200MlI§
2.9m
2.7m
2.9m
2.8m
2.8m
2.8m
2.8m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
$J
§
$J
$J
§J
§J
$J
$J
§J
§J
§J
§J
§J
40
60
25
60
60
60
40
15
45
40
40
30
45
30
45
30
45
25
60
~gg~:~ ~gg~ ~~ ~g
200M§lI 500u
§S
360m
360m
360m
360m
360m
360m
360m
360m
360m
200M§lI
200M§lI
200M§lI
200M§lI
200M§lI
200M§lI
200MlI
200M§lI
200M§lI
2.9m
2.9m
2.8m
2.8m
2.9m
2.9m
2.7m
2.9m
2.9m
$J
$J
§J
§J
$J
$J
!J
§J
§J
360m
360m
360m
360m
360m
360m
200M§lI
200M!lI
200M§lI
200M§lI
200M§lI
200M§lI
2.0m
3.5m
3.5m
2.4m
2.4m
2.4m
§J
tJ
tJ
§S
§S
§S
60
40
45
45
45
45
60
60
40
40
25
25
30
50
50
70
40
40
30
60
60
60
360m
360m
360m
250M§lI 2.0m
250M§lI 2.0m
250M§lI 2.0m
§J
§S
§J
~~g~
~~g~:lI
60
60
20
§J
tJ
40
40
25
40
80
70
15
50
60
60
25
25
50
35
25
12
12
20
40
12
12
40
40
60
60
45
6.0
12
30
15
20
25
20
15
12
12
15
~~# I~~~~~~tt
69
2N3250t
~~
I~J;:J6t
~~
~~J:1126
75
78
PET3906
JAN2N2604
~~
~~~~~~f05
81
2N3251t
85
86.
87
88
89
90
~~
96+
GET3638At
MD 1T3251
2N3829t
JAN2N869At
2N2894t
2N3012t
~~~gJ5t
2N5244§
O.A. T.A. INC.
100m
5.0
5.0
4.0
4.0
30m
30m
500m
500m
500m
500m
500m
500m
600m
I~:g
~~ I~~~~m
27
5.0
1360m
~~g:::
2.0m
250M§lI 3.5m
~gg~:~ ~:g~ :j
360m
360m
360m
360m
360m
360m
360m
360m
360m
360m
300M§lI
300M§A
300M§A
300M§
300M§
300M§
350M§A
400M§lI
400M§lI
400M§t.
2.0m
2.0m
2.0m
3.6m
3.6m
~gg;
:gg~:~I~:~~ ~~
360m
360m
360m
360m
360m
400M§lI
400M§lI
450M§lI
450M§lI
500M§
~~g~
~gg~:[l ~:g~ :~
360m
360m
360m
600M§lI 2.1 m
600M§lI 2.3m
640MlI 2.0m
2.4m
2.1m
2.0m
2.0m
2.0m
2.9m
2.0m
2.0m
2.0m
§J
§J
§S
tJ
tJ
$A
§S
§J
§J
§J
§J
$J
§J
§J
§S
§J
§J
§J
5.0
5.0
5.0
4.0
30
45
25
30
30
30
30
12
45
30
30
40
30
45
30
45
30
45
25
40
60
40
60
40
30
30
30
30
50
45
20
30
60
40
40
30
40
60
40
60
12
40
60
60
20
40
40
40
25
25
60
60
12
40
18
12
12
15
40
12
12
40
40
60
60
45
6.0
12
30
15
12
18
20
12
12
5.0
5.0
*
*
*
500m
500m
10n Ol
.01~§~
.0Iu§
.1~Ogu'~~
,,(7)
~5()0Inn'~
,~
5n\O
.0 1~~
5.0
5.0
5.0
50m
500m
500m
5.0
5.0
5.0
5.0
5.0
5.0
4.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
12
12
30
40
40
60
5.0
5.0
4.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
500m
500m
500m
500m
500m
500m
500m
600m
200n¢
200n
200n
200n
200n
I~gg:::
.0Iu@
.02u~
.01 ull>
5.0
5.0
4.0
5.0
6.0
f!.Q
5.0
5.0
5.0
5.0
4.0
4.0
5.0
5.0
5.0
4.0
4.0
600m
500m
300m
300m
600m
600m
500m
500m
500m
500m
500m
500m
200m
200m
200m
600m
600m
600m
600m
200m
200m
200m
200m
200m
200m
200m
200m
400m
30m
30m
200m
200m
200m
200m
350m
350m
200m
200m
1.Q~
5.0\0
IImhosl
~2m~ 30 #tAI1.2mlll
50m~ 30 'iI'.tll 1.2mtz]
50m~
60 t%lI
199~~ ~:gl ~g:::
10n~
13
14
15.
1·2~
10n~
10nUl
~:~
10171
lQ~
10\0
5.b<W
5.0~
20m'" 2.5
10';;~ 25 II
10mllJ 25 II
19om~~ l~g ~"
50mUJ
30 III
5.Q~
5.01l>
1.0m¢~
~Q
20mllJ 7':>
1.0m8 700
1.0m~ 120
1.0mUl 100
tb,
t%
I?l
II
II
tA#
!~A
t""lI
t#A
t#lI
tll""
1.0m~
1(j\?i 1.0ml?j
1(j~ 1.0m~
100 1.0m0
1)~ 1.0m@
1.0
.10m~
10 1.0me
.02U~¥ 1.0¢ 1o~m1
20n
1_0Jl1.0m
.01u
1.00 1.0m
1.0~~ 10!',!
5500nn~
10 1.0~,
n% 1.0
10m
25
40
50
100
50
50
50
50
40
100
100
100
1.QI?j
1.Q~
5.00
1.(j8
I.Q~
5.0w
\<w
50me!
50m~
50m",
50mli1
50m~
50m'"
20nl?j
10n~
20n\O
10niP
.05u~
.02u%
40n
5.0u
1.~k~
1.5klZl
40k
40u
2.0k
60u!?].
20k]?!
500n!?lb 32!?l
500n ll1 b 32 III
PL
1!9~~
PL
T098
PE(i!5 T018
{
:r0 18
X93
X93
5.Q@
1.0m@ 600 ~
1.0~~ .10m~ 100 t#lI
.02u,,",
20n#
10\0 1.0me
1.02
10m
100 II
100 t#lI
20n0~ 12~ 1.0~·~ lQO A
35n§<.O 10\0 10m
:l5 II
35n§!2>
1~~ 10m 100 II
.~
20
1Om~ 3.0 c.. "
.3u§0.40
30mlt 30 t #lI
lu§t
15n§
15n§
.01u l7l
o
1.0:~ I~Omj 20 t#lI
10 1.0m~ 150 II
1.0
1.0m0 150 III
5.0171
10m 125 tA
~iil
0
250 t A
~:80 .5b: 150 tll
1.Q\?i
50miZ 20 t#
1.Q~
50m1' 20 t#
1.0Ul 100uw 130 t
~
6.0k\Zl
2.0k
60ulZl
20klZl
60ulZl
60ugl
60 til
klZl
12k(zl
40u\2l
12k\2l
60ur71
60
u
30k'"
40k[ii
~
12'k~
1~!<!1l
10
110011
\U
1.0
10 ~
20 ~
IZl
20!1l
20 ill
B
BA, A
~Il>
AA'IJ
A
~6~8 AA'~
8p!?!
~P!?l
80lli
8p!?)
~P!?l
10nl7l
u26a
u26a
u26a
TU3041e8
u34c
u34c
u34c
Rll0
13p~
l~p!?l
1301Z1
13p!?)
l~p!?l
13nl7l
50PlZl
PEA
PE
PEA
PEtll
PElIt
PElI
ANIO
T0106 A
T0106 A
Rll0
T0106 A
T0106 A
Rll0 A
T052 A
8p!1l
~P!?l
80lli
8plll
~P!?l
6nl7l
6!
6.0p
8
4.5p$
5.0p\2l
450
PE
PE
PE
PE
ol
~Dlli
6.0k
A
A
PE
PE
PE
DpEPE'IJ
PE
PE
PE
PE
8plll
8~P~
tll
tll
tll
tll
t#lI
~
A
40ul7l
t#lI 40~
II
40utz]
tll
tll
A
3.0u
tll
"'"
TO 18 ~Il>
T018 A~~
T018
'"
T018';'0
8.0p~
8.0P!?l
8.0nl7l
100m
~g~8
AA'~
PE
PE
PE
PE
PE
8.00lli
500
P
lOpS
10p$
7.50
6p@
lQp$
10n$
1.4
10 lZl
ag~
1.0u
u34
T018
T018
PE¢
PEt! T0106
tll""
II
A
A
A
A
6.1
b0
2'nr71
r.
~~
A¢
B
~11g ~
10
-r
10nl7l
0 E
Rll0
Rll0
Rll0
Rll0
60pr71
'16p~
PEQj
No.
T046
T046
T092
26 ~
26171
tMi'
~g~~ 1:g~ 2.b~0 ~g ~~
.05u~
1.2m~
1.2mlli
30 II
150m~ 100 II
150m~ 100 II
150mllC 30 II
10
20
40
10
20
40
50
100~§
.10u
.10u
.10u8
.10u¢~
100n(7)
50n#
PE¢
PE¢
PE0
150mllC
lQ@ 1.0m@
lQ~ 1.0ml?j
lOll> 1.0mll>
lQ8· 01m 8
lQ~ 1.0m~
lOll> 1.0mll>
1(j\?i 150mli1
1(j~ 150m~
lOll> 150m",
PLE
PE
P~~
1.?~~ lJg:::~ ~g ~~
10\0
lQI?j
lQ~
10\0
IFI
20P!?!
2()p!?l
12nl7l
m~
1~~ 1.0ml?j 100 tll
10
1.0
5·128
tll
tA
t II
t
tA
III
I A#
'"
IOn
10n\?i
10n¢
50n§
X.0001
26 III
26 tzl
gg
lOw 1.0m
180 A
1()@ 1.0m8 110 A
1()~ 1.0m~ 300 A
10(7) 1.0mw 110 A
lQO
25
40
50
35
75
40
100
40
.0110~n~~0rl.
Inl
1.5klll
1.5ktz]
1DES RIPTION l C
Cob ISTRUC
E0
t:-TURE
DWG. A 0
f~~
6.0p
~p~
601Zl
6.0p!?)
6.0ptzl
100$
10p$
6.0p\2l~
60lli
~~
B
B
B
Ap~'IJ
P
P
P
A
~llg ~
u51
u51
u51
u51
T018
TO 18
E,AlIQj T018
!2> - r T018
T018
X55
AN¢ T052
PE
Rll0
A~~
~\lJ
.fY1
AA'I;!'A:rl.
~Il>
A
A
A
lID
T046 AV/
T018
A¢
T018
A0
EAA T018 A~~
¢
T018
'"
PE
T018
PE
T018
A TO 122 P • A
T052
All>
ol
200m
200m
~:g I~gg~
5.0
200m
5.0
5.0
5.0
5.0
4.0
4.0
5.0
4.5
2.0
5.0
4.0
4.5
4.0
4.5
4.5
100m
50m
50m
50m
80m
80m
100m
100m
100m
200m
200m
200m
~:g I~gg~
-iil
:01~0
.0Iu!
.01 u§
15n§
67
-Iii
4.0 \2l
25'"
25
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
Iii
~ PE
TgS2
4.0p$\2l
!9 18 AA'~
3.50$
A Tu18 "10
4p'"
(IJ
T018
AA~
~Pi?J
¢. ~ TO 18 .'~
40lli AN\O T018
A
5.5PIll
PE
T092
5.5Pill
PE ~A T092 1A
2.2;"
DPEIl> TO 18 1\0
LINE
No.
2#
3
4
5
6
~
9
~
IN ORDER OF (11 MAX COLLECTOR DISSIPATION
121 fab & 131 TYPE No.
4. SILICON PNP . LOW
POWER TRANSISTORS
TYPICAL 'h' PARAMETERS
ABS MAX RATINGS @25'C MAX.
DESCRIPTION
TYPE
No.
~St:.ti5"t'
1
~~
27
~~
30
~~
33
~~
36
~~
39
40
41
42
n
45
:~
48
:g
51
52
53
54
55
56
57
~~
60
g~
63
g:
66
g~
69
~?
72
~~
75
2N329A
390m
1~~~3~A
~~m~
~~~M~f
2N4008t
81# BCY95Bt
~~: gg~~~:
84it BCY98Bt
85# TCH99Bt
86
2N4006t
87
2N4413
2N4413A
~g 2N4415
90
2N4415A
96
~~
99
19?
102
19~
105
l~~
108
l~g
:88~
~~~~~8
~~: :g~~~:
~;
3~~~
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m'
1~~3~~~¢
400m
2N39790
400m
400m
~~gg~
400m
NS663
400m
400m
400m
400m
2N1229
400m
400m
2N327B
400m
2Nl026A
400m
2N3064
400m
2N328B
400m
400m
2N3062
400m
2N321~~
2N4982
400m
400m
2N3065
2N3913¢
400m
400m
2N329B
400m
I~N~~4~~,
400m
2N2946A¢
JAN2N2946A¢ 400m
400m
2N30~Q
400m
2N306~0
400m
2N3218
2N3527
400m
400m
2N367~~
400m
2N4981
400m
C9080
400m
C9082
400m
C9084
400m
2N38~,?(Il
400m
2N306~¢
400m
2N3914
400m
C9081
400m
C9083
400m
C9085
400m
2N294~~,
400m
2N2945A¢
JAN2N2945A0 400m
400m
I~~~g~g
400m
400m
2N32170
400m
2N498<?\?)
400m
2N2944~0
400m
2N2944A
~~: gg~~~g
93
3~~~
375m
375m
385m
385m
78it BCY92Bt
~~
DISS.
@25'C
(WI
2N2425t
2N2424t
2N935
2N936
I~~~~~J
l?
12".:/j BC283
13" MD1T2605
JAN2N328A
14
JAN2N329A
IS
JAN2N1234t
16
2N1234
17
2N1232
18
2N1233
Jg
2N1439
2N1440
21
2N1441
2N1442
24
2N1443
~~
Jt~AX. .£J
OlL.
i~~~~~~A
2N3930
~~:~l~:
2N4019*
~~:g~l:
2N4357
l~ig?5go¢
2N2605A
~~~~r
2N721A
~N~~g~
2N2603
~~~5~Jt
D.A. T.A. INC.
4q~m
400m
400m
!:~~~
400m
~QOm
400m
400m
~~~m
400m
400m
400m
400m
400m
400m
400m
400m
4Q~m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
4q2 m
400m
400m
4QOm
400m
400m
400m
400m
~RATE~
T
IN
ME
tab
(Hz)
~~uG~"~
10.Mb.
15.Mb.
.20M
.30M
.:?~M
.50M
.50M
FREE A M
AIR
X P
W/'C
~.~m
2.0m
3.0m
3.0m
2.9m
2.9m
~."m
2.9m
1.9m
2.2m
2.2m
2.2m
I:~
$S
$S
$J
$J
:j
$J
:~
BVebo~ BVeeo BVeb~
Ie
(V)
~~
50
40
50
50
50
50
50
50
50
30
60
50
50
110
110
60
60
50
60
50
50
50
15
25
40
30
40
50
50
15
15
35
35
50
35
110
50
90
40
70
110
60
50
40
40
40
70
90
25
30
30
50
30
30
30
50
70
60
30
30
30
25
25
25
§J
$A
200kb. 2.2m §J
250kb. 2.2m §J
300kb. 2.9m $J
800kb. 2.9m $J
2.9m $J
1.0M
2.9m $J
1.0M
1.0Mb. 2.3m §A
1.0Mb. 2.2m §J
1.0Mb. 2.2m §J
1.0Mb. 2.2m §J
1.0M
2.3m §A
1.0M§b. 2.3m §S
1.0M§b. 2.3m §S
1.0M§b. 2.3m §S
1.0M§b. 2.~m §J
1.0M§b. 2.3m §J
1.0M§b. 2.3m §J
1.0M§b. 2.3m §J
2.9m $J
1.2M
1.2M
2.9m $J
1.2M
2.9m $J
1.2M
2.9m $J
2.0Mb. 2.3m §J
2.0Mb. 500u(ll §J
2.3m §J
2.0M
3.0Mb. 2.3m §J
2.3m §J
3.0M
3.0M§
2.3m §J
3.0M§b. 2.2m §S
4.0M
2.3m §J
4.0M§b. 2.3m §S
5.0Mb. 2.3m §J
5.0M§b. 4.3m §J
5.0M§b. 2.3m §S
5.0M§b. 2.2m §S
2.3m §J
5.0M
2.3m §J
5.0M
5.0M§
2.3m §J
5.0M§b. 2.3m §J
5.0M§b. 2.3m §S
5.0M§b. 2.2m §S
5.0M
2.3m §J
5.0M
2.3m §J
2.3m §J
5.0M
6.0M§b. 2.3m §S
8.0M
2.3m §J
8.0M§b. 2.3m §S
8.0M
2.3m §J
8.0M
2.3m §J
8.0M
2.3m §J
10M§b. 4.3m §J
10M§b. 2.3m §S
10M§b. 2.2m §S
10.M
2.3m §S
10.M
2.3m §S 6·~0
10.M§
2.3m §J
15
10M§b. 2.2m §S 30
15M§b. 4.3m §J
15M§b. 2.3m §S
15M§b. 2.3m §S 60
15M§b. 2.3m §S 20
15M§b. 2.3m §S 35
l~
l~:~~
15.M§
15.M§
15.M§
15.M§
15.M§
15.M§
15.M§
15.M§
20M§b.
20M§b.
20M§b.
20M§l>
20M§b.
30M§b.
40M§b.
40M§l>
:8~~~
40M§b.
40M§b.
40M§b.
40M§b.
40M§b.
40M§b.
45M
45M§b.
50M§b.
50M§b.
50M§
50M§
50M§
50M§b.
50M§b.
I~·~m
3.3m
3.3m
3.3m
3.3m
3.3m
3.3m
3.3m
3.3m
3.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
~.2m
2.2m
2.2m
2.3m
2.3m
2.3m
4.3m
2.2m
2.2m
2.7m
2.2m
4.3m
4.3m
4.3m
2.7m
2.3m
I:j
$J
$J
$J
$J
$J
$J
$J
$J
§S
§S
§S
§S
§S
§S
§J
§J
§J
§J
§J
§J
§J
§S
§S
§J
§J
§J
§J
§J
§A
§J
:8
40
70
~g
~g
40
70
10
40
~g
60
40
125
180
45
80
60
60
60
240
:~
60
60
50
50
~g
60
30
45
(V)
V)
g
!~:g
10
5.0
40
35
0.0
30
30
50m
50m
50m
50m
20
50m
SOm
Ig:8
5.0
6.0
30
30
110
110
60
60
50
60
50
50
50
15
25
40
30
35
35
50
15
15
35
35
20
:8
30
45
40
35
110
110
60
60
50
35
30
~g
35
15
35
35
50
15
15
~~
40
35
100
35
80
35
50
20
40
40
70
50
50
20
40
40
40
30
40
25
10
30
50
5.0
5.0
5.0
50
30
40
5.0
5.0
5.0
25
25
25
100
50
30
35
35
35
60
80
20
30
20
30
30
30
50
60
40
30
30
30
20
20
20
16.0
10
10
16·~0
10
10
30
15
30
15
30
15
15
30
20
35
:8
40
20
~8
70
90
90
40
70
6.0
30
30
~g
20
30
10
5.0
5.0
5.0
5.0
~g
§
gg
240
40 §
35
45
~g
35
~g
60
20
45
~Om
~g~
600m
30m
100m
100m
100m
100m
100m
~2~m
100m
100m
~.O
7.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
2.0
40
6.0
6.0
5.0
5.0
I~'O
6.0
6.0
5.0
6.0
Veb
(V)
'.18~
BIAS
Ie
(A)
i(mhos)
.10~~
1'5~
.50
j:g~~
.10~~
.5g~ 3.0m
.50
t
5.Q\!) 100u~
100u~ j&g ~
5.g~
5.0
50m
40 tb.
5.0
1.0m
150 b.
18 tb.
3.0~~ 36
.5g~ 3.0m
.50
tb.
10m
10 tb.
2.~\?)
14 t
2.g~
2.0
14 t
10m
30 t
2.~\/?
9.0
15
6.q\?) 1.0m\?) 27
6.0¢ 1.0~~ 43
6.0
1.0m
65
'~2\?) 5.0m\?)
.10u
1.0u\?)
.10u
~g~~
500~0
lJg~(Il
100~~
lOOn
lOOn\/?
.02u
SOu
SOu
50u
.02u
1.0n
1.0n
1.0n
1.0U\?)
1.0~,!O",
100~~
lOOn
lOOn
.5!?\!) 5.0m
5.~\?)
3:0m\?)
.10~~
.5g~ 5.0~~
5.0m
.50
6.g~
6.0
6.q\!)
2.g~
1.0m
1.0m
1.0m
1.0m
2.0
10~~
10m
2.~\!)
10m~
50m
50m
50m
50m
50m
50m
50m
50m
100m
600m
600m
600m
600m
.02u
.011~¢ .50
6.g~
.5n~¢
In
.50n
5.0u
5000
5~
.0Iu¢
1.0n
.1~(ll
1.0n
3.0n
.0 1u\?)
.01~~
.01u
.5~Y!..c
1
5n
.5n
.0 1U\!)
.01~~.
.01u
.20n
2.0u
2000
.10n
.10n
1.0n
1.0n
.10n
1.0u
.5n(ll
.3g~¢
~~¢
2ii~
2n\!)
2~~
2n
2n\?)
2n¢
10n~
1.0m¢
.10mb.
1.0m\?)
6.g~ 1.0m
1.0~~
.50
6.~\?)
1.0m\?)
1.0m¢
.5g!
.10mb.
.50
.5Q\!) 1.0m\!)
.5~~ 1.0~~
1.0m
.50
6.q\!) 1.0m\!)
6.g~ 1.0m
1.0~~
6.0
6.~\?)
.1':fll
6.~\?)
1.0m
1.0m
1.0m
1.0m\!)
~g~ l:g~¢
6.g~
.5q\!)
6.0
6.~~
1.0~~
1.0m
.50
1.0m
1.0m
6.~~
6.0
1.0m
.5q\?l 1.0m\?)
6.q\?l
.5~~
.50
.5q\?)
1.0~~
1.0m
.lu~
3.~~
6.0
.01~~
1.0m
.5~~
.50
l:g~~
6.~~
6.0
1.0m
1.0m
.5q\!) 1.0m\!)
.5q\?) 1.0m(ll
1.~m~
Ig:8¢
1.0~~
6.Q~ 1.0m
6.Q\!) 1.0m\!)
6.~~
1.0~~
6.0
1.0m
6.g~
Lg~0
5.0
5.Q\!)
1.0m\!)
5.Q~
1.0m\?)
5.~\?)
1.0m\?)
1.0,,:~
10~~ 5.~~
IOn
1.0m
5.0
lc~u
50m .02u~Qj
100m
IOn
200m
IOn\!)
200m
10~~
200m
IOn
200m .01u\?)
200m .01~~
100m .02u
1.0u
100m
30m l.g~0
100m
1.0u
lOOn 25
2~~
25n~
30m
200m
6.~\?)
6.q\?) 1.0m\?)
1.0n;:~
6.g~ 1.0m
2ii~ 6.0
2n(ll 6.q\?) 1.0m(ll
.IPOn0
25~~
25n
.01~~
.01u
68
tb.
tb.
t
~:g0 l:g~0
10m¢
100~~
2.g~ .10mb.
100m
In
.50
.0 1u(ll
1.0n
5.0n
.0Iu\?)
25
30
11
28
25
60
60
1.b~'Si
6.~\?)
5.0~¢
5.0~~
10 1.0m
5.g~ 1.0m
1.0";:~
5.0
5.q\!) 1.0m~
5.0~0
1.0~~
10 1.0m
5.~\?)
COMMON EMITTER
hoe
hie
hre
1.0m\?)
35u
40u
~~u
SOu
SOu
l:g~~g
920m
2.0u!llb
1.2ub
1.2ub
1.2ub
35u
1.7ub
1.7ub
1.2ub
35u
1.0k
1.7k
1.~~
3.0k
3.0k
35
35
155m
~g
III
30
30
1.0k
60
60
60
1.0k
i8~8
10
10
4.6
4.0
4.0
4.0
16
16
16
~g ~~
20 tb.
50 b.
50 b.
50 b.
50 b.
14 t
30 t
14 t
30 t
14
36
15 tb.
28
20 tb.
1.0 b.
30 tb.
30 tb.
40 tb.
60
70 t
50 tb.
50 tb.
30 tb.
50 tb.
1.0 b.
40 t
4.0 b.§
40 tb.
85
85
85
1.2ub
1.2ub
1.2ub
1.2ub
lOu
30
30
30
30
1.0k
12u
1.7k
15
IS
8.0
8.0
95p
950
95p
95p
9.00
7.0p
10p(2l
9.0p
lOP!?:!
1~~~
15u
3.0k
10j:>~
1~~
10
1~~
1~~m
14
10p~
1~~m
10
i8:g
DE
DE
DE
DE
A
A
A
A
PEb.
E
E
PEb.
E
E
b.
E
b.
PEb.
E
b.
b.
E
E
E
E
10,,~
b.
E
E
E
Ig~m
E
1~~
l~~m
10
E
E
E
E
b.
b.
1~~m
10
9j:>~
10p~
1~~m
10
10,,~
1~~m E~~
14
1~~
b.
E
b.
8~~c b.
10P~m
100$
1~~m
10
T046
T05
T05
T05
T05
i8~
T05
T05
T05
T05
T046
T05
T046
4p$
4p$
4p$
40$
4p$
4p$
40$
4p$
§b.
b.
b.
b.
b.
t
b.
b.
b.
b.
b.
b.
b.
500nb
500nb
~gg~~
25~12l.
50~~
40~~
25u
1~~m
12
5.~~
5.0
1.0~~rb
5.0u
1.0ub
1.0ub
1.0ub
b.
b.
tb.
b.
12k
20k~
17~m
20k
1.0ui2lb
1.0u~~
50ui2l
1~~
45p
17~!?:!
35 i2l
35 ~
35 I2l
10 Iil
38
30
20ki2l
10 ~
10 I2l
10 Iil
~~~
6.0p~
~~i2l
~~~
10 i2l
l°i
8.0
8.0
10
10
10
10 i2l
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
0
!~E
8.0fl~
PL\/?
4~~~
40
4.0p
4.0p
4.00
g~~
PL
PL
PL
PL
PL
0*
~~
P
A
A
A
A
A
A
A
A
A
A
A
~~
A0
A
A
A
A
A
A
A
A
A
A
A
A
A~
T05
P~\!) T05
PE¢ T05
PE0 T05
T05
T05
PE0 T05
PE(ll T05
T046
0
T018
T018
T018
T018
0
PL
T018
P~ L T046
T018
L17x
L17x
0
L17x
L17k
45p
7PiZl
6.0p
A
A
A
A
A
A
i8:~
T046
T046
T046
T046
T046
T046
T05
T018
R135
T046
T046
T018
T05
T018
A135
T046
T046
T046
T046
T046
T046
T046
T046
T046
T018
T046
T046
PE~
6·~~m ~
6.0
19 ~ ~~~ ~:
~~
A
A~
T046
T018
T05
T046
~
1~~m
10
1.5k~i2l
40~m
50u
40u~
1~~:
10
32 i2l
32 ~
3212l
32 i2l
lCI
EO
AD
DE
i8::
:~: ~~¢ lig~
~~
36
76
40
.01"r:~
1.0m 250
i8~
10
lqj:>!?:J
8piZl
9.0p
~g ~~
70
25
42
70
25
42
125
125
40
120
120
100
100
30
75
80
250
100
100
100
100
100
60
~
1~~m
14
60 tb.
155
155
ISS
100 t
70 tb.
70 tb.
40 b.
100 b.
1.0 b.
60 tb.
200 t
100 tb.
90 tb.
30 §b.
20 §b.
5.q\!) 1.0m\?) 100 tb.
b.
5.0~0
1.0~~ 15
10 5.0m
15 tb.
5.Q\?) 1.~m\!) 18 b.
I~:g~
X.OOOI
Cob ~TRUCI
-TURE
DWG.
No.
(F)
b.
~.~p (Il
DPE li81~
A
T05
14p
A
T05
70p
Ab.
T018
700
Ab.
T018
~~p
~~b.
70p
FAb. T05
700
!!.OJ:>~
ig:g
6.0p(Z!
7.00
DPL T018
T0122
6.0p¥,...
T05
11~~m
110
T05
150plll
T05
95p
A
T05
A
T05
950
95p
A
T05
5.0p
A
T05
5.00
A
T05
5.0p
A
T05
5.0p
A
5.00
A
14P!?:!
3·tIo
~:g~ 1·~0"'!¢ ~gg ~~
l:g~~
(fll
~~ ~~
:~&~~ .500
.10u\!)
1.0~~
1.0u
100m
100m
100m
100m
100m
100m
100m
200m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
200m
100m
100m
100m
100m
100m
100m
1()Qm
100m
100m
100m
100m
100m
200m
100m
100m
hfe
\?O:¢
5.0m
lOOn
lOOn\?)
~8 ~8~
~g
60
40
100
180
45
80
60
(A)
100m I·Q.lu~
30
20
20
20
~g
lebo
@MAX
Veb
(A)
!rb~~
T018
T046
T046
T018
TOla
T018
A
A
A
A
A
A
~r
A
A
A
A
A
A
A
A
A
A~
A
A
A
A'Ij
~0
A
~~
~¢
A0
~~
';0
~~
A0
A~
~¢
A
~~
A0
0 A¢
~~
';0
~8:g ~~
T046
T046
L17k
A0
A(Il
LINE
No.
~
ptJ
I ATION
\~I OROER(~F (1) MAX COLLECTOR 01SSP
4. SILICON PNP· LOW
POWER TRANSISTORS
2 lab" 3 TYPE No.
TYPI Al 'h' PARAMETERS
ABs MAX RATINGs @25'C MAX.
DESCRIPTION l
TYPE
No.
I~~:g~~~
DISS.
@25'C
(WI
:gg~
1~~~~~3/4B
400m
400m
400m
400m
~
I~~~~:g
:gg~
l~
~~~n~:
3
4
5.
B
9
2N4025*
Pt~AX.
f£J
OlL.
2N2BOOA
2N3550
12# BFW43
l~# 1~~~~g5
15
2N2596
l~
1~~~~9~
~~
~~~~~g
18
21
~~
24
~~
2N2599
2N3580
~~n~~/46
2N 1132/46
~~lm~:g
27
28
29
30
2N2590
2N2591
2N2592
2N2593
33
2N5117*
~~
~~
36
~~
39.
~~~gg~
~~~ll~:
2N5123*
2N5124*
2N5125*
AT390
:~: ~H9~
42"
:::
45"
4ti"
AT393
~H9~
AT396
~H9~
!~#. BC192
~g#
51
5~
54
NKT20339
T054
T054A
~~~Ot
~8~OAt
T 62t
400m
4C?\-,m
400m
400m
:gg~
400m
400m
400m
400m
4C?\-,m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
:gg~
I:gg~
BO.
2N3081/46
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
4\-,Om
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
410m
410m
410m
410m
410m
410m
450m
450m
450m
450m
450m
1~~~1:~+
B3# BC215A
t;!~#
65
B6
~~
69
70
71
72
73
74
75
~~
78
~~
81
82
83
84
~~#
87#
88#
~g:
~~:
93#
~~:
96#
~¥~~~:
2N2906t
JAN2N2906t
2N2906At
JAN2N2906At
~~~~~~107t
2N2907At
JAN2N2907At
2N3135t
2N3136t
2N3485At
JAN2N3485At
2N3486At
~~~~~~:86At
2N3504t
2N3505t
2N3672t
2N4015*
2N4016*
BFX35
BSW24t
BSW72
BSW73
BSW74
BSW75
MD1T2907t
TM2614
!M2712
BF249
BFV95t
~a ~~~9~~t
99# BFV91Nt
100# 2CY38
2CY39
BCY38
19i:
104# ~g~~~
105# BCY40
~~~#
19~
108
109
110
~~i~~~~
2N1259t
2N1255t
2N 1257t
O.A. T.A. INC.
AIR
X P
W/'C
(V)
~g~~~ I~·~m ~j ~~
~g~~~
'~K~~
199~:
199~:~
199~~:
400m
~1!9m
400m
400m
400m
400m
400m
400m
400m
400m
BVeboJBVeeo BVeQQj
FREE A M
Ie
2.3m
50M§t. 2.3m
2.Bm
23m
BOM§t. 2.3m
2.2m
gg~~~ 2.2m
BOM§t. 2.2m
BOM§A 2.3m
BOMit. 2.3m
BO.M§
2.3m
2.3m
i~9·M§
SO.M§
4.3m
SO.M§
4.3m
4.3m
4.3m
80.M§
4.3m
4.3m
8~OMJ§t. 2.2m
80M§t. 2.2m
96Mt. 2.6m
96Mt. 2.3m
95MlJ. 2.3m
2.3m
~g~~ 2.3m
100M§ 4.3m
100M§ 4.3m
100M§ 4.3m
100M§ 4.3m
4.3m
4.3m
100M§t. 2.3m
!gg~
TOB4At
gi
zl
Hz
(I
100M§t.
100M§t.
100M§t.
100Ml>.§
100Ml>.§
100Ml>.§
100Ml>.§
57
5~: I~~~~g~~!~
fab
400m
400m
400m
400m
400m
400m
400m
:::gg~~t
~g
ill-ERATE~
1
IN
ME
100Ml>.§
199~~:
100M§lJ.
100M§
100M§t.
100M§t.
100M§t.
100M§t.
100M§t.
199~:~
100M§t.
120M§t.
120M§lJ.
150M§t.
150M§lJ.
150M§t.
150M§t.
150M§t.
150M§t.
200M§t.
200M§t.
200M§t.
200M§t.
200M§t.
200M§t.
200M§t.
200M§t.
200M§t.
200M§t.
200M§
200M§t.
200M§
200M§l>.
200M§t.
200M§l>.
200M§t.
200M§t.
200M§t.
200M§t.
200M§t.
200M§t.
200M§
200M§
200Mi
200M§
200M§
200M§t.
200M§t.
250M§
250M§lJ.
250M§t.
400M§t.
400M§l>.
1.5M§
1.5M§
1.5M§
1.5M§
2.0M§
2.5M§
30M§t.
30M§l>.
40M§t.
50M§t.
50M§t.
2.~m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.2m
2.3m
2.2m
2.2m
2.2m
2.2m
2.2m
~.~m
2.2m
2.2m
23m
23m
23m
2.3m
2.3m
2.3m
2.3m
2.2m
2.3m
2.2m
2.3m
2.2m
2.3m
2.2m
2.3m
2.2m
2.3m
2.3m
2.3m
2.2m
2.3m
2.~m
2.3m
4.0m
4.0m
2.3m
2.3m
2.3m
2.3m
2.3m
2.2m
2.2m
2.2m
2.2m
l.4m
l.4m
2.7m
2.6m
2.t)m
2.6m
2.6m
3.3m
3.3m
3.3m
3.~m
3.3m
3.3m
3.0m
3.0m
3.0m
3.0m
3.0m
§J
BO
§J
50
§J
50
§S 125
~~
§S
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§S
§S
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§S
gg
BO
45
45
150
180
80
80
80
125
125
125
50
50
50
50
50
50
70
100
199
100
60
50
45
45
45
§S
45
§S
45
§S
45
§J
40
§J
50
§J
80
§J
40
§J
§J
~g
§J
40
BO
80
§J
25
§J
45
§J
75
§J
80
§J
40
§J
60
§J
40
:~
:j
:j
~g
§J
30
§J
50
§J
50
§J
70
§S 120
§J
40
§J
50
§J
50
§J
50
§S 60
§S 60
§S 60
§S 60
§S 60
§S 60
§S 60
§S 60
§S 50
§S 50
§S 60
§S 60
§S 60
§S 60
§S 80
§J
45
§J
50
§S 60
§J
60
§J
60
§J
40
§J
§J
40
§J
40
§J
75
§J
75
SA 60
§A 60
§A 60
§A 30
§J
50
§J
50
§J
12
§J
12
SA 32
$A 64
$J 32
$J 64
SJ 50
SJ 32
§S
§S ~g
§S 50
§S 30
§S 40
lebo
@MAX
Veb
(AI
. (VI
IrVI
~~
I~:g ~gg~ .~luifJ
.01~~
B.O 200m .01u
~~
5.0
5.0
7.0
BO
100
45
BO
45
45
45
150
l~g
60
~g
SO
gg
50
~~
35
40
50
BO
60
60
60
45
45
45
:~
45
45
45
40
~g
40
~g
40
~g
25
40
45
75
30
60
30
~g
30
~~
50
120
40
30
30
30
40
40
60
60
40
40
60
60
35
35
60
60
60
~g
45
~g
60
60
40
25
25
40
40
40
50 §
40 §
25
30
30
12
12
32
64
32
64
50
32
40
~g
~g
(AI
BOO
50m
199~
Ig:g
10 100m
5.0 300m
5.0 300m
B.O
6.0
6.0
6.0
I~·O
7.0
7.0
7.0
5.0
30m
6.0
30m
5.0
5.0 600m
5.0 500m
5.0 Iti°Om
6.0 BOOm
7.0
Z·O
7.0
7.0
6.0
B.O
7.0
Ij:g
7.0
7.0
7.0
5.0
5.0
5.0
5.0
5.\-,
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5'1!
5.0
5.0
5.0
5.0
6.0
4.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
4.0
4.0
5.0
5.0
5.0
5.0
4.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
3.0
5.0
5.0
4.0
4.0
12
12
12
12
12
12
5.0
5.0
5.0
5.0
5.0
1.0uifJ
1.0u~
.02u
!~n
IOn
1.0n~
.01u~
.01~~
.01u
.01~?....
25~~
25n
25nifJ
25~~
25n
25n\,?
50~~
50n
100~r
LOu
Veb
(VI
5·~ifJ
BIAS
Ie
hfe
(AI
1.~m~
Irmhosl
~
5.~~ 100m
1.0~~ I~~g
250 t.
5.0
5.~~
25
75
150
100
100
200
135
lJ.
lJ.
t
tA
tt.
tlJ.
A
170
20
40
80
5·~ifJ 5.~m\!!
20
5.0~~
5.g~
5.0m
40
5.0
5.~\,? 5.0m\,?
t#
lJ.
lJ.
lJ.
lJ.
lJ.
1.0mll>
5.~~ ~:gm<1l
5.0
5.0
10uifJ
5.0
10~~
lOu
5.0
1~\,? 100m\,?
10¢ 1.0m~iZ
100 10m
1.0m?;!
5.0
5.0~&
5.0
5.0m
1~~ f#t.
1~
1.0~~
5:~
5.
100m
lQg) 150m~
10¢
H)0 1 Om
m~&
l~g
f
240 t
!~m
10m
10m
10m
10m
1.0
1.0
1.0
1.0
I.\-,
1.0
1.0
1.0
1.0
500m
500m
500m
600m
600m
BOOm
600m
20
LOu
30
30
1.~u?;!
150~1 30
I$}
1.0u¢
10 150m
40
25;'l7i 5.0
5.0m
25ng) 5.C?g) 5.0~?;! 70
115
5.~~
25~~
160
25n
5.0
IOn\,? 5.~\,? 1.0m\,? 60
150
5.~~ 1.PO":.~ 100
100
5.0
lOu\!!
I:?'~\!!
l~g
1~~~
199~~
106~0
100p\!!
100~~
200n
200n
200n
200n
200n
200n
200n
200n
I~:g&
lOu
5.~&
1.0
50m
1.~~
1.0
50~~
50m
5.~\!!
l·~ifJ
1.~?;!
1.~
1.0
1.(~\!!
1.~~
~gg~<1l 5.0
.01~~",
10~~
IOn
20n\,?
20~g
20n
100~0
100~i
lOOn
IOn
.1PO'.f,
.10u
.15°O'n~
.02u
20n!>
.01u~ ~
IOn
.02~~
2~'t
.01u
10~
.05~~
.05u
.01~1
IOn
.01u
l~qf
.10u
.01u§
.01~1
IOn
.01u
.01 ~\O
.03u
500m
500m
500m
500m
200m
600m
600m
BOOm
800m
800m
200m
200m
500m
500m
150m
150m
300m
300m
100m
100m
100m
100m
100m
100n@
10u~
10u~
50m~
50m~
50~~
50m
50~~
50~~
50m
31 1:g~~
5.0
5.0
5.~\,?
5.~g
5.0
Iggg~ l~g~~ 15:g~
600m
800
800
600
100m
15
600m
600m
1.0
BOOm
BOOm
600m
600m
600m
600m
600m
600m
600m
BOOm
600m
600m
600m
It,SOOm
100m
600m
600m
600m
300m
300m
10~~
5.00
.10m@
1.0m\,?
1,0n:g
1.0m
l'l!m\!!
l:g~~
100
100
50
40
40
40
100
100
100
40
40
40
60
20
55
55
30
30
30
1~~
100m~
10m~
t
t
t
t
lJ.
lJ.
lJ.
lJ.
lJ.
lJ.
tt.
lJ.
lJ.
lJ.
lJ.
lJ.
tt.
lJ.
tt.
6.C?\!!
.1~~~
6.~~
6.0
.10~~
.10u
6.~~
6.0
10
10
6.~\,?
1.~?;!
10~~
10m
10m~
10m¢
10m(l
10m~
900nb
900nb
~OOn1!l~
500ntzlb
500';iZib
27
27
1.2
1.2
351!l
35 iZ1
35 iZi
1.2klZl
21Z1
300~~
1.2k~12l
23k
23 kILl
2~
15
15 ILl
80ul21
80uILI
12kl21
12klLl
15 121
15 ILl
800u
800uILI
15 lJ.
15 t.
27
35
~g
40 tt.
L17k
L17k
L17k
T018
0*
2~~~
PE
p.p L
45P1!l
8.0P!!!
8.~~~
S.O
!!P~
~~
P~~
:m:~ ~~
'A¢
TOIS
T018
T018
L 17k
L17k
T018
T018
T046
T046
PL¢
PL0
~:
PE
PE
PL
PL
PL
PL
PL
PL
ig!~
T046
T046
T046
6·~~m &
T046
6.0
T046
40",1ZI PL
20p
PE
T046
200
PE
T046
20p
T046
PE
T04B
2g~121
T046
T046
PL
PL
T046
50iZi PL
T046
4.0p
T046
T046
~ggf$121 '<1l 17c
L17c
Iggg::~
L17c
0 L17w
800f$iZi
L17w
800f$
L17w
PE
T018
20
T018
20P!!! PE
PE
T018
2~~~ PE
T018
20
T018
20P1!l PE
PE
T018
PE
T018
20
T018
20P1!l PE
20pi;'! PE
T018
12,,·
T018
PE
6.0p
T018
PE
T018
1~~~
PE
T018
10
T018
10P1!l PE
PE
1~~ PE T018
10
T08
E
igl~
PE
10~iii PE
T018
T046
25plll PE
PE
T046
13
PE
T046
T018
BPI!!
L56
2~~~ PE T018
T018
8P!!! PE
l~P~ PE T018
T018
T018
8.0~E
T018
8.0)~~
T018
8p~
T018
T018
8.0tz!
T018
T018
8.0p~
T018
1~~~
10
T018
EA
T046
T046
8.0f
T046
EA
T046
8.0p~
T018
<1l
T018
T018
8p!,;!
\0
T018
9ptzl
80iZi
<1l* L17k
L17k
8 PILI
pr T018
6.0p
PE
T018
T018
PE
8.0p\?l
T018
8.~~~ PE
8.0
PE
T018
PE
T018
8.0P1!l
8.0f~121 PE T0122
TOIS
T018
8plZl PE
6.0p
T018
PE
5.0p
PE
L56d
5.0p
PE
L56e
PE
L56d
PE
L56e
A
T05
T05
A
T05
A
A
T05
A
T05
A
T05
T05
10P1!l
T05
1~~~
10
T05
T05
1~~~
10
T05
~~
~t~
2~~m
300u\Ll
~g +~:
10~~
10m
~:
~~0
19~~
~5 ~
~1!1!~~1 35
iii
500n b
500n b
2~0~#
10~~
10m
tiP~
2~~m
l~g +~:
1.~§
1.0
o
(FI
80~~
1,t.
1.~~
1.0
C
E 0
DWG. AD
No.
E
~~
:Ql'
A<1l
~II>
A
A
~<1l
~r
All>
A<1l
~~
A0
~~
~
l~g~~
30~~
30m
10m\!!
~STRUC
·TURE
~~~
40 tt.#
200~~
69
10
10
8.0 IZI
t#lJ.
lJ.
tlJ.
lJ.
lJ.
lJ.
lJ.
tlJ.
lJ.
lJ.
Cob
5.0p
4.0p
4.00
4.0p
4.0p
4.00
4.0p
tt.
.20~§
.20u
450
700
1.0k
1.4k
30
30
151!l
15 i;'!
t#t.
25 tlJ.
25 tt.
25 tlJ.
200n
35u
55u
80u
105u
1.0ub
1.0ub
1.2k
1.5k
1.8k
1.2k
1.5k
1.8k
35
35
35 IZI
10 tzl
100
100 t#
30 tlJ.
19'/J 150miZ 80 tlJ.*
80 tt.*
150m~
1~
30~ .50
.5~&
200n\,?
1.0~m~b
1.0u
35 tzl
350
ILk
ILk
lJ.
It.
lJ.
l~\I:)
. lOu\,?
1.0~~~b
1.0u
80u1!l
80ui;'!
lO1!l
tt.
\~t
30u
20u
351!l
tA
It.
It.
tA
lJ.
It.
lJ.
10m~ 100 tlJ.#
.05u¢
.05~1I>....
1.0u!!!~
tt.
10~&
10m
1~1I>
1.0u~.b
1.0 Iilb
~
19
10 iZi
8.0 !';!
8.0 i;'!
tlJ.
lJ.
lJ.
lJ.
lJ.
lJ.
lJ.
lJ.
lJ.
tt.
tt.
100~~
IOn
20¢ 50~~
100 150m
~g~~
20kiZi
35 !!!
35 i;'!
1.8k0
X.OOOI
+~
10¢
100
20n
.05
.05ull>
50~iZl
U11
tA
tlJ.
~g ~
3&
20
30
100m!
100 150
30
40
1~ 10m"IC
1¢
20
2.0:><.25
10 150",0 40
100
1~\,?
10¢ 150:}
150m
40
100 1.0m
25
25
1.0m\,?
1~\,?
10¢
40
1.0~~ 40
100 1.0m
1~?;! 1.0~?;! 30
10¢ 1.0~~ 50
100 1.0m
100
l~\I:) 1.0m~ 100
10¢ 150~~ 40
100 150m 100
1~?;! 10;! 40
10¢ 1.0m
40
10'0 10m 100
100
1.0mll>",
1~?;!
10¢ 10~& 40
100 10m
35
1~~ 10m"IC 35
10¢ .10~~ 55
100 1.0m
135
1~\!! 1.0m@ 135
10¢ 1.0m~<l
100 150m 2~g
19~
~g~~
~O t#lJ. 1.0ulZlb
~:g~g
10m
COMMON EMITTER
hoe
hie
hre
40 tt.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~
A<1l
~~
A0
~~
A0
~~
A0
AA'/J
A
A
A
A
A
A
A
~~
A'0
A'll
A
A
¢A<1l
:~
Af:
A~¢
A0
r~
A~
~~
Af¢
A0
~¢
~~
A0
~'ll
A
A¢
g~m
A
A
A
A
III> ¢
1<1l
A
A
\~)<::~~R(gF,v~EM:'COLLECTORDISSIPATION
4. SILICON PNP . LOW POWER TRANSISTORS
LINE
No.
TYPE
No.
l1lMAX.
I COlL.
DISS.
@25'C
(WI
f£J
lQERATE ~ TABS MAX RATINGS @25'C
I IN M E BVeboJBVeeo BVeb.Qj
fab
FREE A M
Ie
AIR X P
(Hz)
W/,C
(V)
(V)
Icv) (A)
MAX.
lebo
@MAX
Veb
(A)
Veb
rvPI Al 'h' PARAMETERS
BIAS
MMON EMITTER
Ie
hfe
hoe
hie
hre
(V)
(A)
I{mhos)
~
3
4
5
6
1.#
8
9
2V435*
FT3644t
FT3645t
BFX30
2N5110
2N5111
450m
450m
450m
170M§
250M§
250M§
2.6m
4.5m
4.5m
§J
+J
+J
25
45
60
25
45
60
4.5
5.0
5.0
MPS6562
4.0M§t.
5.0Mt.
8.0M§t.
10M§t.
12M§t.
60M§t.
2.9m
3.7m
2.9m
2.9m
2.8m
4.5m
§S
$J
§S
§S
§J
tJ
60
40
60
60
30
25
50
35
40
30
30
25
50
25
40
30
30
4.0
2N3806*
2N3807*
2N3808*
2N3809*
2N3810*
2N3810A*
2N3811*
500m
500m
500m
500m
500m
500m
BFX29
029El
029E4
500m
500m
500m
500m
500m
100M§t.
100M§t.
100M§t.
100M§t.
100M§t.
100M§t.
100M§t.
100M§t.
100M§t.
100M§t.
100MM
100M§t.
2.9m
2.9m
2.9m
2.9m
2.9m
2.9m
2.9m
2.9m
2.9m
3.4m
4.5m
§S
§S
§S
§S
§S
§S
§S
§J
§J
§J
tJ
60
60
60
60
60
60
60
60
80
60
35
50
60
60
60
60
60
60
60
60
80
60
25
40
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
~gg:;:
l~g~:H:~:;: :~ ~g
~~
~:g
~NJ:rilf
.02u'1!
.03u§
.03u§
~~~
35~
.1..0m
1~~ .10m
1010 .10m
130
170 t
170 t
200m
200m
200m
500m
600m
.50n?:1
.50u¢.
.5nQ5
.5~~t
500p
.1 Ou,
.[??:1
.15¢.
.50175
1.2k
5<?~m
50m .01u?:1
50m.0 1u~
50m .01ulO
50m .01u?:1
50m.0 1uf:1
50m .01u\l.l
50m .01u~
1
.05uf:1
1
.05ulO
600m~ .07~~
750m
750m
lOOn
lOOn
8plll
l~p~
3001L1
60ulll
t.
t.
t.
t.
t.
t.
t.
tt.
tt.
tt.
tt.
tt.
60u~
60u!?1
60u~
60u~
60u!?1
60UlLl
30klll
40~~
30~!?1
40k~
30~!!l
3~~!?1
40KILI
40k\tl
25 iZI
25171
25
25 iii
25 171
25
25 iii
25 \tI
g~~~l~
029E2
~~~~~5t
46
47
48
JAN2N3765t
2N4028t
2N4029t
029E7
2N5242t
2N5243t
2N3764t
BFW31t
FT4354t
FT4355t
FT4356t
FT5040t
FT504·1t
~~
57
58
59
60
~~
66
n
75
M02905A*
M03133*
M03134*
MQ3467t
MQ3762t
SE8540
~~!~~~:
MM4000
ST8500
TZ7500
TZ7501
TZ7502
TZ7503
2N3305
~~gg?~
2N4412A
2N4414
2N4414A
ST8065
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
~gg:;:
l..,OM§t.
120M§
130M§t.
135M§t.
135M§t.
150M§t.
150M§t.
150M§t.
150M§t.
150M§t.
170M§t.
170M§t.
180M§t.
4.5
4.5m
2.2m
4.5m
4.5m
2.9m
2.8m
2.9m
2.9m
4.5m
5.0m
5.0m
2.9m
tJ
tJ
§J
tJ
tJ
§S
§J
§J
§J
tJ
+S
+S
§S
50
70
45
35
50
60
60
60
80
50
20
30
40
~gg~~ ~:g:;: :~ ~g
500m
500m
500m
500m
200M§
200M§
200M§
200M§
5.0m
5.0m
5.0m
5.0m
tJ
+J
+J
+J
60
80
25
40
~gg~
~gg~~~ ~:~~ :~ ~g
500m
200M§t. 2.9m
§J
500m
500m
500m
500m
500m
500m
600m
200M§t.
250M§
250M§
250M§
300M§t.
300M§t.
§J
50
§J
40
§J
40
+J 30
§S
50
§S
50
§J 100
§J
40
~gg~
60
~gg~~~ ~:~~ ~~ ~g
I~gg~$
2.9m
2.9m
2.9m
5.0m
2.9m
2.9m
3.4m
5.9m
40
60
45
25
40
60
60 *
60
80
'40
20
30
40
~g
35
40
40
30
40
40
100 *
4.0
5.0
5.0
5.0
5.0
5.0
4.0
3.0
600m
1
1.5
1.0
50m
50m
100m
.05ulO
.10u?:1
.10u0
50n
~g ~
~g~~~ t~~ ~~ ~g
§S
§S
§S
§J
§A
§A
§J
60
40
60
60
40
60
80
.05u~
.05u(O
t.
140
140
78
78
~:g
~
10
~
(0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
.02u~
.02uf:1
1.0u(O
500u
JAN2Nl131
2N1131At
2N1132
JAN2Nl132
2Nl132At
2Nl132Bt
2N2303
50nQj
600m
600m
600m
600m
5.010
~g~~ ~:~~ l:g~~ l~g ~
5gg~~
10~~
5.~~
10n
LOu
.10~~
'11.0
0u
u.\?l
u(O
5.0f?5~
101<?
1,?~
1'?\?l
10(0
1.0mlO 120 t.
500nb
1.0m?:1 100 t.
500nb
1.0m0,.., 100~"
500nb
500m\l.l 40 t""t.
500mlg 25 tt.
500m~ 25 !~,
500mllJ 20 t""t.
~~~!~~
2N4928
"4# BFX87t
95# BFX88t
TQ53
96
TQ53A
TQ59t
TQ59At
TQ61t
TQ61At
TQ63t
1.0u~~
1.0u!?1~
1.0u~b
~gg~
600m
600m
600m
600m
~gg~
~g~~~
50
35
:~
~:g ~gg:;: 5?g~~ ~:~~ 1:g~~ ~~ ~
~g:~~ g:g~ :~ ~g
~g
~:g ~logogm~ .15:000uu~~ ~:g~~ ~gg~J ~g i
!:g:;:
60M§t. 4.0m
100M§t.
100M§t.
100M§t.
100M§t.
3.4m
3.4m
3.4m
3.4m
~~ ~g
§J
§S 100
§J
50
§J
40
§J
75
100
50
40
45
199~~~ ~:!:;: ~~ ~g
~6
5.0
4.0
4.0
4.0
5.0
600m
100M§t. 3.4m
§J
60
60
g:g
5.0
600m
100M§t. 3.4m
§J
20
20
5.0
~gg:;:
199~:~ ~::~ :~ ~g
~g
500m
1.0~([
UIO
600m~ .05u?:1
600m:ll.05u0~
5.0(0
1.0mllJ
1010 1.0mlO
i~ 10m
10
10m
5.0
1.0m
75 t.
20 tt.
40 tt.
40 tt.
55
600m
10n'Q
~gg~
~g~~ ~:2~ l:g~~ ~6
600m
20nlO
5.010
1.0mllJ
t.
30 t.
600m
100n\l.l
5.0\1.1
1.0mlO
20 t.
~:g ~gg~
~g~~ ~:~~ 19:;:~ ~g ~
D.A. T.A. INC.
1.0u~~
1.0u!?1~
1.0ulLlb
600m
600m
600m
600m
600m
150M§t. 3.4m
160M§1ll2.2m
200M§t. 3.4m
200M§t. 3.4m
200M§t. 3.4m
§J
§J
§S
§S
§S
50
60
60
60
60
30
60
40
40
60
5.0
6.0
5.0
5.0
5.0
1
200m
600m
600m
600m
.05~~
10~
900nb
900nb
~gg~~g
500n\?;!~
500n!?1~
500n~b
.02ulO
20n~
.01u0
70
300uiZl
lOp
15m
3.0kl2l
60~~
32 iiilll
32
32171
32 (Zi
III
25 tt.
25 t.
40 tt.
A175
A(7)
A'~
A
T092
T098
T098
T046
T046
A¢
A0
A~
B
B
B
A
A
B
B
AB~'t
P~_ T018
A'l}
OP~!'l TO 105 A
OPLIO TO 105 A
OP~~ T0105
A
P~f:1 T0105 A
PE~ T0105
A
ANt. L179
ANt. L1 79
ANt. L17ii
ANt. L179
ANt. L17e
ANt. L17 c
AN
L56
AN
L56
OPL R 124c A
5!~:$ *0
:~
5p$
6
EA
L17k
L17k
T039
35 iiilll
35
35 f7l
35
35 iii
35 f7l
35
35 iii
Iil
Iil
~g~
6.0121
10 !Zl
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
AQj
27
27
35 !!1
35 ILl
35171
35 I2l
35 iii
35 \tI
50ulll
1.2kiZl
20klll
A
~0
lll
iii
\!l
iiilll
~
!?1
ILl
40p\!l
1.2
1.2
60$1£)
12p\!l PE
1~P!?1 PE
10DILI PE
PE
T039
T039
T05
T05
T05
T05
A¢
A
lOp\?;!
l~p!?1
1001L1
T05
T05
T05
A
A
A
PE
PE
PE
A
AA:~
"(0
~~
2121
40 tt.
5.0~r' 1.0';'·Q 700
10., 1.0mQ
10;11 1.0m
102l 1.0m
10 !!l
10 III
7.0p
15p$
150$
15p$
15p$
150$
8p!i:!
~P!?1
<l01LI
8p\!l
l,?p!?1
1001L1
l1p$
llp$
20o§
40pi?1~ PE
500n\tlb
"!~~3At
'12N3081
,2N3495t
ST8230
106
107# BFX36*
2N2904t
108
'JAN2N2904t
109
2N2904At
110
L 17h
T018
T018
T05
T098
T098
TT~20~9982
X93
50uiZl
5.010
10~~
10klll
100 fit
1.0u~b
~gg:;:
800
2.3k
2.3k
~~
15p$
150$
40 t.
lOnl
1.0mlO
50u!i:!
50ulll
1.0u!!1~
600m
6.0 IZI
1.8
1.8
1.8
4.5
4.5
J6 ~ft.
~~ml
85
86
87
88
89
90
2~~~1ZI
lOw 150mlO
500mj>
2.<?~
110,..,
1.0(0 150mlO
~:~~ ~~g:;:J 16g ~r
*(0
.
150u $ PEt
15p$!ll PEt
15p12
150i2
1.~?:1
5.0~ 350m.'Q
T046
T046
T092
8.b~~\tI ~~k¢ r~r
!g t l
1010 150m", 100 t""
5.b~ ~~g~~
III
PE
15p~~ PEt
150$1£) PEt
15p$1ZI PEt
6.5p
AN
6.50
AN
75u
75u
17u
17u
t;,t.
100 t""t.
40 t#
40!-1f.
70 t""
1~~ 1.0m~
50 t.
1,?!'l 1.0m0,.., 50~".
1010 10mlO 20 t""t.
fg~
12p\!l
~:g ~gg~ :g~~~~ 12~ l~g~~ l~g
6.0
~g
60
30
60
50
30
50
60
10mlO
l~W 10m
5.0
1.0m
5.0
1.0m
4 pill
20P!!!1
200$~
~:g ~gg~ :g~~;,~ 12~ l~g:;:~
~~
~gg~
3.4m
3.4m
3.4m
5.9m
~~M§t. 1.5m
25M§t. 1.5m
25M§t. 5.9m
12~ 19:;:~ l!g
lOw
.02u'll'lO
20M§t. 4.0m
20M§t.
20M§t.
20M§t.
25M§t.
~~~l
.05ulO
.05u?:1
tt.
tt.
t
tt.
tt.
tt.
tt.
tt.
tt.
tt.
tt.#
tt.#
tt.
ANt
T05
Iil
l,~ :lg:;:~ ~g ~
2.0\1.1 2.0m\l.l 100
2.~~ 2.0m~ 100
5.~~ 1.0m~ 200
2.0\9_ 2.0mlO 150
100n~ 2.~~ 2.0".'lOrl 150
.1u#
1.<?~ 500mf:1 35
lOOn
1.0(0
10mlO 35
.05u~
5.<?~ .10m~
75
.05u¢
5.~f:1 .10mf:1
75
lOOn
2.010 2.0mlO 250
.10u§
1.~?:1 .50m?:1
25
.10u§.. ~ 1.~~ .50m¢ 25
.1u'1/=lO LOw 500,,;¢ 35
600m
600m
600m
600m
600m
600m$
600m$
600m$
600m$
lOOn
lOOn
10n¢
lOOn
5.0
:g
40
50
700m
5.0
5.0
4.0
5.0
~g
30
§S
~:g
750m
750m
1.5
1.5
1
1
750m
500m
500m
1.5
:lg~:
40
600m
~gg:;:
§
60
80
25
40
5.0
5.0
4.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
ggg:;:
750m
750m
PE
Iil
~~~e:55
MPSA56
2N2837t
2N2838t
029E5
(F)
~gg~
40 t t.
12m¢. 30 tt.
1.0';"0 60 t t.
.5~?:1 1.0m~~ 90 tt.
1.~~
~Qm~ 20 t.
1.0~
1UmeL 35 t t.
1~?:11.0m?:1 300
1~~ 1.0m~ 150
1010 1.0mlO 300
1~?:11.0m?:1 150
1O~ 1.0m~ 150
10., 1.0n:ll!J 300
1010 1.0m~ 300
5.0, .10m@ 30
5.0~ .10mlv 30
lOp 10m
50
2.~~
2.0m,
60
2.0~
2.0mj
60
l ~
E0
AD
DE
8.0 iiilll
8.0
12.6
1.0m~~
l~ . . ~r~~r3
18
19
20
21
130u
X.OOOI
12~\tI
500m
500m
500m
500m
500m
500m
l~
12
13
14 ...
15
In)
35!!.l
DES RIPTION
Cob ISTRU_C
l=TURE
DWG.
No.
10
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
III
IIp
6.0p~
8
PE
T05
OPE¢ L2b
T05
Af/J
A¢
l
4. SILICON PNP . LOW POWER TRANSISTORS
LINE
No.
TYPE
No.
U..,lMAX. ~
I
~OLL.
DISS.
@25'C
-(WI
JQ.ER~TE:
fab
(Hz)
I~I ~:bD~Rf~F~~E~":. COLLECTOR DISSIPATION
!
ABS MAX RA' INGS@25'MAX.1 yt'l AL 'h' PARAME I ~H:S
IN M E BVeboJBVeeo BVeb..Qj
lebo
BIAS
COMMON EMITTER
FREE A M
Ie
@MAX Veb
Ie
hfe
hoe
hie I hre
AIR X P
Veb
W/'C
(V)
(VI
VI
fAI
fA
IVI
fAI
mhosl
fm
X.OOOI
IDESCRIPTI N
Cob ISTRUCI
L:TURE DWG.
No.
(F)
L~
EO
A 0
0 E
ig~
T05
T05
7
8
9
lU#
;1#
12
~~:!'34t
2N3494t
2N3671t
TM1614
TM1712
M03467t
"#. 7B'NF'W:i7474'4
21,;,
0
=:::::-.-.
21~ BFX91
22 5
6
22NN33550013~~tt
27t
AT4BO
:!~
::!!~~OOt
35# BFY64t
36
2N4B72t
600m
600m
600m
600m
600m
600m
700m
700
700~
200M§t. 3.4m
200M§t. 304m
2ooM§t. 3.4m
20uM§t. 2.2m
200M§t. 2.2m
250M§ 13.4m
"OM§t. 4... m
60'M§
4'0'
60:M§
4:0~
§S
§S
§S
§A
§A
§J
50
80
60
60
60
40
§S 100
§J 150
180
§J
35
80
50
50 §
40 §
40
100
150
;80
4.0
4.5
5.0
5.0
5.0
5.0
600m
100m
600m
600m
600m
1
'''.0
'6'0
6:0
.05uO)
.10~~~
10nlO
.05uO)
.05ui/l
.09.10
lOOn"
01 ~
:01~
700m
700m
700m
200M§t. 4.0m
200M§t. 4 Om
200Mll§ 4:0m
§J
§J
§J
45
60
30
45
60
30
5.0
50
5:0
600m
600
.0Iu§
01 §
700m
700m
700m
200M§1l 4.0m
250M§ 4.0m
900M§t. 4.0m
§J
§J
§J
60
40
12
50
40
12
5.0
5.0
4.5
!!uum 1'~)u(O
:03u§
50m .0Iu§
500~ 20~~¢
100) 150~;
1~§ 10m
lOw .10m
'~ 150mG'
10 150m@
1.0
500m'"
100 t#t.
40 t.
300ulll
55 tt.
40 t#
100!~
40 t'll'
1.2kiZ\
2
III
1 om~ 20 II
',0m
40 t#t.
lOw 1.0m
170 t~
10....
.30
10mi/l200
10mil 120 t.>t
88g'~
PpEE
110$
AN
-it
20p,1LI
7pi/l
5.00
'1<f~
1.06)~(O 'l?~m<z 110 t#
79J;~
.Olll
500)
'QI:e
35 II
'Q~ 10ml1J 35 tt.
10\£1 150ml< 30 tt.
8Q~ulLI
800ui/l
110u
i8~
10plLl
23klZl
23ki/l
1.0k
15 III
15 [li
2.4
)~PJ
8
B.O P
P:::
8 pill
6.0
2lDI.£)
PE
PE
PE
PE
~
PE
PE
PE
PE
PE
PE
PE
PE
OPE
PE
PE
40# R"160-10
60- 6
;:; "'c
:J:
~cl61-~
750m
750m
750m
100M§
100M§
100M§
5.0m
5.0m
5.0m
§J
§J
§J
40
40
60
40
40
60
5.0
50
5:0
1.0
0
1:0
100n§
00
100~:
100) 100mG' "3 tt.
1:~§ 100m@ 100 tt.
1.010 100mlto 40 tt.
20p
~g~
PE
PE
PE
PE
PE
T05
T05
T05
T05
T05
L17k
L17k
T092
X55
T039
T039
T05
T05
B
A
i8~~
T05
T05
T039
T05
T05
T039
T039
T039
T039
ig~~
T05
T05
T05
TOIB
T039
T039
T039
T039
T039
T039
PE
PE
PE
PE
~!!#
~::!A537A
750m
750m
800m
200M§ 4.3m
200M§
30M§t. 4.7m
§J
§J
§J
90
50
60
80
30
40
4.0
5.0
5.0
700m
200m
58
2~2~27t
BOOm
100M§t. 4.5m
§J
25
25
4.0
500m
!!6'2'!
•
63y
AATT44660,
800m
BOOm
800m
100MM 4.5m
100Mt.§ 4.5m
100MM 4.5m
40
60
80
40
60
BO
5.0
5.0
5.0
1
1.~
1.0
1.0
50# 2SA594
51
2N3464
.1 Ou¢~
100ulO
PE
4 Q~
50m~ 80 t
l:o¢
10m¢ 60 t
4.0!ii 100m0100 t.>tt.
7.0p
A
~g
!:I6!;!B!
~~:g~~~
AT462
AATT44!!!6!!7
:gg~ 199~:~ ::~~
BOOm
:j
§J
§J
§J
~g
~g
~:g
100MM 4.5m
§J
40
40
5.0
§J
§J
§J
40
40
40
40
40
40
1!!5'··.~0 55~~0~O'mm
AT468
!~'';I,:!# B~!:C:3~6!!!t0-~'0'
7
72# BC360-16
:gg~
199~~: ::~~ :j ~g~g
800m
800m
BOOm
lOOM§
100M§
100M§
Z~:!
BOOm
100M§t. 4.5m
199~:~ a~
:j
§J
55
~~
~~
I~:g
5.0
1.0
800m
800m
BOOm
120M§t. 4.5m
130M§t. 4.5m
130M§t. 4.5m
§S
§J
§J
50
60
45
35
60
45
5.0
40
4:0
800m
500
69;
B~~~8
~~: ~~~~g
ggg~
4.5m
4.5m
4.5m
55
~:8
1.0
1:8
15:0 500m
l:g
.02~~
10
10m
1~~O~fO
200n
200n
1.~~
I.Q!!l
1.0(0
50m
25 II
1 2m\Zl
:g~~~ ~:g~ :19~~ ~g ~~.
.
A
1.~~
50m~
1'!~O~O'nn§§
5'2~
100n§
5.0\£1
50m~ 40 tt.
50m~ .!!~ tt.
50ml< luO fll
50n~
~.~
100u~
i8~
T039
~~; ~~
20DIll
PE
lOp
PE
40 t.
l:g~ ~g~~:g ~
5.Q~
T05
26\Z1
40 tt.
50m~ 40 t.
50mIL 40 t.
200n
~gg~
1 5k\Z1
19~
15p
15p
15D
65 t
~g~~ ~:~ 199~~ 1~~ ~
~~
OPE
OPE
OPE
ig~~
T039
T039
T039
T039
T039
T039
T039
T039
T039
T039
T039
T039
T05
T05
T05
!05
Tq~9
.. 7
83
B4
'7N2KOlt
'2N3072t
2N3120t
i500~
10u#
:Olu§
.0Iu§
100) 10mO)
30 II
1~~' 10'm~ 25 II
10", 10m'" 25 II
1.2m!?J
12mlLl
1.5k!?J
1.5klLl
26 !?J
261tJ
TO"
T05
T05
T05
T039
T039
T05
lOp
251~m
10
A'lJ
A¢
T039
~~~
~~
1;s0
OPE i8~
20p$
~~~~
D.A. T.A.INC.
71
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
OPL
EM
T039
T039
T05
T05
T05
T05
A'lJ
LINE
No.
~
5. ~ ILiC ON NPN
TYPE
No.
~rAX.
~
OlL.
DISS.
@25'C
(WI
T0201*
6
7
8
9
MM1755
MM1756t
MM1757
MM1758t
~9MM
A141
A142
A143
BCl12
50m*
50m*
50m*
50m*
1~~gl~g:
15
l~
18
~g: Ig~~;g
21# BSW12t
~~: gt~~~
24# BC198
~~: 'iisJJ~1t
25(:656
27
~g: g~~m
30# BFS13G
~a g~~m
33# BFS15G
~~: g~~H~
36# BFS27G
~~: ~~~~~4
39# 2SC250
40#
41
BC156
42
~~~~~~
:~
~~~~~~
46# BC127
BFY47
BFY48
48# BFY49
:~:
~~# ~~~~g:.l
51#
52#
53
54
55
56
57
FSP165
FSP242·1
2N1268
2SC186
60
026E6
gg
g~
5~~Jf
026E3
g~g~~
~~~~~
BC122
63
64
g~J~~
65
2N343A
66
~.?# ~~~g:~H
68#
69# OT1602
~~; ~T1g~~
72# OT1613
~~~:~.1
~~~ FSP166
76#
~~# ~S:ri::01
7B
NS1510
~g: I~~~g~
8;# 2S703
g~# I~~~~~/TNT
84# IMT4101
gg: 1~+:18~.A
TNT839
87
gg I:::~:::::~
90# 2SC780G
~~~
I~~T~~~
TNT843
93
~~# 2SC184
95
3N71~
3N72
96
~~# 1~~6~~5
99# 2SC469
19~: I~~C'~~:
2SC401
102#
18~: 1~~g:8~
2SC404
105#
!(j!l#
~~gl~g
10~: 2SC266
108
1~~; ~~~g:lHt
D.A. T.A. INC.
~~:::
300M§l>
5.0M
l'l?m
1.1m
~:g~ 250u
:~
150M§ ~gg~
150M§ 825m
150M§
150M§l>
#J
#J
tJ
tJ
tJ
tJ
!I!I!U
~g:::* ~gg~:
50m*
50m*
50m*
50m*
50m*
50m*
50m
60m
60m
80m
!!9m
60m
60m
60m
60m
60m
200M§l>
I~gg~:
300M§
300M§
~gg~:l>
Ie
IVI
gg
60
gg
~~g~:~
2N1249
a
12
FREE AM
AIR X P
W/'C
;t.lSm $')
2~OMl>§
50M§l>
30m
30m
30m
~~m~
IHzl
30Ml>§
~: I+~~~~:
l~
AB5 MAX RATINGS @25'
~RATE~
IN
Nt TE BVeboJBVeeo BVeb~.
;S~~~l>M
~: I~~~~~*
3"
fab
. LOW POWER TRANSISTORS
g~~~
~~~u
g~~~
625u
g~~~
825u
825u
1.7m
1.7m
17m
1.7m
1.7m
1.7m
1.7m
1.7m
Urn
~~~~
$
:j
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
:t
tJ
tJ
tJ
tJ
$J
§J
tJ
$S
I#J
tJ
#S
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
$S
tJ
tJ
60
~g
75
I~·O
g:g
50
~g~:
188::::
l(j(jm
198~
!(j9m
100m
100m
lQl!m
100m
100m
100m
100m
100m
100m
100m
100m
199:::
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
I~f.~
Ui:M
I~:~:::
2.0m
.~OM§l> 5li5u
30.M§
30M§l> 8.0m
30M§l> 8.0m
30M§l> 8.0m
45M§
:~~:
50M§l> LOrn
6g~':§l>
65.M§
100M§l>
100M§l> 667u
100M§l> 667u
100M§l> 667u
m~:~
199~:l>
~.I?m
1.lm
170M§
H8~:
170M§
200M§ LOrn
200M§ 1.0m
200M§l>
LOrn
~8g~:l> 1.1m
lJ
:i
§J
§J
§J
§J
§J
tJ
tJ
§J
§J
tJ
§A
§A
§A
tJ
tJ
§J
§J
tJ
tJ
tJ
tJ
tJ
tJ
$J
tJ
§J
~8
40
30
40
~.O
6.0
:g
5~O
(AI
liom
5.0
~:8
.01u¢
.01u IE
6.0
5.0
6.0
:gl~~
~.O
1.0
2.0 5.0m
50m
50m
50m
50m
~g
~g
~:g
~g:::
~~
20
20
45
20
20
15
:g
40
40
40
40
:8
40
20
20
20
30
20
~g
20
10
~~
~8
~~
25
~~
60
60
60
45
:~
80
~g
45
20
15
15
~g
20
~~
~g
5.0
18
15
5.0
45
25
20
5.0
~g
50
15
25
15 §
15 §
18
18
18
18
18
15
5.0
20
30
45
60
25
15
75
1~~
150
30
30
60
60
~g
~g
25
~g
45
45
45
80 #
15 §
18 §
8.0
8.0
8.0
18 §
18 §
1~~ 1~~
50
g8
50
20
20
30
40
25
25
~~
25
20
15
13
. lu
5.0n
LOn
100nl>
4.0
4.0
4.0
4.0
40
100~~
lun
20
20
20
20
U:::
lQ~m#
~g
30
50
VI
20
20
20
20
gg:::
20MM
170M§
60m
20
60m 18OOM § 593u
30
65m§
769u
20
50M§l> 625u
5.0
65m
30M§l>
~g
1.2m
30M§
25
75m
LOrn
75m*
lifo
LOrn
75m*
50M§ LOrn
45
75m*
75m
75m i~gOMJ§ 751u
370M§ 751u
75m
40
400M§ 751u
75m
45
80m§
769u
20
250M§ 909u
85m
20
250M§ 909u
85m
20
90m
1.2m
18
90m
1.2m I:j 18
1.2m #J 18
90m
18
90m
I:j 18
90m
1.2m #J 30
90m
30.M§
1.1m tJ 5.0
90m
30.M§
1.lm tJ 30
90m
30.M§
90m
1.1m tJ 45
80M§l> 1.2m #J 45
199:::0
7.6m $J 60
30
!!1~m
§J
100m
20
75
100m
100m
1~~
100m
100m
150
l'l!m tJ 75
LOrn tJ 75
199:::
LOrn tJ 100
100m
100m
LOrn tJ 100
1.3m fJ
100m
100m
~~:::
(VI
IN ORDER OF (11 MAX COLLECTOR DISSlPAnON
(21 tab l (31 fiPE No•
ryPICAl 'h' PARAMETERS
MAX.
DESCRIPTION l C
QIA
lebo
MM N EMI fER
EO
Cob ~TR_U_I,;
@MAX Veil
Ie
hfe
hoe
hie
DWG. AD
hre
·TURE
No.
D E
'f:..b
(m X.OOO1 (Fl
IVI
IAI
!'mhosl
luun
1.1150 1~l!l!ul>
A
IUPIll ~A50¢
50 1200m
5.0
~(jm
5.0
5.0 188:::
5.0 100m
5.0 200m
2.0 5.0m
6.0
6.0
6.0
5.~
25m
I~:g
100m
50m
15,0
25 400m
5.0
20n
5.0
50m
5.0
50m
5.0
50m
2.0
10m
5.0
5.0
5.0
100m
25m
25m
I~·O
~:8
I~:O
.0
Ig:g
5.0
5.0
5.0
2.0
2.0
2.0
5.0
~:g
2.0
5.0
8.0
8.0
8.0
5.0
5.0
4,2
3.5
5.0
~.O
3.0
3.0
2.0
2.0
5.0
5.0
60
15n¢
15n
15n
.10u¢
LOu
50n
50n
50n
f.g~¢
_~5n50
.70u
.10u
'ONtu¢
20n
l~~¢.
15~(B
LOu
25~~
lOOn
25n!Zl
i.8~0
2f5u,;o
25n
25n
25n
25n
.01u
50m
50m
50m
60m
~8:::
10~~
10n
10~!Zl
1.1~'Qs
1.~Ou
.10u¢
20m
~(jm
~~~~
25n
l~g~~
20m
30m
30m
30m
30m
20m
30m
30m
20m
20m
20m
30m
30m
I~gg:::
100m
lQ!1 m
100m
50m
25m
25m
30m
l~g:"
10
m
8.up$
:~
ig:~
80m
l;tp
50
T05
7.0D
200~~
~~g
.5~~ .20m
.50
80
.2(jmIE 220
1.0m~0 67
1.0~
10m
40
10 1.0m\!! 115
5.~~
2.0~~
tl>
t
t
tl>
t
15u
20u
35u
20k
30k
45k
15
25
40
20u
;su
25
m
5.~~
ml
~:~
~~~
:m
1~¢.
1.~
1.
1Om,~
10m
1.~~
10::1
.50m
1.~~ 2.0m
6.0
3.0m\!!
10 2.0~~
1.0
.SOm
~:b~
5.~~
1.~~
1.0
.5~\!!
.01~
50m
5.0~
1.0
5.0
10
60
250~~
~:~~
2.~\!!
2:~~
2.
1.C~\!!
:~g~
.5~@
5.Q¢
4 Pi?;!
4piZ)
4Diii
13.OP!Zl
t
2.0D
2.0p
1.5p
3.00
tl>
l>
l>
1~8 ~~
~g ~
50 l>
2.0m~ 250
10m¢
;l>
10m(z
80 t
2.0m
20
2.5m
40
2 ..5m
50
40 tl>
100~~ 70
100u
tl>
100u\!! 115 tl>
180 tl>
100~~
40 tl>
100u
3.0m\!! 20 tl>
~ 10~J
6.0~
~
1.0m
125 tl>
250u\!!
.5~~ 250u
.50
5.~@
gg
20
40
45
40
11
85
.25~~
.25m
.25m~
~g
50
10m¢ 100 tl>
1.~~
1.0
1.050
3.0m
llu
7.5k
13.0
35u
3.5k
2.5
2g~
10Diii
4.5p
2.8p
4.50
4.2p
1.5p
4.00
4'1~~
4.0p
4.0
4'01>i?;!
4.~~~
4.0
Up
~8
6.~~ .10mIE 160 tl>
3.0¢ .10~~ 150 t
3.0m
5.0
3.01Yl~ lifo
1.~
.95G~12l
4.~~
4.5
4.5~!l...
3piZl
1.5D
7 Pi?;!
~:
2.0m
240 {).*
2.0:
10m
50
tl>
1.0~0
10 5.0m
130
5.Q\!! 1.0m\!! 100 l>
100 l>
1.0~~
5.
1.0m
100 l>
10m\!:i 55 l>
l>
10~& 55
Hi¢ 10m
55 l>
50
l>
10m~
1.~IE
5.0
4.0D$
4.0p$
4.0p$
.95pt
1.0uiZlb
2.0ub
~~ iZI I~:O
.0 iZI
20
70 t
19:::~ 120 t
10",(21
70 t
10mlO 120 t
8.0piZl
2:g~~
~:8~
~U~i
:~8~0
~:8~
~:~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~rJ
P~@
PE¢
PE
PE
PE
PE
PE
PE
PE
PE
PE
PE
PL
PL
PL
PE
PE
PE
PE
PE
PE
DPL
PL
PL
DPL
0
PE
PE50
PL
P~IE
PL¢.
PL~
PE
OPL
OPE
DPL
0
PL
PL
P~~
PE
P~~
PE¢.
PE¢
W'
+g~
u43
u43a
u45
u45
u45
u40a
u47
u47
u47
u47
u47
u47
u47
u38
u14
~~~4
u14
T09
u30a
u24
u8
u21
u38
u14
u14
u14
T09
TOl
TOl
u40
u40
u40
u40
u40
!~P
18p
130
13p
6012!
4.0plf/
4.0piZl
8.00
8.0p
6.0p
2.0D
!.~p
8.0p
6.00
1.6p
1.6p
1.6D
;:~?l
4.5p
2.
2.5p
2.2p
2.20
2.5p
2:~DI2l
~:g~!1'I
B
B
B
B
B
0
0
0
0
0
0
0
0
E
F
0
E
F
0
F
G
E
E
A¢
A
E
E
E
A¢
u~(j
u32
u32
u32
u40
TOll
TOl
u23a
T05
T05
T05
T05
DPLl> u14
g~tl> u14
u14
OPL u14
ANt u52
T018
I~
40
8~i
4.
A
A
PE
PE
PE¢
pW
'g:8~
~:8~#
72
¢W46
T046
8012!
1.00 .IOm0 75 t
1.. ~
1.~!"
~'!1m
1~·!1u
~g
1.0m
9.0u
2.5k
2.5
LOu
6.00 1.0m
120
13u
6.0k
4.0
.1..un I~:g~ 1.(jIYl~ i 199 ~l> 1.0ulZlb 32 IZI 16.0 IZI
1.0~~ 70 ti.# 1.0u!1'lb 32 !1'1 6.0 !1'1
.lf~n0 5.0(21 LOrn
10n\!:i 5.~ 1.0m\!! 200 tl># l:!1~.lD"b
~~klll ICI.O III
20n¢ 5.Q¢ 1.0m¢
198 ~l># 20uiZl
LOu
LOu
~!1l>
~g tl>
2.00 2.0m0 4 tl>*
8.5u
1.5k
.10u50 13.U50 .~um50 75 t
.~O
LOu
80 l>
LOu
45 tl>
8.5u
1.8k
.50
.10u\!:i
3.Q\!! .50m\!:i 75 t
tl>
.01~& 2.0
2.~~ 2. m 40
.01u
40 tl>
.01u~
I~OmIE 40 tl>
75 t
.10~~ io¢ .50m¢.
.50';;¢ 90 t
.10u
~O tl>#
1...~On(IJ
~:8¢.
50 t
3.00 1:8:"
1. m
90 t
.20u~
~.!1~ 1.0m~
;
.20~~
1.0~~ ~8
.20u
1.0m
90 t
35
2.0u~
6.<;!~ 2.0m
2.0u~0 6.~~ ~gO":.(}j 50
lOOn
3.0
60
26
4.0
250nb
36k
1.5
35 tl>* 3.1u
1°~1 100
.:~~~50
Ou
1.0m
t
~8::: 1:8~
(B L2z
L2z
ANt
.50¢ 200u0 130
.5~@ 200u@
3.0~~
20m
20m
8.0
1:8
1:0
.05u0
1~~z5
.
1~8~~
.5ft
50n
.15u
.15u
.15u
100n50
~:8
5.0
5.0
5.0
3.0
5.0
5.0
5.0
5.0
1.0
6.0
5.0
1.0
1.(j
1.0
1.0
7'1!
7.0
7.0
7.0
lOOn
lOOn
~~~
5.0
5.0
5.0
5.0
5.0
3.0
3.!1
199~l>
l~g ~t
100u 120 l>t
100u\!! 120 l>t
120 l>t
10¢ 15 m
40 tl>
l~IE 150mIE 40 tl>
10¢ 150~~
10(B 150m 18g ;~
3'!1IE 5'0":1.~ 15 tl>
3.0¢
15 tl>
20~~
3.0
20u
38
+~;
lei
~t(IJ
T05
u17
X16
PE
PE
PE
ME
ME
ME
PLt
u17
u17
'u17
R087a
I~EE
ME
PE
l>
l>
l>
PE
PE
PEl>
0
PE
PE
~~
PL
PL
PE
Et
0
u~~a
u17
u17
u23a
T072
T072
T072
~~~:
~~~
C
E
E
E
E
A0
A
A
A
B
C
C
Igg~
Gg~
C
u37
u37
u37
u31
u31
u23a C
MM12 B
5. SILICON NPN . LOW POWER TRANSISTORS
TYPE
No.
LINE
No.
?#
~~
M!§!~01t
MT9002t
9"" 2SC430
L!J ~AX.1.J
CalL.
DISS.
@25'C
(WI
188;::
100m
100m
100m
100m
~~~m
100m
100m
lQFRAI E ~
IN M
tab
FREE A
AIR X
(HzI
W/'C
~~8~~
556u
400M§ 1.0m
4q2~§!', 8.0m
400M§!', 8.0m
420M§
4~~~!', 555u
500M§ 100m
600M§!',
T AB1:iMAX RATINI.j:; @<!5~l:
E BVeboJBVeeo BVel1QJ
M
Ie
P
(V)
(VI
Ilvl
(A)
~~ ~~
~~
§
~:8
tJ
§J
§J
SJ
§J
tJ
SJ
30
40!!?
30 ¢
12
15
30
25
4.0
4.5
4.5
2.0
5.0
4.0
4.0
40
40
30
25
40
40
30
10m
20m
200m
200m
10m
20m
10m
!"lAX.
lebo
@MAX
Veb
(A)
'10g~&
.50u~
50n?1
50np
LOu
25n
.50u~
.10u
\~I ~!D~R(£F,v~r:. COLLECTOR DISSIPATION
Veb
TYPI Al 'h' PARAM~T~R:;
BIAS
COMMON EMITTER
Ie
hIe
hoe
hie
hre
IV)
(A)
i(mhosl
~:8& lb~m~ ~~
6.0~
1.<?!!?
1.<?~
6.0ID
1.q~
6.q\?l
6.01D
t#!', 5.5u
1.0~i2l 25 t!',*
10m~ 40 t!',
10m¢ 30 t!',
1.0m
46
6.0u
10r~ 30 t!',#
1.0m
25 t!',*
2.0m
80 t
(fil
X.0001
800
.85
1.3k
.85
DESl:RIPTION
Cob ISTRUC
I.:TURE
DWG.
(F)
No.
1~ ,. 2N2784/TNT
18'!F 2SC289
100m
100m
100m
lmlm
ioom
800M§!',
1.0m
556u
1.1 G§
1.n;§
ljG§
110m§
25'#
26,!4i
27'#
BCW31
BCW31 R
BCW32
~~:'II ~g~~~H
30'#:# BCW33R
~~
39
40
41
42
:g~~
04024
04025
04026
K05000
:~# ~~~~~6
45
2N1587
:~
1~~1~~~
48
~g
~~m~
2N1593
54
2N337
~g
60
~~~~~4
I:::::~~
TI495
g~~ ~~~69t
66
3N35
70t:; BSW~3t
71t BSW34t
72+ BSW35t
~g# ~~~~~~
81
82
83
84
2SC562
BC155
A467
BF167
~g
~~~~45
87
~!!!
89#
90
~~
93
118:::
110m
110m
110m
110m
110m
115m
125m
125m
125m
125m
125m
125m
125m
125m
125m
125m
SS
25
15
25
7"
15
20
~gg~~ 1:~;:: :j ~8
300M§
I~gg~~
300M§
450M§
500Mt
1.0G§
1.3G§
100M
100m
tJ
1:6:::
:j
1.1m tJ
100m
30!',
5.0M!',
5.0M!',
tJ
tJ
1.1m tJ
1.0m
tJ
909u SJ
102m tJ
102m tJ
102m tJ
1.2m tJ
102m tJ
21'.02mm,,~§tJJ
nlO
100m $J
22·.00mm ~SS
"'"
125m
125m
125m
5.0M!',
5.0M!',
5.0M!',
2.0m
2. 0
2
0m
m
125m
125m
125m
125m
125m
125m
125m
125m
125m
125m
125m
125m#
125m
125m#
125m*
125m*
125m*
125m*
125m*
125m*
125m:
125mlO
125m
125m
125m
2.0m
100m
100m
100m
100m
1.2m
102m
1.2m
~q~
1.2m
30M!', 1:0m
70M§!', 71 4u
100M
100m
130Mt
150M
1.0m
175~§!', 1.7m
175M§!', 1.7m
175M§!', 1.7m
300M§ 1.6m
300M§ 1.6m
300M§ 1.6m
400M§!', 1.7m
510.70GM§!', 11'.07mm'~
nlO
1.8G§!', 1.0m
1.8G§!', 714u
1.8G§!', 71 4u
12
6.0
12
17
6.0-
3.0
4.0
3.0
:i.[J
4:0
2.0
~8
~:g
20m
500m
10m
7[Jm
50m
100m
1.0~\2>....
6.<?!!? 2.0m
5~ .5<?~
10m¢
1.0uID
6.010 2.0m
1.[Ju0 IH.00 7.0m
'-50¢ ':5o\ll -'1-0me
.70u
1612l 2.0ml2f
u23
u17
R067a
u23
~g::: 199~~ ~:2~
5.0
50m
100nlO
,,0
30
20
20
5.0
4.0
50m
25m
100nID
100n\2>
30
25
40
15
15
15
15
15
15
20
40
3105
15
15
2.5
2.5
15
15
15
15
15
15
10
10
20
1.0
1.0
1.0
1.0
1.0
1.0
2.0
1.0
1.0
1.0
25m
25m
25m
25m
25m
25m
25m
25m
25m
15m
20m
25m
25m
5.0ID
10 7.0m~ 85 t
1.0
1.0m0 25!',
10n0 1.0
2.0~~ 20 t!',
10~'t
1.?2 2.0m.!' 150 t~
LOu
10~
10m
30
LOu
5.0~ 10nt0 33 t:#:
LOu
5.2~
~2m~ 88 t#
LOu
5.2\?l
10m¢ 133 t#
LOu
5.01D
10m0 33 t~
LOu
5.2!!?
10~} 88 t#
LOu .... 5.2\?l
10m 133 t#
50mlO 1.010 3.0m
20 t!',
1.0u(lJ
20 100m
100
1.0u
5.Q~ 1.0m~ 9.0 !',
1.0u
5.0'>'1 1.011110 9.0 D.
40
10
20
1.0
1.0
1.0
25m
25m
25m
LOu
LOu
LOu
5.Qf(!
5.<?\?l
5.0ID
100m
100m
1.0m
40
30
45
35
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
20m
20m
20m
20m
20m
20m
20m
20m
20m
1.0ulO
LOu!!?
20
20
20
20
5.Qf(!
1.pomm¢
100m
100m
100m
100m
10mf(!
~:g
5.010
i
10ulO 150 t
19u~ ~~g 1
10 ID 270 t
20
~g
~g::: 199~~ ~:~~
2SC563
IBF115!',
~~(;477
A41S
!:~~
2N4435
~~# BF185
95
A417
96
2N4434
100
101.
102t
2N2610
2N5650
2N5651
19~t
10~~
2N~~52
2SC640
105'!F BFV16
m:::
l~g;::f
20M
20M!',
20M!',
20M
20M
20M
20M
2.4G\ZI
130m
#S
SJ
SS
$S
$J
tJ
tJ
tJ
SJ
$S
§S
SJ
tJ
$J
tJ
tJ
tJ
tJ
tJ
tJ
tJ
stAJ
SJ
$J
SJ
60
3105
~~
45
45
45
40
40
40
40
45
45
30
30
20
20
20
30
45
30
30
30
30
30
30
40
50
60
40
30
25
25
25
25
15
20
32
45
60
15
12
13
12
12
12
~2
j~9m::~ ~g
100m
§J
40
~~
13
30
1.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
3.0
2.5
2.5
2.5
~:g
4.0
~g;:: l:g~ ~
20m
20m
lQ2m
100m
100m
100m
100m
100m
1.0u~t
1.0ulO
2.0uf(!
2.0u\?l
2.0uID
1.0u~
1.0u¢
50u
.40u\2>
....
.40ulO
.07u
.07u
.07u
70n~
70n0
70n~
500m~ .40u~
500":'-1l.40u¢....
50m
10nlO
.05u!!?
.05u~
.05ulO
18g:::
25m
.7~~n(lJ
~:gro
5.Q~
5.uID
~~~m
140m
145m
675M§
200M§
100m
1.2m
§J
§J
§J
~O
30
40
20
25
:!.03
~20'mm
5.0
4.0
25m
·11.02u'u~
'fJ
i'E
~gg~~ 1:1::: ~~ ~g
220M
1.1m
30
~g
20
~:g
5.0
~g;::
10m~
10m",
~2
100m
2Q~ 1.0m
2010 1.3m
2.DJ> 103m
2.01'", 4.0m¢
2010 1.3m
,2.0
3..o.m
0.0
10m!?!
0.0
10m<£
0.0
10m
0.0
10m
0.0
10m
1.<?!!?
10~}
1.Q~
10m
6.010 5.0m
1.Q!!? 3.0mf(!
1.<?~ 3.0m~
1.01'1 3.0mID
6·ptf¢ ~:g:::~
10 4.0m
150m
150m
150m
l~g:::
300M§
1.1m
769u
102m
102m
102m
U:::
1.0m
100m
102m
§J
SS
SJ
30
20
40
$S 20
$J 30
§J 100
~j ~g
§J
§J
§J
30
30
60
20
24
15
25
~g
30
30
50
5.0
2.0
1.5
~~
2.5p$
4.0pslll
2.60S
8q,Of$
PEt
PE
PEt
PE
u56
C
u56
C
PEt
u56
C
4.0p~
4.<?Pl!:l
4.000Ll
GO!',
GO!',
GO!',
TT~02~55
T05
A
A
1.6p
3<?p!?1
3001£1
GO
t~~:g
200nb
200nb
~gg~~
200nb
200nb
50
50
50
50
50
50
2.0
2.0
2.0
2.0
2.0
2.0
200nb
1.5u!?1~
1. 5 UJt.lb
1.~u~~
1.5ul!:l~
1.5uOLlb
50
100 !?1
1001£1
25 !',
70 !',
70 !',
1.5u~~
100
100
22
20 !',
40 !',
65
15 t!',
40 tf',
120 t!',
24
40 !',
10 !',
25
30!',
25
45 t!',
30 t!',
60 t!',
60 t4
60 t!',
50 t!',
40 t!',
60 t!',
20 !',
20 t!',
20 t!',
20 tf',
200nb
~g~!',
1.5ul!:l~
1.5uOLlb
1.0u~~
1.0u(2jb
200nb
200n
200n
200n
200n
1.0ulllb
!(;l
2.0
g~
100 III
12 ILl
12 (Zl
12 (a
12 III
50
80171
80
50
30
30
30
50
80 III
2.0
20171
20 fij
3.0
2.0
2.0
2.0
3.0
20 III
!?1
100~
fiJ
3.0
5.0
3.0
30m
100m
50nlO
.10u
~:g ~g8::: :~g~~
5.0
5
6;. 0;:;
I.U
30m
~2m
50m
.05u<o
.06ulO
.05uQ)
73
10
10
5.0
10f
30p~
A
A
A
A
1.5p
2.0p$
1.50
A
A
A
A
A
GA
GA
GOS
T012
GA
3.0pS
3.0pS
3.00$
PEt
PEt
PEt
MM 13 F
MM 13 F
MM13 F
3.0p~
3.0p(2j
1.60
2.0p
2.0p
2.00
2.0p
3.oplll
i00
GO
~~a ~
PE0
5.01<
5.0~
u 17e
u35
X72
X72
N
PE
PL¢
PL
u30
T072
T072
J
J
.650t
67 t
75 t!',
2.0m0 50
10ml2l 120 tf',
E
E
A¢
D.
40 t!',
1.0m~
PL¢
PE
PE
PE¢
PE
PEID
PE\Il
PE
T018
T018
T072
T072
T072
T072
T072
T072
T072
J¢
A
A¢
1.2ulZlb
90 IZl
20 IZl
A
OV9
\?l T072
ID T072
70Of!!?:!
70OfSI£I
3.0m~
19~ l~g:::J
A
A
g~~a
G
1;;(Zl pE"¢
~g
T05
OV9a
OV9a
T05
T05
T043
GO
R30
G
T05
G
T05
G
T05
GOILl T05
. ~ T05
T012
$
GO$ T012
2.00
:~~n~
30 tf',
3.0Jl~ .50m¢~ 300 t
10<> 30m", 20!',
5.0Q
Ai2l
TO 1 8
1.00$12:1 PE
lpl7l Et<Z>
~~ :g:::~ ~~ ~ ~
30m
100m 70u
25m'1 .0~0
C
C
~:g~$
1.6p
.65pt
145m
150m§
150m
C
1.50
LOpS
lQ!!? 2.0m
1~ t4
10¢ 1.0m¢ 100
10 7.0m
.38 t!',
1
1
10ID 1.0m<o
30m
u17
u17
u23a
u17
u23
u~~
u17
T09
PE
0
PE
PL~
1
:~;::
145m
B
C
Z.5~1£I
S.Op
1.1 p
150m
150m
150m
D.A. T.A. INC,
~g~!',
#S
~S.S
"'"
1@
~E(lJ
PE
C
19u~ ~g
30
~?
~~~
70
120 till
70
70
150 till
11
2N1590
51
~~
11g;::
110m
556u
769u
$J
§J
$J
SJ
1167a B
u17
u23
C
R067a B
~~~ PE
~E
.65et
.90p
1~# 1~;>~~71
l t.:
Ea
A D
D E
J9 ~~
.10mlO luO!',
.10m(lJ 100!',
.10m0 100!',
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
700f$~ PE ~ ~~l;
8pl7l
8p(ii
G
G
GC
PL
PE
u34b
u34b
P
P
PE\2>
PE0
u34b
u34b
P
P
iiiifiJ ~~0 ~~:~
~
I
5. SILICON NPN
.it]
TYPE
No.
LINE
No.
2
~4~m
3# PL 1021
a ~tlg~~
6# PL1024
7#
g:
~t 19~~
PL1051
PL1052
PL1053
12# PL1054
1~:
1~: ptlg~~
1!i# PL1062
Ll063
PL1064
18# PL1065
1~:
~g: ~t1g~~
21# PL1081
22# PL1082
Pll083
Pll084
PL1085
~g: Plll!1
27# PL1112
PL1113
~g# JAN2N117
JAN2N 118
30
~~:
~~
j~~~~B~
~~
JAN2N335
JAN2N336
2N3268
2N117
~~
1~~l~gA
33
36
39#
40#
41#
42
2S001
2S002
2S004
2N118
:~ 1~~lg1A
45
46
47
48
~~.
51
52
53
54
2N119
2N163
2N163A
2N332
1~~mA
2N162
2N162A
2N333
TI492
g~# 1~~53g
57# BCYB7*
~~#
59# ~g~~g:
2N335
60
2N1149
g~ 4C28
4C29
63
~:
:g~
66
04C28
68
69
~:~3~
70
71
72
73
74
75
~~
78#
79#
80
81
82
83#
84
04C31
~~n~O
2N1151
~~:j~A
2N1153
~~~~g5
BFV370
~~~~~~
2N1217
2N1278
2SC267
TlS22
TlS23
~~ 2N1279
2N1417
87
2N1418
88
89# BFV14
2N3128
90
~~
~~3m
2N3247
BFV17
TIS24
2SC182
97# 2SC268
93
~4#
~~#
~g:
~~C268A
SC475
~~G~~g
19~:
102y
18~
105
19~
108
2SC780AlG
BSY11
CS2639*
CS2640*
CS2641*
CS2642*
CS2643*
1~~ Ig~~~~~~*
D.A .• T.A.INC.
rt~AX.
f£J
OlL.
DISS.
@25'C
(W)
m:::
[Q!:RATE I T
IN
ME BVeboJBVeeo BVeb..Qj
FREE AM
Ie
I
AIR l2< P
(V)
(V)
(A)
(Hz)
I(V)
W/'C
~.~m
1~2m
1~~m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
1~2m
150m
150m
150m
150m
150m
150m
150m
150m
1~2m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
IS0m
150m
1~~m
lS0m
150m
150m$
150m
150m
150m
150m
150m
150m
IS0m
POWER TRANSISTORS
TYPICAL 'h' PA
ABS MAX RAT NGS @25'C MAX.
lab
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
. LOW
1.0M"
2.0M"
~.OM"
2.5M"
2.5M"
2.5M"
2.5MLI
4.0M
4.0M
4.0M
4.0M"
4.0M"
4.0MLI
5.0M
5.0M
5.0M
6.0M
6.0M
6.0M
6.0M
?OM
8.0M
8.0M
8.0M
8.0M
8.0M
10M
10M"
10M§"
10M§"
10M§"
11M
12M
12M
12M
12M
12M
12M
1~~
12M
13M
13M
14M
15M
15.M"
16M
17M§"
20M
20M§"
20M§"
30M
30M
30M
30M§"
30M§"
30M§"
34M
34M§
34M§
50M§"
60M§"
1.2m
1.0m
LOrn
LOrn
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.2m
1.2m
1.2m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
769u
769u
769u
1.0m
1.0m
1.0m
1.0m
1.0m
1.0m
LOrn
1.0m
1.0m
1.0m
1.4m
'...!l_m
769u
1.0m
1.0m
1.0m
1.0m
1.0m
1.4m
1.4m
l.4m
1.4m
1.4m
l.4m
1.4m
1.4m
LOrn
1.0m
1.0m
1.0m
2.5m
1.0m
1.2m
1. 2m
1.2m
1.2m
1.2m
1.2m
1.5m
1.5m
1.2m
1.2m
1.2m
1.0m
1.1m
1.1m
1. 1m
1.2m
60M
60M§" LOrn
60M§" 1.5m
90.M§
90.M§
90.M§
100M§
100M§
100M§
100M§
100M§ 1.0m
100M§" 1.2m
100M§" 1.2m
100M§" 1.2m
100M§" 1.2m
100M§" 1.2m
100M§" 1.2m
100MiLl 1.2m
~8~~~
I:j
§S
§S
~~
§S
§S
§S
§S
§S
§S
§S
§S
§S
§S
§S
§S
§S
IS
§S
§S
§S
§S
§S
§S
§S
§S
$S
$S
$S
§S
§S
§S
§S
§S
S
S
§J
§J
§J
§J
S
S
§J
S
S
§J
§J
§S
§J
§J
§J
.J
§J
§J
§J
§J
§J
§J
§S
.J
.J
.J
.J
.J
:g
40
40
40
20
20
30
60
75
60
75
60
45
45
60
25
60
25
25
60
60
75
75
120
30
30
30
30
30
30
45
45
45
45
45
40
40
45
45
45
45
40
40
45
40
40
45
45
45
40
40
45
40
45
45
45
45
45
45
45
40
40
40
40
40
: j :g
.J 40
§J
45
§S
45
§J
45
§J
45
#J 35
§J
45
§A 20
$S 45
§S 30
§S
45
$J 40
$J 40
$J 40
$J 35
.J 45
.J 45
$J 40
$A 15
$A 30
§J
60
$J 20
$J 45
$J 60
$A 60
§J
BO
+J 60
$J 25
$J 60
$J BO
$J 20
$J 20
$J 30
.J 150
§J
45
$J 45
$J 45
$J 45
$J 45
$J 45
$J
$J
n
~:
lebo
@MAX
Veb
(A)
~g::: l:g~~
Veb
(V)
5.~~
5.~g
1.0
1.q\:?
.3~~
.35
30
30
30
30
30
Lg
4.5
4.5
4.5
5.0
5.0
5.0
5.0
6.0
5.0
6.0
5.0
5.0
5.0
6.0
5.0
6.0
5.0
5.0
5.0
5.0
7.0
7.0
7.0
3.0
3.0
3.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
5.0
1.0
1.0
1.0
1.0
1.0
5.0
1.0
1.0
5.0
1.0
1.0
1.0
1.0
5.0
1.0
1.0
1.0
1.0
5.0
5.0
5.0
1.0
1.0
2.0
2.0
2.0
2.0
2.0
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
30m
30m
30m
25m
25m
25m
25m
25m
25m
25m
~g
i~:g
~g::: I~:g~~ Ig:g~
15
15
15
12
12
12
30
40
30
40
30
45
45
60
25
60
25
25
40
40
50
50
100
15
15
13
*
*
*
*
*
*
*
§*
§*
§*
§*
§*
45
45
45
45
20
40
40
40
30
20
30
30
45
30
30
30
20
45
45
30
15
30
40
20
45
60
45
60
60
20 §
60 flJ
.4~0§
.4u~~
.4u¢§
1.0u§
1.0u§
'14~~J
10n~
10~g
IOn
10nlO
15
15
20
150
1.0·
15
18
1.0
1.0
1.0
5.0
6.0
6.0
1.0
2.0
2.0
5.0
5.0
6.0
8.0
10
5.0
6.0
5.0
5.0
5.0
5.0
S.O
5.0
2.0
45
45
45
45
45
45
45
S.O
5.0
5.0
5.0
5.0
5.0
6.0
19~
~~
19~~ 1~~
20 t"
10m
10",~
10r;:g
10m
10~
1.0m~
1.0n;:g
100 LOrn
1~ 1.0m.~
5.~g
10~g
lOu
10u~
10~~
g:gg
lOu
lOu\:?
5.~~
10U~
SP!0 150m
'2g) 150m!!:
10¢ 150m¢
100 150me
1~ 150mjZ
20m
100m
100m
25m
25m
25m
200m
50m
50m
25m
1
100m
100m
100m
50m
SOm
150m
30m
30m
100m
100m
100m
30m
50m
30m
30m
30m
30m
30m
30m
30m
hIe
(A)
10m
.35~¢
10 1.0m
5.0
5.~~
2.0
25m
1.0
25m
1.0
25m
1.0
25m
25m
1.0
35 300m
1.0
25m
1.~
.3~~
BIAS
Ie
40
40
20
40
30
25
25
50
50
12
40
100
100
180
40
40
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
(2) lab & (3) TYPE No•
DESCRIPTION
AMETERS
COMMON EMITTER
Cob ~TRUCI
hoe
hie I hre
-TURE
DWG. AD
No.
E
(ll)
(F)
mhos)
X.OOOI
4·21l!?l
I~:g
~g I~mg ~
gg
o
~gg~~
4p~
~~m
5P!?l
~~m
8p~
~~m
8p~
~~m
6P!?l
g~m
2.0u
5·2 u
.01u
5.0Ql
.01~1O
5.~1O
2.0~g
2.0u
2.0u~
6.0~g
1.0~g
1.0u
LOu
1.0u
1.0u¢
.01u
.01u
1.0u
lOu
LOu
1.0uf0
IOn
10n~
10n¢
1.0n
LOu III
~glO
5.0
5.0
5.0
1.~~
5.0
5·2flJ
~:g(.i
6.~J'""
'~
5.0
5·2~
5.~g
5.0
5.~~
1.0
'P6~0 5.~~
5.0ug)
1.~~
.10u
2.0~g
l.~g
3.0
.10u~
3.!?~
5'.g~g
.01u
.01u
IOn
IOn
IOn
19~0
74
3.~g
2.0
5.0
5.~g
5.0
5.~g)
~:gg
5.~~
5.0
115 t
200
24
39
49
80 t"
99
10 "
30 "
1:8:::0 50 "
1.0",10 50 "
14
1.0m
1.0m
33
66
1.0m
20::'1 40 t"
.01m
40 t"
.0 1mflJ 100 t"
1.0m 333
1.0m
60
LOrn
60
40 t"
150~t
lOu
25 r"
100 t"
60 t"
LOu
150 t"
5.0m
30 t"
t"
.Oiom~ 100
BO t
40 t
1.0m~
40 t
1.0n;:~ 300
.50m
t
.50m~ 3S0 t
270 t
.50~g
50 t
2.0m
S.Omg) 55 "
1.0~~ 65 t"
1.0m
65 t"
1.0m~
65 "
130 "
l:g:::g 130 "
130
LI
1.0r;:~
1.0m
65 "
l~f
1&
10
~
Iii
10 i!l
III
12
2.5
40
2.5
42
4.0
55
42
80 iZI
2.0
4.0
10 iZI
55
55
55
42
3.7
3.7
3.5
20
~88~g
55
42
50
50
50
50
50
6.0
1.2
3.0
3.0
3.0
3.0
3.0
200nb
250nb
400nb
400nb
400nb
gg
50
55
42
42
42
3.0
7.0
2.5
4.0
4.0
400nb
42
4.0
1.0uiZlb
80 iZI
'fo:.0
2.0~0
~g ~
5'PO iZll2!
42
42
42
42
I~:g~g
2.0ug)
U~~
2.5p~
90 m
90
90 l?]
80 III
80 Iii
42
2.b~Qs
~~ ~
8 1li!l
8 pili
10
1.2
2.b~Qs
LOrn
5.60 1.0m
5.0
LOrn
5.0
LOrn
5.0
LOrn
5.0
1.0m
1.0¢
10m¢
5.0
1.0m
2.0m
4.0f~12!
t"
t"
t"
t"
t"
t"
t"
t"
t"
t"
t"
t"
t"
t"
t"
t"
'gg ~~#
40 t,,#
100 t,,#
40 t,,#
40 t,,#
t"
'~g Lgg 18:::g 20
IOn
20 t"
10nlO
1010 4.0",10 20 t"
1.0u
5.0
1.0m 9.0 "
1.5~mrb
5.0
LOu
1.0m
1.5u
18 "
5.0
LOu
1.0m
1.5ul?]~
37 "
1.0m
5.0
500~g
44 m
1.2~m~b
500n
1.0m
1.2u
5.0
90
5.0
LOrn
1.2ui!l~
2~8
~
1.0m
5.0
SOOn
1.2ulllb
5°1?}
5.0
2.0u
1.0m
15
400nb
5.0
lOu
1.0m
15
400nb
5.0
1.0m
15
400nb
j8~¢ 5.0 1.0m 14
400nb
1.0m
400nb
25
30n~ 5.0
5.0
1.0m
50
400nb
30,1
5.0
2.0u
1.0m
29
400nb
lOu
1.0m
5.0
30
400nb
5.0
1.0m
30
400nb
5.0
1.0m
63
400nb
5.0
1.0m
lOu
78
1.0m
5.0
78
5.0
1.0m
15
500nb
5.0
1.0m 200
400nb
2.0u~
2.0u¢
1. 2 uiZlb
90 iZI
g:8(25 1:g:::¢ 28 "
lOu
lOu
5.~flJ 1.0mflJ
28 "
1.0m
29
500nb
g:g0 1.0m
30
500nb
1.0m
54
500nb
2.0~.:orl 5.0
30n¢ 5.0
400nb
25
10
5.0nt0
100 t"
25nXlll 10 .05mg) 100 t"
10 .05m¢ 100 t"
.01~g
5;0
1.0m
2.0u
63
300nb
5.0
1.0m
13
400nb
2.0ug)
15
t
1.0m
200nb
2.0~g 5.~g
1.0m
2.0u
5.0
30 t
200nb
55 t
200nb
2.0ug)
5.~g) 1.0m
2.0~g 5.~g 1.0m 115 t
1.0m
2.0u
5.0
15 t
i ~·2m
I
~g
~gg~~
370nb
300nb
180nb
40l!iZI
1~8~~
330nb
330nb
'~~m
15
15pi!l
15pIlI
7.00
7.0p
7.0p
7.00
7.0p
7.0p
7.00
7.0p
7.0p
7.00
7.0p
7.0p
7.00
7.0p
20piZl
1~·2p
.~g
~:g~
8.0p
8.00
7.0p
7.0p
7.00
7.0p
20piZl
7.00
5.0p
3'P2~12!
11 iZI
U[lJ
50
50
8 IZI
2.08 [lJ
2.5
2.5
6p[lJ
2.0p
1.50
1.5p
1.5~
30 iZI
15k
15k
15k
6~5:r1
6·~~m
5.0
10~~
6piZl
6.50
6.Sp
1.6p
18
20
16
7.001Z1
1.0u~~
1.0~m~
1.0u b
1.0~~~b
1.0u
~~ ~ ~:g m ~:g~~
320
32 ~
32
6.O!?l
8.~P!!l
6.0 ~
6.0
~:g~~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
GO
GO
G
GO
GO
"
GO
PE
PE
GO
GO
GO
~~
OPl
P
P
~L.¢
PE
p¢
PE
PE
PE
PE
PE
PE
OPl
ME
g~tg
Ig~t\?
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
F
F
F
A
A
A
g~~
OV6
OV9
OV9
T05
OV6
~~~2
~l0
'6~m ~~
6.0pl?]
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
u50
OV6
OV6
OV6
T05
T05
T05
T05
OV6
OV9
OV9
T05
T05
T05
OV6
T022
T05
T05
T05
T05
L17u
Pl~g) L17u
Pl*¢ L17u
GO
T05
G
OV9
R133b
~g R133b
R133b
GO
GO
R133b
GO
R133b
GO
G
GO
2.4
2.6
2.3
6.0121
6.O!?l
6.0 m
6.0
1.1
8 iZI
G
A
A
G
G
G
G
A
A
G
A
A
GO
G
7.0p
100
7.0p
7.0p
3.50$
3.5p$
3.5p$
100
7.0p
B.Op
8.00
8.0p
44
44
44
t~ig
3.5u
3.8u
3.0u
20 iZI
20 m
20
20P!?l
1~p\lJ
2.0p
2.00
2.08,
40ul2!b 1.0121
1.0 !?l
40u
1.0 III
1.
28
,gg~iZI
~:g
PE"
PE"
PE"
PE"
PE"
PE"
PE"
PE"
PE"
PE"
PE"
PL
PL
PL
PL
PL
PL
PL
PL
PL
PL
PL
PL
PE
PE
PE
A
A
F
F
A
A
A
A
A
A
A
A
A
~mg ~
R133b A
T05
A
OV9
OV9
OV9
A§
T05
OV9
b~~.
u34b
u34b
TOS
TOS
T05
u23.
X16
X16
T05
T05
T05
u34b
X16
X16
X16
X16
u34b
X16
u23a
u23a
u23a
u23
u23
u23
R67a
T05
L2r
L2r
L~r
L2r
IOPL* L2r
L2r
g~t~ L2r
A
P
P
A
A
A
C
A
A
A
P
P
C
C
C
C
C
C
B
LINE
No.
~
5. SILICON NPN . LOW POWER TRAN SISTORS
TYPE
No.
1.J
~~!'!X.
OlL.
DISS.
lab
ABS MAX RATINGS @25'
lQ.ERATE ~ ::
IN
ME BVebo~BVceo BVe~
FREE A M
10
~~'C nHzzl
~
3
~
*
C529010*
C529011*
Ig~~~gg:
6":/1 ZOT30¢'
~"'11 I~~\~~~
9
10.,
g:
2N1472
2N2048t
25C6211
25C622
:~#41 ~~g~~:
Hi# 25C828A
1~#
1~~41
18
!~#
20#
21#
~~:
24.it
:~~g~1~t
BF529P
BF530P
BF531P
BFV18
BFV50t
BFV52t
BFV55t
~~: ~~~:?
27.it BFV40
28# BFV49t
29
B5X53t
B5X54t
30
i!.1#
~~#
~~~~g3
25C829
35# ~~g3VJ
36# BFV12
37# BFV41
BFV45
BFV54t
~4t
~~:
:~: ~~~m
42.it
BFV46t
43# 25C739
2N3493
25C269t
:~#
:~: ~~g~~~
48# BF207
~~;l ~~~~~t
:~g~
150m
150m
150m
150m
1~~m
150m
150m
150m
150m
150m
150m
150m
150m
1~~m
51.,
150m
~~~~~~i
~~# ~~.:'O~tt
gg:
25C921
~~g~~~
60# 25C657
BF288
BFV27t
6itt BFV28t
64# BFV80
PL4022t
PL4023t
~1#'11
~~:
~a ~~g~~~
69# 25C463H
70# 25C658
BF200
BF303
73# BF304
2SC287A
j~: 25C382G
Hl
~~: 1~~gg~R
25C997
A481
BF1S1
8F251
BF302
BFV59
BFW63
PL4112
25C707
87.it 25C707H
8S# 25C947
A482
89
A484
90
BF182
BFW64
BFX62
93
78#
79
80
81.,
S2#
:~:
ga
~1:
~;-#' ~~y~g1
96# BF260
BF261
25C629
99.it 25C662
100# 25C948
A483
:g1# BF183
BF287
:g~#-# 25C663
105# 25C740
BF290
~g~#'11 25C392
lOS. 011 25C787
A427
109
A4S6
110
~~:
D.A. T.A. INC.
1.2m
100M§t. 1.2m
1.2m
1.2m
100M! 102m
:gg~:~
:~~~:
1.~m
~gg~:~
53#
NPC167
54
~~#
BFV47
1.~m
1.2m
140M! 102m
150M!6. 2.0m
150M! 102m
150M! 102m
150M! 1.4m
150M! 1.5m
150M! 1.5m
150M! 102m
1~2m
150m
150M!6.
150m
150M
1.2m
150m
150M
1.2m
150m
1.2m
150M
150m
150M!t. 100m
150m
175M!t. 1.2m
150m
175M!t. 1.2m
150m
175M!t. 102m
150m
100m
150m
100m
150m
200M!6. 1.0m
150m
200M!6. 102m
150m
200M!t. 1.3m
150m
200M!t. 1.3m
150m
200M§6. LOrn
150m
200M§6. 1.2m
150m
230M§ 1.5m
150m* 230M§ 2.0m
150m
250M§
150m
250M§6. 100m
150m
250M!6. 100m
250M§t. 1.2m
150m
250M§t. 1.2m
150m
150m
1.2m
150m I~gg~:~ 102m
300M§t. 102m
150m
150m
350M§ 1.5m
400M§6. 833u
150m
150m
400M!6. 1.2m
150m
400M§ 102m
150m
400M! 1.5m
400M§ 1.0m
150m
150m
150m
150m
150m
150m
51.it
199~:~
AIR
X P
W/'C
m~
1~2m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m§
:gg~:t.
400M§t.
400M
400M
400M§
:gg~§t.
450M§6.
480M§
500M§
500M§
500M§
500M§t.
500M§t.
500M§t.
500M!t.
500M§6.
~~g~:
550M!
550M!
550M!
550M
550M
600M§6.
600M§
600M§
600M§
600M§
600M§
600M§
600M§
600M
600M§t.
600M§
~~g~:t.
650M§
650M§
650M§
650M§
650M§
650M§
650M§
gj~~:
700M
700M
800M§
800M§
SOOM§
SOOM§
800M§
800M§
900M§
900M§
900M§
1.0G§
1.0G§
1.0G§
1.0G§
l.~m
1.2m
1.2m
1.2m
1.2m
1.0m
1.1m
100m
1.2m
100m
1.2m
1.7m
1.2m
1.0m
1.0m
1.4m
1.2m
LOrn
1.0m
1.0m
1.5m
1.5m
1.0m
1.0m
1.0m
1.0m
1.0m
1.3m
1.0m
1.0m
1.0m
1.0m
1.0m
100m
100m
1.0m
1.0m
1.0m
100m
100m
1.2m
1.0m
1.0m
1.0m
1.0m
1.2m
1.2m
1.0m
104m
1.2m
1.0m
3.0m
:j
$J
$J
$J
$J
$J
$5
$5
#5
$J
$J
tJ
tJ
tJ
$J
$J
$
S
$
!J
!J
!J
!S
!J
!J
!J
!J
!A
!A
sJ
$J
tJ
!J
§J
§J
!J
§J
§J
§J
§J
§J
tJ
§J
$J
$J
tJ
§J
§J
§J
§J
$
$
!5
$J
§S
$J
$J
sJ
$S
§J
§J
§J
§J
§5
§S
$J
tJ
$J
§J
§J
tJ
tJ
§J
$J
§J
§J
§J
§S
§J
§5
§J
§J
§J
§J
§J
!J
§J
§J
$5
$J
§J
§J
§J
§J
$J
$J
§J
$J
$J
!J
tJ
IVt
lVl
~~
:~
75
75
75
10
19
25
20
25
25
25
30
45
30
50
45
45
45
80
50
50
75
50
50
25
25
20
30
30
50
45
60
20
35
60
30
30
35
25
12
25
25
25
40
~~
30
40
~g
25
30
20
18
40
15
15
25
40
40
30
40
35
25
30
40
40
35
40
40
30
40
30
30
30
40
25
40
30
20
20
25
25
30
25
40
30
30
30
45
40
18
25
25
25
25
40
25
25
40
30
25
25
30
45
45
45
I,Vl
Ig:g
6.0
6.0
6.0
6.0
I~:g
15
15
15
25
25
45
25
25
45
45
30
60
25
~g
30
30
18
15
15
30
20
30
20 .
35
12
15
30
12
15
15
12
8fo ol
12
12
30
40
15
12
30
15
15 *
12
30
15
IS
40
6.0
6.0
12
15 *
15
30
35
12
20
30
30
15
20
30
20
20
30
30
13
30
15
20
20
20
20
20
20
30
~g
45 ¢
ig \0
12
20
20
20
40
12
12
40
30
20
20
15
3.0
2.0
4.0
4.0
5.0
5.0
5.0
4.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
3.0
5.0
4.5
5.0
5.0
4.0
4.0
5.0
4.0
5.0
5.0
4.0
4.0
4.0
4.0
4.5
5.0
4.0
4.y
4.5
4.0
4.0
3.0
3.0
4.0
4.0
4.0
3.0
4.5
4.5
4.0
4.0
4.0
3.0
3.0
3.0
4.0
2.0
2.0
3.0
3.0
3.0
4.0
3.0
3.0
4.0
3.0
3.0
2.0
3.0
3.0
3.0
3.0
4.0
4.0
~.O
3.0
4.0
4.0
3.0
2.0
3.0
3.0
3.0
4.0
2.0
2.0
4.0
3.0
3.0
3.0
2.5
CAl
~g~
30m
30m
30m
50m
50m
100m
100m
100m
100m
100m
50m
100m
100m
100m
30m
200m
200m
200m
MAX.
lebo
@MAX
Vcb
TYPICAL 'h' PARAMETER)!
COMMON EMITTER
BIAS
hoe
hie
hre
Ie
hie
~b
IVI
(A)
10~0
5.00
10~~
5.0¢
10n~
:g~\ll
5.0u
5.0u\O
LOu
LOu
1.0u~
1.0~~
1.0u
LOu
lOOn
20n
20n
1~~~
500m
.50u
200m
100m
30m
30m
50m
800m
200m
~~~m
200m
.50~~
.05u~
.05~~
.50u
.50ul2)
.05u~
.02u¢
IOu
:6g~G'l
1.0u§
.08u¢
.50u§
.50u§
:g~~0
10~~
5n
20m
25m
150m
20m
20m
25m
.10u
200m
200m
.40u¢
AOu§
25m
.01u
.50u
.40u¢
lOOn
.20u\O
199~
10m
20m
20m
30m
20m
50m
50m
200m
200m
20m
50m
. 20m
20m
20m
50m
50m
20m
50m
50m
20m
25m
20m
20m
50m
5 On!
200m
20m
20m
20m
15m
20m
15m
LOu
1.0u~
1.0~~
l~un§
1.0ni0 120 t t.
1.0m~ 120 t t.
1.0m¢ 1206.
1.~~
5.0
20m
10m
6.g~
10~~
.5Q~
6.0
5.0
5.0
5.0
6.Q~
3.0¢12\
15
15 §
15
5.0,
10
1.0,
10m~
1.0~m?
1.0u b
1.0u!!!~
1.0uiZlb
50n§
.10u¢
10u§
.50u~
.40u¢
AOu§
.20~(ll~
500n¢
100u
1.0u\O
.20~~
.50u
.50~r~
100u
25n
50n§
05~~!
.5u §
16g~\ll
100u
100u~
50n
100u#
1.0u
.20~~
.50u
100U~
lOOn
50n§
.50~~
.50u
50n§
500~~
25n
100~§
IOn
75
(O)
~~ ~
32 fii
32 !!!
32 iZl
25 t
35
50 t6.
jn:
10m
100m 350
2.0m
2.0m
10m21 90 t#
500u¢ 75 t
100niQl 40 t6.
100u~ 60 t6.
100u¢ 80 t6.
5.0m
60 tt.
150m~ 30 t6.
tt.
150~~ 25
1.0~
150m
25 tt.
10m~ 30 t6.
70 t6.
10~~
20 tt.
10m
10m~ 30 tt.
1.Q~
50
50~~ 50 t.t.
1.~~ 50m
1.0
10m\?; 50 tt.
10125 10m¢ 100 t6.
40 t6.
10 1.0m
1~~ 1.0m~ 1~~ IZlt
10¢
100
40 tt.
10~~ 30 t6.
3~~
~~g i
15u
20u
2.5k
40k
15u
2.5k
95u
1.8klZl
:g~
1.0Q
~:g~0
1.0~ol
10
1.Q~
10~~
150m
30m~
~g i~6.
30
30
1.g~
1.0
30
60
6.Q~ 1.0m~
40
.5g~
.5pOm~
1.0
90
6.C?~ 1.0m~ 60
6.0~ol
1.0~~ 60
10 4.0m
80
2.0m!',., 30
1.0
10m¢ 30
. 10m\Z 30
.35
40
I.Q~
10m
20
4.0m
57
5'5i.m!,,,,
30m¢
100m\Z
l~i
1.pt¢ 1°~1
'?6~
1O~i
3.00 500u
2.0m~
:~g~0 5.~~
10 ::g~0
.5u¢§
12m
20m
20m
50m
50m
30m
20m
20m
15m
15m
20m
20m
20m
20m
20m
2.0m
15m
25m
5.Q~
1.~U!!!D
IOn
.50u~
800m
Ilmhosl
19~~ I~:g~ l:g~~ g~ ~
80~m
~~~m
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
til lab 8< 131 TYPE No.
~g
65
60
50
50
65
t6.
t6.
t6.
t#
tt.
t
t#
t#
t
tt.
tt.
tt.
tt.
tt.
tt.
t
t
t
t6.
1.0:
30m
1.0m
1.~~ 3.0m,!", 20 tt.
10m¢ 40 tt.
1.~~ 100m0
1.0
20 tt.#
2.0m(ll 60 t
SO
1<;0
5.5
60 t#
1.0m~
10
16 t.
6.0
140
1.0mlg 30 t.
t
5.0~~ 80
100 4.0m
30 tt.
4.0m(ll
30
tt.
1~\ll
13 tt.
:gol
70 t
7.~~
.~g~
ml
:~ ~:~
:~ ~:g~¢
6.~~
:g~
~:g~~
~:g~ol
100l 4.0mol 30
6.02, 1.0m~ 140
20
4.0~~ 70
1~~
10 4.0m
1.02, 3.0m~ 20
2.0~g 50
1~~ 2.0m
10
50
20
10 2.0m
10 2.0m
16
10 3.0m
30
1~g
10 2.0m
10 2.0m
6.0ol
6.~~
3.0?¢
10
10
10
1<:1~
10¢
100
1~~
10¢
100
tt.
t.
t#
tt.
t
t
t
t
t
4.0~g
70 t#
40
13 tt.
2.0mQj
1.0m~
70 t
70 t
2.0m
3.0m
3.0m
24 t
23 t
1.0~g
2.0m,!",
10m¢
10mQl
3.0m2
2.0 ~Qj
2.0m
I.b~ ~:g~ol
~g
i#
40
40
40
40
40
25
23
20
t#
t#
tt.
tt.
t6.
tt.
t
t6.
DESCRIPTION
Cob kSTRUC
-TURE
DWG.
No.
IFI
X.OOOl
L~r
4.~~~
g:g ~
L2r
4.~~ Igm~
6.0 fii
4.0
OPL* L2r
OPL* L2r
4.0P!!!
g:g
4.0piZl !~~L¢ L2r
T072
T072
PE
1.2p
T09
ot.
1.00
MDt. T09
3.0plZl
T09
.40
2.5p
PE
Rl;/6
PE
R126
2.50.
2.5
5.0p
u55
5.0p
T092
5.00
PE
T092
.35
2.5p
PE
R126
2.5p\Zl
PE
u238
5.00
PE
u17e
5.0p
PE
u17e
PE
u17e
5·PCoiZl PE
1.3
u34b
u34b
12,,~ PE
PE
u34b
12
PE
u34b
u34b
12p~ PE
u34b
PE
PE6. u34b
u34b
PE
NPE T018
NPE T018
6pil! PEt. T018
X16
8piZl PE
1.30t
PE
T092
650ft
PE
T072
PE
T05
3·PCpiZl PE
u34b
u34b
5p~ PEt.
5p\Zl PE6. u34b
Sofii. PE
u34b
u34b
5P!!! PE
u34b
PE
PE
u34b
1.5p
T092
PEt
t.
R96d
7p
13:.5p\Zl
PE
u238
1.5p
PE
R126
T092
1.5p
PEt
.15p!
PL
T072
OPL T072
PE
u34b
PE
u34b
4.0p
u17e
4.0p
u17e
1.3p
PLol T072
P
X16
uSl
PE
1.5
PE
u238
PL
u238
PL
T072
1. I p
0
u37
OPE T072
PE
u34b
~~~. PE
u34b
1.7p
u34b
~~\O u51
u51
PE
PL
u23a
R67a
1.6p
.6
R126
1.5p
PE
.90p
PL¢ T072
PL
T072
PL
T072
u23
lp\Zl PE
1.5ri
PEt
R067a
1.5p
R0678
280ft
T072
1.5p
PL
T072
.28p
T072
P~
.28pt
PL
T072
OPL T072
PL
T072
2.5p
PE¢ u34b
.20t
OPLol T072
u51
2.0~[ll
.40p
.40p
330ft
PL
T072
1.1p
P~~ T072
.28pt
T072
PL
.33pt
T072
.2pt
T072
PL . T072
280ft
T072
.28pt
T072
Pl
T072
PL
T072
1.3p
u37
0
1.0p
R126
PE
330ft
PL
T072
300ft
PE
T072
33at
PL
T072
OPE T072
1.4p
PE
R126
R126
lAo
PE
OPE T072
350ft
T072
300ft
T072
1.0p
T072
600f
X87
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~
WD
1~~~
1~~~
~:g~
~~m
:~m
;;,01
1~~
:~~
~~I
~~ol
m~
~r
~~¢
~t~
~tol
~~ol
l C
EO
AD
DE
GC
GC
!~
A
A
B
A
C
E
E
E
P
P
P
P
P
P
P
P
A\O
B
J
P
P
P
P
P
P
P
0
G
C
0
G
P
P
E
E
J
C
C
P
P
P
C
B
G
C
B
B
G
G
P
J
G
G
G
G
J
G
G
G
G
G
G
G
LINE
No,
~
\~} ORDER(ftF (11 MAX COLLECTOR DISSIPATION
5. SILICON NPN . LOW
POWER TRANSISTORS
2 lab 8. 3 TYPE No.
ABS MAX RATINGS @25'c MAX.
TYPICAL 'h' PARAMETERS
DESCRIPTION l
~~AX.
i1J
OlL.
TYPE
No.
DISS.
~~;C
~
3
4
I~~~~~~
l~g~
K3683C
K3683P
K3880C
2SC288A
150m
150m
150m
150m
150m
K3880P
l~g~
~#
~: ~~g~~l
9
150m
150m
150m
150m
150m
160m
160m
160m
160m
160m*
160m
160m*
160m
160m
160m
165m
170m§
175m
175m*
175m*
175m*
175m*
175m
175m
175m
175m
175m
175m
175m
175m
175m
175m
175m
175m
175m
175m
175m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
200m
200m
200m
200m
~~~~~C
l?
12# 2SC988
2SC989t
2SC987
1!i# BF214
BF215
BF226
A495
18
!~# BF255
NPCl15
BF254
A494
22
NPC189
23
NPC187
24
l~:
l~:
~?#
~g
I~~~~n
2N4259
27
28# BSX38
BC129
~g: BC130
~~# ;~~Jg~2
33
~;
36
SE5023
1~~~g~6
SE5051
SE5020
SE5021
39,,:# BF222
BF166
40
41
BF175
FT118
42
~~
:~# ~~~~~2
45
:~
48
~g
51
~5
54
~~
BFX31
BF155
40242
40243
40244
40245
40246
~~g:g~~
2SC631
~~~lm
2SC634
BC16n
BC16811
BC169t.
2N5181
g~ 2N5182
63# 25C682
64# 2SC683
AT342
AT343
57
~~#
59#
60#
~~:
67~:
68"
69
~~
72
73
74
75
~~
78
~g
81
~5
84
~g
87
g~
90
~~
93
~~
96
~~
99
~n:g
2N5180
:g~~~
40240
40475
40476
40477
40478
40479
40480
40481
40482
40472
:g:~~
40235
40236
40237
2N2711
~~m~
2N2714
~gg~
I~~m~
2N3390
2N3391
2N3391A
2N3392
200m
~
~~~~~~
2N3395
19~ I~~~~~~
102
19~
105
19~
108
109
110
2N3398
2N3721
2N3877
2N3877A
~~~~ggA
2N3901
2N4256t
2N5172
D.A. T.A. INC.
~OOm
200m
200m
200m
200m
200m
~gg~
200m
200m
200m
200m
200m
200m
200m
200m
200m
lQ;RATE ~ T
IN ME BVeboJ BVeeo BVel1Qj
Ie
FREE A M
AIR X P
(Hz)
W/'C
(VI
IVI
VIlA)
ZOm
l.~m
;,ti5
l:g~§ 1.5m
~g l~
1.0G§
1.5m
15
30
2.5
20m
15
1.0G
1.5m §J
30
25
1.0G§
1.5m .J 30
15
2.5
20m
1.1G§
SJ 35
15
2.0
20m
1.2G§
1.2m $J 20
2.0
20m
1.2G§
2.0m §J
15
20m
1.2G
1.5m §J
30
15
25
l.4G
1. 1m §J
25
2~5
1.5G§t. 1.2m SJ 20
3.0G§
1.2m SJ 20
30m
15
3.0
3.0G§
1.2m $J 20
12
3.0
~2m
4.5G§
1.2m SJ 20
30m
15
3.0
150M§1l 1.1m §J
30m
30
30
4.0
150M§1l 1.1m §J
4.0
30
30
~2m
150M§t. 1.1m §J
30
4.0
30m
30
220M§ 2.0m .J 30
5.0
30m
20
5.0
30m
2.0m .J 30
20
5.0
30m
1.1m §S
50
30
280M§ 2.0m .J 30
20
5.0
30m
20
5.0
300M§ 2.0m .J 30
30m
300M§ 1.1m §S 50
30
5.0
40
30
5.0
25m
500M! 1.1m §S
200M§ 1.1m §J
30
5.0
30m
50
$S 20
2.0 100m
i~9.:: § 40 30
2.5
200Mt.§ 1.7m SJ 35
30
5.0 100m
300M§ 1.7m $J 50
45
5.0 100m
300M§ 1.7m $J 25
20
5.0 100m
300M§ 1.7m $J 25
20
5.0 100m
300M§t. 1.1m §J
20
20
3.0
300M§t. 1.1m §J
20
20
3.0
§J
20
1.~m
§J
I~gg~~~ 1.2m
~g
~:g
20
20
20
300M!1l 1.2m !J
375M§t. 1.2m !J
20
20
3.0
375M§t. 1.2m §J
20
20
3.0
50
4.0
20m
400M! 1.lm §J
50
500M§ l.~m !J
40
3.0
500M§ 1.2m
40
40
3.0
20
500M§ 1.2m ~JJ 20
3.0
!J
20
20
3.0
l.~m
§J
I~~g~~ 1.2m
50
50
3.0
20m
550M§ 1.0m !J
30
30
3.0
600M! 1.2m §J
40
40
3.0
20m
1.2m !J
45
45
4.5
50m
1.2m !J
45
45
4.5
50m
1.2m !J
45
45
4.5
50m
45
45
4.5
1.2m !J
45
45
4.5
1.2m §J
.J 50
140M§
100m
140M§
.J
100m
.J ~g
25
6.0 100m
140M§
.J 40
40
t;i.0 '2 0m
.J 25
25
6.0 100m
.J 40
40
6.0 100m
140M§
2.2m .J
45
6.0 H?2 m
~gg~~ 2.2m .J
20
5.0 100m
300M§ 2.2m .J
20
5.0 100m
400M§t. 1.2m §S 45
3.0
50m
400M§t. 1.2m §S 35
3.0 4.0m
20
20
3.0
30m
550M!
550M§
20
20
3.0
20m
550M§ 1.2m §J
20
20
3.0
20m
550M§ 1.2m §J
20
20
3.0
20m
§J
1.2m
45
45
3.0
20m
550MM
45
45
550Mt.§ 1.2m §J
20m
3.0
15
650M§t. 1.2m §S
30
2.0
4.5
1.2m §J
45
50m
ggg~~ 1.2m !J 45
4.5
50m
50m
45
4.5
800M§ 1.2m §J
45
800M§ 1.2m §J
3.0
50m
45
3.0
50m
800M§ 1.2m §J
800M§ 1.2m §J
45
3.0
50m
800M§ 1.2m §A 45
3.0
50m
800M§ 1.2m §A 45
50m
3.0
800M§ 1.2m §A 45
3.0
50m
860M§ 1.2m §A 45
3.0
50m
860M§ 1.2m §A 45
3.0
50m
45
900M§ 1.2m §J
3.0
50m
900M§ 1.2m §J
50m
~.O
:~
900M§ 1.2m §J
3.0
50m
1.0G§
1.2m §J
45
4.5
50m
1.2m §J
45
4.5
50m
1.2m
45
4.5
50m
18
2.7m
18
5.0 100m
18
2.7m #J 18
5.0 'Q2 m
2.7m
18
18
5.0 200m
2.7m
18
18
5.0 200m
18
5.0
50m
:.t;'m
5.0
18
50m
2.6m :~
2.6m .S 25
25
5.0 100m
5.0 100m
2.6m .S 25
25
2.6m .5 25
25
5.0 100m
2.6m .5 25
25
5.0 100m
.S
25
25
5.0 100m
2.~m
2.6m .S 25
25
5.0 100m
2.6m .S 25
25
5.0 100m
25
2.t;im .S 25
I~·O ~Q2m
2.6m .5 25
25
5.0
5.0
2.6m .S 25
25
18
5.0 100m
2.6m .S 18
70
4.0
50m
2.6m $S 70
2.6m $S 85
4.0
50m
85
2.6m .5 18
18
6.0
2.6m .S 18
18
5.0
18
5.0 100m
2.6m .S 18
2.7m
100m
30
~~ \Z> 5.0
2.6m
5.0 100m
25
lebo
@MAX
Veb
(A)
lab
:JJ.J
:gl~~
.05;;0
.05u~
.01~~
1.0u
';2u
g
:5?~11l
.30u
50~~
g
.50u
1.0U?;!
.50u¢
~~g~~
.50u¢
.50~g
.01u
.0 1u[l>
.7POnl1l
.05u~
.10~~
.10u
.10~[l>rl
50~~
50n
2?ul';1
.05~g
.05u
io
.05u~
.05u¢
1.0u!
.10u~
.10u¢
.05u
.05u~
.05~g
.05u
.10u~
.02~g
.02u
.02u~
.02~g
~g~
.02u
jg~~
.20u
.20ull'
l:g~~
l:g~~
~J
:j
1:
199~
199~
:~
:~g~11l
20n!?;!
20n:&
20n!
.02us.?)
.03u¢
100u
100u
.1O~g
.10u
lOOn
.
.1~~~
1.0u~
l:g~~
1.0u
1.0u
1.0u
.02u~
.02~~
.02u
.02u l!:
.02u¢
1.0u
1.0u
Veb
(V)
BIAS
Ie
(A)
1.~~ 3·2m~
1.0¢ 3.0m¢
10 5.0m
2.0m
3.0
1.0~g
1.0
3.0m
,..
~~
6.0~¢
10
1.02,
'gg
10
1~?;!
10¢
10
3.0m~
10m¢
10m0
30m~
1O~1
1.0m
1.0m~
1.0m¢
1.0m
10¢ 1.0m¢
,gg
50
100
50
80
70
50
100
100
15
30
30
30
150
70
70
67
~:gg
5.Q~
5.~g
7.0
1~~
12¢
10(i3
4.0m
t
t
t
t.
tttt.
tt.
4.0m~
4.0~g
2.0m
2.5m~
2.5~g
2.0m
1.5~g ~g
2~g
12 4.0m
'~f
6.0
6.0
6.~~
6.~g
6.0
3.~~
2.5~[l>
1.0m
1.0m
1.0m
1.0m
1.0m
1.01Yl~
I~:g~ l:g~&
3.~~
3.~g
3.0
5'Q~
1.0m~
1.0~g
1.0m
2.0m~
2.0~~
5.~~ 2.0m
5.0
6.~?;! 1.0~~
6'P!11l
~:g~~
'<.?~
10¢
20~g
100 2.0m
2.0m~
'~
2.0m~
10 20~g
8.0
2.0m
6.~~ 1.0m
1.0m
6.~~
6.0
1.0m
6'Q~
6.~~
6.0
6.0
6.0
6.0
6.0
1.0m~
1.0~~
1.0m
1.0m
1.0m
1.0m
1.0m
70
80
80
65
130
55
60
60
350
350
90
90
330
330
330
27
27
5.5
5.5
U~
4.~~
100n~
lOOn
~20n
~gg~11l
lOOn
'l' gOnl1l
.:~~u
Ou
76
4.~~
4.~~
4.5
4.~s.?)
4.5k
4.5k
4.5k
2.0
2.0
2.0
II
t.
tt.
!El
+~
t
170
100 i~
275 t
40 tt.
!!';!
70 tt.
2.0~~
10
2.0m~
4.~~
2.0m~
2.0~&
4.~~ 2.0m
4.5
PE
PE
PE
.40pf
.40pt
.130$
.17pS
1.2p
.40t
.40pt
.50p
.500
.60p
.SOp
.50p
2.8p
2.8p
4.50
4.5p
4.5p
4.5p
~~ r~
4.~~ 2.0m~
0
Et
PE
PE
PE
PE
PE
Ug
4.5p
.5p!El
.5ptill
tt.
tt.
2.0m
4.~?;!
¢
PE
PE
0
~~11l
P~~
PE¢
PE0
~E\O
PE
PE[l>
g~tg
OL
O~~
'!.~5
P
;~!'22
u 5
T0122
u35
u23
T072
T~.sO 1(;
1.6k
4.7k
1.6m
4.7m
1.0k
2.5k
~:~~
~~ ~
55 II
60 t.
~g r~
170t.
2.01 170 t.
4.5~11l
10 2.0
350 t.
4',5g>11l 2·pomnfl1l ~gg ~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
ig~~
T072
T072
ig~~
g
G
G
G
G
G
OP~~ T072
OPL¢ TO 72
IOPL T072
OP~\Z> R96
PL~11l T072
OPE
T072
~rLS1l T072
T0104
PL
T0104
PL
T0104
PL
T0104
PL
T0104
EM' u37
EM
u37
EM
u37
EM
u37
EM
u37
EM
u37
P~~ T092
PE¢ T092
PE0 T092
.32pS
T0104
.34p$
T0104
.470
PE
.47p
PE
.47p
PLt¢
~lg~ ,
.470
PLt
Rl03a
I~'O~~ PL
PL
Rl03a
6.0f~$1Zl
T0104
.5p$
T0104
.5p$
T0104
.511$
T0104
.18p$
T0104
.18p$
T0104
.18p$
T0104
.20p$
T0104
lI'
.20p$
T0104
.200$
T0104
.20p$
T0104
.20p$
T0104
.19p$
T0104
I1l
.19p$
T0104
T0104
.5ps
T0104
.5p$
T0104
T0104
:gg
PLI1l R67
9.0p
R67
R67
PEt. R67
R067
5 pEl
R067
5piZ!
10p(Zj
R67
R67
10~~
R67
'~g~
10
R67
R67
10~~
R67
10
R67
R67
10p~
~~~
'~~~
'~~~
10
12PILI
mm 1/
100sIZl
P
u35
T072
G
X79
G5flJ
X80
T072
J
T072
J
T072
J
MM10 C
X73
C
T072
J
X73
C
MM10 C
T072
J
T072
J
T072
J
T09
A¢
R115 G
T018
T018
T018
OP~~ T072
OPL¢
OPE
P
C
T0122
.5pr~ DPLI1l T072
.50t
T072
~Ou
U~
6'Q~
I1l
IgPL
50Ofr~
~~ :i~
35
35
20
170
100
275
\Z>
.~~
.70
.70pEl
.70plZl
l1!t
lpt
.50pt
iot
lpt
.5pt
.40t
1.5p
5P
IJi50D
5.0p
500ft
.5P!1!:!
~pu
Ou
100~~
100n~
1.5PEl
r#
t#
t
t
t
t
t
t
t
t
t
t
t
4.~&
4.5
6.~g
4.~~
'fg~o¢ 4.5
100~~
lp
11:I°7~:
.7
r:
t#
t#
tt.
t#
t#
t
100~g
lOOn
6.~~
~:~~
lOOn
.45p
1.50
t
C
EO
DWG. AD
No.
D E
(F)
_Z;I
IZl
~:gl1l l:g~11l 1~6 r~
~iOu¢
100~~
60
45 til
:g
40
40
20
50
70
80
~TRUC
-TURE
1.7f,
plZl
1.00:
::g~~
4.0~g
Cob
.;,tPILI
1.5folZl
t
t
t
\~ ~:g~~
6.0
I'~OU
X.OOOI
10 1.0m
115 t
45 tt.
1.0~g 30
'gg 4.0m
10
tt.
50 til
1.0m~
10
50
70 t.
8.0
65 til
.5q~
l ° i 125 II
2.0m
5.~~
5.0
2.0m
125 II
5.~~ 2.0m~ 1240 t.
5.~~
40
5.0
40 t~:
5.1.11';1 4'2 ml';1 40 t#
l:g~11l
OOn
500n
500n
500n
(0)
~
1.0m~ 275 !~
1.0m¢ 275 t~
1.0m
170 t
1.0m 275 !~
275 till
~:g~11l 30 tt.
75 tt.
2.0m~
til
2.0~~ 30
2.0m
75 tt.
30 t.
2.0m~
80 t.
2.0~~ 400
2.0m
t.
2.0m~ 2~2 II
20~~ ~~~
t.
2.0m
lOt.
2.0ms.?) 90 t.
55 t.
2.0~g 150
2.0m
t.
1.0u~
C MMON EMITTER
hoe
hie
hre
mhos)
l:g~ i~·2m~
tg~~
m
1.00 3.
'~i
hIe
~~~
R67
R67
R67
R67
T098
R67
T098
T098
JI1l
G
G
G
G
G
G
G
J
J
G
G
G
G
G
G
G
G
j~
j0
j~
j0
j~
jGa
j~
G
G
G
B
B
B
B
B
B
B
B
B
B
B
B
B
B
B
B
B
B
B
B
B
B
A
B
5. SILICON NPN . LOW POWER TRANSISTORS
LINE
No.
TYPE
No.
~: ~~Ht
9
CI3900
1~
~13~g~A
12
CI4256
1~
15
g~~~~g
CS3900A
J~ I~l~~~~
21
n
GI2924
~~
~~~~~~~
24
27
g:~~~~
GI3392
MPS2925
ljMAX.
COlL.
DISS.
@25'C
(WI
~~
~~:~~
2N471A
:~
~~:~~~
2N480A
~g
~~g~
51
2N479
~~
57
~~g~:
EN930
~;
66
67
68
69
1~~~~~5
2N4966
2N4967
2N4968
2N5133
~~
I~~g~~
~~
~g~~
72
75
JAN3N 127¢
200m
200m
200m
200m
~!f!fm
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
~~
87
400m§
m~~
~gg~
~:g~~1:,
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
. 200m
200m
:j
20
20
30
~6
20
~:g
18
18
18
18
30
18
18
18
18
30 ¢
25
25
25
25
25
18
25
25
25
25
10
5.0
5.0
5.0
4.0
100m
100m
100m
12
2.0
20m
~6
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
1~
~:g
100m
25m
25m
25m
2.0
25m
25m
~:g~~1:, U~ :~ ~g
~g
~:g
25m
12M§1:,
20M§1:,
20M§1:,
20M§1:,
20M§1:,
20M§1:,
30M§1:,
30M§1:,
30M§1:,
1.1 m
1.1 m
4.5
30
45
45
30
45
2.0
2.0
2.0
2N2453*
~~~~M!*
2N2903A*
A649S*
~~# ~~~J3
.10ulO
.50u
.50u
.50u
.01u@
.05u¢~
500nlO
~gg~
30
15
30
45
45
25
35
35
45
2.0
2.0
2.0
2.0
2.0
6.0
5.0
5.0
5.0
~gg~
3g~:~ L~~
:j
§S
:~
!~
45 *
~:g
5.0
30m
~gg~
3~~:1:, U~ :~ 1~
1~
~:g
30m
56g~
200m
~22m
200m
200m
39M§ 1.1 m
~4019MM§§A 21.. 01m
m
u
40M§1:, 2.0m
30
45
30
50
30
45
25
40
2.0
2.0
6.0
6.0
50m
30m
500n
500n
.05U¢A
25nlO
~gg~
:g~:~ ~:g~ :j ~g
~g
~:g
~g~
200m
200m
40M§1:, 2.0m
40M§1:, 1.3m
~gg~
:g~:~ g~
§A
§A
+S
+J
+J
§S
:J
20
30
18
*
3.0
20
50m
10m
~g Jg~
3g
200m
200m
200m
200m
200m
40M§1:,
40M§1:,
40M§1:,
40M§1:,
45.M§
50.M§
50M§
50M§
60M§1:,
I~gg:::
~g~:~
+J 30
+J 30
§J
30
§J
30
+J 30
.J 120
$J 60
$J 60
§J
60
120
30
30
3'0
1:
:j ~g
~g
60M§1:,
60M§1:,
60M§1:,
60.M§
1:::
1.lm
2.7m
2.7m
2.0m
200m
200m
200m
200m
60.M§
60.M§
60.M§
60M§1:,
2.0m
2.0m
2.0m
2.0m
25
25
20
~20~0
6.0
6.0
20 10m
20 10m
2.0
20m
5.0
5.0 500m
5.0 500m
7.0
50m
~:g
500n
500n
500n
500n
500'!,
.05ulO
60
30
30
30
30
30
30
30
7.0
4.0
4.0
5.0
50m
100m
100m
30m
+J
.J
.J
+J
38
30
30
30
40
30
30
25
40
5.0
5.0
6.0
5.0
30m
30m
~8
~:g
5n~
19~
I~J~g~~
lq!!#
I~SC281
105
SE4010
107.:/1 BC220
108
2N3844
~gg:::
200m
200m
~gg:::
200m
200m
D.A. T.A. INC.
~g~~~ ~:g::: :j
60M§1:, 2.0m
80M§1:,
gg~:1:, ~:~~
90M§1:, 2.7m
90M§1:, 2.6m
.J
:i
••. ~
';:'
5.<2@ 500u@ 5.0
5.0[1l~ 500u~ 5.0
1010 1.0mlO 2.0
t.~~ ~:g~~ 1~6 ~~
3g
30
30
38
36~20
~~
2.0m¢ 350
2.0';;0 500 t
1~ 2.0m@
35
4.~~ 2.0m~ 170
4.~ 2.0m\Q 170
1.0y 2.0m~ 350
4.51'", 2.~m~ 500 !.
1010 2.0m\O 70 ILl
1~@ 2.0m~ 110 ~
1~~ 2.0m~ 180 i?)
1010 2.0mlO 300 ILl
1;~ 2.0m~ 470 \?J
10 2.0m~ 470 i?)
4.5
2.0mlO 500 ILl
1~~ 2.0m~
90 I:,
1~~ 2.0m~ 150 I:,
1010 2.0mlO 235 I:,
5.<2~ 1.0m~ 110 t
5'<2~ .10m~
25 t
6.010 1.0mlO 40
~:~~ ~:g~~
5.~1l>
.01Wn0
.05u~
.20u¢
.01 u
.01u
.50u~
r
.20ulO
10n
10n
5.0n
.01ulO
.~~U\(!
.50u¢
.10u
LOn
LOn
.05u~
.10ulO
:gg~~
6.0
5.0
100m
.20ulD
.10u
30
60
4.0
6.0
168:::
100m
100m
.50u\1>
.50u0
~:g
m~
~:g0
5.0
5.0
5.0
LOrn
20
LOrn
LOrn
1.0m
LOrn
35
70
70
5.~~
1.0m
5.0¢ 1.0m
5.0¢_ LOrn
5.q\(! LOrn
5.0.iZJ~ 1.0m~
101D .05mlD
5.~~
5.~~
.01m~
.01m~
5.010
10ulO
1.0mlO
60u~
1.5u~~
1.5ui?)~
1.2ulLlb
90 III
90
70 rii
90 [71
70
90
90 [71
70
iii
iii0
iii
90~
~~U'lP.
1.2u!?:!~
1.2ulLlb
30 I:,
40 I:,
40 I:,
40 I:,
50 I:,
200 t
100 tl:,
100!.1:,
600 ill
850f
6.0p
6.0p
6.0p
110ui?)
110UlLJ
~g ~
1.5u~~
1.5u!?:!~
1.5uwb
1.5u\(J~
1.5utzlb
70 \(J
70 tzl
45
~g iZ!
90 [71
90
90 iZi
90 III
90 [Zi
50
.
5.0
5.0
5.0
;6g
50
~
.5~~'Qj
77
8.0p~12!
8~~[if
20p
5.0
2~p!?:!
10DILl
R067
T098
R127a
R127a
R127a
R127
T0106
R97a
R97a
R97a
R97a
T018
T018
T018
T018
T018
T018
T018
X20b
X20b
X20b
ZA14
L2
Rl03a
T098
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
i8~
OPL0
PL~~ L2b
8p[71
~~ ¥~~
45
45
45
20k!?:!
32 III
32 [71
3.6
3.6
3.t;
2.4p"2.40
6.0 iZ!
6.0 ~
6.0 tzl
~~~a
~~~
150n!?:!~
150nlLlb
32[Zi
ig~~
!:,E
ID
5.0p
PL
PL
PL
DPL
DPL
PE*
PE*
PE
PL
PL*
T018
T018
R97a
T0106
R124
L62
L62
R067a
R97
L2u
4.0!,~
*
L~t
4piZ!
6.00$
B
B
B
0
0
0
0
A
A
A
A
A
A
A
A
B
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
~
A
A
PL*¢ L2b
DPE0 TO 106 A
T05
T05
R97a
T0106
T0106
T0106
T0106
z.4p
~
T098
T05
8.0ril2l
1.0utzlb
GO
GO
G
8.0p
6.0 iZ!
1.0u~b
GO
l~P~
8.0
iii
LC
E0
AD
DE
ig~~ ~
.
32 iZ!
l~?~~~b
35u~
~~0
50
1.0uiZ!b
1.0u b
DEI:,
DEI:,
OEI:,
PL
5.0
40 tl:,
199 tl:,
6.01D LOrn
130
6.~~ LOrn
130
5.~~ 1.0m~ 120!'.
5.010. 1.0mlO 500 ill
5.010
Up
I:,
~:~~ 1.b~f<'
~6~~ ~:~~ Lg~~
25
20
~6
1:,*
GO
I:,
lJ~Pi
.01u
~8:::: 19~
~:8
5P!£i PLt
50$1Ll Plt
3.5p\(J
3.~pi?)
5.0olL1
PEt
PEt
DPlt
DPLt
12p~
DPLt
DPLt
12~\£I DPLt
12p
120
4.~~ 2.0m@ 170
10
4.5
~:~~ Lg~~ 1~g ~
.05~'il
X.OOOl
200
4.5\0 2.0m\O 170
5.010_ LOrnII.'
10n
(n)
I:,
I:,
I:,
~g~
~~O#
MEl120
101# ME4101
102# ME4102
mho$)
5n¢
SOn
~g::: ~~~~
§J
.S
.S
.J
~:g::: :j
(F)
~p~~ Plt
A
A
A
A
A
A
A
A
lOp
t
i
10
5.0
2.0m
2.0m
1.3m
1.3m
2.0m
2.0m
1.5m
1.5m
1.1 m
200m
200m
200m
200m
(AI
~:g¢ Lg~ 6'fo 1:,1:,
SOOn
30
15
30
45
45
30
35
35
45
45
(VI
~gg~
§S
§S
§S
§S
§S
.J
§J
§J
.J
30m
30m
30m
Vcb
DESCRIPTION
Cob ISTRUC
I.:TURE
DWG.
No.
5.010 2.0mlD 240 I:,
5.<2~ LOrn
10 I:,
5.0¢ LOrn
10 I:,
5.0
LOrn
6.0 I:,
5.~1l> LOrn
10 I:,
1.2m
1.2m
1.2m
1.2m
1.2m
2.0m
1.3m
1.3m
2.0m
30M§1:, 1.3m
25m
25m
25m
25m
25m
\~I ~:bD~R(~F~~EM:' COLLECTOR DISSIPATION
TYPICAL 'h' PARAMETERS
BIAS
COMMON EMITTER
Ie
hfe
hoe
hie
hre
lOOn
SOOn
500n
2.0u
SOOn
500n
500n
500n
BC132
ig1g~:
lOOn
lOOn
lOOn
500n
.50u
.1 Ou
.10u
.1 Ou
.50u ~
.50ulO
.50u@
~:g 199~ 199~
:~ 1~
§S
§A
§A
:~g~1l>
.50u~
5.0
2.0
2.0
2.0
2.0
§S
LOn
LOn
10n
.50ulO
.50u@
20
15
30
30
45
§S
§S
§A
§S
200m
100m
100m
100m
100m
100m
100m
100m
100m
100m
MAX.
lebo
@MAX
Vcb
(AI
.50u~
20
15
30
30
45
I . .,
10m
10m
10m
30
8.0MI:,
8.0MI:,
8.0MI:,
1.2m
1.2m
l;jJ
10
10
20
30
8.0M§1:,
~g8::: 1~8:~:
94
~:~~
150 §I:, 2.6m
8.0M§1:, 1.2m
8.0M§!:' 1.2m
8.0M
1.1 m
8.0M§1:, 1.2m
~gg~
§S
§S
§S
l¥g
2.6m J
18
2.6m J
18
2.6m J
18
2.7m J
30
2.0m $J
18
2.6m
18
2.6m
18
2.6m
18
2.7m
30
2.7m.J
2.7m.J
2.7m.J
2.7m.J
2.7m
+J
2.7m.J
2.7m
+J 25
2.7m #J 25
2.7m I"tJJ 25
2.7m I~, 25
1.lm §J
20
§J
40
1.1 m §J
30
200m
200m
200m
200m
200m
~2~m
~~
wrc
g~
200m
200m
200m
84
(Hzl
~gg~
200m
61# PL4062
62
2N541
63
2N542
fab
IN M E BVeboJBVeeo BVeb...Qj
FREE A M
Ie
AIR X P
(VI
(VI
1M (AI
1.3m
1.3m
1.3m
200m
45
lm'RATE~ TABS MAX RATINGS @25'C
200m
200m
200m
~gg~
36
rfJ
4.0
1.0m'fl~
70 tl:,
50m
50 tl:,
280
5.0
LOrn
\~~ LOrn\(! 1 50 t I:,
5.0oi' 1.0m¢ 280
3.0PA 8.0m A
1010 3.0mlO
5.~~
5.~~
5.011.'
5.~~
5.C!~
5.01D
1.0m~
1.0m~
1.0mlO
1.0m~
1.0m~
1.0mlO
80
18 tl:,
350
350
150 I:,
150 I:,
150 I:,
150 I:,
llu
llu
llu
7.5k
7.5k
7.5
3.0
3.0
3.0
4p[71
4p{ij
1<iD0
10~
2.5 Pill
90nb
~g~~
30~~
30ui?)
30ulLl
26
26
5.0k
5.0k
1.0k
1.0k
~:g~iZ!
88'P!?:!
.0 1m~ 200 !~
5.~~ .01m~ 400 ttzl
10u0 200 tl:,
10u~ 200 tl:,
5.q~ 1.0m~ 330
5.010 1.0mID 100 t I:,
4.~~ 2.0m~
20 t
5.0.iZJ~ 1.0m¢.... 900 t#12l
1010 10m\O 20 tl:,
20 tl:,
lOll> 10m
P~~
3.5p
~'tE
X56
2.0Col2!
PL
4.up
R97a
DPE¢ T0106
OPt TO 106
OPt TO 106
P~~ T0106
PEID TO 106
4Ptzl
3.50
3.5p
5.~~
~:g
1:g~
l~g ~
l~W 1.0m~ 350 t
5.0
5.0
6.Q\(!
1.0m¢ 400
1.0m
400
10m 170
5.q~ 1.0m~ 100 tl:,
4.510 2.0m
35 t I:,
4.5\1> 2.0m~
70!~
1.00 LOrn
45 I I:,
U~
15u
40ul2l
1.0u!?:!~
1.0ulLlb
15u
15u
15u
13m
8.0k
24kl2l
.32
8121
'-6pl71
4.0-;'""1Lf
4.0p~
32 !?:!
32 III
15k
15
15
7.4k
6.0 !?:!
6.0 ill
4.3
4.3
4.3
4.2pi?)
4.uolLI
2.7
10p\£l
3.0foiZ!
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
*¢
*0
P¢L~~
LIO
I~t~
O~L
A¢
A
B
t~~
L2t
L2t
T098
T09S
ZA26
ZA26
<DILl
4~!!;!
5.0\0
6.q\(!
~L *
~~
~~~:
~~~:
i8106
T09S
B
B
A
A
A
A
A
A
A
B
UJMAX. ~
LlNE
No.
~~
TYPE
No.
~~41()3
5~:Il ME4104
6
2N3854
~
9#
CS3854A
15
2N3845A
1~
1~~3~~~
a# I~~~~:~
2N3855A
CS3860
2N3856
2N3856A
37# 2SC377
3~~ 2SC378
3S"" 2SC712
43# 2SC870
:~: ~~~~~1
'!~# ~~172
47# BCI73
48
2SC174
~~# ~~~~~~H
54
2N2922
~~
1~~292~
57
64
65
66
2N2925-
2N4970t
2N5128
2N5132
73# 2S~394
74# 2SC478
75
2SC561
82
83
84
IN
M E BVeboJBVeeo BVel!Qj
FREE A M
Ie
DISS.
fab
@25'C
AIR X P
~IWI
IHzI
W/'C
IVI
IVI
VI
IAI
''lOOm
QOM!l>'7.nm
+S nO
.m
'n.O 100m
'200~
90M '2:711'1
. - 30
30
'4:0 ioo~
200m
SOM
2.6m
60
60
6.0 100m
200m
90M! 1.6m sJ 50
5.0
30
2QQm
90M§. l.~m
SJ
25
4.0
~Cl
20vm
100M§l> 2.1m
SS 18
18
4,0 100m
EN706t
SE2001
SE2002
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
2Cl()m
200m
200m
200m
,~OOm
'zOOm
200m
200m
200m
150M!
150M!
150M!
150M!
150M!
150M!
150M!
150M!
150M!
150M§
150M!
150M!
150M!
150M§
150M§
150M§l>
150M!l>
150M!l>
170M!
2,Om
2,7m
2,7m
2,Om
2,7m
2.7m
2,7m
2.7m
2,7m
2,7m
2,7m
2,6m
2.6m
2,6m
2.6m
2,6m
2.7m
2.7m
2,Om
2.0m
2.0m
2.0m
2.0m
2,Om
2.0m
2.0m
2.0m
2,Om
2.0m
2,Om
2.0m
2,Om
2.0m
2,Om
2,Om
2.0m
2,Om
2,Om
1,3m
~gg~
1~g~l
200m
200m
200m
200m
?nnm
200;"
200m
180M!
180M!l>
200M!
200M!
?nnM!
'200M!
200M!
1~20m
~gg~
~~# ~~~~~1
2N3292
9~ 1~~~29~
99
19L
102'IF
19~
108
2N4436t
~~~~m
2SC171
~~:5~~
SE4022
14~M§l>
140M!l>
150M§l>
15~M!
+J
~g
2,6m
2.6m
2,Rm
2:6;"
2.6m
+5
+5
+"
•
+5
30
30
25
25
75
25
25
~gg~ll> l~~
200m
200m
200m
200m
200m
200m
200m
2()Om
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
~22m
2.0m
2,Om
2.0m
2,Om
2.0m
2.~m
2.um
1.3m
1.3m
2,Om
2,Om
2,Om
2.0m
2.0m
~gg~l J:6~
I~OOM!l>I~,Om
,~~OM§l> 2,Om
,zuOM!l>
200M!l>
200M!l>
200M!l>
200M!
220M!
220M!
2.0m
2,Om
2.0m
2.0m
2,Om
~~g~~
2,Om
230M§ 12.0m
230M§
230M!
230M!
230M!
250M!l> 1,lm
250M!l> 1,111'1
25()1\iI!l> 1.1 m
250M!l> LIm
250M!l> 2.0m
2~2~!l> 2.0m
250M!l> 2.0m
250M§ 1.3m
250M! 2.0m
250M!l> 1,6m
250M!l> 1.6m
i~!!ClI\iI!l>I~,Om
260M! 2.0m
280M! 5.0m
282M!l>,?,Om
300M§l>I1,lm
SS
SS
~~
2.1 m
200M! 2,Om
200M! 2.0m
200M!l> 2.0m
200m
200m
200m
200m
200m
200m
200m
200m
~ClOm
200m
200m
+J
+5
+5
70
18
30
35
30
30
55
55
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
!J
I~OOm
~gg~
+J
18
30
18
30
30
30
30
30
30
18
30
20
25
25
25
~~
.. 0
30
30
30
35
35
25
30
70
110
30
30
45
20
20
30
200M!l>
200MM
200M!l>
200M!l>
200M!l>
200M!l>
200MM
200M!
200M!
200M!
200M!
200M!
200M!
200M!
200m
D.A. T.A. INC.
100M§
100M
100M
120M§
126M!l>
126M!l>
126M
130M!l>
130M!l>
130M
130M
135M§
135M§
135M!
135M
135M
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
~gg~
S6
[QERATE~ TABS MAX RATINGS @25'C
MAX.
TYPICAL 'h' PARAMETERS
lebo f-...,=:-.--!,BC'!IA:!;'S
COMMON EMITTER
@MAX Veb
Ie
hfe
hoe
hie
hre
Veb
iAI
IVI
IAI
mhosl
X.OOO'
.50u0
1.0Ol 1.0~ 1" tl>
.50~r
4.50 2.0";;§ 35 t
.50u
1.00 1.0m0 75 t
20ng) 5.Qg) 1.0mg) 200 t
20u
10k
20u¢ 5'Cli?l 1.0m.¢ 150 t .
500n
4,5Ol 2,0 (1)
70 tl7l
1m
2SC713t
1",
25
26
27
~OLL.
Cob
DESCRIPTION
ISTRUCI
lcTURE
DWG.
No.
L C
E0
A D
D E
IFl
4pIZl
4.0p~
4.00
4.0p!?i
3.2p[?J
3,5uw
P§IO
PE
TOR8
B
R97a
RS7a
T0106 A
R 124
R67
B
1~~~~giA
11# I~~~~~~
18
I
'''J
'll:,
#J
#J
S
:J
+J
+J
+J
+5
+5
+J
+J
!J
!J
+J
+J
+J
+J
+J
tJJ
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
!J
!J
§J
!J
+J
+J
+J
!J
+J
sJ
sJ
+J
+J
+J
+J
!J
j~
35
45
45
50
50
15
20
60
20
35
35
35
35
35
~g
25
30
45
45
45
25
25
35
35
60
30
30
~g
30
30
30
30
30
25
25
20
20
60
60
20
25
35
20
20
~O
45
30
20
30
70
18
30
30
30
30
30
18
30
18
30
30
30
30
30
30
18
30
12
25!
18
18
25
25
25
25
25
30
30
12
25
40
50
25
25
45
20
20
20
20
20
25
25
2,0
4,0
4,0
4,0
4,0
4,0
4,0
4,0
4,0
4,0
4.0
4,0
4,0
4.0
4.0
4,0
4,0
4,0
3,0
5.0
5,0
5,0
4.0
4,0
4,0
4.0
4,0
4,0
4.0
4,0
4.0
5,0
5,0
4,0
4,0
5,0
5,0
5,0
5,0
~:g
5.0
5,0
5,0
5.0
?~
'~,O
25
25
'5:0
5.0
~g
20
45
45
30
30
12
20
30
30
30
30
30
50 ¢
12
25
45
45
45
15
15
20
20
t;2'05
25
~g
30
30
30
30
30
25 ¢.
25 (.7)
20m
100m
100m
20m
100m
100m
5,OulO
,50u~
,50u(1)
100~l
,SOu
,50u
~~Om 1~5~_U
100m 500n ~
100m 500nlO
100m ,50u
100m ,50u
100m .50u
100m ,50u
100m ,50u
100m ,50u
100m ,50u
100m ,~OOng
100m ,oOOn0
100m 1.05~\Il_
100m 100n~
100m 100nlO
100m 100~i
100m LOu
100m LOu
100m 1.0ug)
100m 1.0ui?l
100m 1.0wo
30m ,50ug)
30m .50u¢
100m LOu
100m 1.0u\?l
30m, 10ug
30m .10u0
30m, IOu¢.
30m, 10u¢
100m
15n
100m
15n
100m
15n~
25m 1.0u0
1~&~
100m
100m
~QOm
1vOm
l nnm
; 00;"
100m
~,g~~
~:8~
,01u0
lOu
500n
500n
"nnn
6,00 ,10';;01' 250
6.02, 10"l\15S,O
Il?g 2,0 g
35
1010 2.0 10
55
100\'?,0 0\
an
; 00 '2:0 ~ 150
1001 2.0 (;1 235
500~
500n
~:g Igg~ 5gg~g
4,0
4,0
4,0
5,0
5,0
3,0
3,0
5,0
2,0
5,0
5,0
5,0
5,0
4,0'
30m
30m
~~m
50um
500m
500m
30m
25m
25m
100m
100m
100m
100m
100m
~:& l~g~
4,0
4,0
4.0
4,0
5,0
5,0
3.0
4.0
4,0
8,0
6,0
6,0
100m
30m
50ulO
6,Qg)
1.0u~
,10UIO
,05ug
,50u m
,50n\?l
500n(.7)
2,0~1O
100u
100u
~:g 199~ :~g~~
5,0 100m ,01ulO
5,0 100m ,50u
5,0 100m ,50u
5.0 100m ,50u
5,0 100m ,50U
3,0
50m lOOn
3.0
50m, lOu
~O ~
3,0
50m, 1Ou~
20 ¢
3.0
50m ,10u¢
30
5.0 500m ,05u!
30
5,0 500m ,05u§
10
3.5 100m ,40u!,
20 § 3,0
50m .50u0
30
4,0
30m .50u~
20
3.0
20m ,05ui?l
20
3.0
20m ,05UIO
30 *!ZJ 5.0 800m ,05ug)
~~
8.0
50m 2.0ni?l
3u
8.0
50m 2,OnlO
12 *!Zl 5,0 2QOOmm 1.0u~
15
3.0
h·
.01u0
bt
78
tl>
tl>
4,~p
3,~pi1:l
3,501L1
3,5p
3.5p
2,50
2,5p
2,5p
2,50
2.5p
3.~pi1:l
6.b~ 2~o...m
~g
l.0riiW 70
6,Op~ 1.0mi?l SO
1010 5,Om0 110
1~~ 5,Om~ 1230
10 5.0m¢_ 110
1.0
10m O 30
I.Cl~
10m\Z 20
I.Cl\'5
10mi;!j 40
1.00
10mu 100
Ig0~ 1,0~ 335
6.0
.10ml2i 60
6.0
.1 Om0 100
6,Ou
6,Ou
tl>"
!l>."
tll:
t#
t'i!:l>
t""l>
t# 5.0u
t# 5,Ou
*
24u
"
36u
*
45u
80k
80k
75k
75k
3,6k
5.3k
6.6k
20
20
3,5
3,5
1,8
2.5
2,5
80
l~~ ~:g~ ~g
J~
~
0
PE
PE
PE
PE
PE
'Dill
3,1~J1
3,5~~
60p!?i
6:0p[Zl
80S
8ps
10p$
3.50s
1,5p
1 5p
to.
3:5~iZ!
tl>
tl>
tl>
tl>
tl>"
3 5~!?i
3:~p~
3,501L1
2.0p
~:g~
80
2.5p
25u
35u
35u
900
1.lk
800
1.2
1.2
1.2
25u
35u
24u
900
l.lk
8,5k
1.2
1.3
7,0
23',25"P~
o Dill
3 5~~
3:5piZ!
)~PJ
6p
6.0
2.5ps
2,5p
2,50
1l:,~8'~
W
1210 2,Om0 60 tl>"
1~g) 2,Orog) 150 t
1~i?l 2.0mi?l
60 tl>
12w 2.0m(1) 35 tl>
1?~ 2.0m(Zl
35 tl>
1()i?l2.0m¢ 10 l>
10(.7) 2.0mO\ 10 l>
1()~ 2,OriiW 10 l>
10¢' 2,Om¢_ 10~..
10 150mll 40 t:l>
10 150m~ 100 t#l>
LOG
10m¢ 150 t#1Zl
6.0G
10m
60
12 2.0m(Zl 40 tl>"
5.0G 4,Oml2i 20 tl>
5.0G 4,Om(.7) 20 t l>
10121 .fQ'm~ 35 tl>
lCli?lI.0mi?l 1,0k
74u
1010 1.0m0 1,6k
120u
.25PA 1.0m0 20 tl>
1002.0mOl 10 l>
'0
1.8p
1.8p
1.50
1,5p
2,02P[Zl~
lOILl
2p!?i
8~P~
'Dill
8pp
4,Op5
5,00
2,Op
'2P!~
28k
39k
23
33
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
Pp§E...I
t:1i'.
PpEE'0
~r
2,50
PE
2.5p
PE
2.5p
PE
2.00
PE
2.0p
P§g)
2,Op
PE¢
2,50
PEt
2,5p
PEt
PEt¢
PEt
2.5p
PE!g)
26',0~~'5-~ PEt¢
~u'lLI PE
6 OP~!?i PE
6:0ps[Zl PE
1.5p
PL
17plLl
; ~j;~
12DILJ
l>
tl>#
!l>,#
tll:
t#
tl>
tl>
t l>
11·.55:~
1122'P~
l>
l>
l>
l>
l>
tl>
t#l>
t#4
tl>2t
PE
21',55 P
P
2'P8p[Zl
7.00
7.0p
171
t
t#
t#
PE
3.501L1
3.5p5
18~ ~:g!~ 4~gl"
2,Ou0
LOu
2,Ou~
5,OplZi
3,5p
3,50
2,7p
4
4•,Pi1:l
DILl
t
t
t
t4
tl7l
t
tI?J
tILl
t
t
t l>
tl>
tl>
t
t
tI?J
tILl
l>
S~O ~
,50UIO
.50ug)
,50ui?l
,50u(/)
,50ulO
,05u~
,05UIO
1.0ug)
.50u¢~
50m
30m
30m
2'POmm ol
1010 5.0m(O 100
11?~
10mg 40
11?i?l 10mi?l100
1010 150m<D 120
lQg) 150m~ 350
11?!"! 50m!"! 35
1010 10m<D 20
6'Clg) 2,Om
45
6,Q!"! 2.0m _ 35
1,010
10m(l 20
I,Qg)
10m~ 40
1.()i?l
10mi;!j 70
1.0(/)
10mC7 125
~~~ 2.0mlO
25
50u~
50u¢
,05u!
,05u!
100~
200m
1~12,Om
60
4.!!~ 2,Om~
70
4.510 2,OmlO 70
1~ 2,Omg)
60
4.5¢. 2,Om¢ 60
4.5(1) 2,OmO\ 120
4,~~ ~0rTiW 60
4.~g 2,0 ¢. 120
4,510 2,00 120
4,~g) 12,Om~ 120
4,~!,,! 2,Omg 120
4,510 2.0m Cll 60
4,~~ 2.0m
100
4,~i?l 2,Om¢ 150
4.50 2,Om
100
4,~g 2,OmP 150
4,~i?l,~,0 g 200
4,510 12.00 200
1~g) 2.0m\ll
12
1~i?l LOrn ~ 250
1010 1.0m<Zl 250
10,9 1,OmlO 150
6,Cl~ LOrn
40
6,00 LOrn
80
6'Clg) LOrn
140
6'Cli?l LOrn
250
6,010 LOrn
400
1~g) 2,Om~
25
l}j 2.0m¢~ 40
6.010
10mILJ 90
6'Cl\?l
10;i SO
6,()!,,! 1.0m
35
6,Ow 1,0m
35
6.(j~ 1,0riiW 250
6.()i?l, 10ml2i 350
5.0(0 2,Om(.7) 275
5,Cl~ 2,Om~ 380
5.Cl!"! 2,Om¢ 465
6,010 2.0m
45
.50TIll
_8Pp
2.5p5
2.50$
5
2 pill
201Zl
PL
PM
0\
p[
PL
PL
PL
PL
R67a
R97a
R9
R67a
TOS8
T098
R97a
R67
R67
R97a
RS7a
T098
T098
T098
R97a
RS7a
R67
R67
TOlO6
RR 6 7 a
B
B
B
B
B
B
B
B
B
B
B
A
BB
RR 6 7 a
BB
R67a
R67a
R67a
R67a
R067a
R067a
TOS2
TOS2
TOS2
TOS2
TOS2
TOS2
B
B
B
B
A
B
0
0
0
0
0
0
X64
X64
X64
G
T092
~(W
TOI
TOI
R67
R67
R67
R67
R67
B
B
B
B
B
~~io!
PL
PL
PL
PEl>
PEl>
PEl>
PEl>
PE
~E
Rll0 A
Rll0 A
Rll0 A
TOlO6 A
TOlO6 A
T0105 A
TOlO6 A
T072
G
T072
G
R067a B
R067a B
R067a B
R067a B
R067a B
~?i~
PEt
TOS2
POEp!L ~ TROS79a2
LIO
PL
OPL
0 t
OPE
OPL
OPL
OPE\Il
~
10_
IP~t
PEt
~
¢
PE
PE
¢ •.
0
0
R97a
R97a
T092
B
T01Cl~ A
TO 106
TOlO6
TOlO6 A
Tal
TO 1
MM12
MM12
,
B
B
Ton
T072
T072
T072
R124
A
R124
TO 106 A
PL
T018
PEt
R067a B
P~~ T072
G
PE<D T072
G
OPEl> T0106 A
OP~~ TO 106 A
OPEIO T0106 A
LINE
No.
~
5, SILICON NPN
TYPE
No.
~
I~~~~g~t
~#
2SC379
3
4
2N3606t
~~~~g~t
7#
8#
9
10
11#
12
~~g~~~Ht
15
l~
CS3607t
EN708t
EN914t
2N3287
~g
I~~~~~gt
A646*
A1170
BF153
BFX77
:~ Ig~~~gg~
18
21
~~
2N4134
~~~g~~~
~~
EN3014t
MPS3646t
SE100l
SE1002
~~#
~~~~~!
24
27
30
2N3688
3~
I~~~ggg
~~
~~:~~~~
~~=
390lt
2SC980
33
2N4274t
36# 2SC464
40~-1I
:~!
:~:
~~g~~~Gt
~~~~goAlG
BFX18
BFX19
BFX20
4Solt BFX21
EN3011t
S15657
2N4135
48
2N5130
2SC388
2N4295t
51
:~
~g#
~~: ~~g:~
54# BF206
~~# ~~~~~9At
57# NKT35219
TIS56
TlS57
60# BF197
~~
g~#
63
~~
66
g~
69
~~~;~A
2N918
JAN2N918
2N2865
2N3563~
2N4252
2N4253
2N4292
~¥# I~~~~~~
72# 2SC375
2SC385
2SC786
7Solt AT338
~~# AT340
BF160
BF162
78
n:
~g
m~~
81#
82",
83#
84
BF213
M01T918
NKT16229
NPC188
gg
87
~~~001
S 002
gg
90
N~,!l.214
1~~~%~708
2N3662
2N3663
BF212
93# ZT2708
94* 2N3478
2N3932
95
2N3933
96
2N917
2SC397
990lt 2SC602
~~#
~~#
19~
102
103
104
105
19!!
108
~~~~2
BF158
BF159
SE3005
2N3600
2N5179
2SC251
2SC251A
l~g: ~~g~~
O.A. T.A. INC,
~MAX.
OlL.
DISS.
~~;C
~gg~
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m*
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
I~gg~
200m
200m
200m
200m*
2()2m
200m
200m
200m
200m
7200m
200m
200m
200m
2()2m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
~~Om
200m
200m
200m
200m
200m
200m
200m
~-'l'
200m
200m
. LOW
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
121 fab 8. 131 TYPE No,
POWER
TYPICAL 'h' PARAME
,s TRANSISTORS
MAX,
lebo
BIAS
COMMON EMITIER
ABs MAX RATIN
@ 5'
~ IQERATE~
T
IN
ME BVeboJBVeeo BVeb~
Ie
fab
FREE A M
II zl
AIR
X P
IVI
IVI
ItVI
IAI
Hz
WI'C
50m
1.lm §J
15
Ig:g 200m
I~gg~:~ 2.7m $S
14
300M§b. 2.7m $S 18
5.0 200m
14
300M§b. 2.7m
5.0 200m
14
18
3.0
300M§b. 2.0m
20
20
4.0
300M§ 2.0m
20
tJ 30
300M§ 2.0m
20
4.0 100m
tJ 30
5.0 200m
300M§b. 1.3m §J
40
15
5.0
30m
300M§b. 1.3m §J
35
35
15
10
2.0
1.1m §J
12
2.0
2.0m tJ 30
300M§ 1.3m §J
30
5.0
50
14
5.0 200m
2.7m $S 18
;~gg~:~ 2.7m $S 18 14
5.0 200m
14
300M§b. 2.7m $S 18
5.0 200m
tJ 40
15
300M§b. 2.0m
5.0
300M§b. 2.0m
tJ 40
15
5.0
40
20
350M§b. 1.1m §J
3.0
50m
Urn §J
40
20
3.0
50m
15
2.0m
tJ 40
5.0 200m
350M§ Urn §J
30
3.0
30m
30
350M§b. 2.0m tJ 40
15
4·2
350M§b. 2.0m
tJ 40
15
5.0
tJ 40
15
5.0
350M§b. 2.0m
tJ 40
350M§b. 2.0m
15
5.0 200m
350M§ 2.0m
tJ 45
45
4.0
tJ 45
45
4.0
350M§ 2.0m
360M§b. 1.6m $J
40
30
4.0
25m
400M§b. 2.0m tS 30
15
4.0 100m
40
4.0
30m
400Mb. 2.0m tJ 40
tJ 40
40
4.0
30m
400Mb. 2.0m
tJ 40
40
4.0
400Mb. 2.0m
30m
400M§b. 2.0m
tJ 30
12
4.5 100m
400M§b. 2.0m tJ 40
15
4.5 100m
12
4.5 200m
400M§b. 1.6m $S 30
400M§ 1.lm §J
30
12
2.0
20m
400M§ 1.lm §J
30
12
2.0
20m
400M§ 2.0m tJ 40
15
5.0 200m
400M§
tJ 70
5.0 100m
50
400M§
tJ 90
70
5.0 100m
400M§ 2.5m
tJ 40
4.0
25m
30
4.0
400M§b. 1.lm §J
35
35
400M§b. 1.1m §J
4.0
35
35
400M§b. 1.1m §J
35
4.0
35
400M§b. 1.1m §J
35
35
4.0
400M§b. 2.0m
tJ 30
~~ ~ 5.0
400M§b. 2.0m
tJ 40
4.0
425M§ 1.1m §J
30
30
3.0
30m
450M§b. 2.0m
tJ 30
12
1.0
50m
450M§ 2.0m
tJ 20
2.0
20m
500M§b. 1.6m $S 40
15
5.0 200m
500M§ 2.0m
tJ 20
18
2.0
50m
500M§ 2.0m
tJ 20
2.0
20m
500M§ 1.3m §J
30
20
3.0
20m
1.3m §J
3.0
30
20
I~gg~:b. 2.0m tJ 40 40 ¢ 4.5
500M§b. 1.1m §J
15
3.0
50m
20
500M§b. 1.3m §A 30
3.0
20
30m
500M§b. 1.3m §A 30
3.0
30m
20
550M§ 2.5m
tJ 40
4.0
25m
30
2.7m #J 30
30
4.0
25m
~g8~:b. 1.1m §S 30 15
3.0
30
15
3.0
50m
600M§1l 1.1m §J
30
15
3.0
50m
600M§b. Urn §J
3.0
50m
600M§b. 1.lm §S
13
25
12
2.0
50m
600M§b. 2.0m
tS 30
18
4.0
50m
600M§ 1.3m §S 30
600M§ 1.3m §S 30
18
4.0
50m
15
3.0
50m
600M§b. 1.6m $J 30
600M§b. 1.6m $J 30
15
3.0
50m
2.0
20m
600M§ 1.6m $J 40
12
2.0
50m
600M§ 2.0m tJ 20
2.0
20m
600M§ 2.0m tJ 20
$J
20
12
2.0
20m
600M§
2.0m
tJ 30
19
4.0
50m
600M
1.lm §J
30
19
4.0
50m
600M
tJ 30
12
2.0
600M§ 2.0m
tJ 40
40
4.0
600M§ 2.0m
tJ 40
40
4.0
600M§ 2.0m
600M§ 2.0m
tJ 40
40
4.0
600M§ 1.3m §J
20
3.0
20m
30
$A 30
600M§
15
3.0
50m
600M§b. Urn §J
15
50m
30
50 § I~:O
.0
50m
600M§ 1.3m §A 50
§J
30
15
3.0
50m
600M§b. 1.1m
4.0
600M§ 2.0m tJ 40
40
600M§ 2.0m
tJ 40
40
4.0
tJ 40
40
4.0
600M§ 2.0m
3.0
50m
700M§b. 1.1m §J
35
20 *
25m
tS 18
12
3.0
700M§b. 2.6m
tS 30
12
3.0
25m
700M§b. 2.6m
20
3.0
20m
700M§ 1.3m §J
30
20
3.0
700M§b. 1.1m §J
35
15
2.0
750M§b. 1.1m §S 30
30
20
2.5
750M§b. 1.1m §S
40
30
2.5
750M§b. 1.lm §S
Urn §J
30
15
3.0
1.3m §J
20
12
2.0
50m
$J 30
800M§
20
3.0
30m
15
800M§ Urn §J
30
2.5
25m
800M§ 2.0m
.J 30
12
2.0
800M§ 2.0m +J 30
12
2.0
800M§ 2.0m
20
+J 40
1 2 .0
800M§b. 2.0m
tJ 30
15
1 4 .0
850M§b. 1.1m §S 30
15
3.0
900M§b. 1.1m §S
12
50m
20
,2.5
30m
900M! 1.6m $J 30
15
1 3 .0
$J 30
900M§
15
3.0
30m
30m
15
1.6m $J 30
3.0
1,6m $J 30
15
3.0
30m
~~
!~
~~8~:~
2~g~
~gg~~
@MAX
Yi,b
fd~~
500n
500n
158~ fJ6'~QJ
~gg~:~
~gg~~
E~
500n~
:~~~G1
.01u~
.10~~
.01u
.50u
.50u
.50u
.05u@
.10~~
.01u
.01!,~
~~~~
.50u§
.30u§
.30u§
.5~~
Veb
IV
Ie
hfe
IAI
~ 2.0m~
1.gIl
1.0
1.0
10,::~
10m
10m2
4.0m¢
18QJ 2.0m
2.0:
mJ
1.0
10m
5.0
.10m
3ug>
1.()@
gf
6.0~G1 3.0m~
10
1.()@
10m
10m~
1:8~ 18~~
1.()@
1.0~G1
10
10:1
10m
2.0m
10 2.0;
.40
30m
4.0m
5.0
30m@
.4()\?!
.4~~
.40
.4Oil_
30,::~
30m
10
30
30
30
15
70
90
35
100
10
20
50
30
30
30
30
30
15
15
30mg
l~~
.4~f .3:~
1~8
l~ilJ
:18~~
.05u@
.05u¢
50~t
In
.01u
10nJl
.01~~
.05u
.05u@
.05~~
.50u
.50!,~
500~~
500n
.50~~
.5~~~
,
500nl"
.1°~1
.10u
.10u\
.1f6'~Qj
10nJl
01~~
.01u
.01u~
50~~
.50u
5f~~¢
.50~·ii
.5f~~¢
.01u6
.O~~~VJ
.01u~
.00u~
'~8~~
10nJl
.10~~
.10u
.1f~~¢
.01u
20n
1,0~~
LOu
1,Ou~
1.0u(;
79
10
15~
.35)QJ
~:g~Qj ~g
2.0milJ~
10,;,1
LOrn
4.0m@
4.0m¢
7.0m
9.~\?! 5.0m\?!
10
1()@
10¢
10
3.0";~
1.g~
1.0
3.0m
1.0il~ 3.0m@
4.0,,;~
1~~ 8.0m
10
101
X.OOOl
tb.*
tb.
tb.
tb.
tb.
tb.
tb.
tb.
t#ll
t#b.
b.
b.
6.0p
6.0
6.0iiqf
~:8~$
2.0f,
80ul7\
15
40
20
20
20
85
110
20
20
20
~~
1.7p
1.8
6p~
~~i1\
6p!?l
~~~
900
Uk
1.2
1.3
100 !Z1
~~b.
t$b.
t
t b. *
t
b.t
t
tb.
tb.
tb.
tb.
t#b.
~#
b.
tlZI
t*
tb.
tb.
t#b.
tb.
tb.
tb.
t
t
t#b.
tb.
tb.
~8 ~tb.
a
~:8~~
~:8~~
1.~~
19~ 4.0m
10
4.0mg) 50 t#
10 5.0r::~
2rig ~b.#
6.0
2.0m
20m~ 25 b.
1~:8~ 5.0m 50
6.00 B.Om
50
50
6.~~ 5.0m
6.0
5.0m
50
3.0~g
PL
PE
PE
OPE
OJ;E
BG~
R67
B
R67
B
T0106
R67. IBA
R67a B
A
r~;b
T018
R97a
T072
T0106
T0106
T0106
T0106
A
J
A
~QJ
--w
~~~
25u
35u
h91
19~
PE
PE
~~~2
i8jgs
T072
5.0p
Rll0 AGilJ
G1
1.2
T072
G
OPE
TO
106 A
5~
OPE TO 106 A
OPE TO 106 A
EA
T092
A
3.5p
TO 106
TO 106
3.5
.23pt
PE
T072
G
PE
R97a
3.~~~
Rll0 A
1.6
1.6P!?!
~ng AA
1.61'~$17\
Rll0
A
Rll0
A
4~:
u29
5p
PEQJ Rl03a
8501
8501
Rl03a
R067a B
tg~ PE R067a B
PE
R67a B
5.0plZl
PL¢ MM10 C
.22pt
PL
TOl18 G
PL
R038
PL
TOl18 G
PL
TOl18 G
OPE TO 106 A
4p
O~E T0106
1.2
TOn
G
1.7p$
TO 106 A
PE
R67a
B
1.61'0121
u29
1.2p
PE
R067a B
PE
R67a B
l:~~t PE T072 G
T072
4p
TO 106
1.8
T072
G!15
T072
A
.32P!!?! PL
PL
T072
A
.3~~~i2l
.32 t
PE
MM10 C
T098
1.8~
T072
G
T072
G
T072 G
1.7p!?! lilJ¢
A¢
T072
2.~~~
1.7
PE
R97a
T072
G
.45p$
T072
G
G1
2.2
u29
u29
2.2plZl
p~ , R67a B
PE
R67a' B
1.6p
PE
R067a ~B
PE
T072
G
.6 °fol21 PEt
MM12 0
PE
T0104 G
2.0plfl
.80pt
R97a '
g~~QJ R97a'
.8ot
.8pt
OP~~ R97a
OPL¢ R97a
:~~~ PE T072 G
T0122 P
1.7p!?!
G¢
Lg~~ PE T072
T072
J
X16
2f1Z1
pf
1.~~~
1.6
PL
PL\Zl T0106
1.6p~
TO 72 G¢
¢Qj
T098
B
T098
1.7p~
B
T072
G
PL
T072
T0104
1.0p~1ZI
¢\<? Rl15 GG
d,
Rl15
G
PLll T072
1.7plZl
G
PE
T072
PE
T072
T072 G
2.0pSIZ!
.80pt
R97a
OPEQJ R97a
.80ot
.SOpt
DP~\<? R97a
.85f~$~ OJ;E T0106
~QJ
T072
1.0p(lf
T072 G
lWE¢ T072
G
PE
T072
T072
G
l:g~
~~G1 T072 G
~
50 tb.
2.()1n~
10 2.0r::~ 30 tb.
1.0
3.0m
20 tb.
1.?2. 3.0m~ 20 tb.
4.0m
50
19~ 8.0m 100
10
3·2~ 8.0m~ 80 t
t
5.0~QJ
4.0~~ 50
10 LOrn
40 t
12@ 1.0m@ 40 t
10¢ 3.0~~
~g
100 4.0m
4.0m@ 70 t#
70 t#
10Q)
30 t
12@ 4.0mg) 6.0 b.
10¢ 1.0m~ 20 tb.
200 10m
25 tb.
1.?il_ 3.0m~ 20 tb.
70
t
19~ 4.0~~
70 t
10
4.0m
12g) 4.0m~ 70 t
15¢
30 b.
100
20 tb.
20 tb.
8.0m~
2.0~g 45 t
150 2.0m
30 b.
8.()@ 2.0m@ 25 b.
2.0~~ 50 b.
8.~~ 2.0m
8.0
60 b.
3.0m~
20 tb.
10 8.0m
80
6.0
5.0m
60
1.0il_ 2.0m~ 25 tb.
18~
~
6~ ~~*o\
20kl7\
tb.
tb.
#tb.
tb.
tb.
~g
~~l
b.
tb.
tb.
tb.
b.
~g ~!~
1
3.0~Qj
Ilmhosl
hre
30 t#ll
~91
500~~
In
hie
2~g ~b.#
30
10,::~ 110
19~ 10m
10
145
39
1()@
10¢ 7.0:
15m
20
.05U~QJ
100 4.0m
50u
30
30
50u~
4.0m~
50u~1 10 4.0m~ ~g
lOu t 1.0
100m
18
1~~~ t 1.()\?!
100~J
10m 120
.40u
1.g~
500n
6.0
1.0m
40
500n25 6.()~ 1.0milJ_ 40
.25u
20
10,::~ 70
1.g~ 10m
LOu
1.0
500n25 1.0il
10mlZ 40
80
50nG1
19G1 ~:8~G1 20
50n@
3.0m\?! 20
3.0~~ 20
50~~ 120 3.0m
50n
20
30
.05u
10 2.0m
l°ri
268
.05u
5.0
4.0m
.05~1 1~ 8.0milJ 12
500n
3.~~
8'fOm~
.10u
1.0
50
.50~~"" 6.()@ LOrn
.50u
500n
lnJl
hoe
iDEsCRIPTI N
Cob [STRUC
-TURE
DWG. AD
D E
IFI
No.
~g ~!
\91
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~~l
g~t~
~~r
z~J
'~~l
~~
~~~
P~
2
~
.4~~~
l:~~
i81g~
~:~~~
'f~~~
p~¢
:~~:
l:~~
l:g~
~~
TYPE
No.
LlNE
No.
~
6
7
8
9
l¥
~~~gg~
JAN2N2857
2N3572
2N3681
2N3683
~~~g~~
12# 2SC387G
~~~ ~:?~~S7
U-lMAX,. ~
lQ.ERATE~ TABS MAX RATINGS@25'CMAX.TYPICAL·h'PARAMHERSDESCRIPTIONL(;;
I ~OLL.
IN
M E BVeboJBVeeo BVeb~
lebo
BIAS
COMMON EMIT ER
Cob ~STRUC
E0
DISS.
lab
FREE A M
Ie
@MAX Veb
Ie
hIe
hoe
hie
hre
-TURE
DWG. A D
AIR
X P
Veb
No.
D E
@25'C
(Hz)
. W/'C
(V)
(V)
I(V)
(A)
(A)
(V)
(A)
mhos}
(nL X.OOOI (F)
(W)
200m
200m
200m
200m
200m
200m
200m
200m
200m
900M!
900M!
1.0G§t>
1.0G§t>
1.0G!t>
1.0G§t>
1.0G§t>
1.0G§t>
1.0G§
2.0m
2.0m
1.1m
1.1 m
1.1m
1.1m
1.1m
1.1m
2.0m
.J
.J
§J
§S
§J
§S
§S
§S
.J
30
30
30
25
10
30
15
15
20
12
12
15
13
7.0
12
10
10
12
2.0
2.0
2.5
3.0
2.0
2.0
3.0
3.0
2.0
IOnlO
50m.0 1u8
25m .0Iu~
3.0m
.05ulO
20m
10n8
20m
10n¢
50m 500~Q5
10~ 8.0m~
50 t#
101" 8.0m~ 50!.#
2.0mlO 220 ~
S.~~ 5.0m8
20 t>
S.O~~ 2.0m~
20 t>
1010 8.0mlD 30'"
S.<!I<!I 1.0m~ 25 tt>
S.Q~ 1.0m~
25 tt>
3.00 8.0mlO SO t
1.1p\?;!
1.1piZ!
1.50iii
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
1.0G§t>
1.0G§t>
1.0Gt>§
1.0G§t>
1.0G§t>
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G!
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G§
1.0G!l>
1.0G§t>
1.0G§t>
1.1 G§
1.1G§
1. 1G§
1.1m
1.1 m
1.lm
1.1 m
1.1m
1.1 m
1.1 m
1.1 m
1.1m
1.1 m
1. 1m
1.1m
1.1 m
1.1 m
1.1 m
1.1m
1.1m
1.1 m
1. 1m
1. 1m
1. 1m
1.1 m
1.1 m
1.1 m
2.0m
2.0m
2.0m
2.0m
1.1 m
1.1 m
1.1m
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
#J
I~JJ
1'IF.
#J
§J
§J
§J
§J
§J
§J
30
30
30
30
28
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
20
20
20
15
15
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
3.0
3.0
2.5
2.0
2.0
2.0
40m .01u8
40m .01 u\?:j
25m .01ulO
20m.0 1ulO
20m
~
30m.0 1UIO
30m.0 1u8
30m.0 1u\?:j
30m .01ulO
30m.0 1u8
30m .0Iu\?:j
30m .01ulO
30m.0 1u8
30m.0 1u~
30m.0 1UID
30m .30~?..l
30m 300'!¢
30m .30u(£)
30m .30u8
30m .30u~
30m .30ulD
30m .30u~
30m .30u~
30m .30ulO
20m .10u8
20m .10u~
20m. 10ulO
20m. 1Ou8
30m .30u~
30m .30ulO
20m
10~t
20m
IOn
20m.0 1u
50m .50u\/>
50m .50u
50m 500u
S'<?8 2.0m8 50 t>
S.<?\?:j 2.0m\?:j 50 f'~
1.0\(J 2.0mlO 150 tILl
S.<?~ 2.01Tl~
50 t>
1.<?\?:j 3.0m\?:j 20 tt>
1.010 3.0mlD 50 t
I.Q~ 3.0m~
50 t
1.Q~ 3.0m~
50 t
1.010 iOmlO 50 t
1.~8 3.0m8
50 t
1.~~ 3.0m~
50 t
1.010 3.0mlO 50 t
1.~8 3.0m8
50 t
I.Q~ 3.0m~
50 t
1.01D 3.0mlD 50 t
I.Q~ 3.0m~
50 t
1.<!~ 3.0m~
50 t
1.010 3.0mlO 50 t
1.<?8 3.0m8 50 t
1.<?~ 3.0m~ 50 t
1.01D 3.0mlD 50 t
1.<?~ 3.0m~
50 t
1.<?~ 3.0m~
50 t
1.010 3.0mlO 50 t
1.<?8 3.0m8 50.t
1.<?~ 3.0m~ 50 t
1.010 3.0mlO 50 t
1.<?8 3.0m8 50 t
1.<?~ 3.0m~
50 t
1.010 3.0mlO 50 t
1.0m~
25 tt>
6.~~ 1.0m~
25 tt>
6.010 2.0mlO 50 t>
1~8 10mg 40 t
'<?~ ~2m¢ 40 t
1010 1vme 11
1.5p\?;!
P~~
1.501Ll
1.8p
1.(p!?l
1.601L1
PEIO
.50u8
.50u¢~
s.oii
D~Lt T0106
,gPLt T0106
10
T072 G
P~IO T072
G
.7p!Zl~
!., T072 G
20iLJ 10 T072 G
1.5p$!?j 8
T072 <:l8
1.5p$~ ¢
T072 G¢
1.ljoli! PE RS7a B
14# 2SCSll
15
40294
l~
18
19jt
20#
:g~l~
A485
BF'~~O
21
BFY90B
K2109
24
K2112
27
K2115
~~
~~
~g
30
~~
33
~~
39
~m~
~~11~
~~m
K2118
gm
K2121
I~~m
K2127
:~
gg~~c
45
K2616
48#
49#
50#
51'#
52
53
54
ZT2857
2SC313
2SC684
2SC717
A490
2N2708
2N3571
:~: ~~ggg~
~~
~~~m
200m
200m
200m8
200m~
200mlO
200mlO
200m
200m
200m
200m
200m
200m
200m
200m
Urn
1. 1m
1.2m
~~
30
30
15
15
30
30
30
30
15
15
15
15
15
15
15
15
15
15
15
15
12
12
12
12
12
12
12
12
12
10
10
10
10
12
12
10
10
15
19
19
19
1~~~3~0
57# BFX89
~g
60
~~
66
~~~g~~
2N5053
~~1 W~
K2115A
K2116A
K2117A
K2118A
200m
200m
200m
200m
200m
n
I~~l~~~
~~
78
~~
K2121A
~~m~
K2124A
~~g~~
81
K2127A
84
2N3570
~~
~.1
~m~~
93~
K5002
K5003
BFS57
96
K2111B
9~"
~~
~~
99
19~
gl~g:
gm:
K2114B
~~m:
102
K2117B
105
106
107
108
K2120B
K2121B
K2122B
K2123B
19~
2q~m
200m
200m
1~~11~~
75
200m
200m
200m
200m
200m
200m
K2112A
~~
69
70
71
72
6·q8
~~11~:
O.A. T.A. INC.
~Q()m
2<!~m
1.3G!t>
1.3G§t>
1.3G§t>
1.3G§
1.3G§
1.4G§
I.4G§
1.4G§
1.4G§
1.4(;§
1.4G§
I.4G§
1.4G§
I.4G§
1.4G§
1.~~§
200m
I.4G§
200m
1.4G§
200m
1.4G§
200m
I.4G§
200m
1.4G§
200m
1.4G!
200m
1.4G§
200m
1.4G§
200m
I.4G§
200m
I.4G§
200m
1.5G§t>
200m
1.5G§t>
200m
1.5G~~
200m
1.6G§1Ll
200m
1.6G~~
200m
1.6G!iZ!
200m
1.6G§
200m
1.6G§
200m A 1.6G§
200mID 1.7G
200m
1.7G§
200m
1.7G§
200m
1.7G§
200m
1.7G§
200m
1.7G§
200m
1.7G§
1~22m
1.7G§
200m
1.7G§
200m
1. 7G!
200m
1.7G§
200m
1.7G§
200m
1. 7G§
200m
1.7G§
200m
1.7G§
200m
1.7G§
200m
1.7G!
200m
1.7G§
1. 1m
Urn
1.1m
1.3m¢
1.1m
1.1 m
1.1 m
1. 1m
1.1 m
1. 1m
1.1 m
1. 1m
1. 1m
1.1 m
1.1 m
1.1 m
1.1 m
1.1 m
1.1 m
1.1 m
1.1 m
1.1 m
1.1 m
1.1 m
1.1 m
1. 1m
1.1m
1.1m
1. 1m
1.1m
1.1m
1.1 m
1.1 m
','.6 mm" A
' nID
1.1m
1.1m
1. 1m
1.1m
1.1m
1.1m
1.1m
1.1 m
1.1 m
1.1m
1.1m
1.1 m
1.1 m
1.1m
1.1m
1. 1m
1.1m
§S
§J
§S
$J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§S
§S
§S
§S
§S
§S
§J
§J
§$JA
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
15
20
30
30
35
30
30
30
30
3~()0
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
25
40
50
50
25
25
25
25
30
30
30
30
30
30
3~~0
30
30
30
30
30
30
30
30
30
10
15
,'55 ~
'"
15
15
15
15
15
15
15
15
15
15
12
12
12
12
12
12
12
12
12
12
12
15
15
13
30
40
40
12
12
12
15
15
15
15
15
15
15
15
15
15
15
12
12
12
12
12
12
12
2.5
4.0
3.0
3.0
2.0
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
3.0
3.0
3.0
3.0
3.0
3.0
2.5
2.5
2.5
3.0
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.0
2.0
2.0
2.0
2.0
2.0
2.0
30m. 1OU~~g
15m .10u
25m .01u
20m .50u8
20m 1.0u~
30m .01ulO
~!lm.O 1u8
30m.0 1u~
30m.0 1UIO
~Om.O 1u8
30m.0 1u\?:j
30m.0 1UIO
30m .01u8
30m.Q1 ugJ
30m.0 1UID
30m .30u~
30m .30ugJ
30m .30ulO
30m .30u8
30m .30ugJ
30m .30ulO
30m .30u8
30m .30ugJ
30m .30ulO
30m .30u8
30m .30ugJ
50m .01uIQ
25m .01ulO
50m .01u
.01u0
6.~8
.0lugJ
20m .05ulO
20m .05u8
20m .05U¢A
50m
10nID
30m .01u8
30m .0Iu~
30m.0 1UIU
30m .0Iu!:1
30m .0Iu~
30m .0Iu\(J
30m .0Iu~
30m.0 1ugJ
30m.0 1UIO
~~m .01u8
30m .30u~
30m .30ulO
30m .30u8
30m .30ugJ
30m .30ulD
30m .30ul/?
30m .30u0
8.<!gJ
1.010
1.<?8
1.<?gJ
6.0IU
"<?8
1.<?\?:j
1.010
"<?!:1
l.q~
1.01D
2.0mgJ
3.0mlO
3.0m8
3.0m\?:j
5.0mID
3.0m8
I.Q~
1.01D
1.2!:1
1.~\?:j
1.010
1.28
I.QgJ
1.01D
1.01/?
1.00
3.0mgJ
3.0mlD
3.0m8
3.0m~
3.0mlO
3.0m8
3.0mgJ
3.0mlD
3.0ml/?
3.0m\/>
J
.0Iu~
80
l.q\?:j
5.010
6.0~
10
1.0
1.28
l.q~
2.0m\/>
10m~
2.0mlO
2.0m
2.0m J
3.0mlO
3.0m8
3.0m~
1.010 3.0mlO
3.0m8
l.q\?:j 3.0m~
1.010 3.0mlO
1.<?8 3.0m8
1.2~ 3.0m\?:j
1.0\(J 3.0mJ!'o'
I.q8
I.Q~
I.QgJ
1.0(£)
I.Q8
I.QgJ
1.010
1.28
1.<?~
1.0IU
1.<!1<!I
l.qgJ
6.0(£)
5.<?~
3.01Tl~
3.0m~
3.0m(£)
3.0m8
3.0mgJ
3.0mlO
3.0m8
3.0m~
3.0m\O
3.0 1T1 8
3.0m~
5.0m0
2.0m~
6.<?gJ 5.0mgJ
8.01D 2.0mlD
8.<!~
I.Q~
2.0m~
3.0m~
3.0mIU
3.0m8
3.0m~
3.0mlD
3.0m~
40 t>
25 tt>
25 t>
80
80
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
20 t>
25 t>
20 t>~
170 tILl
200!!'!j
250 tiZ!
100 t
100 t
100 t
20 t>
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
50 t
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
T072
T072
T072
P)~E TO 18
PE
T072
T072
1.~~~
~
T072
I.~P!?l
~
T072
I.S01Ll
(£)
T072
1.6p!?j
T072
1.~P!?l
~
T072
1.601L1
10
T072
1.6p!?j
T072
I.~P!?l
~
T072
I.So~
10
T072
1.6~\?;!
YJ TOn
1.6piZ!
10
T072
1.6oiii
0
T072
1.6p!'!j
~
T072
I.~P!?l
~
T072
1.6o~
w
T072
1.6~~
~
T072
1.~p!?l
~
T072
1.6olLl
(£)
T072
2p!?j
u35
~P!?l
u35
201L1
u35
~P~
u35
~P!?l
T072
201L1
T072
1.1p$
I<!I T072
1. !p!
. ~¢ T072
1.8olLl
PLIO T072
1.0p
PE
R92b
1.lp
PE
1.00
PE
T072
T072
T072
T072
T072
T072
T072
1.8~~
~
1.5p$_~ ~
T072
lo$~
10
T072
T072
.65~~1 PE
2p
PIS T072
1.6
0
T072
1.6~~
~
T072
T072
I.~P!?l
~
1.6olLl
(£)
T072
T072
I.~P!?j
8
1.~P!?l
gJ
T072
1.601L1
(£)
T072
1.6p\?;!
8
T072
I.~P!?l
gJ
T072
1.6o~
10
T072
T072
1.6p~
8
1.~P!?l
~
T072
1.6olLl
ID
T072
1.6~~
~
T072
I.~P!?l
~
T072
I.SolLl
(£)
T072
1.6p!?j
8
T072
I.~P!?l
~
T072
1.6o~
10
T072
2p~
T072
2piZ!
T072
PE0 T072
T072
lp~\ZI X!
u26
.'2·5~~~$
Ps
",.
10
T0104
T0104
.25p$8
.25,P$~
gJ
T0104
1DILl
ID
T072
T072
" PpP~
~
T072
\U
'"
6001$
PE
u51
T072
1.6p~
8
T072
I.~P!?l
\?:j
I.So~
ID
T072
T072
1.6p~
8
T072
1".S6~P!?l
~
:tl>JtJ
<LJ
T072
T072
1.6p!'!j
~
T072
I.~P!?l
gJ
1.601L1
'I)
T072
T072
1.6p~
8
T072
1, . 66;P!?l
gJ
)O~
ID
T072
T072
1.6p\?;!
8
T072
1, . 66;P!?l
\?:j
>DILI'iL
T072
1.6p[lJ
I/?
T072
1.6olZ1
0
T072
I.~P!?l
P~~
G
G
G
G
8
8
J
G
G
H
G
G
G
G
G
G
G
G
F
J
J
J
G
G
G
G
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
5. SILICON NPN . LOW POWER TRANSISTORS
121 lab & 131 TYPE No,
MAX.
TYPICAL 'h' PARAMETERS
LINE
No,
TYPE
No.
U-lMAX,
I
~OLL.
DISS.
~~'C
flJ
[Q!:RATE~ TABS MAX RATINGS @25'c
lab
IN M E BVeboJ BVeeo BVe~
FREE A M
Ie
(Hz)
~~C
X P
(V)
~
I~~mg
I~gg;::
Ug~
1:1;::
~j
~g
3
K2615B
200m
1.7G§
1.lm
§J
30
7
40296
~: ~~~~~5
10" MP$5172
11# B$W19t
12
2N5136
1~
15
1~
18
~~~~~4
2N4945
~~j~~~
EN871
25# PL4051t
~~: ~t:g~~~
28# PL4055t
~~: :~~~~
37# B(;149
38# BC149B
39# BC149C
~9#
BC16~[Zl
:~
~~~gm
41# BC239
42# PL4054t
45
46
47
48
A3T929
A3T930
A3T2484
MMT930
~~
MMT2484
50# 2$C28
51
MMT2222t
55
56
57
~~
60
~~
63
64
65
66
IU#
PET8006A
PET8007
PET8007A
~:t'i1~~~1t
A3T2222At
A3T3011t
A3T918
MMT918
B"",><1t
~~"'Il ~~~~~OR
78# 2$C815
82# B5W70
83
CI2711
84
CI2712
~~
93
~~
99
19~
105
19~
108
15
15
15
25
30
20
60
40
60
40
40"(21
60
26g~:t. ~:~;::
:j
~g
~g"\LI
250M§
250M§
250M§
250M§
250M§'"
250M§t.
250M§t.
250M§t.
260M§
300M§
300M§
300M§
300M§
300M§
300M§
300M§
300M§
300M§
300M§
300M§
300M§
300M§t.
400M§
400M§
30M§t.
30M§t.
60M§t.
60M§t.
60M§t.
100M
200M§t.
200M§
200M§
200M§
2.2m
2.2m
2.2m
2.2m
1.5m
1.5m
1.5m
1.5m
2.2m
2.2m
2.2m
2.2m
2.2m
2.2m
2.2m
2.2m
2.2m
2.2m
2.2m
2.2m
2.2m
1.5m
2.2m
2.2m
1.8m
1.8m
1.8m
2.0m
2.0m
1.8m
2.0m
2.3m
2.3m
2.3m
+J
+J
+J
+J
§$
§$
§$
§$
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
+J
§$
+J
+J
S$
s5
S$
tJ
tJ
$J
tJ
+J
+J
+J
45
20
45
20
60
75
60
60
30
45
20
45
20
30
40
30
30
20
45
45
45
20
20
20
20
20
20
20
20
20
40
60
80
45
45
60
45
60
+J
30
n~;::
~gg~:
g::: :j
225m
200M§
2.3m
C:~~~~
CI2926
225m
225m
225m
225m
225m
225m
2~Om*
230m
230m
230m
230m
240m
240m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
12
§J
30
$A 25
$J 20
tJ
25
§J
35
+J 30
+J 100
+J 80
+J 80
+J 80
+J 75
+J 100
50
50
30
30
30
30
30
20
20
75
60
80
45
45
60
60
60
40
60
30
30
30
~g
A3T2221At
72# BF208
90
ng;::
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
220m
225m
225m
225m
225m
225m
225m
225m
225m
225m
225m
1.1 m
1.6m¢
1.6m
1.9m
Um
2.2m
2.1m
2.2m
2.2m
2.2m
2.1 m
2.1 m
~:t'i1~~~~t
71# BFX60
~g
200m
2.0~~
200m¢ 2.4~~
200m
3.2G§
210m
120M§
215m" 300M§'"
220m
40M§'"
220m
50M§'"
220m
60M§t.
220m
60M§'"
220m
60M§t.
220m
60M§t.
220m
60M§t.
Nl
n
300M§t.
350M§
350M§
400M§t.
600M§t.
600M§t.
2.0m
1.8m
1.8m
1.8m
1.8m
2.0m
~~~M§t. 2.~m
550M§(21 1.5m
600M§ 1.5m
600M§ 1.5m
900M§(211.5m
750Mt.§ 1.6m
1.0G§
1.6m
2.0m
2.5m
2.0m
1.7m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
tJ
S$
s$
s$
S$
tJ
60
60
75
30
30
30
+J 35
§J
40
§J
40
§$
40
§J
30
§J
30
§J
40
$$ 100
+J 60
$J 30
$J 30
$$ 100
§J 100
$J
18
sJ
18
sJ
18
sJ
18
$J 25
$J 25
$J 25
$J 25
30
30
30
30
30
30
30
40
30
40
40
30
40
12
15
15
15
30
30
~g
25
25
20
30
40
45
15
15
80
60
18
18
18
18
25
25
25
25
m~~~
CI3391A
C:~~~~
CI3397
g~m~
C$2715
c~~~i~
C$2922
D.A. T.A. INC.
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
$J
$J
$J
$J
$J
$J
$J
$J
$J
$J
$J
$J
$J
$J
$J
25
25
25
25
25
25
25
18
18
18
18
18
18
25
25
25
25
25
25
25
25
25
18
18
1~
18
18
25
25
25
25
I(V)
(A)
I ~:g
~g;::
2.0
30m
2.5
3.0
3.0
5.0
5.0
3.0
7.0
5.0
5.0
5.0
7.0
7.0
40m
50m
40m
100m
100m
500m
7.0
5.0
5.0
5.0
5.0
5.0
6.0
5.0
5.0
30m
100m
100m
100m
100m
800m
800m
800m
800m
30m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
800m
1
1
50m
50m
50m
50m
50m
50m
6.0
6.0
6.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
6.0
6.5
6.5
6.0
6.0
6.0
6.0
6.0
5.0
4.0
4.0
4.0
4.0
4.0
4.0
6.0
5.0
6.0
6.0
5.0
6.0
5.0
3.0
3.0
3.0
5.0
5.0
5.0
4.0
4.0
4.0
3.0
4.0
4.0
3.0
5.0
5.0
5.0
6.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
500m
500m
500m
100m
100m
100m
100m
100m
100m
200m
500m
500m
200m
500m
500m
200m
50m
50m
40m
100m
100m
100m
25m
25m
25m
100m
30m
200m
50m
300m
30m
50m
100m
100m
200m
200m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
~gg:::
50m
50m
100m
100m
lebo
@MAX
~b
Veb
(V)
BIAS
Ie
(A)
1.~~ 1~.Om~
1.~\?! 3.0m\?!
.30u""
1.0"" 3.0m""
20n
.50u
lOOn
.05 u\?!
.10u""
1Oo~r
.05u
.05u
.05~Y'rl
50n~
100nlO
50n\O
70000
1.0n
.7n¢
1n
10n~
10n~
10010
10nY'
.02u§0
5.0u~
5.0u~~
.02u§1O
5.0u~
5.0u~
5.0ulO
.02U~W
5.0u
5.0u
1.0n
1n ~
lOnlO
10u~
.10u¢
.01u
.01u
.01u¢~
lOnlO
.05u~
.05u~
1~~ 2.0m~
,05u~
.05ulO
.05u8
lQ~ 2.0m~
1010 2.0mlO
1~8 1.0m8
.01ulO
1010
.05u~
.01ul!1
.01ulO
.40u§
.01u¢
.01 u~
.05u~
.10u0
1~~ 2.0m~
1~~ 1.0m~
10m",
1~~ 1.0m~
lQI!11.0m¢,.,
1010 10m",
.3~8
10m
1.~~ 3.0m
1.010 3.0m
199~
(F)
T072
T072
T072
T072
u51
X80
30
30
55
55
100
100
100
25
35
200
50
75
30
20
20
500n\LIb
30 \LI
1.3 \LI
500nl7J~
500nlllb
500n[Zlb
34 I7J
30 III
34 [Zl
5.0 I7J
5.0 III
5.0 \II
8p(2i
8liiii
tt.
t.
4.5k
2.7k
4.5k
4.5k
2.7k
4.5k
8.7k
4.5k
4.5k
8.7k
2.0
1.5
2.0
2.0
1.5
2.0
3.0
2.0
2.0
3.0
2.5p
2.5p
2.5p
2.5p
2.50
2.5p
2.50
8piIl
l1p$
40ui21
60u!?!
100uiZl
llki21
18k!?!
30kiZl
80
UIlJ
lOu
~
200uILJ
3.0k
1kill
3.0k
1.2k12l
~~
PE~
PE¢
PE0
1.0\0
2.0
2.5
2.0
5.010
5.Q~
ill
40
10m\C 100 tt.*
4.~~
4.510
4.~~
4.50"
100
10mizS
20m
2.0m
2.0m
2.0m8
2.0m~
2.0mlO
55 tt.
25 t.
80 I
40
50
30
80
30
80
90
A
A
MM10 A
~~1g
\
MM 10 A
MM10 A
MM10 A
/
MM10 A
X73
0
~~~ ~l~
OPEt. T0106
u44
A
A
!
A
~~t0 ~:~
~
ANt
PL
PL¢
PL
0
~~t~ T~~
0
u43
Rll0
Rll0
Rll0
A
A
A
4.0~!Zl ~~ ~~~e
~
4.00
4plZi
4.0p
4.00
A
F
A
A
PEt
A~J>
PEt
PEt
u44
u23c
u44
u44
PEt
X73
6p[l
.230t
2.0p
.30i21t
~O~W
~
PE
PL
PE
T072
T072
T072
G
OPE
PL
T072
T018
T092
T092
1.5p
it t.
t t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
t. *
t."
t.*
t.*
t.
t.
t.
t.
t.
12PIlI
lOP!?!
l<?p!!l
10PIlI
12p!?j
l~p!!l
1201ll
12p!?j
12piZl
4.50
t.
t.
t.
12p14
1201Zl
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
0
C
A
6p
6
12p!?j
1 OOn~
4.~~ 2.0m~ 400
100n~ 4.~~ 2.0m~ 250
1OO~w_ 4.510 2.0mlO 250
100n~
4.~~ 2.0m~ 150
1OOnl!1 4.~~ 2.0m¢. 90
100nlO 4.510 2.0m 0
55
100n8 4.~8 2.0m\Z1 150
100n~ 4.~~ 2.0m} 90
100nlO 4.510 2.0 10
55
lOOnY' 4.~8 2.0m8 55
.50u
4.~~ 2.0m~
30
.50u
4.510 2.0mlO 80
.50u
4.~~ 2.0~~
~~
.50u
4.~~ 2.0m\?!
80
.50u
4.5", 2.0mlO 30
.50u
4.52, 2.0m8 80
.50u
1Q~ 2.0m~ 35
.50u
10", 2.0mlO 55
0
tt.#
It.
t.#t.
100 7.0m0 100 t
t~~ ~gg~¢ 1~g
A
A
A
A
A
A
A
C
0
~~~ ~~1g
PE",
PEt
PLt
6pr7l
4.0p3.50
100u~
PE~
1~~~ ~rtEJ ~~~06
l~P!!l
81
T0106
T0106
T0106
T0106
OPL T0106
OPL T0105
OPL T0106
PE¢t MM10
X73
PEt
PEt
X73
PEt
X73
X73
PEt
PE
u51
PE¢ u51
PE
u51
8p[Zl
30u
18u
30u
30u
18u
30u
60u
30u
30u
60u
lOu
t.
25p[Zl
8pr7l
tt.
t'"
tt.
tt.
tt.
t t.
It.
G
G
G
G
GJ
10p.!)Zi AN
6~~ PE
35p$
l:~P~$!Zl AN!Y'
u43
PEt
X73
50n§
1,51' 10m
1u.#¢ .50,(0", 2.0mj
.20u0· . 1010 10m
1.0u
1.0u#
500n
500n
500n
500n
500n
X.OOOl
LC
E0
A D
DE
50 t
50 t
50 t
6.~~ 5.0m¢" 20 t.
5.010
15mlO 30 tt.
l~i 10m~ 100 t.
1.0
1Om~ 40 t~,
1.0
150m"" 20 tl<t.
5.~~ 1.0mJOrl 175 t.
1.~~ 150m~ 40 t:tf.t.
1.010 150m", 40 tl<t.
1.~~ 150m1' 100 tt.
5.~\?! 1.0m~
25 t.
5.010 1.0mlO 400 t.
5.0~~ 1.0m~ 50 t.
10 1.0m¢ 67 t
5.0
2.0"';0 125 t."
5.~8 2.0m8 125 t.*
5.~~ 2.0m\?! 125 t.*
5.010 2.0mlO 125 t. *
1~~ 1.0m~
12 t'"
1~~ 1.0m~ 30'"
1010 1.0m1O 25 t t.
1~ 1.0m~
50 tt.
10 1.0m¢ 115 t
5.0
2.0"';0 330
5.~~ 2.0m~ 220
5.~\?! 2.0m~ 330
5.010 2.0mlO 330
5.~~ 2.0m8 220
5.~~ 2.0m\?! 330
5.010 2.0mlO 600
5.~~ 2.0m~ 330
5.~~ 2.0m~ 330
5.010 2.0mlO 600
5.~~ 2.0m~ 240 t.*
5.0~~ 2.0mq) 240 t. *
1010 1.0mlO 50 t.
1~ 1.0~~ 100 t
10 1.0m\?! 120 t
5.0
1.0m", 60 t.
5.c~8 1.0m8 150 t.
5.~~ 1.0m~ 150 t.
5.010 1.0mlO 150 t t.
1~~ 2.0m~
101O.2.0m.\O
.01u~
(m
DESCRIPTION
Cob ISTRUC
L:TURE DWG,
No.
6.~~ 2.0m~ 220 ~
.0511\0
.05u~
COMMON EMITTER
hoe
hie
hre
mhos)
.~~u~
.30u~
.01U~t
hIe
~~t
G
J
PE
PE
PL
PE
:::g~~
A¢
A
B
B
~9J~a
OA\O
OPLt
R127a
R127a
R127a
R127a
R127a
R127a
R127a
R127a
R127a
R127a
R127a
R127a
R127a
R127a
R127a
OPLt
OPLt
OPLt
OPLt
OPLt
DPLt
OPLt
OPLt
OPLt
OPLt
OPLt
OPLt
DPLt
OPLt
OPLt
OPLt
DPLt
OPLt
OPLt
OPLt
OPLt
OPLt
DPLt
PLt
PLt
PLt
PLt
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
B
R127a 0
T0106 A
T0106 A
T0106 A
:::gJg~
T0106
T0106
T0106
!A
A
A
5. SILICON NPN . LOW POWER TRANSISTORS
LINE
No.
TYPE
No.
lQ.ERATE: ~ TABS MAX RATIN is@25'MAX.TYPIAL 'h' PARAM~TEHS
~OLL.
IN M E BVeboJBVeeo BVel)QJ
lebo
BIAS
COMMON EMITTER
DISS.
lab
FREE A M
Ie
@MAX Veb
Ie
hIe
hoe
hie
hre
@25'CAIRX P
YA.~b
(WI
(HzI
WI'C
(VI
(VI
VI
(AI
IAI
IVI
IAI
IImhos)
(0)
X.OOOI
250m
2.0m
250m
2.0m
250m2.0m
250m
2.0m
250m
2.0m
250m
2.0m
SJ
SJ
SJ
SJ
SJ
SJ
25
25
25
25
25
25
25
25
25
25
25
25
5.0
5.0
5.0
5.0
5.0
5.0
250m
250m
250m
250m
SJ
SJ
SJ
SJ
30
30
30
30
30
30
30
30
6.0
6.0
6.0
6.0
~~g~
~~
18
:~l ~:~~R(~Fr\!~EM: COLLECTOR
.!.jMAX. ~
~:g~ :j ~~
2.0m
2.0m
2.0m
2.0m
~~
100m
100m
100m
100m
100m
100m
.10u~
4.~~
2.0111~ 250 tc.
2.0mgj 150 tc.
2.0mw 90 tc.
4.~q) 2.0mq)
55 tc.
4.~gj 2.0mgj 150 tc. *
4.5\0 2.0m\O
90 tc.*
JW
.10uq)
.1 Ougj
.10u\O
10p~
lQp!?l
100ILJ
lOp\,:!
l~p!?l
120ILJ
~:g 199~ :lg~~ !:~~ ~:g~~ ~~~:
30m .10u\O_
30m. 1Ou~
30m. 10ugj
30m .10ull!
12p~
12p\2l
5.0\0_ .10m\O 100 tc.
5'~8.1 Om8
5.Qgj.l Omgj
5.01l!
.10mll!
45 tc.
45 tc.
90 tc.
I~~~W
65p
650
S5p
80p
8.00
8.0p
2N620
3.0k\2l
H#
24
~~~~~~
2N4287
250m
250m
250m
~~
I~~~~~~*
~~
I~~~~j~:
30
33
50M§tc. 1.4m
50M§tc. 104m
SOM§tc. 1.4m
§J
§J
§J
100
100
45
SO
SO
45
7.0
7.0
S.O
500m
500m
30m
.0Iuq)
5.Q~
.0Iu¢.
IOn
5.Qgj
1.0m~
5.0\0
10u\O
10
10
40 tc.
40 tc.
SO ttc.
2N2975*
1.0u~~
2N2978*
SOM§[)' 1.4m
60M§tc. 104m
SOM§tc. 2.0m
§J
SO
§J 100
sJ 30
SO
60
S.O
7.0
8.0
30m
500m
100m
10ug> 150 t tc.
50 ttc.
1010 1.0m\O SO t tc.
.05u\O
100M§A 2.5m
100M§ 2.5m
100MM 2.5m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
150M§tc.
200M§tc.
200M§tc.
200M§tc.
200M§
200M§tc.
200M§tc.
200M§tc.
200M§tc.
200M§tc.
200M§tc.
220M§
220M§
~~g~
:~# ~~gg~~At
~~#
ME1002
55
5El0l0
~U ~ggg~
~~: ~g~~
70# A'I~41
71.:# AT347
72yj AT348
199~:tc. U~
.5
.J
.J
:fSJ
40
20
20
2.0m
2.5m
2.0m
2.5m
1.5m
2.0m
2.0m
2.0m
2.0m
2.5m
2.5m
2.5m
SJ
S5
§J
.J
§J
$J
SJ
SJ
$J
.J
.J
.J
50
40
30
20
70
SO
45
45
35
35
30
30
30
~~
~~g~ I~~g~:
~:~~ :j ~g
220M§ 2.5m .J 30
20
20
20
5.0
5.0
5.0
25 §
25
20
15
12
40
30
15
25
25
~~
250m
250m
250m
250m
250m
250m
250m
230M§
230M§
230M§
230M§
230M§
230M§
2.5m
2.5m
2.5m
2.5m
2.5m
2.5m
.J
.J
.J
.J
.J
.J
45
45
45
35
35
35
25
30
30
30
20
20
20
250m
250m
250m
230M§ 2.5m
230MM 2.5m
230MM 2.5m
.J
.J
.J
45
50
45
40
50
45
~:g
5.0
5.0
4.0
5.0
5.0
5.0
4.0
4.0
4.0
4.0
4.0
6.0
6.0
500m
250m
250m
100m
30m
100m
400m
200m
600m
100m
100m
30m
30m
1~
50ulO
:50u
500n
2.0¢'
2.0
19
:~g~&
lOOn
10u(7)
:lOu~
1.0uw_
l0~il
:02u
.05u
¢
.05u~
-f?!
. 0055 u
u
J\O
.50u9?
.10u
.10u
~:g
3g~ :.11000~u'u(.l)~
6.0
30m
5.0
5.0
5.0
5.0
5.0
5.0
30m
30m
30m
30m
30m
30m
5.0
5.0
5.0
30m
100m
100m
.50u~
.50ugj
.50u(.l)
.50uq)
.50u~
.50ulD
510000nn~)O
lOOn
3.0
50
'10
1.0,
60,
'1-~f?J
lOll!
l~i
1.0
1.0
1~8
1~~
10",
10"'.10
35 ttc.
150mll!
SO tc.
1.5i,P14
2gg
t#tc.
ttc.
t
t#
ttc.#
ttc.
ttc.
ttc.
ttc.
t#
S~
3.5~14
4.00
7.0p
g~~
3.5~1Zl
~!t>
2.8p
2.80
2.8p
2.8p
2.80
3.5p
3.5p
'lFttc.
;J~
lOll! 1.0m(.l) 350 t ..
2.0mlE 40 #ttc.
l~gj 2.0mgj
40
121D 2.0mlD 100 ""ttc.
1~q) 2.0m8
40 #ttc.
1~~ 2.0m~ 40 ~!tc.
12\0 2.0m\O 100 ""tt>
"i}tc.
3.50
3.5p
3.5p
3.50
1~~ 2.0m~ 100 ttc.#
1~~ 2.0mgj
40 tc.
121D 2.0mlD
3.5p
3.~p!?l
3.501LJ
40 tc.
4.0p
K:I
83#
84.
85.
86.
87+
MO:<725F*
25'C400t
A747A
A747B
A748B
A748C
ga:
I~~:~~
:~
~g~g:~!*
90
93
M0708AF*
~~g~
250m
250m
250m
~gg~
250m
2.5m
2.5m
2.5m
2.5m
5
2~OM:~ 1:5~
300M§
300M§
300M§
2.5m
2.5m
2.5m
.J
.J
.J
.J
50
50
50
50
30
30
25
25
:j
~&
~g
.J
.J
.J
50
30
30
§J
3g
40
~gg~: ~:~~ :j
300M§tc. 1.5m
5.0
5.0
5.0
5.0
60
5:0
45
20
20
S.O
5.0
5.0
~g
200m
200m
30m
30m
600
SOO~
100m
100m
100m
1.0u8
1.0u~
.20ull!
20u(7)
:02u~f?J
.02u"lD
5.0uq)
5.0u~
5.0ulD
6'~8
10m8
S.Q~
10mJ
3.010 .50mlO
30(.1) 50m(.l)
90
35
75
75
'lc?f?J150";~ 40
101D 150m\< 100
2.0m~
330
5.Qgj 2.0mgj 330
5.01D 2.0m(.l) 600
5.Qq)
5.0
200m
.02u\O_
1.0\<1
10";¢
7.00
t#
t#tc.
t
t
t ~'!
th
~:g 199~ ~:g~~ ~:~~ ~:g~& ~~g
15
7.0p
7.0p
t~:0'6t
19~
~~~~69t
102
lQ3#
104#
105
A496
18u
30u
30u
SOu
30u
SOu
2.7k
4.5k
4.5k
8.7k
4.5k
8.7k
1.5
2.0
2.0
10plZl
4.0p
2.50S
2.5p$
2.5p$
3.0
M~~OO1t
2.50$
2p\,:!
6p\2l
4plZl
250~
:oOM§~lio~
$J
40
30
30
340n ~
~;:
12
it
4.5
45
3:0
200m
200
30~
.30u0
.30u~
.10ull!
1.0(.1)
10m
10"!,
101D 4.0m"
1.6~~
PLt
PL
OPt
PE
PE
¢
PE
PEt
ANtc.
OPt
OPt
OPt
OPt
OPE
PEt
PEt
PLt
PLt
PLt
PLt
PLt
PLt
PLt
PL
PL
PLt
PL
PL
PL
PE
PEt
PEt
PEt
ANtc.
PE
PL
PL
PL
PL
40 ttc.
30 ttc.
20 tt>
MM12
MM12
MM12
MM12
MM12
MM12
MM12
MM12
MM12
MM12
MM12
MM12
T018
T092
ig:~
T092
T092
T089
T089
L2f
T018
MM10
MM10
MM10
MM10
MM10
.20t
ANtc.
ANtc.
ANt,
PL
0
PL
OPL
T089
T089
T089
TOlOS
TOlOS
R097e
X55
R97.
T018
R97.
PpLE;~t X55
"\0
MM10
T018
T089
D.A. T.A.INC.
82
F
L2'
L2j
TOlOS A
T0106 A
T0106 A
u29
u29
MM12 0
MM12 0
TOlOS A
T018
T092 B
T018
A'/J
X20
T018
AQj
T092
0
T089
TO 106 F
TOlOS F
T0106 A
T0106 A
TO lOS
MM12 0
MM12 0
~O~~O
3.00
sJ
$J
OPt
OPt
40 ttc.#
8DfZi
400M§tc. 2.0m
OOM§ 20
F
*
2.0
5plll
5pfii
25 n m
250'
R8
X59
X59
u29
u29
L2j
L2j
L2'
:
3.0
99# 25C39A
ME9002t
TI563
*
1.80
M02219AF*
~,
PL9?
10p~
S.Op
3.5~1Zl
75# 2SCS19t
250M§
250M§
250M§
250M§
2 OM
A
A
*
~P!?l
1001LJ
nY1l~~gn5
250m
250m
250m
250m
~PL9? TO lOS
g~t¢ ~~~OS ~
iii
1.b~m)O 2~g itc.
1~~
~
iii
500~¢ 115 t
l~~ l:g~ ~
ig 1g~
III
150m~ SO #ttc.
10m(7) 45
2.0m~ 20
10mI' SO
10m(Z 60
150m~ 40
10mll 40
10mI:'; 100
10m~ 40
10mI' 100
2.0m9? 35
1.0m
SO
1.0m
200
A
A
A
A
A
A
A
A
15p
6.0
6.0~fi1
T010S
T0106
T0106
T0106
T0106
R97a
R97a
R97a
¢
3p~
250m
250m
250m
PLt
PLt
OPL
OPL
OPL
S.OOitJ
I~:g~~
32
32
32
~rtL9?
5.0~~ 1.0mgj
~?# ME4002
38# ME4003
39
2N3793
2N957
1.0u!?l~
1.0ulLJb
5.~8
2.0nq)
2.0n~
S.~P!?l
l)~P:
1.0uE b
1.0u!?l~
1.0uILJb
250m
250m
250m
46
1.0m~
(F)
PLt
PLt
PLt
4.~gj
4.5w
'.11 00uu.gj
DISSIPATION
DESC RI TI N L C
Cob ISTRUC
E0
l:TURE DWG. A 0
No. 0 E
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
0
0
0
0
0
0
0
0
0
0
0
0
0
g
A
A
A¢
A
A
A
A
A
A
A
A
A
A
C
C
LINE
No.
~
3
4
5
6
~
~
IN ORDER OF (11 MAX CO LLECTOR DISSIPATION
(2) lab & (3) TYPE No,
5. SILICON NPN . LOW
POWER
TRANSISTORS
MAX,
ABS MAX RATINGS @2S'
TYPICAL 'h' PARAME ERS
DESCRIPTION l
TYPE
No.
-"
M02369F*
TlS62
A497
2N4254
2N4255
!~~:~~~
f1t~AX,
~
OlL.
OISS.
lab
~~;C
(Hz)
I~~~~
250m
250m
250m
250m
2~~m
9# AT344
GI3793
M0918AF*
12
M0918BF*
M0918F*
l~# ME3001
1!l# ME3011
250m
250m
250m
250m
250m
250m
250m
250m
l~
~~~:::
1~
~r;~~Ol
18# ZTX320
ZTX321
~g"''Il CS3662
CS3663
21
~~~~~67
H#
PET3002
24
PET8101
ME3002
2N4251t
27
~~#
~g
~:::lgglA
MT1063
A430
H# BFW30
33 ... 2N5761
34#
30
~~:
~~:
~F~:O
BF241
BFY85*
BFY86*
BCY58
39
BCY59
40
41# BFY80
BSY62
42
FTl07A
:~ FT107B
FT107C
45
A473
BF168
BF173
48
:~#
~g: ~~~~~t
51
52
TP4274t
TP4275t
2N1990W
2S741A
~~:
~~: I~~~:~~
57# 2S744A
~~: I~~~:~~
60# 2SC538
g~: ~~g~~gA
63# 2SC689Ht
g~# 'i~~~13t
66
~~
69
70
71
72
CI3414
c:~:l~
CI3417
CS3414
CS3415
CS3416
n
1~~Nl?
~~
'~:~41~
75
78
79
80
81
~~
GI2712
GI2715
GI2716
GI3707
GI3708
I~:~~~~
GI3711
M08001*
M08002*
M08003*
ZTX341
ZTX342
gg:=;# PBC182
PBC183
PBC184
2N4879*
93
2N4880*
84
85
86
87
88#
~~;=
~~
96
~~
99#
2N2432~0
2N2432A
2N4138
~~~g~r
l~~# I~~~~~A<;ZJ
102
19~
105
106
107
108
l~g
2N755
I~~~~g
2N842
~~~~g
2N1390
~~B~~
D.A. T.A. INC,
250m
250m
250m
250m
250m
250m¢
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
255m
255m
260m
260m
260m
260m
260m
260m*
260m
260m
260m
~gg:::*
260m
270m
275m
280m
280m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
I~gg:::
300m
300m
300m
300m
300m
300m
300m
I~~g~
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
tm:RATE~
T
IN
ME
FREE A M
AIR
X P
W/'C
I~~~~;~
500M§t.
550M§
600M§t.
600M§t.
I~~g~:~
600M
~gg~~1
600M§t.
600M§t.
600M§t.
600M!t.
gg~~:t.
l.~m
1.5m
2.0m
2.5m
2.0m
2.0m
2.0m
2.0m
1.7m
2.5m
1.5m
1.5m
1.5m
2.0m
2.0m
2.5m
2.0m
2.5m
2.5m
2.0m
2.0m
2.0m
600M!
600M!
700M!t.
700M!t.
750M!
750Mt
800M! 2.5m
800M! 2.5m
900Mtt. 2.0m
1.3G!t. 1.4m
1.3G§
1.7m
1.5G!
1.7m
1.5G!
1.7m
1.6G§
104m
1.6G§
1.4m
3.0G§t. 2.0m
3.0G§
1.4m
400M§ 2.6m
400M§ 2.6m
50.M§
50.M§
50Mb!
200M§t.
200M§
260M§
280M§
550M!
550M§
550M§
600M!
300M§1l
400M§t.
400M§1l
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
1.5m
2.0m
1.5m
1.5m
2.0m
3.0m
2.0m
2.0m
2.0m
2.0m
8.3m
2.0m
204m
204m
2.4m
2.4m
204m
204m
204m
204m
3.0m
3.0m
3.Qm
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
1.7m
1.7m
1.7m
3.0m
3.0m
3.0m
3.0m
3.0m
1.7m
1.7m
2.0m
2.0m
2.0m
1.7m
2.0m
2.0m
3.0m
3.0m
3.0m
3.0m
2.0m
2.0m
2.0m
2.0m
1
150 ill
150 It.
150 It.
15M§t.
15M§t.
~gg:::<;ZJ 20M§t.
20M§t.
300m
20M§t.
300m
20M§t.
300m¢
20M§t.
300m
20M§t.
3~~m
30M§t.
300m
30M§t.
300m
30M§t.
300m
30M§t.
300m
30M§
300m
30M§t.
300m
30M§t.
300m
300m
30.M
30M§t. ~.Om
300m
30M§1l 2.0m
300m
~gg:::~2t
:~
$J
+J
$S
$S
$S
$S
§J
+J
§J
§J
§J
$J
$J
+J
$J
+A
+A
$J
$J
$J
$J
+J
+J
$J
!J
§J
!J
!J
§J
§J
$S
§J
+J
+J
BVeboJBVeeo BVe~
Ie
(V)
:g
30
40
30
30
30
30
30
40
30
30
30
30
30
~~
30
30
30
18
25
25
30
18
30
15
30
30
30
20
20
20
20
40
40
45
45
32
45
§J 100
§J
25
$J 60
$J 45
$J 30
§J
40
§J
50
§J
40
§J
§A
+J 100
30
75
115
30
75
115
§J
25
§J
45
§J
25
§J
40
§J
40
§J
20
J
25
J
25
J
50
J
50
$J 25
$J
25
$J 50
$J 50
+J 18
+J 18
+J
+J
+J 18
+J 18
+J 30
+J 30
+J 30
+J 30
+J 30
§J
§J
§J
+A 100
120
60
#J 45
#J 45
§S
55
§S
45
§S 30
§S
45
§S 30
§S
60
§S
30
45
60
§S 100
§J
45
§J
45
§J
45
§J
45
§J
45
§J
20
§J
45
§J
45
1~
~~
:~
(VI
1~
(A)
~:~ I~~~~
12
25
18
18
1~
19
20
15
15
15
12
13
15
15
12
12
15 §
15
12
12
10
1: ill~
14
10
10
15
12
40
40
45
45
32
45
90 §
15
60
45
30
25
30
25
25
12
15
75
30
75
115
30
75
115
25
45
25
15
35
20
25
25
50
50
25
25
50
50
18
18
3.0
4.0
4.0
4.0
4.0
4.0
4.0
5.0
5.0
5.0
5.0
3.0
2.0
4.0
3.0
3.0
3.0
3.0
3.0
3.0
5.0
4.0
4.0
3.0
4.5
4.0
4.0
4.0
2.5
2.5
3.0
3.0
4.0
4.0
5.0
5.0
5.0
5.0
3.0
5.0
8.0
8.0
8.0
4.0
4.0
4.0
4.0
,~:o
.0
30m
25m
50m
50m
50m
50m
50m
50m
50m
50m
100m
100m
30m
25m
25m
50m
200m
100m
100m
100m
100m
80m
80m
80m
50m
50m
30m
50m
25m
25m
100m
100m
100m
100m
50m
200m
~!lm
50m
50m
25m
25m
25m
30m
50m
50m
50m
50m
50m
50m
50m
50m
50m
3.0
3.0
3.0
3.0
3.0
5.0
5.0
5.0
5.0
5.0
4.0
5.0
300m
30m
500m
~.O
~QOm
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
500m
500m
500m
500m
500m
500m
5.~
1~
18
18
30
30
30
30
30
40
50
60
100
120
50
30
30
55
45
30
45
30
60
30
45
60
80
45
45
45
45
45
20
45
45
(VI
5.0
5.0
5.0
lebo
@MAX
Vcb
(A)
.. Q~u~
:n~~
:lg~~
.10u~
.10~~
.50u
.50u~
.01~~
.01u
.01u~
.05~~
§
§
§
§
§
BIAS
Ie
10
(AI
19~
7.0m
2.0~~
2.0m
10¢
10ii5
t:g:::~
10~
5.0
1.0m
5.0
1.0m
5.02, 1.0m~
l~i
.05u~
5.~~
10
8.0n;:~
8.0m
10?}
10m
3.0m
3.0m~
8.0~~
8.0m
1.0m
3.0~¢ 10~~
.50~~1
LOu t
10m
10
.05~~
.05u
50n~
50~~
500n
1.0u<;ZJ
5.0m~
5.0
8.0n;:~
.10m
5.q\,!
5.0m~
5.~~ 5.0m
5.0
25mJl
5.q~
50 ~
5.0~QI
10
15m
5.02,
1.0m
1~~ 1.0m
10
5.0n;:~
20~&
.01u
'Oll~n¢
.50¢ .01m¢
.01m~
10 20m~¢
lO~l .5~~
10m
1.0
.10u
.50u
2.0n\,!
2.0~~
2.0n
k~~t<;ZJ
1.0u#
100u
100u
100u
100u
100u
.b~~~
.0 1U?;!
:~~~~
.10u<;ZJ
.10u
lOOn
lOOn
100~~
lOOn
.10u
:lg~0
.10~<;ZJ
19~
1.0m~
1,0n;:~
10ii5 1.0m
10 7.0m
tg¢
~:g~¢
5.~~
5.0
5.~~
5.0¢
5.0
5.0
~~ ~~
.7f~12l
40 t
l~g ~~
1OPEl
50 tt.
50 t t.
20 tt:.
20 tt.
20 tt:.
20 t#t.
20 t
20 tt:.
20 tt.
20 tt.
50
5.0
60 tt.
30 tt.
20 tt.
32 tt.
45 t
75 t
75 t
25 tt:.
25 tt.
30 tt.
100 t
66 tt.
35 tll
50 tll
50 tll
100
100
30 tll
40 t
335
24u
1.0k
74u
120u
1.6k
90 t
100 t
88
2.0~~
2.0~<;ZJ
2.0m
2.0m
4.~~ 2.0m
4.~~ 2.0m
2.0m
4.5
4.~~ 2.0m
5.~~
5.0
.ln~
5.q~
1.0m\,!
.85p$
.85p$
1.20$
.8pt
~~~
PEt
5.00
2.5p$
2.5p$
2.50$
2.1p
1.3p
OP§~
6.0p
40$
4p$
3.50
5 pili
180 t.
75 t.
180 t.
OP~~
OPE
PE
PE
PL
PE
NPE
PE
PE
PE
PL
PL
PL
PL
PL
PL
PE
PE
PE
PE
PL
OPLt
OPLt
OPLt
OPLt
OPL
OPL
OPL
OPL
PE
.. PE
1~~~
12
~~~
P§\'!
PE¢
PEii5
PE
PE
PE
PE
PL
PEt.
50121
5 pili
~~
PE
PE
¢
45 t.
90 II
1.0n;:~ 180
II
1.0m
1.0m~
1,0n;:~
1.0m
2.0m~
100 tll
100 til
100 tll
3.0p
3.0p
3.00
~g ~~
20n;:~ 100 llt
2.0m
5.00
5.0p
5.0p
.80$
.8p$
2.0~?;!
~~g ~~
2.0n;:~
1.0m
175 ttl
1.0m~
5.~~
5.0
1.0n;:~
1.0m
5.q~
1.0m~
1.0n;:~
5.~~
5.0
1.0m
5.02, 1.0m~
5.0"r:~
5.0m
5q~
1.0m~
5.~~
5.0
1.0m¢
10";¢
1.0m
1.0m
5~~
5.0
ME
OP¢
OPE
OPE
PEt
1.2p
.95p
.950
120
.0Iu~
5.~~
5.0
5.~~
2.3p
3.5fol2l
2p!?]
OPt~
OPL
~ggr:l2l
~~g ~
~t¢
P';iP,
~~~
75 t.
180 t.
120 ~
~~f
3.0~El
Ug~
300
.Q1~~
.01u
19~
PLt
OPE
~i
ill
~gg
~
~:g~ ·11.g~~ 45 t.
.11~'1J5
30iii
2.0m
2.0m
4.~~ 2.0m
4.5
5.~~
5.0
1~~
10¢
.05~~
Hjii5
.05u
500n~* 1.~~
500n¢*
1.~~
5.0
lOu
lOu
5.~?;!
A~~
AN
Up
3.0
7.0
23
33
PE
~~m
3PEl
2piZ!
8.5k
28k
39k
'~~;
PL
PEt
t
t
3.0n;:~ 5.0 t.
20 t.
20 t.
3.0m~
3.0m¢ 20 t.
4.~~ 2.0m~
.05u~
83
300ft
.7p$
.70S
.7P!!!
3.0m
2.0~~
4.~~
4.5
2.0m
5.q~
(F)
~giii
115 t
50 tt.
30 tt:.
250
250
250
.
tgQl 2'POm{l 40 tll
1.q\,! 30~ 45 tll
60 t
5.~~ .10m
4.5
2.0m
75 t.
4.~~ 2.0m~
1~~ ~
4.~~
~TRUC
-TURE
Cob
4P~
~g~
.10u~
IOn
IOn
X.OOOI
10mQl 30 t.
10m0 35 t
35 t
2.0m
l ° r i 25 tll
3.0m
5:0 II
5.q\,! 3.0m\,! 5.0 t.
4~~
4.5
.8b~Q;
(m
1.~~
1.0
1.q~
.50u
.50u
.50u
.50u
.50u
.50u
.1~~
.01u
.01u<;l)
LOu
LOu
LOu
LOu
LOu
lOu
COMMON EMITTER
hoe
hie
hre
I'mhos)
lq\,! 2.0m\,!
6.q~
.05u¢
LOu!
.05u\'!
hie
:~ ~~:
10m
~~:) 30
1'~~
'1 ¢ 4.0m
tt.
.10u~
.10~~
.10u
30m
30m
30m
100m
100m
200m
200m
200m
10m
10m
100m
100m
100m
10m
100m
100m
50m
50m
50m
50m
50m
30m
30m
50m
30m
30m
(V)
1~~
.50u
10
1.0U$<;I)
.50u
12
1)1
200n
1.0
200n
1.02,
.50u¢
19~
.50u
10
.1O~~
.10u
4.0
4.0
4.0
5.0
5.0
5.0
5.0
5.0
7.0
7.0
15
18
15
7.0
15
18
3.0
3.0
2.0
2.0
2.0
5.0
5.0
2.0
5.0
5.0
Veb
1.0n;:~
1.0m
1.0m~
100
50
50
50
225
50
50
20
20
20
40
20
60
150
15
tll
tll
til
til
t t.
tll
t#
II
II
II
II
II
II
II
tll
l~g ~
12P~12l
120$
12~1lI
'18f:l2l
12PEl
1.2u!?]~
1.0uiZlb
80
80
40
32 !?]
32 iZl
2.0
6.0 !?]
6.0 iZl
1.0~~~b
LOu
32 ~
32
6.0 ~
6.0
1.2uiZlb
350nb
1.0u!?]~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
1~~~
10
15p!?]
15piZl
6.00
8.0p!?]
8.0piZl
7.00
8.~~~
8.0
EA*
EA*
EA*
P~~
PL¢
PE
~~*
PE
C
EO
OWG. AD
No.
E
o
+gg~
X55
A
MM10 C
B
:::g~~ B
A
X55
X55
A
T0104 G
A
T018
T089
T089
T089
:::glg~
Rll0
X20
X59
X59
T0106
T0106
T018
ZA8
Rll0
Rll0
T0106
T046
T072
T072
u49
TOn
T072
X80.
~~~
X76
L2t
L2t
T018
T018
T018
TOl8
T018
T018
T018
TOn
T018
T072
T072
MM12
X93
X93
Rll0
T018
T018
T018
T018
T018
T018
T018
T018
T018
T018
T018
T018
R127.
R127a
Ri27a
R127a
R97a
R97.
R97.
R97.
R97d
R97d
F
F
A
A
A
A
~¢
A
A
A
G
G¢
Y
R
C
C
~~
A0
J
C
A
A
A
A¢
~~
A
A
0
0
0
0
A
A
A
A
1~~4~
R97d
R97d
T018
T018
T018
T018
T018
L2v
L2v
L2v
X59
X59
T098
:::g~~
L20
L2p
T018
T018
T046
L2p
PE
u26.
PE
u26.
T018
T018
T018
T018
MEt. T018
T018
T018
PO
T05
~*
t.
t.
~*
~t~
Pt~
PL
A
A
'A
~~~
A
A
A
A
A
F
F
B
B
B
~~
A<;ZJ
B
B
~~
~~
Aii5
~~A
LINE
No.
~
5.
TYPE
No.
~: I~~;~~
3#
4
5
6
7
8
9
10
11
12
2S503t
3N71~.
JAN~~74¢
3N75
JAf'!~N7511l
3N76¢
JAN3N76¢
3N7~f!;1
3N7~g
3N79
14# Ig~~g;~
ui# ZT930
1~#
;~
18
~g
21
1~~~6~O:
2N2641*
I~~~~!~:
2N2644*
n
j~~~~~g~~:
~~
1~~~~~9
~g
1~~~~~l4;i2A
30
2N5135
24
27
3~
2N841
JAN2N2432
I~~~W
33# BC117
~~# Iggm
36# BSY890
~7# FT023
38# FT024
39# HT400
:~#
42
:~
45
~~#
47#
4B
~g
51
1~~~gJl
SE6002
~~~~~~i
JAN2N929
BFX92
BFX93
2N844
1~~~~~7t
2N2356A0
~~ I~~~:~g;*
54# 2SC1010
gg
Igg~g!~t
57
EN697
60
TRS3012
~g'" 1~:?3'611ul
~~
63
g~
66
g~
69
~~
72
73
74
75
+~~~~gi
TRS4001
TRS4002
TRS4501
TRS4502
TRS5011
TRS5012
TAS5501
i~~~5~~
TRS6012
1~~~:60*
~~
2N1386t
2N2586
2N2652*
2N2652A*
~g
I~~m~:
81
82
83
84
2N2915*
2N2915A*
2N2916*
2N2916A*
2N2917*
2N2918*
2N2919*
JAN2N2919*
2N2919A*
2N2920*
JAN2N2920*
2N2920A*
2N3567
2N3568
2N3569
2N3680*
78
gg
87
88
89
90
:~
93
94
95
96
~~
~~3~g~:
.4.311
A321
A322
BC186
lq~# BFV85F
BFV85G
10j:
BFY10
105
BFYll
19~: BSX21
108# BSY10
109#
1~~~~13
110
99
100.
19~~
D.A. T.A. INC,
~
ILiC )N NPN . LOW
POWER TRANSISTORS
lABS MAX RATINGS @25'
MAX.
TYPICAL 'h' PA
lQ.ERATE ~ T
IN
ME BVeboJBVeeo BVe~
FREE A M
Ie
AIR
X P
(VI
(V)
V)
(A)
{HzI
§J
~.Om
5.~
~Om
~;
2.0m §J
30m
5.0
30M!l; 2.0m §J
25
30m
5.0
25
30M!1l 2.0m §S
50
18 20m
30M!A 1.7m §J
50
20 20m
30M§1l 2.0m §S
50
18 20m
30M!A 1.7m §J
50
20 20m
30M§1l 2.0m §S
50
18 20m
30M§1l 1.7m §J
20 20m
50
30M§1l 2.0m §S
12 20m
40
30M§1l 2.0m §S
12 20m
40
30M§1l 2.0m §S
12 20m
40
30M§1l 500u §J
5.0
30m
45
45
30M§1l 500u §J
30m
5.0
45
45
30M§1l
5.0
30m
45
45
2.0m
5.~
~~~
5.0
2.0m
31M§1l 2.0m §S
5.0
30m
45
45
31M§1l 2.0m §S
5.0
30m
45
45
31M§1l 2.0m §S
5.0
30m
45
45
31M§1l 2.0m §S
5.0
30m
45
45
32M§1l 2.0m §S
5.0
30m
45
45
5.0
32M§1l 2.0m §S
45
45
30m
45 § 2.0
40M!A 3.0m §S
45
50m
45 § 1<1. 0
2.0m §S
45
50m
~!!M§
50 ¢
40.M
2.0m §J
50
1.5
50m
40M§1l 1.7m §S 30
30
100m
40M§1l 1.7m §S
45
45
100m
40M§1l 3.0m .S 40
30
5.0 200m
40M§1l 2.9m .J 30
25
4.0 200m
40M§1l 2.9m .J
3.0 500m
20
40.M§
3.0m .J ~g
30
5.0
40M§1l 3.0m .J 120 120
5.0
.J
:g~;2 ~:g::: .J l~g l~g tg
40M§1l 2.0m §J
25
18
7.0 100m
40M§1l 2.5m $S 50
30
6.0 300m
40M§1l 2.5m $S 50
30
6.0 300m
40Mll 2.0m §A 20
20
5.0
50m
§A 20
5um
2.~m
5.~
4~UM"tl; 3.0m .J 40 ~g
5.0
40.M§
.J 40
30
5.0
3.0m
42M§1l 2.0m §S
45
30
10 50m
42M§1l 2.0m §S
45
20
10 ·50m
45M§1l 2.0m §J
60
45
6.0
30m
45M§ 2.0m §J
50
45
6.0
30m
45M§ 2.0m §J
50
45
6.0
30m
60 § 3.0
50M§ 2.0m §J
60
50m
80 § 3.0
50M§ 2.0m §J 100
50m
2.0m §J
30 ¢ 3.0
50.M
50m
30
50M§1l 1.7m ... S 25 7.0
7.0
50M§1l 1.7m §J
75
40
5.0 500m
50M§1l 1.7m §J
80
40
5.0 500m
50M§1l 2.4m $J 60
40
8.0
50m
§J
~.7m
I~:g
1.7m §J
~~ ~~
50M§1l 3.0m .J 60
30
5.0
4.0 100m
#J
~g~:2 pm
2.0m §A 300 3~g § 6.0
50M§1l 2.0m §A 300 300 § 6.0
50M§1l 2.0m §A 350
6.0
50M§1l 2.0m §A 350
6.0
50M§1l 2.0m §A 400 400 § 6.0
50M§1l 2.0m §A 400 400 § 6.0
§A 450 450 § 6.0
50M§1l
50M§1l ~:g::: §A 450 450 § 6.0
50M§1l 2.0m §A 500 500 § 6.0
50M§1l 2.0m §A 500 500 § 6.0
50M§1I 2.0m §A 550 550 § 6.0
50M§1l 2.0m §A 550 550 § 6.0
50M§1I 2.0m §A 600 600 § 6.0
50MIll 2.0m §A 600 600 § 6.0
55MIll 1.7m §J
45
25
7.0
60M§1l 2.0m §S
45
5.0
50m
0 3.0
50m
60.M
2.0m §J
25
60M§1l 2.0m §S 60
45
6.0
30m
60M§1l 1.7m §J 100
60
7.0 500m
60M§1l 1.7m §J 100
60
7.0 500m
6.0 - 30m
60M§1I 2.8m §J
45
45
60M§1l 2.8m §J
45
6.0
30m
45
60M§1I 1.7m §J
30m
45
45
6.0
60M§1l 1.7m §J
30m
45
45
6.0
60M§1I 2.8m §J
30m
45
45
6.0
60M§1l 1.7m §J
45
6.0
30m
45
45
45
6.0
30m
60MIll 2.8m §J
60M§1l 2.8m §J
30m
45
45
6.0
60M§1l 2.8m §J
30m
60
60
6.0
60M§1l 1.7m §A 70
6.0
30m
60 *
30m
60M§1I 1.7m §J
60
6.0
~g 60
60M§1l 2.8m §J
6.0
30m
6.0
30m
60M§1l 1.7m §A 70
60 *
30m
60M§1l 1.7m §J
60
60
6.0
60M§1l 3.0m .J 80
40
5.0 500m
60
5.0 500m
60M§1l 3.0m .J 80
60M§1l 3.0m
.J 80
40
5.0 500m
60M§l; 2.0m §S 60
30m
50
6.0
60M§1l 2.0m §S
30m
60
45
6.0
60M§1l 2.0m §S 60
60
6.0
30m
3.0
60M§1l 2.0m §J
80
60M§ 2.0m
30
30
5.0 100m
60M§ 2.0m
30
30
5.0 100m
60.M§
2.0m §J
40
25
5.0 100m
60M§1l 500u §J
60
60
6.0
50m
50m
60
60
6.0
60M§1I 500u §J
50m
60M§1l 2.0m §J
45
45
5.0
§J
45
5.0
50m
~~~§l; 1~·Om
50m
2.0m §J 120
5.0
60~~~ 2.0m §J 45
5.0
50m
60M
6.0
60M§1l 3.0m .J 40
30m
*0 7.0
60M§1l 3.0m .J 75
1J
-1~AX.
OlL.
DISS.
@25'C
{WI
~~~~
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
3gg~
300m
300m
300m
300m
300m
300m
300m
3g~~
300m
300m
300m
300m
3q~m
300m
300m
~~g:::
300m
300m
300m
300m
~gg~
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
3gg~
300m
300m
300m
300m
30(jm
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
~gg~
300m
300m
300m
lab
~g~i~
31~i~
wrc
~~
:~ !~
!~
~g~~2
~~g ~
~~
lebo
@MAX Veb
Veb
(A)
IV)
IOn
5.~~
IOn
IOn
.011~~¢
~:g~
.01u
10nlO
.011~n0
.Q1u@
.01~~
.02u
IOn
IOn
.01u
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
1.0u
1.0u
.50u~0
IOn
1~1
.05u
.30u
.10~~
.10~~_
.10u
1'I!~u8
.10~~
5.~~
5.0¢
I;:~~
5.00
5.~~
5.~g
5.0
5.~~
5.g~
5.0
5.01ll
5.00
5.pg>¢
10iii
1'~J!",
10¢
10
IN ORDER OF (1) MAX CO LL ECTO R 01 SSIPATION
{21 lab & {31 TYPE No,
AMETERS
DESCRIPTION l C
COMMON EMITTER
BIAS
EO
Cob ~TRUC
hie
hre
Ie
hIe
hoe
·TURE
OWG. AD
No.
E
(A)
I{mhos)
(m X.OOOI (F)
10u8 40 tll
P~~ T018
~.~~ PL¢
100 tll
10~g 180
8.~~ PLiii T018
8.0
T018
lOu
ill
tll
l;
T072 G<::@
T072 GC¢
8.0C
T072 Gci2l
II
T072
8.0p~,..;
II
TOn gg~
T072 GcQi
8.0
II
T072 G<::f!J
8p!(j
II
T072 GC¢
T072 GCQ)
10
II
60 II
u26a B
32 ~ 6.0 ~
8.0p~
1.0u~~
1.0uiZlb
32 iZl 6.0 iZl
u26a B
8.0piZl
J5g fl2l
T018
65 II
32 !(j
L2t
1.0u!(j~
~.Om8
I~'O~~
II
32 III I~:g ~
L2t
1.0~g 65
1.0~~?b 320
,0
1.0m
65 II
1.0u
6.00
L2t
130
l;
L2t
1.0m@
8.0p!?:/
32 ~ 6.0 !?:/
1.0u~~
I~
130
II
32
III
L2t
6.0
~
1.0~~ 130 II
1.0~~?b 320 6.0
8.~~~ 1iii
8.0
1.0m
1.0u
L2t
65 II
1.0u b
L2b
1.0m~
6.0 ~
8.0~!l;l
I~
130 l;
1.0u b
6.0 (Zl
L2b
8,Or~!Zi
1.0~~
T018 A0
80 l;
1.2u b
15
1.0m
80
6.0p
350nb
40
2.0
MEll
10m\l 40 II
!,018 A~
PO¢ T05
4'Pfol2l II
1.0m0 80 tll
T018
T018 A~
1.0m~ 80 tll
12p!?:/ l;
R97
25p(Zl PE
10~~ l~g i:2
250$
TO 105 A
10m
35p$
TO
106 A
20
t#ll
150m~
12p
OPL R97
t#
10~~ 200
30 tll
6.0p
30m
OPL R97
1..z p ~~I:
o
¢
y~
)'!fl
~~~
19~~
g:g~~ ~
~~ ~
A~
3~ ~:g:::¢ ~g
5.0a
igg~0
Iz_o~r
.50u
45 l;
14 tll
:!~ tll
10~g 150
50 tr:~
1~~ 10m
10
II
40 ttl
1.~@ .0Im~
20 tll
1.~~
60 l;
5.0
5.~~ 1.0m~ 60 l;
150
1.0~~ 80 II
5'P~l/l 1.0m
1.0mJ;, 80
5.050 10~~ 30 t
10
50m 2.5 l;
30 tll
5.~@ 1.0m@
5.0¢.
50 II
1.0~ l:g:::g 100 tll
.50u
.0Iu~
01U~0
IOn
10n~
10n¢
1.0u
1.0u
.10u¢
.01u
.05u@
·pg~~0
. ~ ~uf!;1
·11.g~g
lOOn
2.0~~
2.0u
2.0u~
2.0~g
2.0u
2.0u~
~:g~g
2.0u@
2.0u~0
lOu
10u~
1O~g
lOu
10rp
1.o"';iii 150 tll
6.0m~
6.0m~(l
~.b~1
2. n
IOn
IOn
IOn
IOn
IOn
IOn
IOn
2.b~¢
1.0u
2.0~~
2.0n
1.0u
2.0n~0
50u
SOul?]
5~'t
.01u
10;1
2.0n
.50u
lOOn
lOOn
.01u8
.01~~
2.0u
~5
2f~~
~g
.250~~0
84
20 l;
SOu
SOu
10m
1.0~
b
b
10m~
'r6~~
\~
i~
~ m~} ig
25 II
19
5.0'(; 1.0m
10 p 5;9~m.!,.,
4.~~
4.0
4.~~
4.gg
4.0
4~f!;1
!:gg
5.~@
5.~~
5.0
5.~~
50~~
50m
50m~
50~~
50m
50mf!;1
50~g
50m
25m@
25m¢
25m0
25m~
5.~~
5.0
5.~~
1.0m~
5.0
.5PO'!0
1.0u
:n~~ ~:gg
2.0n
6'P~012l
i2
.01u
100u
15
15
1.0
5.~~
5.0
5.!!1?]
5.~g
5.0
5.!!1?]
25m¢
25mizl
1.0~~
1.0m
1On I?]
10~g
lOu
1.0m~
~:g~
10~$
1.0m
5.~~
5.0
5.!!~
10~~
lOu
10uE'
0
1.lOu
10uE'
5.~~
5.~~
5.0
5.~~
10u~
":Z
1.~~
5.0
5.~~
5.0~0
10
\~
1.0uiZlb
350nb
350nb
16u!Zi
500n0b
32 !Zi
32 !?:/
32 iZl
40
40
~g~!Zi
20~~
2~~~
25
6.0 !Zi
6.0 !?:/
6.0 iZl
2.0
2.0
5.0k!Zi
340
5.00
~~ il
~?
65
65
65
65
60
60
65
65
50
35
45
80
50
50
60
150
60
150
150
300
60
150
60
60
150
150
175
r:
t#
t
t#
t#
t#
t#
t#
t#
II
tll
t
tll
II
II
tll
tll
tll
tll
tll
tll
tll
tll
tll
tl;
tll
tl;
tll
~~g ~
tll
t
tl;
II
II
1.0ul<Jb
45u
50~~
SOu
1.0u!?;!~
1.0uiZlb
1.0ub
10:!~
1.0u b
lOOn b
1.0U~?
1.0ul2lb
1.0u b
60u
lOOn p,b
1.0u b
60u~.
100niZlb
)~JI
8.0 IZl
11
~~g~
35
6.~~~
6.0
6.0p!?:/
6.~~~
6.0
6.0p~
6'~~i
6.0
32{ii
30kE
10 IZl
30k~
10 ILl
~~ ~
140
14p
14p
14p
14p
14p
140
14p
14p
140
14p
14p
140
1~P!?l
4piZl
4.00
6.0p
1~~~
15
6.OP!?:/
19~0
32 !?;!
32 iZl
320
37 !?:/
32121
370
32 ~
32 III
37 !Zi
45u0
1.0u!?:/~
1.0uiZlb
18u
30u
30u!(j
40uiZl
24k!Zi
32 !?:/
32 iZl
4.5k
8.5k
13 !(j
24 iZl
10 !Zi
5.0p~
6·~gi
6.0
5'01>~
6f8~$
2g~~
6.OP!?:/
6.0f~0
1.5
2.0
~~
3.5p
3.5~ot
500n0b
340 15.00
ig1~ ~¢
~~
OPL
AN
~~~~
25
ig~
TO 105
T092
T046
T018
T046
T018
T046
T018
T046
T018
T046
T018
T046
T018
T046
T018
L2b
¢
T018
PO
T05
PLIIl T018
L2t
L2t
L2t
L2t
L2t
iii
L2t
*
L2t
*
L2t
*
L2t
*
L2t
*
L2t
*
III L2v
L2t
*
L2t
*
10 l2v
L2t
*
TO 105
TO 105
TO 105
L2t
0
L2t
*
L2t
*
PL
T05
T018
T018
PE
T018
u26a
u26a
ME
T05
ME
T05
OM
T018
ME
T05
PL
R97
OPL T0105
~
~
~~~
~~~ ~t~
6p!(j
3plZl
3.6p
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~~4
T018
A0
T046
T046
T018
T018
TO 105
TO 105
T018
T018
T018 A:;
10
OP~~
OPL¢
~:g~0 MEll T018
MEll T018
6.0~1lI
PO
T05
4f800
L6
L2t
20p!?!
:~ L2t
18piZl
5.00
PE
T018
20p$
l;
II
t
tll
tl;
II
32.~
75k!Zi
PL
PL
PL
PL
5p
8.0
5.0p
4'Pf~
~n:
1.0m¢
10ni<t 20
2.0mf!;1 280
2.0~g 400
5.~g
40
5.0
2.0m
1.0m8 80
5·Q8
5.0¢ 1.0m¢ 150
20
5.0
5.0m
5.0m
35
5.~.
3.0¢ 4.0m¢ 40
45
10m
5.0
50::'1 50
5.0
1.0m
25
5.~f!;1
1.0u!?:/~
PE
40p
60 t#
150mg; 100 tl;
40 t#ll
15O~1
1.0m 300 II
1.0m~
10u!Zib
650
650
30
30
40 tll*
~:gg 1~0'!<t 3~g i~l;
I.Q@
~t~
1\115
Ar
A0
A0
A
A¢
A
AIIl
A
A
A
A
A
A
A
B
B
¢
A
LINE
1J
TYPE
llMAX.
No.
DISS.
@25'C
IW)
No.
~
3
~OLL.
MAX.
lebo
@MAX
Veb
(Al
Veb
TYPI AL 'h' PARAMETERS
BIA
COMM( N EMITTER
Ie
hfe
hoe
hie
hre
(V)
(A)
i{mhos)
(O)
X.OOOI
DESCRIPTION
Cob i~TRUC
I:TURE DWG.
No.
IF)
LC
ED
A D
DE
JAN2N703t
~';!~m
~22m
l~# ~~'\~~8
15
2N2720*
~g
~~~J
300m
300m
300m
300m
300m
:mum
300;"
300m
70M§A
70M§A
70M§A
70M§A
70M§A
70M§A
70M§A
70M§A
70M§A
7uM§A
7S~M
80M§1I
2.,;!m
3.0m
2.Sm
2.Sm
4.0m
4.0m
4.0m
4.0m
4.0m
4.um
2:0;"
1.7m
§J
25
tJ 7S
$S SO
$S 50
,:f!;J 30
,:J 30
#J 30
,:f!;J 30
,:J 30
I:J:m
'iJ 45
§s 80
25
S.O
40 *1Zl 7.0
30
6.0
30
6.0
20
~.2
20
S.v
20
S.2
20
S.O
20
S.O
70
S.n
45 ¢ ':5
60
6.0
80M§A
80M§A
80M§1I
80M§A
100M§A
100M§A
3.0m
3.0m
3.0m
3.0m
~'2m
2.vm
tJ
tJ
tJ
tJ
!~
§"
60
60
35
SOm
100m
100m
SOm
SOm
SOm
50m
SOm
Snm
50;"
40m
.SO~Jl...
~.~~
1..um
20 t6
SOn¢ S.Ol1l~ 100m
SO A
100u
ISIO 6.0m
20 A
100u
l~l6.0m@
45 A
LOu
6.0
1.0m~
30
LOu
6.0
1.0ml<> SO
LOu
6'2~ 1.0m~ 100
LOu
6.2\!! 100m\!! 30
LOu
6.01<1 1.0ml<> SO
l.nu
'fI.O(l) l.nm(l) Inn
.50~¢ '5:0ii!
'15 tA
10;0 5.(jCZl 1.0,,;0' 30 II
"'OmlZ
BC136
300m
300m
300m
~';!';!m
~~
illFRATE ~ TABS MAX RATINGS @25'C
IN M E Bveb~JBVeeo IBve ~
fab
FREE A M
Ie
AIR X P
1Hz)
WI'C
IV)
IV)
I/V)
IA)
~~~~~~02t
300m
300m
21
1.J
1~~~9~~;
300m
300m
80
80
40
40
20
20
6.0
6.0
6.0
i!!'O
5.2
5.u
~5
500m
500m
500m
500m
100m
100m
.SOu
.50u
.50u
.~gu
.0Iu!?l
.0Iu(l)
12~
10m
lQ~ 12m
101D lvm
lQ\I! 10m
lQ\!:! .10m~
1010 .10m'
110
7S
110
75
50 t6
50 t6
SOOn!Zlb
70u
70u
2.Su
2.5u
2.Su
2.Su
2.5u
'7."U
,_._.
1.0uiZlb
20u
20u
20u
2uu
.~~ IZl
S.O!Zl
1."~
1.1
1.1
1.1
1.1
1.1
1.1
4vv
700
1.3k
1.6k
1.9k
1.3k
1.6k
._"
32121
~2~
400
400
400
.~P!l1
25pi;1l
200'
22p
8.0Pl21
8.6Dfl1
OM
OPL
1.:Ql05 A
Tu46
T046
T05
105
8.~~
8.~p!?:!
8.001£1
IR.npl7l
'4:0p~
I!~!~.
TOS
TOS
T018
'TOlR
';'05-
5.0 iZl
6.6~121
eo
1.0
1.0
1.0
1.0
7.0p
7.0p
7.00
7.0p
10pIZl
PE
Pp_~
-..
PE
PE
::g~t
601£1
m ~g:
¢
L2t
MM10
1~~!2
LMMlu
MM10
,!Q!~
"uI"
A
A
A
A
AA•.!?l
~<O
30# 2SC587
~gg:::
300m
:~
I~:~~gg
48# NKT10419
~g# ~,~1~~519
51# ZT40t
199~: 5.0m
~:g::::J
§J
300m
300m
300m
300m
300m
3Q';!m
300m
300m
1~22m
300m
300m
300m
300m
300m
300m
300m
300m
2.0m
2.4m
2.4m
2.4m
2.4m
!';!';!!".!~ 2.4m
100M§ 2.4m
100M§A 3.0m
lQQI\iI§A ~.Qm
!2~M§A 3.0m
luOM§ 2.0m
1001\il§ 2.0m
100M§A ~.4m
110M§ ;t.5m
110M§ 2.5m
110M§ ~.~m
110M§ 2.J)m
40
§J
40
§J 120
J
50
J
50
J
50
$J 50
$J 50
$J 50
tJ 50
tJ 50
tJ 40
§J
25
§J
~20!5
$J
$J 20
$J 20
$J 45.
$J 45
300m
110M§
2.4m
300m
300m
300m
145M§
145M§
~.Om
300m
150M
1~22m
I~gg:::
100M§A
100M§A
100M§
100M
100M
!2~M
lvOM§A
~g
~:g
30
30
30
30
30
30
30
30
20
25
5.0
5.2
5.0
5.0
5.0
~.O
0.0
5.0
5.0
5.0
~'Il
5.0
5.0
20
20
45
45
3.0
6.0
6.0
S.O
6.0
$A 100
75
I;:g
3.0
2.0m
2.0m
§J
§J
§J
2S
40
80
18
32
64
5.0
7.0
7.0
2.0m
§J
32
32
5.0
~.Om
ng~: ~:~::::i;~
25
20
~1~4
~'2
~~
199~~ 1:~~ 1.0mlO
l:g:::~
199:::
100m
25n
5.010
lQ()m
25n
~.~
30m .05~~
l.Q\!!
800m lOOn
2.010
800m lOOn
2'2~
,~22m 100~
2.Q\!:!
,,,uvm .10u",
2.0",
8Q';!m .10u~~.~
800m .10u\!:!
2.2\1:!
.10ulO
2.U\£>
'!2u~
~.~
. IOu\!:!
2.0l1l~
100m .01ulO
1010
122m I·~}~II>
b~
50m 100u
10
50m 500n
6.0
50m 500n
6.2@
50m 500n
~.2\!!
50m 500n
6.ulO
1.0m~
1.0m~
50m\O
50m!,:
50m\!:!
50m'"
50m~
2gg
45
75
30
100
150
600
100
150
600
300
150
300
120
~~
tA
tA
!~.
t'lFA
!i?;l
!~
txA
~,
50m¢
t
50m
tA
50m
!l1!A
50m
i;1ltA
.0lma
t
.0Im!; 2~0 t
10m
38 t
1.0ma 30
1.0m~
30
1.0m\!! 50
1.0mlO 50
~g::: 15~g~# I~:~ J:g:::~ ~g
50m
10rii: 5.0CZl 3.0mCZl
PE
PE
PE
OPLt
OPLt
OPLt
OPL
DPL
OPL
;2;; PE
!~p
I!:~
12pi;1l PE
4.00
_Spill
4.0p
12
12p
12p
12
12p
12p
t6
20 tA
4.up
2.5u
2.5u
2.5u
2.5u
12 . 5U
11.3k
1.3k
1.6k
1.6k
2
1 .Uk
6plZl
5.00
5.0p
1~.2p
10.UO
1.1
1.1
1.1
1.1
1.1
5.Up
ME
~A'''''
T018
~IO
T018
~@
T018
A¢
R127a 0
R127a 0
~.!~!~ 0
Tvlu6 A
R97a
R97a
R97d
~I!!d
R97d
TO;8 A0
'!:~~!!
T018
~A~'"
'P.
Taiii'Qj
~
T018
,!:Q!~
Tvlts
\!:!
10
~gl:
PL
PL
T018
1!!·!!pPE
5.0p
PE
4.00
PE
T018
T018
T018
II>
~!!
JAN2N930
59# 2SC367G
60", MPSA20
~gg:::
I~gg:::
300m
I~!!!!m
300m
300m
~gg:::
~~
99
1~~~§
1ig~: ~:g::: :~ ~~
l~g~:11 ~:ri::'!J ~g
150M§
5.0u'lFJ
1~2~§A 3.0m
150M§
150M§
l~g~§
$S
10u:f!;J
10u:J
~~
~:g
~g ~
30
30
45
50
30
500
30 CZl
:~
~!!
~g
\0
100m [email protected]@[email protected]
250m .05u\!!
1.2~ 1.0m~ 35 t6 1~'Ou
2.5k
.60
250m .05ulO
1.010 1.0mlO 35 t6 1;,.6u
2.5k
.50
ig:::
30m
::g ~gg:::
6.0 200m
~.';! l;tu'!m
6.0
6.0
300m
lDOM§
lri:::
2.0m
:J
§J
45
25
;:g
0.0
I~OOm
300m
300m
150M§1I ~.Om
150M§A 2.0m
150M§LI 2.0m
$J
$J
$J
!!O
60
50
50
50
30
6.0
6.0
6.0
300m
300m
300m
150M§A 2.0m
150M§1I 2.0m
150M§ 2.4m
$J
$J
$J
50
50
30
30
10
6.0
6.0
5.0
1
1
~gg:::
100m
~:g~ ~ i:~ 19~~;g ~
.01ulIl
5.0
2.0m
5~g~~ J~~ 2.b~m
15n§
'O.V<o 2.0m
15n~
,!!.~
15nl
15n§
~g~oI
.05~Qf
350
3gg 18
400
2.0m@ 2~2 A
5.Q¢ 2.0m¢ 300
5.0CZl 2.oRiCZl 400
l~~ l~g~
lu<o
gg ~A
10m" 35 lit
20u
30u
3.0k
4.0k
3.6
5.6
20u
30u
3.0k
4.0k
3.6
5.6
13.2k
.30
18.0u
~:g~
3.0p
~~
PE
50DL
. ·c.
PEw
PE~
PE
~.gP
. p
~~
2n@
5.2@ .';!lm\l!
2nlO
5.010 .01mlO
5.~ .0Im~
75 tA
75 tA
75 tA
333il
3.
2~i
S.~ .01m\l!
5.0¢ .0Im¢
6.0CZl .20m0
75 t6
75 tA
20 til
iiDfll
2n~
~~ !~1;
PLIO
~E
Ipt
:~
*¢.
*CZl
Tults
;0
50m
2n
.01u
3p
3p(1!
!l.l:**
'P
PL
19~: H~~g~
108# ZTX302
D.A. T.A.INC.
85
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~~~~----------.-----
........
__ -.
..•
-_.- - -
'"
A0
~¢
~glg
All>
X20
T018
B
T018
Taiii
1~i~
Tv_1tl
L2t
~~t
L;tt
~~~n~:
SA2726*
A~?;l
L2t
L2t
L2h
A
LINE
No.
~
5.
TYPE
No.
slue [)N lIDNPN . LOW
~
:~I ORD~~lgF,!J~ MAX COLL~CTOR DISSIPATION
POWER TRANSISTORS
2fab&3
ENo•
'YPI A 'h' PARAMt I tHS
MAX.
ABs MAX RAl INGS @25'
~~~X.
RATE
T
OlL.
IN ~ME
BVebo~BVeeo BVelJQJ
fab
DISS.
FREE AM
Ie
AIR X P
1Hz}
IV}
IV}
V}
IA}
W/'C
2.0m §J
5.Q
I~OOm
gg~:
§J
~g ~g § 5.0
300m
170M§ 2.0m §J
300m
5.0 100m
50
30
170M§ 2.0m §J
300m
25
18
5.0
30m
170M§ 2.0m §J
25
18
5.0 100m
300m
170M§ 2.0m §J
300m
40
32
7.0 250m
170M§ 2.0m §J
300m
80
7.0 250m
180M§
150
5.0
300m
180M§
40
40
300m
3.0
50m
180M§t. 2.0m $J 60
300m
50
6.0
180M§t. 2.0m $J 60
300m
50
6.0
180M§t. 2.0m $J 60
300m
50
6.0
180M§t. 2.0m $J 60
50
3~~m
~.~
180M§t. 2.0m $J 60
300m
50
6.0
180M§t. 2.0m SJ 50
300m
30
6.0
180M§t. 2.0m $J 50
300m
30
6.0
180M§t. 2.0m $J 50
300m
6.0
30
180M§t. 20m $J 50
300m
30
6.0
180M§t. 2.0m $J 50
300m
25
6.0
200M§t. 2.0m ~S 25
15
300m
5.0
200M§£'. 2.0m §J
300m
25
15
6.0
2.0m §J
300m
5.0 200m
~g
:
2.0m §J
5.0 200m
300m
200M§t. 2.0m §
20 § 3.0 200m
300m
25
20 § 3.0 200m
200M§£'. 2.0m §
25
300m
200M§£'. 6.6m §
20 § 3.0
300m
25
200M§t. 3.0m tJ 15
3.0 500m
12
300m
200M§ 2.0m SJ 55
300m
30
5.0 200m
200M§ 3.0m tJ
300m
64
5.0 100m
200M§ 3.0m tJ
300m
64
5.0 100m
2.0m §J
5.Q
~gg~ ~gg~:£'. 2.0m §J ~~ ~~
5.0
200M§t. 2.0m §J
5.0 100m
300m
30
20
200M§£'. 2.0m §J
300m
30
20
5.0 100m
200M§t. 2.0m §J
300m
25
15
5.0 500m
200M§£'. 2.0m §J
300m
20
15
6.0 100m
§J
200M§t.
2.0m
20
15
6.0 100m
~~~m
200M§t. 2.0m §J
300m
20
15
5.0 100m
200M§t. 2.0m SJ 50
300m
25
5.0
SJ
~QQm
~'I!m
~gg~:£'.
~:g 500m
2.4m SJ ~~
~~
~~Om
200M§ 2.4m sJ 46
4.0 500m
OOm
2.4m SJ 45
300m
35
4.~
~g~~: 1.8m §J 60 45
5.0 ~~g~
300m
200M§ 1.8m §J
60
45
5.0 500m
300m
200M§ 1.8m §J 100
80
5.0 500m
300m
200M§ 2.4m SJ 25
25
500m
300m
~:O
200M§
1.8m §J 100
.0 500m
300m
80
200M§t. 1.7m §J
70
70
5.0 500m
300m
200M§£'. 2.5m SJ 25
25
4.0 500m
300m
200M§t. 2.5m SJ 45
4.0 500m
35
300m
2.5m SJ 45
4.0
35
~OOm
1.7m §J
60
45
5.0 ggg~
300m
60
45
5.0 500m
200M§ 1.7m
300m
200M§ 1.7m
5.!?
4.0 ggg~
~~~~ 200M§ 2.5m SJ l~g
5.0 500m
200M§ 1.7m §J 100
300m
80
§J
200M§
1.7m
70
70
5.0 500m
300m
20 § 3.0
200M§t. 2.0m §J
300m
25
§J
20
§
200M§t.
2.0m
5.0
300m
25
200M§t. 2.0m §
3.0 200m
300m
20
25
200M§A
2.0m
25
3.0
200m
300m
20
§A 25
20 § 3.0 200m
200M§t.
300m
tA
~.~m
~~~m
~~ § ~:~
3.0m tA ~g
300m
210M§ 2.0m §J
25
18
5.0 100m
300m
245M§ 2.0m §J
300m
40
25
3.0 100m
§J
250M§£'.
2.0m
7.0
7.0
1.0
300m
250M§£'. 2.0m §J 7.0
7.0
1.0
300m
250M§£'.
tJ
60
30
5.0
200m
300m
~.Qm
250M§£'. 3.0m tJ 60
5.0 200m
30
300m
250M§t. 3.0m tJ 60
5.0 200m
30
300m
2.0m §J
12
5.0
~g~~ ~g~~:~ 2.4m $J
5.0 Ig~Om
30
5.0
OOm
250M§£'. 2.4m $J 50
30
300m
250M§£'. 2.4m $J
45
5.0 500m
300m
45
5.0 500m
250M§t. 2.4m sJ ~g
300m
5.0 500m
250M§£'. 2.4m SJ 50
30
300m
250M§£'. ~.4m $J 5u
300m
:g
250M§ 3.0m tJ
~:~
300m
250M§ 3.0m tJ
45
5.0
OOm
300m
3.0m tJ
20
5.0 100m
300m
~~g~: 3.0m tJ
20
5.0 100m
300m
250M§ 3.0m tJ
20
5.0 100m
300m
250M§ ~.~m tJ 30
30
5.0
300m
250M§ 2.0m §J
45
45
5.0 I~gg~
300m
250M§ 3.0m tJ 30, 30
4.0
30m
300m
30
3.0m tJ
30m
4.~
~OOm
§J
5.0
~~ 20
300m
5.0
250M§ Ig~ §J
40
20
300m
250M§ 3.0m tJ 60
5.0
300m
30
250M§ 3.0m tJ 60
30
5.0
300m
5.0 200m
280M§t. 2.0m §J
15
300m
20
5.0 100m
285M§ 2.0m §J
300m
40
20
290M§ 2.0m §J
300m
45
35 ~ 4.0 500m
290M§ 2.0m §J
7.0 500m
300m
60
45
290M§ 2.0m §J
300m
60
60 ~ !,.O 500m
290M§ 2.0m §J
300m
60
60 III 7.0 500m
290M§ 2.0m §J 100
300m
70 iii 7.0 500m
§J
300m
10
3.0 220m
20
~gg~:~ 1~·7k
§J
300m
6.7k
3.0 220m
20
10
300M§t. 2.0m §S 40
300m
5.0 200m
18
15
louum
I~·!!m
i~:~
~gg~
:g
1.7m
15
300M§£'. 1.7m §5 20
300m
5.0 200m
15
tJ 75
40
~~m
~gg~:t. 1~·Qm
I~:~ ~~om
3.0m tJ 35
30
300M§t. 2.0m §J
300m
OOm
16
6.0
~?OM§£'. 2.0m §J
~?Om
OOM§ 2.0m §J
~g I2l ,g:g ~gg~
OOm
~W;C
~: ~~g1:
3# 25C318A
:: :~~~~
6# 85Y76
7#
~~~~~6
gi 25C917
l~
12
1~
15
16
17
18
~g
21
~~
24
25
26
27
~~m~:
5A2712*
~~m~:
SA2715*
SA2716*
SA2717*
5A2718*
SA2725*
JAN2N706t
2N706At
~~~m
2N 1708t
~~~~gg~
2N5129
~~~~96
BC174A
30#- BC174B
~~:
~a :~~~~
33# B5X66t
34#
:~~m
~gi B5Y26t
~~: :~~~~1
39
SA2644*
:~# ~~:g:B*
42# ZT81t
:~:
IHm
:~:
H:n
45#- ZT84t
48# ZT88t
I~:::~~bt
:g#
51# ZT111t
g~:
mm
54# ZT114t
~g:
57'#
~!!#
59#
60'#
'!.1#
62#
63#
Im1n
ZT118t
ZT119t
ZT706
ZT706At
ZT1708t
ZT2205t
ZT2206t
g~i~ IH~~l~
66
fj.?#
68
69
B5Y80
BFY18t
2N2256t
2N2257t
~~ I~~:l:~~
72
2N4227t
nf· li~~M
75~
AT401
78~
AT404
~!!~
:~~~~A
~~: ~::::g~
80#
8;#- BC171B
~~: I:gg~:
84# BCI72C
:g#~ :g~~~
87# BF234
:~: I:~~~~t
90# BSX77t
GI3641
GI3643
JAN2N744t
93
!!~# B5X78t
95# ZDT40*
96#- ZDT41*
!!?# ZDT42*
98# ZDT44*
99#- ZDT45*
~~
19~: ~~::g
102
2N2413
~~~~~Jt
19:
105# 2595At
19~: ~~g~~~
108
40405
l~o
:gg~~
D.A. T.A.INC.
l&g~
1~~
~gg~:~
~g
199~
35
~gg~:
~~
~g~~:~
~&
:i~~~
~gg~:
~~g~
1.0u~
.20~~
.20u
.10u~
.10~~
.05u
1·05ul/>
1.0m
100u
2nIE
199~
:~
Veb
IVI
BIAS
Ie
hfe
IAI
1.~~
l:g~
1.
1.0m~
1.0~~
1.()m
1.0ml/>....
80 tt.
~g tt.
tt.
l.g~
.2i~~ell 1.0
~~ It.
10~~ 20 t.
10m
~~~
10ell
5·QIE
5.~~
5.0
5.QI:e
5.~~
5.0
2n~
5.~~
2n~
5.
5.~~
2~~
2n
100n¢
IOu
~:~
.25~~
1.0
1.~~
26n
2l?i
.05u
10m\!:
I.QI:e
1.0¢
10~~
10
50m
10 5.0m
I.p~~
15n
5.g~
5.0
.!Qu~
.05~~
.01u
5'2~
0.0
.0 1u\!:
0.0
.50U~ell
25n
2~i
.05u
5.0n
15.:Qnl/>
.50u
.50u
.50u
.05u
.05u
.05u
.50u
.05u
500n
l.g~
2.0
2.01/>
6.g~
6.0
6.Q~
~:g~
6.~~
500~~ 60
6.~~
500n
5~~n
50n
50n
50n
500n
50n
50n
500~~
500n
25n
~g~12l
IOu
10~~
IOu
50u#
~g~:
.50~1/>....
200n¢
200n
200n
~gg~
I;.!~~~
15n
15n
15n
15n
50n
100~~
In
~r
.~g~u
.0
.05u§
.05u§
500n
.05ul/>
.50u
.05u
.05u
.05u
.05u
11
500n
50
.10u
~&~12l
·z.~r
.10u
.40u§
25n
86
g:g~
6.0125
g:g~
6.00
6.~~
l.g~
1.0
1.~~
l.g~
1.0
1~~1:e
2.0~~
2.0m 240
10ml!.!
t.
~n~
50~~
10m
40 tt.
10m\!:
8.0u
8.0u
7.0u
5.5u
5.0k
5.0k
5.0k
5.0k
1.2
1:~
.80
1.0~~
1.0m
1.0mIE
55
90
55
1.0~~
90
1.0m
55
1.0m~
1.0~~ 90
1.0m
90
90
1.0m~
1.0~~ 55
1.0m
55
1.0".!~ 90
55
90
1.0mf?;1 55
90
1.0~~
1.0m
90
1.0ml/>", 90
20 t
10~~ 20
t
10m
1:g~~
10m~
:~m
3p~
~~
3~~
3 pill
30fl\
3;1
6:g~
3.
io
~.5p~
18u
30u
2.7k
4.5k
~:&
10m~
50
30
15~~~ 100
100 150
~~Om\!: 30
19~ 150m¢'
100
2.4k
2.4k
I~:~~
3.2k
2.4k
3.2k
3.2k
32k
2.4k
2.4k
~:~~
32k
2.4k
~:~~
3.2k
1.5
1.5
1.8
1.5
1.8
1.5
1.8
1.8
1.8
1.5
1.5
1.8
1.5
1.8
1.5
1.8
1.8
1.8
15u
12k
1.5
l·gi
100m~
1.0
1.01l>
50m~
2.7k
4.5k
i~·7k
4.5k
8.7k
I~~~
1.5
2.0
1.5
2.0
3.0
1.2
1.7
30 tt.
20 tt.
~g
4'1~;
4.5p
4.5
4.5p~
a~m
4.5plZl
~:Op
.OD
PL¢
P~f?;1
PL¢.
PL0
~t~
PL0
P~~
PL¢.
PL0
P~f?;1
PL¢.
PL0
P~1:e
PL¢.
PL¢
~I/>
PL
PE
~~
6.0~
PLt.
PLt.
PE
3.!!p
4.0p
4.00
~Lf
E
rr
20 t£'.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
8.0
~.O~~
4.0p$
4.00$
4.0pS
4.0pS
4.0<>$
1.'p
4.5p
.75<>t
.75pt
T018
T018
i8lg
'!Q'8
TOtgl
TOI 6
X64
;-0;8
T018
T018
T018
T018
T018
L2b
PE
PE
PE
PE
PE
PE
PE
PEt
PEt
PEt
PEt
PEt
DPE
~~ell
~E\O
:::81~
All0
All0
All0
T018
MM12
MM12
TO'18
~:gg\7J
PE
~~
~~
A¢
~~
A0
~
~0
~
0
~
¢
F
I2l
FAI2l
A
A
A
A
A
D
D
~~12 D
MMgjD
MMI D
MM12
X64
~
X64
A
X64
A
X64
A
X64
A
T0105
T018
All0
C
A110
C
~E
tg~1ZI I~~t
~~
:::81~
!Q46
19}8
T 46
X59
X59
T018
T05
T01~
TOI
3:50121
A:;
A~¢
~8~6
T
46
T046
T046
T046
T046
EM
~:~~m
Aell
:::8:g
T046
3.5[~121
60
A
T018
T018
T018
T018
~~
4.0p~
~~A
T018
T018
8p~
A~
I:::gl~
PL
PL
PL
PL
PL
PL
~~~
Aell
+~l~!O
:::81:
A97d
.0~1
AI/>
~~:6 ~I/>
PL
PEt.
PEt.
5.
~~
A¢
igl:
I~~¢ ~~~8
g:gP~
8.~~
18u
30u
18u
30u
60u
II?!!m
17u
Il:~~ ;.!~~~} ~g 1#t.
lJ~~¢.
4.~~~
4.5
8.0p~
20 tt.
10~& 30
10m
tt.
.35125 1.0in
4.5p
4.5<>
4.5p
4.5p
4.50
4.5p
~:g~P
1.0mf?;1 180
6.g~ 1.0m
1.0~~ 180 tiZl
6.0
60 tt.
10m~ 20 t£'.
I·QIE
1.0~12l
10
i~·~P
PE
PEt.
E*
8.0p
8.
!!?!
6.~~
5.QplZl
4.5p
4.50
::g~~
t
t
tt.
tt.
t.
t.
t.
1.~~ ~OOu
5.0¢ 2.0~~ 200 t
10 1.0m
150 t
.... 70 t
.4~~ l.y_~~
t
10~& 80
50
10m
80 t
10 150m~ 40 tt.
10 150~~ :~ tt.
.35
Ott.
10m
.50
10m~ 120 t
10m¢'
6.g~
6.0
10m!Z 200
170 tr:~
I~~
5.0[0121$
6.~~~
6.0
t
240 t.
450 t.
20 tt.
PE
PEt
PEt
~.~p
6.0p~
100 150m0 30 £'.
2.0~~
5.~~
5.0
2.0m
I~~
5.0~
5.3u
5.3u
5.!!u
5.3u
59u
5.3u
5.9u
5.9u
5.9u
g:3m
.3m
5.9m
5.3m
5.9m
5.3m
5.9m
5.9m
5.9m
t
l~g ~
PE
~'p8!
ti'OG~
!;
15..u~i
2.0m
5.g!
5.0
2.0m 240 t.
125 £'.
2.0mIE
5·QIE
3.5plll
6.olifii
6.0
1 S
3.5p
4.0pS
4.0<>S
1:::81~
'}g1 6
P
TOI
:~ L2t
L2t
*¢ l2t
L2t
:~ L2t
*0 L2t
L2t
:~ L2t
*0 L2t
L2t
T018
ME
T018
T018
~:&~121 I~~E
10m¢ 20 t£'.
40 t£'.
10
tt.
PL
PE
D
PE
PE
Pi:
It't
PE
5plZl$ PE
20 tt.
~~ ~~
6.0p
6.0p
5.0<>
4.up
3p
3
10~~
20 tt.
10m
tt.
tt.
tt.
tt.
~:g~12I
1.00
~O t£'.
20 t#£'.
10m~
DESl RIP ION L t.::
Cob kSTRUC
IE 0
·TURE
DWG. A 0
No.
0 E
IFI
~.5p
20 t.
90
35 t£'.
70
125 £'.
1.0m
!.uri
.3g~
1.0
1.0m 200
10m~ 64
9.Qf?;1
l.g~ 10m
10~~ 30
1.0
50
lQf?;1 150m~ 120
10¢' 150~~ 300
1()0 150m 150
I·P!¢
X.OOOI
10m
20
10ml!.!
40
50
10~t 100
5.012l 100u
~.!?~ ~~Ou,g> 1~~
6.g~
6.0
6·QIE
IIll
t
t
l.g~
2~~
2n
2nl:e
~:g~
C MMON EN ITTER
hoe
hie
hre
Ilmhosl
I~:~~ ~.~m
~g
1.0~~ 90
3.0125 1.0m
80 tt.
30 tt.
10~~ 8.0
10m
.01mIE 40 tt.
150 tt.
.01~~ 150
.01m
tt.
.0 1ml:e 150 tt.
150 tt.
:gl~~ 40 tt.
.0Im~ 150 tt.
tt.
.01~~ 150
.01m
150 tt.
.10ml/>.... 200 tt.
10~& 30 tt.
g~~~~ I~~~?i
.10u
199~
~~~~:~
lebo
@MAX
Veb
IA}
~~~~
t~~
L2d
L2d
L2d
T01!!
i.~t52
~g~;a
T 52
f8g~
~~
Aell
AI/>
~~
AI2l
AI/>
ell
IISB
AI2l
AAell
5. SILICON NPN .
J...J.MAX.1J
LINE
No.
TYPE
No.
~
~l~~~
;6
~l;~~
3
AI58B
AI59C
DERATE I~ TABs MAX RATINGS @25'C
g?S~~'
fab
F~~E ~ ~ BVcbo~BVceo Bveb~c
~~'C
IHzl
~"C
~gg~
~gg~: ~:g~
300m
300m
300m
300m
300M!
300M!
300M!
300M!
2.0m
2.0m
2.0m
3.3m
300m
300M!
300m
300m
300m
300m
300M§
300M!
300M!
300M!
~gg~
BC207A
17# BC207B
18# BC208A
:j
IVI
~g
1VI
~g
VI
IAI
~:g 199~
!J
!J
!J
!J
30
45
45
20
20
45
45
20
5.0
5.0
5.0
5.0
100m
100m
100m
100m
2.0m
!J
20
20
5.0
!JJ
tJ
tJ
tJ
tJ
20
3.0m
3.0m
3.0m
3.0m
5.0
5.0
5.0
5.0
~gg~: ~:g~ :j ~g
~gg~ I~gg~: ~:g~
~~#
X P
45
45
20
~g
~g
20
45
45
20
MAX.
TYPICAL 'h' PARAMETERS
~~AX
Vcb
~b
IVI
1~~!~ ~:g
15ut~
hfe
IAI
h;~MMOh~e EMIThTr;R
mhosl
~:g~~ ~gg
~g~
Int
~:~~
15n
15n
15n
2.0mlO 600
5.q~ 2.0m~ 180 t
5.q~ 2.0m~ 290 t
5.010 2.0mlO 180 t
60u
18u
30u
18u
8.7k
2.7k
4.8k
2.7k
100m
15n
5.010 2.0mlO 290 t
30u
4.8k
100m
100m
100m
100m
15n
15n
15n
15n
ng
5.0\£1 2.0m\£l 450!>
5.~?;1 2.0m?;1 200
5.q~ 2.0m~ 330
5.0\£1 2.0m"" 200
60u
18u
30u
18u
8.7k
2.7k
4.8k
2.7k
~:g 199~
~:g 199~
1~~
1~~
5.0
I~IAS
~:q~ ~:g~~ ~~g ~
1
~:q~ ~:g~~
~g~
~g~
g~
U~
X.OOOI
3.0
2.0
3.0
1.5
2.0
1.5
I~'O
3.0
2.0
3.0
2.0
3.0
1.5
2.0
1.5
I~:g
~gg~
I~gg~: ~:g~
:j
~g
~g
~:g
100m
.Ib~¢~ 5.pg>Qj ~:g~~
300m
300m
300m
300m
300m
300m
300m
300M!!>
300M!!>
300M!
300M!
300M!
300M!
300M!
!J
!J
tJ
tJ
tJ
tJ
tJ
40
40
25
50
25
50
18
15
20
25
50
25
50
18
5.0
5.0
5.0
7.0
5.0
7.0
5.0
200m
200m
200m
200m
200m
25nw
25nlO
.50u
.50u
.50u
.50u
.50u
588u
588u
3.0m
3.0m
3.0m
3.0m
3.0m
I~gg~ I~gg~: ~:g~
300m
300m
300m
300m
300M!
300M!
300M!!>
300M!!>
2.0m
2.0m
2.0m
2.0m
300m*
300m
300m
300m
300M!!>
300M!!>
300M!!>
300M!!>
2.0m
1.9m
1.9m
1.9m
300m
300m
300m
300m
300m
300m
300m
300m
300m
320M!>
320M!>
350M
350M§
350M!
350M!
350M!
350M!
350M!!>
2.0m
2.0m
2.0m
2.3m
~gg~: ~gg~:g:g~
40
g
M0708*
~g~g:::
52# 2SC172
~~~ ~~~~~Bt
2.0m
2.0m
588u
:!
!A
~g
~g
25
50
20
20
25
50
12
12
!J
!J
!J
!J
§J
!A
$J
§J
§J
!J
§J
§J
!A
!J
!J
~:g ~gg~ ~gg~
5.0
7.0
5.0
5.0
200m
200m
200m
200m
40
40
40
15
15
15
15
5.0
5.0
5.0
5.0
200m
200m
200m
200m
25
25
15
40
20
20
25
25
40
20!
20 §
12
35 §
15
15
20!
20
40
3.0
3.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
:j!J 40
~g
g
~:g ~gg~
200m
100m
100m
100m
50m
100m
200m
500n
50u
·1.0u
1.0u
1.00 500u
I.Q~
10m
4.~~ 2.0m<l
4.510 2.0m(z
4.~~
2.0m~
4.510
2.0mlO
4.~~
t~~ ~:g~~
~~~ ~ :~~~
1.010
1 0(7)
20nlO
1.010
05~W_
1 Q~
. ~o;o\
l.v~·if
30nW
.10u
.1 Ou
.10u~
.10u¢
.30u§
1:~§
60u
8.7k
2.0
3.0
g~~
10mBl
10m¢
1.010
10mQl
6.Q~ 1.0m
10m~
.3510
10ml"
6'Q~
10m
5.QqJ 2.0m¢
.4010
30ni0
~~~ ~~~m
!iR~ 1",111Et
C444
60# ZT2938t
64
2N3828
~~: ~~~m
~~
72
73
74
75
~~~m
2N753t
2N3337t
2N3338t
2N3339t
IFI
2.5p$
H~~
3.7p
3.7p
3.70
1~·7p
3.7p
3.70
2.5p
2.5p
2.50
2.5p
2.5p
2.50
t
t
t#!>
t#!>
~
20 t#!>
20 t!>#
40
50
100nb
45 t
80 t
60
400! ...
35u
30 t ..!>
1.5
7.5k
3.5
5.0p
5.0p
6.00
5.0Pii:!
5.~p!!:i
5.00lLJ
PE!>
PE!>
PE!>
AN!>
AN!>
AN!>
PE!>
6.0p\2l
3.50
4.0p
5piZl
5.0p
5.0p
300m
300m
300m
~gg~
350M! 1.1m
350M! 2.0m
350M!!> 2.0m
~~g~: ~:g~
300m
300m
300m
300m
300m
300m
300m
350M!
360M!!>
380M§
380M!
380Mb.!
400M!
400M
3.0m
3.0m
2.0m
2.0m
2.9m
2.0m
2.0m
300m
300m
300m
300m
400M!
400M!!>
400M!!>
400M§!>
2.0m
1.1m
1.1m
1.1m
~gg~
!S
§J
§J
:jtJ
25
50
25
~g
12
35
13
~g
$S
!J
!J
$J
!J
!J
20
40
15
15
40
25
56
20
40
12
12
35 §
20!
28 §
!J
!J
!J
§J
25
40
40
40
15
40
40
40
:gg~: ~:g~ :~ ~g
g
5.0
4.0
5.0
.05~~
30n~
500m
25n""
I~:g 199~ ~gg~
5.0
3.0
3.0
3.0
4.0
5.0
4.0
100m
100m
1OOm
100m
25m
~:g ~gg~
5.0
4.0
4.0
4.0
200n
10uO\
:05~§
.05ulO
10u(7)
. 1()~
5.0ulO
IOu
25n\i?
25n~
25nlO
I.Q~
10mj?
5.0mlO""
1.010 200m",
5.Q~
~:2~ ~:g~~
5.0~
20
2.0Q
2.0Q
10
1.0a
1.0~
j~~
70 t#
80
..
10 t!>""
m~
2.0mlO 240!>
12m(7. 200 t#1Zl
IOnn0 34 t . ~
10mQl 54 t
50m(7) 38 !>
'10m~ 40 t
10m"" 12 t
30u
1.0k
30u
30u
40u
4.8k
4.8k
7.3k
4.1
4.1
6.4
4.5p
4.5p
4.50
5piZl
3.5p
3.50
19~~:g ~
1.010
10m",
'Q\i? 4.0m\i?
'Q~ 4.am~
10\£1 4.0mlO
80
30
30
30
t
tb.
t!>
t!>
1.6p~
I.~P!?J
1.60lLJ
3e¥l
3.5~1LI
4.50
~~# I~~~~~!I
81#
82#
83#
84#
BFV87t
BFY19
BFY79
BSV53t
300m
300m
300m
300m
300m
300m
~gg~
!:I.l
2N835t
92# 2SC595f
93
PET8251
300m
300m
300m
300m
300m
300m
300m
400M!
400M!!>
400M
400M
400M!
400M!!>
2.0m
1.7m
2.4m
2.4m
3.0m
3.0m
!J
§J
$
$
tJ
tJ
400M§
5.9m
:gg~:!> ~:g~
tJ
2.0m
:i
§
~g
3.0m
500M! 2.0m
500M§!> 588u
500M!!> 588u
450M§
450M!
450M!
30
30
20
30
3.0
4.0
100m
40
40
30
15
5
4. 0
0
750m
IOu
25n¢
. 0055uu-~
JIO
900
10m} 110
1.010
1 q~
5:0£'5""
1010
10nilZ 40 t!>
10m~ 20 t!>
10m¢ 65
15mit 70 t#
~:~
11g~~~
$J
tJ
30
25
30
40
20
20
30
5.0
3.0
5.0
5.0
50011]11
200m .50u~
200m 1.0u¢
750m .05u!
5.010
§J
!J
!J
15
40
40
15!
40
40
30
4:5
4.5
50m
500m
200m
1 Ou~
6.q~
~~
19?,;
200~1P 1.0~
.40u¢~
30uIP
I.q~
I.q~
l.qqJ
.3510
140u
250
2.0
4.b~J
200u
400
2.0
1.0m
50
10m¢ 40 ~"t!>
10m¢ 40 t'll'!>
100t~ZTX313t
10";tZTX314t
102
2N4104
19~# ~~~~g1t
105
19~
108
2N850
~~~~~g~
2N3424*
D.A. T.A. INC.
60ulll
~gg~
300m
300m
300m
300m
~gg~:!>
600M§!>
600M§!>
600M!!>
600M!!>
2.0m
2.0m
1.1m
1.1m
1.7m
:j ~g
!J
§J
!J
!J
25
15
30
30
1~
15
6.0
15
15
~:g Igg~ .IPO~
5.0
4.0
3.0
3.0
50m
50m
50m
50m
IOu
10u§
.0luqJ
.01ulO
87
1:~~
19~~ ~g
~g~
l1p$
1:g~~~ l~g ~
10";\£1 40 tb.
10m~ 40 t
10m~ 80 t
10m\£l 125
~~
~~:
A
X64
Rll0
Rll0
RIIO
A
A
A
A
u26a
Rl10
Rll0
Rl10
Rl10
RIIO
T018
B
A
A
A
A
A
~
:::gl~
~
T018
TOl8
T018
L66a
L66a
L66a
~g~~ 110
R97d
T018
!> T018
E
T018
PL!> T018
T018
PE
T018
E
PL
T018
PE
T018
PE
u26a
PE
u26a
PE
TOl8
PE
T018
PE
OPL
PE
X59
X59
X59
X20
P~~ T018
PEIO T018
E
T0122
ME
TOl8
O!>
T018
EM
T018
EM
T018
ME
T018
PL
T072
PL
T072
PL
T072
A(7)
'113
0
PE
PE
DPL
PE
W
T052
T052
T046
T018
R97
u26a
B
B
qJ
10
F
F
F
P
A¢
A
AW
A\ZS
A0
G
G
G
A~A
A
B
4.0p
1.6p\2l
4.00
4.0p
'(~ 4.0m.!'rl 30 t!>
60
E
PE
61111
28
PE
E
E
E
E
8.0~ii:!
8.qp~
8.00lLJ
55# BFV83Ct
59#
DESCRIPTION L C
E0
I.:TURE
DWG. A D
No.
DE
ISTRUC
6.O~1LI
4.0p
4.00
4.0p
4.0p
5.00
1
:g
10mit 75 t
10m(7. 40 t!>#
IOnn0 40 t!>"t
10mQl 40 t!>'lF
I:Q~
.3~~
t#
t!>
t!>#
t
t
t
t
t
m~
4.510 2.0mlO 300
450\ 20mQ) 300
.:i~§ ',0m¢ 20
.3510
10mit 40
25nlO
20nO\
20~§
2.0m~
6gg
15
30
130
130
300
300
75
Cob
42 kill
8 III
t"t
1.010
10m¢ 80 t ..
.4~~ 1.0m~
15 t!>
3.~~ 3.0m~
20 t!>
3.010 3.0mw 20 t'"
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
2.8p
6p\2l
50$
2.8p
,4r1\2l
4.0PILl
2.3p
~P!?l
401LJ
OPE!>
OPE!>
PLt
ME
PE
PE
ME
4.0p~
PE
ME
PE
PE
PLt
4.\?p!?J
4.50lLJ
10
3pr
1.71'"
1.1 DB
2. 5 PILI
P~t
*
*
PE
TOlO5
T05
X59
T018
TOl8
Rll0
T018
T046
T046
T018
u26a
u26a
X59
X59
TO 18
T018
L2t
L2t
ig1~
A
A
F
Art>
A
~W
A'~
'l<'L
B
B
F
FA" ""
""
AIO
A~
LINE
No.
~
3
4
5
6
~
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
5. SILICON NPN· LOW
12) lab & 13lTYPE No.
POWER TRANSISTORS
Atll; MAX HA IN il; @!Z5'
AL 'h' PARAME EHl;
OEl;t RIPTI N L (;
MAX.
TYPE
No.
G:;¥~~
M0918*
MD918A*
MD918B*
MM1941
~: ~g~%t
9
10
11
12
!~#
14#
15
2N709t
2N709At
2N2475t
2N2615
g~~;p
2N851
1~ 1~~~~~6
18
2N2729
~~# I~~$;~O§
21
~~#
24
~~
27
~~
30
~~
LOA406
1~~a79H84t
K2101
glg~
K2104
glg~
K2107
g~~~
33
34
35
36
K2601
K2602
K2603
K2604
~~
I~m~
39
40
41
42
K261i
K2613
K2614
2N5201§
~~~nr
:~" K2501
45
:~
48
~~
51
1~~51~~0
A215
K2101A
K2102A
K2103A
~~
Ig1g~!
~~
1~~lg8!
54
57
K2106A
K2601A
~~ Iggg~!
60
g~
63
K2604A
~~gl~!
K2612A
g~
K~!:!13A
66
K 525
~~rI4A
gs
1~+lg6~A
~~
glg~:
69
72
n
75
~~
78
79
80
81
g~
84
g~
87
a~
90
K2101B
K2104B
K2105B
K2106B
K2107B
~~~g~B
K2601B
K2602B
~~603B
26048
~~gW:
K2612B
~m~~
2N5088
~~~~~~1
MPS2712
~~
~~~m~
~~
~~~~~~~
93
96
~~
99
MPS3392
MPS3395
I~~~~~~~
MPS3398
19~ I~~~~~g~
102
103
104
105
19~
MPS3709
~~S3710
MPS3711
MPS6511
~~~g~:~
108
MPS6564
l~~
~~~~8:7
D.A. T.A. INC.
~~tL~' f£J
lQJ :R!<TE ~
~~;C
wrc
T BVeboJ BVeeo
IN
ME
FREE AM
OISS.
lab
AIR X P
1Hz)
IV)
IV)
1.!m
I~gg~ I!:!~~~~A
600MiZI§ 3.0m ~~J 40
20
600M§A 1.9m §J
300m
15
30
600M§A 1.9m §J
300m
30
15
600M§A 1.9m §J
300m
30
j& ¢
300m
600M§A 2.0m §J
30
600M§A 1.7m §J
15 6.0
300m
600M§A 1.7m §J
300m
15 6.0
800M§ 1.7m §J
15 6.0
300m
800M§ 1.7m §J
300m
15 6.0
300m
800M§ 1.7m §J
15 6.0
300m
800MA 1.7m §J
30
15
1.7m §J
15 6.0
300m
3.1m SJ 35
300m
25
900M§A 2.0m §J
300m
20
12
900M§A 2.0m §J
300m
20
12
900M§A 1.7m §J
300m
30
15
900M§A 1.7m §J
300m
15
30
1.7m "J
3~<,Jm
300m l~gg~:A 1.7m §J
~~
900M§ 2.9m $J 30
300m
15
1.0G§
300m
1.7m §J
15 6.0
1.0G§
300m
36
18
1.0G§
1.1m §J
300m
30
10
300m
Um §J
30
10
l:g~: 1.lm §J 30 10
300m
1.0G§
1.1m §J
300m
30
10
1.0G§
Um §J
30
~OOm
1.0G§
1.1m §J
300m
30
19
1.0G§
300m
1.1m §J
30
10
1.1m §J
300m
10
~g 10
300m¢
1.7m §J
1.0G§
300m
1.1m §J
20
10
1.0G§
1.1m §J
300m
20
10
1.1m §J
300m
1.0G!
20
10
1.1m §J
20
1.0G!
10
300m
1.7m §J
300m
10
~g 10
1.7m §J
300m
1.0G§
300m
1.7m §J
20
10
1.0G§
1.7m §J
300m
20
10
1.0G§
1.7m §J
300m
10
1.1 G§A 1.7m "J ~g
300m
20
1.3G§A 1.7m §J
300m
15 6.0
1.3G§A 2.4m $S 20
300m
15
1.3G§
1.7m §J
300m
25
10
1.!m §J
~gg~\O L~~: 2.0m §J ~g
iZI
§J
I.4G§
300m
40
25
1.4G§
1.1m §J
300m
10
30
I.4G§
300m
1.1m §J
30
10
1.4G§
300m
1.1m §J
10
30
1.4G§
1.1m §J
30
10
~OOm
1.4G§
1.lm §J
300m
30
10
1.4G§
1.1m §J
10
300m
30
1.1m §J
~g 19
~gg~
Um §J
1.4G§
1.1m §J
20
10
300m
1.4G§
1.1m §J
20
300m
19
I.4G§
1.lm §J
20
300m
1.4G§
1.1m §J
20
10
300m
I.4G§
300m
1.7m §J
20
10
1.7m §J
20
10
300m
1.7m §J
300m
20
10
1.7m §J
300m
1.4G!
20
10
I.4G§
1.7m §J
10
20
1.5G§
1.7m §J
20
10
1.5G!
2.<,Jm §J
14 gj
~g 14 iZl
1.5G§
2.0m §J
1.7G§
300m
1.1m §J
10
30
1.1m §J
30
10
~<,JOm
300m
1.lm §J
30
10
1.7G§
300m
1.lm §J
30
10
1.7G§
1.lm §J
300m
30
10
300m
1.7G!
1.1m §J
30
10
1.7G§
300m
1.1m §J
30
10
1.7G§
300m
1.lm §J
20
10
1.7m §J
20
10
300m0 1.7G§
1.7G§
10
300m
1.1m §J
20
1.7G§
1.1m §J
20
10
300m
1.7G§
300m
1.1m §J
20
10
1.7G§
10
300m
1.lm §J
20
1.7G§
10
300m
1.7m §J
20
1.7G§
300m
1.7m §J
10
20
1.7G§
300m
1.7m §J
20
10
1.7G§
300m
1.7m §J
10
20
1.7G§
1.7m §J
10
300m
20
3.6m tS 35
310m
30
3.6m tS 30
25
31 0m
310m
2.9m tJ
18
2.9m tJ
310m
18
tJ
18
2.;!m
3!~m
2.9m tJ
310m
18
2.9m tJ
310m
25
2.9m tJ
310m
25
2.9m tJ
25
310m
2.9m tJ
310m
25
2.9m tJ
310m
25
2.9m tJ
25
310m
2.9m tJ
25
310m
2.9m tJ
310m
30
2.9m tJ
30
310m
2.9m tJ
310m
30
2.9m tJ
310m
30
2.9m tJ
30
310m
2.8m tJ
30
20
310m
60
310m
1~·9m tJ
2.9m tJ
60
310m
2.9m tJ
45
310m
tJ
40
310m
1~·9m
30M§A 2.8m tS
50
50
310m
~~g~:A
~g
l:g~:
l:g~:
l~
U~:
U~:
~gg~0
~gg~
Ug:
Y~I
BVelmJ
Ie
V)
IA)
5.0
5.0
50m
5.0
50m
50m
5.0
3.0 200m
4.0
4.0
4.0
4.0
4.0
3.0
4.0
4.0
30m
5.0 200m
5.0 200m
3.0
50m
3.0
50m
4.5 100m
3.0
50m
3.0
25m
4.0
4.0
2.5
30m
2.5
30m
2.5
30m
2.5
30m
2.5
30m
2.5
30m
2.5
30m
2.0
30m
2.0
2.0
30m
2.0
30m
2.0
30m
2.0
30m
2.0
:!9 m
2.0
30m
2.0
30m
2.0
30m
2.0
30m
4.5 100m
4.0
50m
3.0
40m
2.0
I~:g
3.0
2.5
2.5
2.5
2.5
2.5
2.5
1~·5
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
4.0
4.0
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
3.0
3.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5,0
5.0
6.0
6.0
6.0
6.0
6.0
3.0
4.0
4.0
5.0
5.0
4.5
80m
150m
30m
30m
30m
30m
30m
30m
lebo
@MAX
Veb
~b
(V)
.50u~0
IOn
10~}
lOn
.10u
.05u~
.05~~
.05u
5.0~\O
1~~~t
10u§
lOu
lOu
.01~&
.01u
.0Iu~
.02U~¢
IOn
5n\Zl
.01u0
.0Iu~
.01~g
.01u
.0Iu~
.01~g
.01u
.10u~
:~g~g
.10u~
lO~g
.10u
.10u~
.1O~g
.10u
.10u!?)
.1O~g
.01u
5.0~?rl
500,1
.10u
lOu
.0Iu~
.01~g
.01u
.0Iu~
.01~~
.01u
30m
30m
30m
30m
30m
30m
30m
30m
30m
50m
50m
~lgg
1.0m~0
10m
5.~~
.5~~
1.0m~
10m~
_~~
600
50
50
50
50
55
50
55
60
50m
(m
X.OOOI
tA
tiZl#
tA
tA
tA
t
t
t
t
t
t
t
t
t
t
t
t
t
tA
t
t
t
t
t
t
t
t
t
tA
tA
tA
A
25
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
20
75
75
50
50
50
50
50
50
50
50
20
50
50
50
50
50
50
50
50
50
350
450
30
75
30
tA
t
t
t
t
t
t
t
t
t
t
t
t
t
t
t
t
t
tA
t
t
t
t
t
t
t
t
t
t
tA
t
t
t
t
t
t
t
t
t
A
A
tA
tA
tA
~:gg
~:g~g
~5g~g
5.0
50m
1.~~ 3.0m~
l.~g 3.0m
1.0
3.0~g
1.~~
3.0m~
1.~g 3.0~~
.10u~
I.q~
:lg~~
.10~g
.10u
. IOu!?)
.10~g
.30u
1.~~ 3.0m
1.0
3.0~~
3.0m~
l.~g 3.0m
1.0
l.q~ 3.0m!?)
3.0~g
1.~g 3.0~g
3.0m
1.0
.05u~
5.~~
.<,Jlu~
I.q~
:g~~g ~:gg
5.0m~
5.0~g
3.0m
3.0m~
3.0~g
1.~g 3.0m
:gl~g
1.0
:gl~~
1.~g 3.0m
1.0
:~g~g
l:g~ ~:g~~
1.~!?)
3.0m!?)
.10u?;1
I.q~
3.0m~
.10u18
I.Q~
3.01l1~
.0Iu!?)
.1O~g
.10u
.10u!?)
.1O~g
.10u
.10u~
:6~~g
.05u\Zl
3.0~g
1.~g
1.0
I.Qf?! 3.0m~
~:g~~
l.~g 3.0m
1.0
1.~f?! 1;j·Om?;1
3.0~g
l.~g 3.0~g
5.0
1.0m
5.0\Zl
1.0m\Zl
.05u0
50n0
88
10¢
5.00
Cob kSTRUC
-TURE
IF)
Igg~
3.00
3.0p
~:g~iZ1
3plZl
2'10iZ1
3.0plZl
~g ~#A
.4~~
36&
180
170
150
90
500
800
400
660
165
330
100m
COMMON EMITTER
hoe
hie
hre
Irmhos)
.4~~ 20m¢
.50
10m
10m
.5~~
20m
.4~
1.0
3.0mQ
10m
80
10 7.0"'.~0 30
.35
10m
40
10m
80
.3~~
3.0m
50
1.~& 3.0m 50
1.0
5.~~ .50m~ 45
1.0~¢
3.0~g 50
10 3.0m
20
10m
.5~~
50m 1~~
3.0m
50
50
1.~~ 3.0m~
50
3.0~g 50
1.~g 3.0m
1.0
50
3.0m~
1.~~
50
l.~g 3.0~g
1.0
3.0m
50
1.~~ 3.0m~ 50
20
l:gg 3.0~g
3.0m
50
1.~~ 3.0m~ 50
50
3.0~~
1.~~
1.0
3.0m
50
1.~~ 3.0m~ 50
50
l.g~
1.0
50
I.Q!?) 3.0"'.~ 50
50
I.gg
65
5.0
.50~rl 10m\?; 50
15~ 30
1~& 8.0m
10
20
.1<,Ju~
.0Iu~
~~m
80m
30m
30m
30m
30m
30m
30m
30m
30m
~~b~
1.0
3.0m
~ .~?;1 ~.Om~
l.~g 3.0m¢
3.0';;0
1.0
~.~~ 3.0m~
~g~ .1O~g
.10u
30m
30m
30m
30m
30m
30m
30m
5.0
(A)
~~m
10m
1.0m
hie
PE
EO
OWG. AD
E
No.
o
I+gl~
!\O
L66a
L66a
A~!?)
AN¢ L66a
E
T018
A0
PL
T018
PE
R64
A¢
PL
T018
PE
T018 A'lJ
R64
T018
A0
OPE
PE
MM11 C
EA
T050
C
EA
T050
C
T018
P~& T046
PE
T046
!&
D~~¢ T018
u34c
PE
P
PE
T018
MT5ge
0
T050
T050
T050
0
T050
T050
T050
T050
0
T050
\Zl
T072
G
T050
T050
T050
T050
T018
T018
T018
T018
T018
T046
A0
PE
T018 yA\Zl
¢ X80a
T018
A
AN0
~:~~iZ1 ~~0
t#
tA
t
t
t
t
tA
t
tA
2.3p
1. 5d'0iZ1
5p~
2.4p
2.40
2.5p$
~:j~iZ1
. 3plZl
~IZI
U~r2l
1.4p!"j
1.i~~
1.4
1.4pgj
l'i~~
1.4
l.4p!?;l
l:~~~
1.1~m
1.8p
1.8
~p~
~~fz1
2p!?;l
2piZl
2.50$
b
30
~
:~~~~ J:g~ ~:g~~ ~~ ~A
30m
~Om
BIAS
Ie
~~
!gj
tiZl
tA
tA
~m
t
!!?;l
~m
t
!~
1~~ tA
tA
10mJ/l 2
25 tb
25 tA
1.0m0 150 A
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
2.58~'
80:i~~
1. 5 plZI.
;:;'J
3.5
l.4pgj
l'i~~
1.4
1.4~!!il
l.i~~
1.4
1.4p!"j
1'1~~
1.8
°t~
G~~
~
~
PE
:::g~~
~0
T046
T050
T050
T050
~
0
~
1.1~m_
1.8p
1.8
2p\?j
~~~
1.5;2,fl
2pgj
~pS
~~J
1.4
PE
P~
:::g~g
T050
:::g~g
T050
T050
T050
T050
T018
T018
T018
T018
T018
T072
:::g~g
T050
T050
T050
0
T050
T050
1.4pgj
T050
1.4P~
1.4ot
0
T050
T050
'lJ
1.5p
T072
1.8
T050
1.8pgj
T050
T050
T050
T018
2pgj
T018
T018
T018
2pgj
T018
2i>JZl
40$iZ1 0
T092
T092
4p
T092
T092
4
AN
AN
T092
3. 5 P!?;l
AN
3.~~~ AN T092
T092
3.5
T092
AN
~:!.5~~
AN
3.~~~ AN T092
T092
3.5
AN
T092
3.5pgj
AN
3.~~~ AN T092
3.5
T092
A~~ T092
AN¢
AN0 :::g~~
A~f?! T092
AN¢ T092
2.50iZ1
EA
T092
AN
T092
AN
T092
40iZ1 AN
T092
.~~iZ1 I~N T092
4.00$
T092
1.4~!!il
U~~
2¢
A
G
~
~
~
l'i~~
G
L~~~
~~~
1~r
A~
A
A
A
A
LINE
No.
~
3.,
TYPE
No.
I~~~H~
l~
~~~U~fj
2NS223
18
~~
27
~~
30
~~~~gg~t
MPS3694
~~:~m
1~!Om
310m
310m
1:<lnm
'a;on,
310m
310m
310m
310m
310m
310m
310m
3!2m
310m
310m
310m
310m
310m
122!>'1§t. 2.8m
100M§t.2.8m
100M§t.2.8m
10nM§t.'7.8m
150M§t.'i8m
150M§t. 2.8m
175M§ 2.8m
200M§t. 2.8m
200M§t. 2.8m
1~~OM§t. 2.8m
200M§t. 2.8m
200M§t. 2.8m
200M§t. ~.9m
200M§t. 2.9m
200M§ 2.8m
200M§ 2.8m
250M§t. 2.8m
250M§t. 2.8m
!~ I!!!!
tJ ~Q
tJ 5u
tJ
40
tS 20
tS 25
tJ 20
tS ~!>
tJ 0<5
tJ 25
tJ 45
tJ 45
tJ 60
tJ 60
tJ 30
tJ 30
tJ 60
tJ 40
(AI
mhosl
I!!!>
30
30
70
15
20
20
40
15
15
45
45
*
*
30
30
40
30
10.\0 1:!,_mJ .~Q t.
2.Qg 5Q";<1l1100tt.#
2.uo 50m0150tt,,#
2.071
~n t6#
I'¢. 2.0m
a5 t.
110 2.0m
506
5.0~ 100u~ 250 t6
1
!2m~ 20 £>..
1.0
lumll' 20 t'!!'t.
b_OO~r 1.0
~2111~ ~2 !~t.
.05u
10¢' 10m¢ 40 tt.
.05u
100 10rii<l100 ..t6
40 t6
100 t6
300m lOOn
15.00 10m(l5.0ktt.
300m lOOn
5.02, 10m
10ktll
~.O ~~Om .05u:/t
lQ!?11.. 2m
50 t.
0.0 zOOm .05u0
lOw 2.um
50 t.
!!.Q
5.0
5.0
".n
3:0
3.0
3.0
6.0
3.0
5.0
4.0
4.0
4.0
4.0
10
10
1!!22 m
600m
600m
'HOOm
'100m
100m
50m
600m
50~W
.10u
.10u
.10uC7l
.10u~
.10u0
50n$!
.10u#
500n
rm
X.OOOI
1%!ll
I[Es(RIP I N
Cob ISTRUC
1:TURE DWG.
No.
(FI
12~~
m
30u(2l
MPS6512
~lg~
~gg~:t. ~::~ ~~ ~g
300M§t.
I:<nOM§t.
'aOOM§t.
300Miiii
2.8m
2.Hm
2:ain
2.Sm
tJ
30
rs
tS
:.0
t~
2.Sm
2.9m
2.Sm
2.9m
tJ
tJ
~r 1~~~~llt
310m
310m
310m
310m
300M§t.
300M§t.
350M§t.
350Mlt.
2.8m
2.8m
2.8m
2.8m
tJ
tJ
tJ
tJ
MPS6540
~lg~
~lg~
310m
~~
I~~~~~~~
gg
1~~~~~~St
MPS6532
MPM5006
~lg~
310m
ao
80
~gg~:~ ~:g~ ~~ l~g
300M
300M
300M§
300M§t.
MPS6569
7.5k(2l
~gg~:~ ~:~~ ~~
80
120
18
20
2.8m
tJ
~:g~: ~:~~ ~~
3S0M§
2.8m
tJ
25
15
12
50
~g
50
80
~g
. 20
20
40
40
30 ¢
30
30
20
~~~~:~ ~::~ ~~ ~g
390M§
~g
~g
40
25
gg
50
:g
30
~:g ~gg~. :g~~~
5.0
".U
6:0
5.0
~:g ~gg~ :g~~~
5.0 250m .01u
5.0 250m .01u
5.0
3.0
~:g
50n!!l
3:0
50nlO
5.0
500n
5.0 200m .50u!?1
4.0
.10uw
~:g
4.0
310m
600M§t. 2.8m
tJ
ggg~:~ ~:g~ ~~
30
~g
15
12
5°~1
50n
100m .05u
~:g Iggg~ .05u\1
5.0 600m .10u\{)
.10ure
.05~~
50nw
IOn\!!
50n¢
3.0
~:g
100m
I~~g~ I~~g~:~ ~::~ ~JJ
320m
250M§t. 3.4m
tJ
35
30
30
l~~ ~:g~~
200m .05,,0
10\{) 2.0m\{)
':lUUm
.lu#w 1.0(/) 10mUJ
'200in
.luiti/l 1.0~
;orii~
250m .01u0' 1.0iS 10rl11iJ
.40u¢~
~lg~
40u(2l
8k(2l
50n!?1
100nlO
~:g
350m .25u§
5.0 350m .25u§
I.f6'<1l
1.0ir
1.0ll
I.h~m
tgg ~
10m 400 t
10m\Zl400 t
470 t(2l
5.Q!!l 4.0m!!l
5.010 4.0mlO
5.Qre
Igg ~ll
120 t.
4n tll
Hio t6
400 riii
40u(2l
10k(2l
AN
T092
A~re
T092
!Q~2 ••
Tu92 '"
T092 A
!Q~2
A
Tu92
A
t8~~
5 (2l
1&.0
3.~~1tI AN¢...
5.00
10
5.0p
I/l
~p!?!
!?1
4DIlJIO
7P!1ll
4p$
4.00
2.5p
EA
IH~ I~~
8(2l
3.5~
EA
4p~_!?1
4D$1lJ 10
4.0~
40u(2l
120$
12p$
4p(2l
120
12p
3.5p(2l
.50t
~~
I~~~~~~A
~~
I~~~~~~
g~
I~~~~~g
81
84
2N5234
2N5249A
2N5311
10k(2l
20 t II
20 t II
lUll) 2.0m\{) 150 tll
lUll) 4.0m0
30 tt.
10¢ 4.0m¢'
H)0 4.0';;0
25 tll
60 til
JIU
I
Dum
50
60
60
5.0
6.0
6.0
100m .03u~
!2!>m .03u\1
luOm .03ulO
5.02, 2.0m! 250 t.
1100:!!l 10m!?1 !Q~ t.
JIO 10mllJ 2DO t.
330m
330m
330m
3.3m
~.3m
".3m
$S
$S
$S
70
77~2
50
50
50
5.0
~.Q
100m .0Iu~
!2!>m 1·2~u\1
luOm l.ululO
5.Q~ I.Qlmre
66 t.
5.Q\1 .0Im~ 110 t.
5.ulO .01mlO 250 t.
330m
340m
340m
550M§ 3.3m
100M§ 2.3m
450M§t. 1.9m
tJ
§J
§J
45
25
30
350m
350m
20.M§ 2.3m
30M§t. 2.3m
4·2
~2m
6.0
30m
4.5 300m
3.0 100m
6.0 100m~
5.0 500m..
!-!
!!!~
§J 200.
§J 45
~
..,
A
A
!Q~~
TUII"
700ftEi AN
T092
:::g~~
C
~
1.3p$
4p(2l
1.10
1.7p\l;l
Hp{ll
TOS2
AN ... !Q~2
10 lu92
AI1!~ T092
AN¢ !Q~~
AN
TvlO!O<
A
A
A
A
A
6.0P!!(l
T098
4,,$.
Tu98
B
B
B
JU , ..'"
70
80
80
2.~m
~
1100,!!lII,~2m 10~Q tt,:ij;~
tJ
$S
$S
~2·!I'.!§
A
A
A
AN
AN
."""t
3.~m
~~2m
T092
!Q~~
TuS"
A
t8~~
l:g~ 199~~ Igg ~
1.0D 100mllJ 30 tll
10.10 4.0m~", 20 t.
1'~1?~ 10";<1.1- 40 t#t.
3."m
.0Iu¢
50n§
1.0U\!!
1.0u¢
IOn
A
A
tg~~
T092
.65~r I:~
4.0111~
3.3m
25
100
200 IZI
45
'!:2~~
T092
R97a
T092
5.~.iZl~ 4.0m\1
330m
330m
D.U
~
20 t II
20 t II
1~30m
IU
A
T092
T0106
RS7a
R97a
rio
6.0p$~
78
L I!
E0
A 0
0 E
8(2l
3.~~
I~~~~~m
310m
310m
310m
310m
60.,
(VI
8.0k
3.0k
3.0k
:~ 1~~~~~~6
57
TYPI AL'h rARAME ERS
BIAS
COMMON EMITTER
Ie
hte
hoe
hie
hre
CS3903t
~lg~
411
(A
Vcb
15klll 18.0 III
310m
31nm
3;0n,
310m
42
MAX.
lebo
@MAX
Veb
MPSLOI
12
l~
1.,[~A". ~
LQ.EH~TE ~ TABS MAX RAllNGS @26'
!i~LL.
IN M E BVeboJBVeeo BVeb.l!,l.
DISS.
tab
FREE A M
Ie
@2S'C
AIR X P
rWI rHzl W/'C
(VI
(VI I(VI
(AI
Igi 7.0m~ 35 tt.
5.0
.10m¢ 250 t ...
1.0
100m
30 tll'!!'
4.QI!! 10m\!l SO t*
4.Q\1
10m~ 90 t*
5.010
10ulO 100 tll
!Q~8
B
B
B
B
4p~~
T098
:~:~
12u
1.2k
1.0
9.0p
::g~1ZI
B
:::g~::
T018
0
0
<1l
~~~8
F
6.0 (2l
350m
ng~
~!!Qm
350m
350m
60M§t. 2.3m
§J
60
60 III
5.0
1.0 #
82,M
:2.0m
80M§t.
100M§t. 2.3m
§J
80
50
70
50
20
50
7.0
5.0
5.0
1..ou
100m .10u
100m .10u<1.l
:g:~
~:g~:~ l~ggg
§J
~:g
100n\Zl
19~
101/l
~:g
5,2.
8.o¢.
600
10mlZ 35 M
25plZi
6:Qp
6.uo
6.0p
10p(2l
19~ l~g ~~
10m 240 tll
10m¢' 170
10riiiiJ 80 t*
~.!!U
~~2m
350m
350m
~~2m
30um
O.A. T.A. INC.
1 !2~i 2.7m
110M§ 2.7m
120M§t. 2.7m
~~2~,1§t. 2.7m
120M§t. 2.7m
§J
§J
$J
$J
$J
45
45
25
1~5
ql
4~
45
25
35
35
111.0
50m I~QQn
6.0
50m 500n
4.0 500m 500n
4.0 500m 1~~On
4.0 500m 500n
89
~'2~
6.Q\1
6.010
6.01l!
6.00
1·2 m ?>
1.2'
l.u ~
1·2
l.u
~2
~~
2.5u
2.5u
1.~~
1.3k
1.6k
l·ilk
2.0k
1.1
1.1
1.1
1.1
1.1
OD
~~
9u
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
u53
PL!?1!Q 1~
PLIO Tu 111
PLI/l T018
,!Q]
DPM'lUl
F
~~
"IU
AI/l
A
~~~~~fJ~EM:'COUECTORDISSIPATION
5. SILICON NPN . LOW POWER TRANSISTORS
TYPE
No.
LINE
No.
~MAX.
I ~~LL.
DISS.
@2S'C
-IINI
flJ
lQ!:RATE~ TABS MAX HATIN\:i5 @2S'C
fab
IHzl
IN M E BVeboJBVeeo BVeQQj
FREE A M
Ie
AIR X P
W/'C
IVI
IVI IIVI
IAI
MAX.
lebo
@MAX
Veb
J&
Veb
TYPI AL 'h'LARAMETER5
BIAS
MMON EMITTER
Ie
hfe
hoe
hie
hre
i'll 1&
Ilmholt
int
X.0001
DESCRIP I N
Cob ISTRUC
t:TURE DWG.
IFI
No.
L C
E0
A D
DE
1.1
1.1
1~~2m
10# BFX52t
lJ:tt
~~~~J~~
150M§t. 2.3m
150M§t. 2.0m
350m
180M§t.
~~g~
~~g~
350m
19
20
21
2N4072
2N4955*
2N4956*
~~-! 2SC 133t
2~.:ff.: 2SC134t
27: 2SC135t
:i!~#: 1~~C 136t
2~.:ff.: 2SC137t
30: 2SC203
:<1'" '?l::~204
32# '25(;205
33it 2SC230
37H B~~46
38'11' BFS46A
39'11' BSV36t
:~
45
~~
54
I~~~::~
2N2831
I~~~~~~
2N3711
1~2~§t.I~·~m
350m
350m
l~g~§t.I~:~~
~gg~
250M§t. 3.5m
I~~()m
1:i!50M§t.I~·5m
350m
350m
350m
350m
350m
250M§t.
250M§t.
300M§t.
300M~~
300M§1LJ
~~g~
350m
~~g~
3.5m
3.6m
2.0m
3.4m
3.4m
~~g~: g~
350M§
2.3m
~~g~: ~:~~
350m
350M§
2.3m
350m
350m
350m
350m
350M§
450M§
450M§
500M§t.
2.3m
2.3m
2.3m
2.3m
~~g~
gQ2~:~ ~:~~
~~g~
~~g~: I~:~~
350m
I~~(jm
350m
350m
360m
360m
360m
360m
360m
360m
60uMit. 2.3m
1!b_U_"!I i 1~·Om
1.6G§
2.0m
1.6G§
2.0m
I:!~~m
360m
360m
~J
§J
§J
:j
tJ
tJ
tJ
tJ
§S
tJ
tJ
:j§J
:j§J
:j§J
§J
§J
§J
:j
~5
500m~ 52!!n
I~·!!~
~!!",l!l 50 M
500m;\ 50n A
6.0¢
10'l1~ 40 M
1.0
100!!l(L 10 150= 30 tt.
20
20
5.0
I.U
100m
~~
~:g
~~
3D
50
~~
~g
60
~~
~2
6u
~2
30
30
~g
iZI
~:g
30
5.0
45
5.0
30 ..... 5.0
30 *", 5.0
~2
4.0
25
5.0
25
5.0
.h~~'P
.10~1U
1gg~ l:g~
500m
50n§
500m
50n§
500m
50~
800m .05ull>
100m .10u~
30m .0Iu~
30m .01~
~g: ~:g ~gg~ :g~~~
20
20 §
g~
~~: ~:g ~gg~ :g~~~
40
~g
2.1m
2.1 m
2.7m
2.7m
2.7m
15
:15
25
30
,!O
60
40
25
25
50
I:i!·~m
2.9m
2.9m
$~
$S
$S
~!!
30
30
5.0
5.0
~g
80
25
35
40
§J
$J
§J
§J
§J
§J
§J
tJ
tJ
tJ
1~.lm
5.0
5.0
6.0
25!!l
60
80
300m
.02uIO
200m
.02ull>
200m
.02uw
190
6.00
15 IZI
5.0
~(j9m
.05~~
300m, .05u¢...
500m", 400~
2N5418
~!!~l~C280B
6~!..J; BC280C
63"" BF237
~5
10
10
'!6'OO
12
4.0
2.0
2.0
6.0
6.0
3.0
50m
200m
50
5.0
5.0
500m
500m
~25!5
~3!!0
30
~.()
1~·2
6.0
6.0
40m
50~r
.10u
.10u
~!!m 1.!!lu~
.0Iu~
~()()m
.03!!IIL
!(j0n
lOOn...
100n(O
~2m. !2u~
~Om . !2U~
"Om .luulO
g~
~~~~~f
69
2N2484A
~~
1~~~484
72
A132
75
PET8002
~~
~H:gg~
~~
m:ggg~
78
2N3037t
70
2N3n~Rt
81it
BSX25-'
BSY93
80#:
3.6m
3.6m
2.0m
$S
$S
§J
25
25
45
25
25
40
4.0
4.0
6.0
360m
2.9m
:j$S
45
:g
30
4...IL
30m
.10u
10
60
60
5.0
6.0
6.0
30m
50m
50m
.!'!u§
~~Om
360m
360m
~gg~
360m
~~9m
360m
360m
360m
360m
360m
~:g~
1~'l!m
12M§t. 2.1m
15M§t. 2.0m
~~
§J
§J
:~
~()
~9
DO
:g~:~ ~:g~ !j ~g
40Mit. ".6m
~!!~~t. 3.6m
~2~§t. 3.6m
5uMit. 2.4m
~I?M§t. 2.4m
50.M§
2.1 m
50M§t. 2.0m
tJ 50
tJ 50
tJ 50
§S 120
§S 100
iJ
40
§J
60
~2~~ 2.0m
60~~~ 2·2 m
60M." 2.um
60Mit. 2.0m
60.M§
2.1 m
60M§
"UM§t. ".... ni
soNiit. '3:Sm
6oivl§t. 3.6m
.!!I?Mit. ~.~m
69.~~. 2.0m
78Mi 2.0m
§J
§J
§J
§
§J
$A
tJ
tJ
tJ
§J
§J
§J
40 tt.:tt
40 tt.#:
100 tt.#:
35 t t.
10 tt.
1.0~
1.0kl.!t
lOp
18.h~
40uI2l
40uiZl
~~
35
~3!55
70
60
24;~
ou
500m lOOn
500m ,lOOn
100m 'JLOnt.
l:g~ 19~¢ ~g
6.60 1.0m
6.0w
I~.!!~
6·2~
1.~
60
:gl~~~~rIl4
87
RR
2N3078
'?N3117
89#: 'SFv77
90'11'
MD1T2484
'3S0m
360m
1~~2m
3~2m
36um
~2
80
80
60
45
60
~6!00
6~;;'
4.0p
::g~
gg
1.0m
60
1.0m
80
1.0m_ rl 80
10= 40 t.t
!()
1.:.m
10¢' 8.0m
160 8.0m
40
20
20
~.~ 1.0111~ 80
5.aps.... lP!'¢ 150
1O\Q l.\L~ 40
4'2f(1 2.0 ~ I~~~
4.~~ ~'2 ~ ~2?
4.510 2.u 10 ~O
i~'!!~
5.09.!
5.0l
10
,~1.<?
[;),\11
tt.
t.
t.
t.
t.
t.
1O\Q
1.7P!fj
1.~pgj
3.0DIll
>u
60
46'~
>u
:'10
"'I>
60
60
60
25
~6!00
6~;;'
.u
30
30
25
'8:0 100m '.OIUi/l
Is.o 100m Ull~_
15 50m I~g~~
6.0
50m .0Iu¢...
6.0
50m
10n(O
PE
T018
IE
¢
u53
u~3
uD3
19~
C
30u~
40uiZl
70 t.
~'~I11i'l !~O t.
l-M~ lJLO tt.
5P1Z1
i8.0D$1ZI
30 t.
9.0m
19~
50ulZl
40YlZl
50ulZl
5.6k
~:g~
24klZl
l~~ l:g~~ ~;~
2'!!~ 1.01T1~ 250 t.
5.~\1 .01 111i'l ~2 tt.
5.~ .011!ll!L ~ tt.
5.~~ 1.0'l1~ 400 t.
2·2~ ,l£m~ 450
D.UIO 'DUO!!l!L 2.0 t.
lml) 1.UmlO""U
B
B
l2.1
~:~
2.8p
2.8p
25 IZI
10
40u
40u
100Yla
200uI£I
900
900
700Ja
1.!ikl£l
IH~
2.~pi?l
2.5nl/l
19
10
10
15p!?:!
~2P!!l
2bDIll
l1u
40ultl
~g
8:01.
,,4JqtJ
DPL 1~110A
~
Q!,L Rl!Q
IJPL Rl1u
A
T050
PL
,!2!!
PLt. "uI"
A
ME213
D.A. T.A.INC.
I:!~~m
360m
360m
1~~l!m
3~2m
36um
!22~§t.I~·9m
100M!~,~.9m
100M§",z.9m
100M§t.I~·()m
1~2~§t. 2.0m
10uM§t. 2.0m
~~
$S
$S
~~
§J
§J
!!2
50
40
~~
25
45
~3!00
20
~2~0
25
5.0
5.0
50
I!?·()
5.0
5.0
3.0
II.U
Itl
iiil2l i:6111i/l'260
1(i~ 1~ 400
5'«2~
5.«2~
5.010
800m
.10u!';l
~.!!~
uwum
.luu~
2~
,~22m ·!2u9.!
!!!n~
,_.
10np
'zOOm .10w
90
~
Q)
!.~u
1.0m
1.0m
400 tt.
2~~
40u
llu
3.0
4.2
15Jt
4.0~1ZI
3.5p
35il
P~,
D~~~
T018
!Q!!
1 A0
DPL(o Tul"
IA0
PUn ITn18
P~ 'TOI8
PE' TO; ii
A
A
~~~~g~
2N3706
19~~~g~
108
F
F
F
F
C
2.0111~
1.0~
~~t. ~gl:
420
102
A
C
1.0'l1~ 45 t.
~.~'l1i'l 90 t.
l-M1!ll!L 180 t.
I:'()!';l 1.0m!';l 75 tt.
.0Iu~
~.2\1 1.2m9.! 80 t.
.01!!IIL5,\.!IU t.IL~ 150 t.
!!!!m
1.0['
50m .01u
50m .01u
50m .0'lu~
50m .02u¢...
50m
10n(O
luum '.ululO
~g~
t
t
t
::g
8.0 100m .0Iul<'
1010 1.0ni", 4vO
8.0 100m .0Iul?;1
1~~ 1.!!",~ ;~~~
8.0 100m .0Iu\1
1~\11-?l"¢.... 422 •
7.0 500m .0lulO
1010 lumlO "u"
7.0 500m .01~~
~O 10m
60 t.
~.O
.05U¢A
10 5.~m
30 t t.
JLO
20~ 2.
--LOm
50 tt.
~'2
7.0
7.0
-B.O
~.2
6.u
'''.U
TOI
PM
88 ~
III
t
~:~ 199~ ~:g~~ ~:g~. . l:g;~ ~gg ~~
199~ :gl~~
PM
gg
10m", 60
;~~~
360m
360m
360m
360m
360m
360m
'3.iUm
330
0kklll",
~'"
l~ ~ ~:g ~gg~~ 19~~ t~~ ~:g~~ ~g ~~
6.0" i!' 4.0 500';;~ 50nlO .~ 20= 30 M
360m
360m
366m
~gg~
~~ ~ ~
l:Q~ 19~~
1.010
~:g i~gg~ :Jg~~ g:~ l:g~
3.0
gg ~t.
10m", 9.0
g:g
1g~¢
100 150m
1~!';l 150m
1~~ 150m
lOll> .10m
2.«2~
25m
5.«2~ 1.2ml
5.01()_ l,.\Lm
~~ I~~:~~~
57
l~g~~
~.~i'l
5'«2~
5.«2i
'l
5.~
50'l1~ 1~~ t#:t.
50'l1~ ~~!!~
50~...;!.0 ~
1.()'l1~ !~~ t.
1.2mi'l 1~2 t.
l.umlO 18.
~.!!~!!;!~
1.0uiZlb
32!!l
32 iZI
100mILI 'R.Opl7l
100riiiii 'iioiiiii
6'.;"1ZI
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
'A
5. SILICON NPN . LOW POWER TRANSISTORS
~
LINE
No.
~
3
~
6
U-lMAX.1J
TYPE
No.
I ~()LL.
DISS.
@25'C
-IWI
IMRATE~ TABS MAX RATINGS @25'C
fab
IHzI
IN M E BVebo IBVeeo BVeQQj
FREE A M "
Ie
AIR X P
W/'C
IVI
(V)
V)
1M
i~~~~6
ME901
~~g~g~
PET3706
a ~~~34
~~g:::
199~~~ ~:~::: :~ ~g
~g
~:g
MAX.
lebo
@MAX
Veb
Jil.
:~I 'l:~iR(~F-A!~EM:' COLLECTOR DISSIPATION
Veb
TYPICAL 'h' PARAMETERS
BIAS
CC MM N EMITTER
Ie
hfe
hoe
hie
hre
(V)
(A)
(mhos)
(0)
X.OOOl
19~~ I~:q~ ~g:::~ ~:g ~
360m
100M§6 3.6m
+J
40
20
5.0
ggg:::
800m
:
.1 OUIO
3~2m
$5
$5
$5
$5
$5
$5
$,;
§J
§J
§J
§J
§J
§J
§J
60
60
60
60
60
60
"0
30
45
30
45
30
45
60
60
45
30
30
30
30
45
45
30
45
30
45
30
45
40
40
4.0
5.0
5.0
5.0
5.0
4.0
4.n
5:0
5.0
5.0
5.0
5.0
5.0
5.0
6.0
30m
400m
400m
400m
400m
30m
:Ulm
100;"
100m
100m
100m
100m
100m
800m
200m
.10~~
360m
360m
3.mm
360;"
360m
31!2m
360m
360m
360m
360m
360m
200M§6 2.9m
200M§62.7m
200M§62.7m
200M§62.7m
200M§62.7m
200M§6 2.9m
7nOM§6 ;7."m
200MM'2:';"
200M6§ 2.1m
~~OM6§ 2.1m
200MM 2.1m
200M6§ 2.1m
200M6§ 2.1m
200M§6 500u
200M§62.1m
~~g:::
~gg~~~
~~
$J
60
60
30
30
5.0
5.0
300m
300m
10mo
$J
$J
$J
50
40
40
30
30 ~
30 y;
5.0
5.0
5.0
500m
500m
500m
.05u!~
.05u§y;
2.010
DESCRIPTION
Cob I~TRUC
I:.!URE
DWG.
No.
IF}
1~~~
50nia: 5.0 6
120lLl
m
PEt
mg
R 11 0
LC
E0
A D
DE
~
A
9# ME6003
l~
12
1~
~~~lgj~A
2N919t
~~~~~t
15
2N3826
18
2N3974t
l~
H+
24 ...
~~~~nt
i~:~g5
AT491
28 ... AT495
29# BFV88t
30
BFY26
~~# Eg~Xglt
360m
360m
3~2m
33
LOA405t
360m
g:::
200M§62.9m
~?
L05210t
360m
360m
360m
200M§62.9m
200M§6 2.9m
200M§62.9m
40
41
42
PET1001
PET1002
PET2001
45
PET8201
~~: ~~~gg~
:~
:~
~~8:::
360m
iJ
~8g~~~ ~:~::: :j :~
200M§63.6m
+J
35
:~
::g
4.0
20
150m
~n~~g~
~m~g~
~~g:::
~g8~~~ ~:j::: :~ ~g
2N2845t
zNzts47t
2N3301t
2N3302t
360m
250M§6 2.0m
§J
gg
60
30
5.0
500m
500m
360m
360m
360m
360m
360m
360m
250M§6 2.9m
250M§6 2.9m
250M§6 2.9m
250M§6 2.9m
250M§6 2.9m
250M§62.9m
$5
$5
$5
$J
$J
$J
60
60
40
60
60
60
30
30
30
30
30
30
5.0
5.0
5.0
5.0
5.0
5.0
500m
500m
500m
500m
500m
500m
~~g~~~ ~:1::: :~ ~8
~~
57
g~
63
~~:~m
2N4954t
71 ... :tj AT422
72"''i) AT423
~gg::: I~gg~~~ ~:g::: ~~
~gg:::
360m
360m
360
360:::
76# BFV85At
~~~g~~~
:~# ~~~Wl
84
85
86
87
GET2222
LOA400
LOA400MP*
LOMOl
90
LOA403
:~
30
25
80
60
25
20 §
65
40
5.0
3.0
6.0
6.0
.01u
1.~~
10m~ 100 t#6
150m~
150m\<
150m~
IP
7.0p
7.0
70P!?:!
30 t6
50 t6
30 t6
1.0~~ 150m~ 50!~
10IQ
10Ul
10Qj
100
1~\?;1
1~~
1010
1~.
10
9.0
.50u~~
401Ll
igPi
33·.55P
·so
3.5p~
3.~pi'1
3.501ll
3.5:i
l1p
5.5
.05U\0
:g~~¢
.05u
.50~'!:..
50n~
50nlO
1.~~
8.0oLLJ
150m~
30 t6#
50m~ 30 t6
50m\< 75 t6
1~~ ~:8:::~ ~g ~
1010 5.0mlO
206
PpEE
T092
R67
R67
R67
R67
X55
X55
0118
8
TT0
PE
PE
PE
PE
PE
PLI1i
T018
1.:2)8
Tv18
T018
u26a
T018
t
t
~:~~ ~:E ~~d8
1010 150m\< 100 t,.6
1.~~
1.0y;
t
7:0p\2l~
10m\< 40 t'll'6
10m<Z lnn t#6
10ni~
t6
10nia: 506
10m~ 100 6
10m~ 100 6
10m\< 506
10m~ 506
10m~ 75 t#
10m\< 60 t
10n~ l.fQ~ l~g:::~ ~g !~6
tg~:g~ MP*
250M§6 2.1 m
250M§62.1m
0
21
~~0~~14'17~
360m
360m
360m
360m
360m
360m
1~60m
360m
360m
360m
360m
360m
360m
360m
360m
250M§6417u
250M§6 417u
250M§6 500u
250M§6 500u
250M§6500u
250M§62.0m
250M§6 2.1m
250M
3.6m
250M
3.6m
250M§ 2.9m
250M§ 2.9m
250M§ 2.9m
250M§ 2.9m
250M§ 2.9m
250M§ 2.9m
360m
360m
360m
360m
360m
250M§6 3.5m
250M§63.5m
250M§ 2.9m
300M§62.0m
300M§62.1m
300M§62.0m
1~3~6"Ormm
1~""M§6
~.~m
300M§6 2.0m
§J
§J
J
L
§J
§J
§J
§J
§J
§J
§J
+J
+J
$J
$J
$J
$J
$J
$J
~g
*
~:g
lOpE;!
l~pi'1
1001ll
~~~
35u
~g8
900
~:8
2.0
1~~ ~:8:::~ 1~8 ~
1010 2.0mlO 250 6
10m
20 t#6
5.q~ LOrn
235
9.0u
5.010 LOrn
105
7.5u
1.5
800m
u34
PL
u34e
PEM T0106
PEM T0106
AA"~
"0
~~
~~
Ay;
A'i?
B
P
P
P
A
A
~
~~~ ~~
~
6~
6.0k
3.0k
PE
B
B
B
B
B
A
A
;~~ g~t ~118
50LLJ
501Ll
1.~~
:~~~~
1010 110mll-
.05u~
1~~ 150m~ 100
10¢ 150m¢ 200
100 150ni(1: 60
lq~ 1.0m~
20
1~~ 1.0m~
50
1010 1.0mlO 75
.05u~
.05ulO
50n~
50n!?!
50nlO
~:8 ~gg::: ~88~
50
50
50
60
75
60
60
60
60
70
40
60
60
35
35
35
35
35
35
45
30
45
30
40
30
40
40
30
50
25
30
30
35
35
35
35
35
35
5.0
5.0
50
5:0
6.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
60
40
40
40
50
40
40
30
25
15
20
20 §
6.0
5.0
5.0
5.0
5.0
5.0
500m
500m
500
800:::
800m
800m
800m
800m
300m
400m
400m
30m
30m
30m
30m
30m
30m
93", MM3903t
!1~~ PET3903
95# PET4123
96
TI560
~~
~~~~~108t
99
2N784At
I~~~~~"
102
4t
JAN2N916
105
2N2481t
19~ I~~n~~
19~
~~~~~5:81t
108
2N3947t
D.A. T.A. INC.
1~60m
+J
+J
$J
§5
§J
... J
§§JS
§5
'!4~52~!~5
~5!··.20
45
40
30
40
25
15
15
5.0
5.0
5.0
5.0
~gg::: 300M§62.0m
~g8~:~ ~:g::: ~J5:g
360m
§J
60
1~
40
~:8
6.0
360m
360m
30
50
6.0
6.0
360m
~1?9m
360m
360m
300M§A 2.0m
2.0m
3~2!'11§ 2.0m
30vM§62.1m
I~OOM§
300M§62.0m
300M§62.0m
§J
§J
§J
50
80
200m
200m
400m
200m
1~~ m:::~ ~~ ~6#
.01 u§
200n
200n
200
.01~~
.01u~
.0 1u~
.25ulO
25~1
200u
.01u
.50~i"",
10n~
10nlO
lOnw
10n~
lOnw
10nlO
1001l~
lOOn
~~: I~~~l~~~
19~
l~i
1.0
1.0
4.qp~$
4.0olLl$
OPL
PE
PE
PEt
PEt
Rll0
~llg
Rll0
T092
X55
X55
A
A
A
A
~~~~~6
70 ... :tj AT421
n:
+J
$J
$5
$5
198:::
100m
50m
200m
200m
54
,.,,,
56
3.7m
2.9m
2.8m
2.8m
~:g
TI5107
~~
i:~~~~
200M§6
200M§6
200M6§
200MM
~g
51 ...
:g. .
PET8204
10~
.10YJ9
.1nulO
l'OO';¢
lOOn
lOOn
lOOn
lOOn
lOOn
l~g::: :~g~~
360m
360m
360m
360m
48
lOu
lOu
lOu
500m
200m
500m
500m
500m# 1.Q~
10m
50
500,,!i2l 1.Q~ 2.0m~~ 50
.10ulO
2.010
50m", 160
25~
1.~~
10m~ 40
.01~X}
l.Q~
10m¢ 40
100u
1.010
10m(t 88
1.2~ 1..0m,J ~~
.01u¢~ 5.Q~ 5.0m~ 50
lOw 5.010 1.0mlO 40
.10u
l.Q~
10m
80
LOu
.4Q~ 20m
40
1.010
10m
40
g:qg~ ~~
8.0olLl
80pILI
8:0plZl_
801L1
35u\ll
150 till
150 till
8.0k\ll
8 \lI
8~~
~Pi'1
6:qp~
4.0p
4.0p
P~\O
PE
PE
PE
6.0Pp~f
2~~
6.01)i
6.0p
5.0p ~
5 PILI
12'k_
KILl
20 III
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~:g4P~~
'Pili
12plZi
1001ll
~~
A0
B
B
B
A
A
A
~~
AQ5
A0
A0
B
B
B
B
B
B
A~
P
P
P
P
P
P
Rll0 A
Rl10 A
T092
T018 Asp
T018
A
T018
T!Ogl18!1 I:~
T018 A
TT001188
A~
T018
A'~
'10
AriJ
'6.0P~t
6p
¢
6.0k
ig1g
TO 18
T018
T018
u26a
u26a
u26a
u26a
u26a
u26a
T018
TTOOl188
T018
u34
=~¢ u34
PEIO u34
10 u34
PE' u34
PE
u34
6,
3.50t
60 III
50ulZl
PE
PE
PE
PE
PE
80LLJ PE
;~Pi PE
8p
PE
3.5
PL
88PP~~$~'iZi'" PpEE'
""
~
80$ PE6
60plZl
PEW
6.0olL1
60pl/l
6:qp~
6.0olll
!~.
1.7u~
91
80$1LI
8p!!<;!
8P!t?l
80$1LI
t .. 6
~g ~~:
1006
18:::
1.0mQ
1.0\1> 100m
1.00 100m
T098
T098
T098
X93
X93
X93
8p~t?l
t6
tll
t*
tll#
t6
t
t6#
6
125u~
6
75ulll
t
~g~~~ l:g~",
.01u'/l'lO 1010
1.7u0
8p~~
1~~ m:::~ l~g ~
f6
ig1g
TO 18
8 Pili
t#6
t#6
t#1I.
t6
t6
t6
1010 150m", 100 6
10Ul 150m
306
iiQj
0
30
160 l.~mm 25
lq~ 1.0m~
506
10¢ 1.0m¢", 50 t 6
10
10m", 30 t6
10
10mq) 50 t6
10 150m~ 30 !~6
5.0
10m", 40 t#6
10
101T1~ 30 t#6
1.0
150m~ 20 t6
1.0
150m", 50 t6
5.0
10uUl 40 t 6
5.Q~
10~~ 40 t6
5.010
10ulO 100 t6
5.0Ul
10uUl 100 t6
5.iiii! 1.0"';95 100 t6
5.00 1.0m~ 270 t 6
_2.5op
50m
~~~
50 6
PE
DE'
~
¢
ig1g
T018
T018
T018
~~A
A~
A0
5. SILICON NPN
JJMAX.1J
LINE
No.
TYPE
No.
~OLL.
DISS.
@25'C
-(WI
~~:fI :n~~
9#
BFV85Ct
1101## BB!::!S:YY2191tt
12
~~
14
15",
GET706
1~~.!.!l!l!t
GET914t
MM3904t
210~#
PpEETT94012241t
21
~2;23
PET9022t
TTII S
S445
6 tt
24#
25
26
27
ZT708
2N706Ct
2N913
2N250lt
~~: ~~~~~i~
36
GET2369t
360m
~~g~
lQ.ERATE~
fab
(Hz)
TABS MAX RATINGS @25'C MAX.
IN M E BVeboJBVeeo BVeb~
lebo
FREE A M
Ie
@MAX
AIR X P
Veb
W/'C
(V)
(V)
V)
(A)
(A)
300MM 2.1 m
~gg~:~ ~'f7":,
360m
360m
360m
360m
360m
360m
300M§t.
300M§t.
300M§t.
300M§t.
300M§t.
300M§t.
2.1m
2.1 m
3.6m
3.6m
3.6m
2.0m
360m
360m
360m
360m
360m
360m
360m
360m
360m
300M§t.
300M§t.
300M§t.
300M§t.
300M§t.
300M§
320M!>
350M
350M§t.
3.5m
3.6m
3.6m
2.9m
2.9m
2.0m
2.0m
~~g~
360m
2.0m
§J
:JS
§J
§J
+J
+J
+J
§J
30
+J
+J
+J
$J
$J
",J
§J
§J
§J
~~g~: ~:g~ :~
350M§t. 3.6m
+J
4.0
40
40
25
40
40
60
15
30 ¢
15
15
15
40
800m
5.0 200m
5.0 500m
3.0 200m
5.0 200m
5.0 200m
6.0 200m
30
40
25
40
40
30
40
25
40
25
15
12
15
15
:g
40
~g
~:g
15
~g
100.~
1OOm
:6~~¢
.02~~
'0225un¢~
W)
25n~
25n~
50n:zr
50~!Z>
.05u~
5.0 200m
5.0 500m
5.0 500m
5.0 1~~Om
5.0 200m
5.0
5.0
50m
5.0
6.0
§
16
~~
~:g
5.0
:~ I::::~~~
I~~g~
360m
360M§
2.1m
••
:g
60
45
5.0
4!~7'''':# B2NF.~91!.211Bt
4
360m
360m
380M§
400M!
2.0m
63u
§J
§J
50
50
40
20
5.0
5.0
42# BFY74
~~g~l~ ~:~~ ;J~
30
j~
.05ulO
·.0055uUU~;"'(2\
"'
25n
1.0~!Z>
.05u
Veb
TYPICAL 'h' PARAMETERS
BIAS
COMMON EMIITER
Ie
hfe
hoe
hie
hre
(V)
(A)
~ ~~
10m
19~ ~:g~
l.Q~
lOu
~:g ~gg~
10u~
~g
I~~~~W
I~~g~
360m
360m
360
360~
360m
~~g~
:gg~l~ ~:~~ i~ ~g
400M§
400M§
400M§t. 29
400M§ 2:0~
400M§ 2.0m
:gg~lt. U~
§J
§J
$S
§J
§J
!j
40
40
50
50
40
:g
g
40 (2\
15
40
40
15
~g
~.~ I~ggm ::g~~
5:0
5.0
40
6:0
5.0
1200~
.10u
lOu
: lOu~
.01ulO
25~!Z>
200m
3.5krzl
5 rzI
l.Q~
1.010
1.010
10m~
10ki21
8.0 rzI
1C?IE
1<?~
75!~
19~¢ ~g
t#
40 tt.
T018
TO 18
T018
T018
T018
T052
A
4.0p
~~ i:~
90
20u
~~
PE
PE
PE
PE
PE
PL
NO
PLE
PE
Rl10
Rl10
Rll0
T092
T092
T018
T018
T018
T018
~:g~1tl
~~E
igl:
T018
PEt.
~~~ ~~
800
~~ga
>DIlI
6p!!j
6ptzi
6.00
5Pltl
6.0p
2.80
4.50$
10mIE 100 tt.
10m¢ 4.0
ig~~
~
A
A
A
A'I!
A
A¢
3.00
OPL
T018
A0
3.5p
4.0p
OPE
ME
T018
T018
A¢
~~J8
!'I!
~4~.0~~+-____t-__~~__~~4.~0~0~M~E~T*0~18~~A~~0~
·tQ~
1
1.010
10m
1010
10m
'1-6(2\ 4.0ma
5.00 5.0mQ
l.Q~
10m
~:~ ~gg~ :~g~~ ~:g~
PL
6ptzi PE
60$rzI PEt.
6pSI7I PEt.
.6~iZi PE;S
5.001ll
ANIO
6~P!?l
10mlO 150 till
10mi1l
A~
80rzl
6p~
40ui21
LC
E0
AD
DE
TO 18
PE
10mi1l 30 tt.
21..00~?;1 ·25000mm!Z>rlA . 11 52 ttt.#A
"'
"'
u
1.0
10m 120
.
1.<.?~
10m!:l 20 t.
~4~8~~2~N~9~2~2T+____~3~6*Om~~4*00~M~~6~3~uLf§~Jrr~5*0-r~2*0__~5~.0~2~0~0~m~T.l~0~u(lJ~~10~)(lJ~~1
51# 2SC67t
!>z:zr 2S""8t
~~#. BF225
04'11' BFW68t
~5!6!~# P~~E~T.!'60180tl
57
PET9001t
15urzl
1.<.?~ 2.0m.?... 120 tt.
1.<.?~
10m¢ 30 tt.
:~~l~ 1:Q~ ~gg~
10nIE
X.OOOl
1.010
.01~Ql" 5.010 5.0m
100m
200m
(0)
20 t t.
~g ~
30 t#t.
11·.00;~
11 0omm"~ 3
0 tt~~
JVJ
n<o 20 ,,:zr
10(lJ
10m(/) 30 tt.#
1:0~~ 10m} 30 tt.#
10(lJ 1.0mVJ 100 t.
.3~~'l tQ~
50m
200m
10m~
I(mhos)
DESCRIPTION
Cob ISTRUCI
tTURE DWG.
No
(F)
.
~g i:~
80
100
75
50
45
19~~ ~g
t
t
t
t.
t#
tt.
:~~rzI P~
3.5p
125uiZl
140u
2krzl
250
5 rzI
2.0
3.00
4.0p
PE
PE
T018
T018
~~E ~&~8
OPE
~~~ ~~
T018
~l1g
~(2\
A'f
!
B
B
B
A
A
A
~71!2!:;
~2is~cq3"'60~9011t
"'"
~~6
8
87
~~9
8
2N2369At
J2ANN227Nl0~.3t'169At
90
2N3227t
22NN991166AB
~:: :~~:~
96# BSX19t
~~g~ 420M§
:gg~l~
2.0m
§J
~:g
25
15
5.0
360m
360m
360m
360m
360m
360m
2.1 m
2.1m
2.0m
2.0m
2.0m
2.0m
§J
§J
§J
§J
§J
§J
30
30
15
15
20
20
5.0
5.0
4.5 200m
4.5
5.0 500m
6.0 200m
360m
~~g~
500M§t.
500M§t.
500M§t.
500M§t.
500M§t.
500M!t.
~gg~l ~:g~ ~j ~g
360m
500M§
19~'" ~~l~r369t
~gg~
1~~0!!7
22~~N:35086821n
108
2N5082
360m
360m
360m
102
TlS49t
O.A. T.A.INC.
360m
60
60
40
40
40
40
2.0m
1~
::g
4.5
100m
.50u(2\
2~?;1
2,!~
.40U§(lJ
30~rt
.03u
.20u
.
19~
19~
1()Qi .10m
15
500m'" 1.0u§
~gg~:t.
:~:g
$J
40
l~
15
4.5
200m
600M!t. 2.0m
600M!t. 2.1m
600M!t. 2.1 m
§A
§S
§S
50
70
60
20
50
30
4.5
5.0
5.0
200m
1.q~
1.010
1.010
::~ ~gg~ ~<&~n~A
92
i~
t#
50 t.
125u~
50~ ... 125utzi
40 t'll't.
40 t4
10m~ 40 tt...
10mVJ 100 tt.:
2~~
2kiZl
19~~ ~g!~
1~g~~5fot.t#t.
1'2~
5.<.?~
5.0<0
10m
1.0m
1.0m
~t
igl:
T018
3p~
3piZl
~
"'
4.0p
44,P!?l
•DILl
PE
TO 18
T018
T018
T018
T018
T018
3.50
10m<o 60 tIlJ
2.b'W
3utlO 1.00 100m\lJ
.05u~
.01u~
.01 UIO
:g
50
5.q~ 5.0m~
5.<?~ 5.0m¢
.3510
10rri0
1.~~
10m~
m~ lgg~¢ l:Q~
40
2.9m
500M§t. 2.9m
!J
::~
20 t#t.
50 t#t.
100 t.
100 t.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
4c0
4.00$
4.0~4;P!?l
PE
~~
A(2\
A~?;1
"'
1.0
A'f,
A¢
A0
~
PE
igl:
T018
PpEE
TTT0009912222 P
0
.01Ll
4p~.
3p~!?l
3;,$1LI
~
<LJ
T072
1:2 18
Tu 18
G
AA.'~
OlD
5. SILICON NPN . LOW POWER TRANSISTORS
LlNE
No.
TYPE
No.
:~)~~iRI~F~~EM::'COLLECTORDISSIPATION
J..,[MAX. f1J
~OLL.
DISS.
@25'C
(W)
lQ.ERATE: ~ TAB::; MAX RATINGS@25'MAX.TYPICAL·h'PARAMETERSDESCRIPTlONLC
IN M E BVeboJBVeeo BVeb..Qj
lebo
BIAS
COMMON EMITIER
Cob ~TRUC
E0
fab
FREE A M
Ie
@MAX Vcb
Ie
hfe
hoe
hie
hre
-TURE DWG. A D
AIR X P
Vcb
No
DE
1Hz)
W/'C
IV)
(V)
V)
(A)
(A)
IV)
tAl
Ilmhos)
1m
X.OOOl IFI
.
~: I~~~~~~
3#
BSX87At
~~=!~1!5
2N2368t
6"" BSX28t
4
~..
l~
12
l~
~~~m
~'?2~§t:. 2.~m
360m
360m
640Mt:. 2.0m
650M§ 2.0m
$J
§J
§J
15
40
30
6.0
15
12
4.0
4.5
4.5
500m
~!!2m
360m
360m
~~O~M§
10G§t:.
1:5G§
§J
$J
$J
~~
30
30
25
15
15
4.2
2.5
2.5
40m
25m
25m
~~920m'm
3
390m
115500MM§§~ 2
2m
m
2 ·. 2
u
150M!t:. 2.2m
§!JJ
390m
150M§t:. 2.2m
390m
150M!t:. 2.2m
400m#
3.3m
400m
4.0m
!J
§!JJ
!J
!J
!S
+J
32
32
32
45
45
45
45
40
30
32
32
32
45
45
45
45
40
18
7.0 ~29m
7.0 200m
7.0 200m
7.0 1~2Qo'00mm
7.0
7.0 200m
7.0 200m
8.0 300m
5.0 500m
:gg~
:~ ~g
~g
~:g ~gg~
~.lm
29m
2:9m
1155~20!MM!!~ ~2:··.~2m'm
u
281'~i 2SC853
2SC881
2S0228
400m
:gg~
$J
30
~g~:~ ~:g~ :~ :~
15
5.0 300m
:~
~:g
400m
40M!t:. 375m !J
120
80!
5.0
400m
400m
400m
400m
400m
400m
400m
400m
400m
50M§!:.
50M!t:.
50M§t:.
50M§t:.
50M!t:.
50M§t:.
50M!t:.
50M!t:.
50M
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
4.3m
!J
§J
!J
!J
§J
!J
!J
!J
!J
60
60
80
80
60
60
120
120
60
40
40
50
50
40
40
80
80
60
5.0
5.0
8.0
8.0
5.0
5.0
7.0
7.0
8.0
400m
400m
400m
400m
400m
400m
400m
400m
400m
SOM!t:.
60M§!:.
64.Mt:.
70M§t:.
80Mt:.
80M§t:.
80M§t:.
99.M
100M§
2.3m
2.3m
2.6m
2.6m
2.6m
2.2m
2.3m
2.3m
4.3m
!J
§J
§S
§A
§S
§J
§J
§S
§J
80
100
60
30
60
100
140
80
125
60
80
40 §
20
40 §
60
80
60
80
6.0
S.O
5.0
5.0
5.0
7.0
7.0
8.0
8.0
400m
100M§
4.3m
§J
SO
45
6.0
~g
:~f I~~~~O
42
2N909
:~
I~~~~~g~t
45
2N2351t
~~
I~~~~~J
gJ:
631'
~:m~
66
2N717t
~~
~~n:~t
54
~?
72
73
74
75
50~~
.01u
IOn
IOiD 15~~ 85 t
5.0' 2.0m
20 t:.
5.0'
15";0 25 tt:.
3p~
PEt:.
oPEpt:.E
u34c
TT,2 ~188
PE
PE¢
PE0
MMll C
u34
A
u34c
P
5.01[)
PE
PE
PE
PE
PpEE
T018
T018
T018
T018
t
PE
T018
A123
X28a
~~
~~~::
JI[)
2.3'~'"
'"
380f
10$
IOn
.20u
2.0m~ ~~~
2.0mgl 330
2.0ml[) 520
5.~~ i~·Om\!,! 200
5.0i!j 2.0mgl260
5.00 2.0m'" 330
5.0i
2.0111~ 520
12
10m¢ 400 i21
5.0
50";0 150 t
gg~
L~~ ~g~~ ~g ~
.01u
.01u
.01u
.01u
.01u
.01u
.0Iu~1
1
lOOn
~gn
2.0~~
.0Iu~
.0Iu~
1
1
1
1
.0Iu\£I
.0Iu(7)
1
.0Iu\£I
1
1
.01~~
.0Iu~
.0lugl
5.0nl[)
5.~~
5.~~
1.01£1 300ml£l 120 t
~:g~
10
19~~
5.0m\£l
~~
199
25 t:.
lQ\!'! 150m\!,!
12~ 150m¢
150m0
150m(7)
101[)
10(7)
1@
10\£1
1)~
10
5.0
100
100
40
40
150";~ 20
150m\£l 20
150~} 40
150m
40
1.0m
18
PE
~
500niilb
t#t:.
t#t:.
t#t:.
t#t:.
t=¥':t:.
t ..t:.
t#t:.
t#t:.
t:.
1.0ub
35
iii
2.5
IlJ
2001lJ
20Plf!
2,?pl?l
2001lJ
20prlI
2Q;;~
30
6.0
AT386
2N3056
~~~g~~A
2N2518
2N2519
2N2523
2N2524
81 ...
82#
83#
84#
~~#
86#
87#
~~'It
89#
90
03304
2S102
2S731
2S732
~:>}33
ME8001
ME8002
ME8Sl.D 3
2S103
2N2310t
93
2N2313t
~~
2001lJ
15p\!l
15ptz]
4;Op_
PE
PE
PL
A~~
A;'!;:
~\£I
X28a
T046
T046
T046
T046
A?
A
B
A0
~~
A¢
A0
A(7)
T046"~
T046
T046
T046
T046
~0
A~~
A
'"
:gg~
199~: g~ :~ l~g
~g
1.0
1.0
30m
1.0
1
100m
~:g
~:g
1.0~£
IOnlO
.0Iu~
5n~
5n~
1 Q\!'!
50m\!,! 40
1:0E5A 50m¢ 40
101£1 150m0 20
10(7) 01m(7) 40
'l-cf~ '150m1 40
10\£1 100u\£I 30
5.Q\!'! 1.0m\Zl 30
5.Q~ 1.0m ~
60
5.Q\Q 5.0ml[) 40
2.0~? ~:g~ ~:g~~ ~g
2.0n
:gg~
199~:~ g~
:~ l~g
~g
400m
100M§t:. 2.2m
§J
140
80
7.0
400m
120M§
2.6m
§A
60
45
4.5
50m
400m
400m
400m
120M
5.6m
130M§t:. 3.1m
130M§t:. 3.1m
#J
§J
§J
30
40
80
30
30
60
3.0
5.0
7.0
50m
800m
800m
§J
18g
100
60
8.0
+J
+J
+J
40
50
50
30
40
40
5.0
5.0
5.0
•
200n
200n
1.0u!Z
In'"
1
1.0
5.00
5.0Ql
t:.
1.0";0 150
.011~? 5.b~ l~~m£
10n§
t:.
t:.
#t:.
tt:.
t:.#
t:.
t:.
t:.
t:.
1.0';;Ql
2~~
2~pl?l
12u
1.0ub
1.0ub
Igg l#t:. 4.0u
80 t:.
2.2k
3.6
3501lJ
6prll
3~;;~
1201lJ
12p\!l
Sptz]
4.0D.
1.8k
1.5k
lf8k
28
6.0
6.0
1.5k
800m
:4:.g0'~
10
:gg~
m~
~:~~ :j ~g
~g
~:g
.25u\Zl
5.0
1.0u
5.0
~g~ l:8~
500n~
10nl[)
~:g
10m
~:g~
5.0m
40
~8
25u
~~~
450
:~8
100
25u
450
30 tt:.=¥,: 15u[!J~ 4.9k ~
101[) 150mID 100 tt:. .. 500nllJb 30 ILl
1()~ 150m~
PE
PE
0
PL
T018
T018
T018
T046
T018
T046
T046
T046
T046
PL",
T046
0
PL
~~~ ig:~
~~
A¢
A0
~~r
A~~
'"
A
/A
l~~~ P~
r£
ig:~ AA\~01
1201L1
T046
~ri)
.90
5.0p
ME
T018
.90
4.2 [!J
1.5 IlJ
5.0p
ME
PEt:.
PEt:.
T018
All0a A
All0a A
:~g
~:g~
l~p[!J
1001lJ
~~
igl~
~~~~l~t
2N2459
99
2N2462
~~~:g~
19~: g~~g~
1051'
~~
:~
AI[)
IV
T018
PE
PE
PE
PE
A~~
~~~~l~~
96
~~
""
TT~2~188
~~ ~ ~:g ~ Ig:gp~~ ~~~ m~
~~ . . 1~~3g~t>*
~~
P
AA'~
IV
2N2909
g~: ~g~~
69
10111~ 20 tt:.
100mmgl 45 0 tt""
10
nl<
r..
11.· 0:gl
I~~g~~
~3~920'mm
~01'
1.~
.50u\!,!
.40u¢
.40u§
~~~~g~~
2N5107§
18# BCY58A
~~1'
1~2m
03306
D.A. T.A. INC.
:gg~
m~: g~ :~
400m
150M§
4.3m
400m
400m
400m
150M§t:. 4.0m
150M§t:. 4.0m
150M§t:. 4.0m
~g
~:g
~~~ ~:~~ ~:g~~ l~g ~
2nlO
500m
500m
500m
lOOn
lOOn
lOOn
93
5.01[) 5.0ml[) 170 t:.
5.Q~
5.Qgl
5.01[)
~g~
120u
l:~~
2.4k
100u~ 130Mtt:.
100ugl 65Mtt:.
100ul[) 130Mtt:.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~~~ ~t
501lJ
PL
10P!1f! PEt
10P!1?l PEt
100$1lJ PEt
ig:~
T046
T098
T098
T098
~
A
B
B
B
LINE
No.
2""
3
4
~
5. SILICON NPN
TYPE
No.
~~f;36
PT1837
2N3115t
2N3116t
BF248
~~
~: ~~~~~Nt
9# BFV94t
10# BFV94Nt
MQ3725*
g# TM2613
13# TM2711
MM709
2C444*
2N3647
BFV92t
18# BFV92Nt
l~#
1~#
~~
21
22
23
24
~~#
27#
28
29
30
31
32
33
34
35
36
~~
39
:~
42
43
44
45
~!'l706B46
2N3648
2N3508t
2N3509t
TIS86
TIS87
~~~~~9/46
BFV97N
UCX2910*
2N709A46t
2N2784/46t
JAN2N3959
K2607
K2608
K2609
2N709/46t
2N3959t
JAN2N3960
K2502
K2507
K2607A
K2608A
K2609A
~~~g~~t
K26088
:~# ~~~~~~
48# BCY13
49# BCY14
BCY15
BCY16
52
2N2395
2N2396
53
SE7015
54
~~:
~~
57
58
59
60
g~
~~~gl~
2N2389t
2N2390
2N3728*
2N3729*
~~~m)t
63# BC210
~~
66
~~
69
~~
72
n
75
~~
78
~~
81
82
83#
84
g~
87
gg
Fg~m
FT3643t
A214
K05520
K05521
~~~~~~
JAN2N560t
2N734
2N735
2N736
2N738
2N739
2N740
;~~~gA
2N997
2N1051
BFX66
JAN2N333A
JAN2N335A
JAN2N336A
2N1095
1~~ln~
93
2N332A
2N333A
2N334A
2N335A
96
TN64t
90
~~
~~
~~
99
100+
101
102.
19~
105
19~
108
l~~
~~~~~!
~~~~~A
2N1140
2N719A
2N730t
JAN2N912
~~~~~~
2N930A
~~~~g~
2N731t
2N756
2N757
D.A. T.A.INC.
~~AX, f£J
OlL.
DISS.
@25'C
IW)
I:gg~
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
:~g~iZI
450m!?J
450~~
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
4~~m
450m
450m
450m
450~g
450m
:~g~~
500m
500m
500m
500m
500m
500m
500m
5~2m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m$
500m
500m
500m
5~~m
500m
500m
500m
500m
500m
500m
500m
. LOW
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
POWER TRANSISTORS
12) lab 8< 13) TYPE No,
TYPICAL 'h' PARAMETERS
MAX.
T ABS MAX RATINGS @25'
BVeboJ BVeeo BVebQj
IN ~M E
Ie
lab
FREE A M
AIR
X P
1Hz)
W/'C
IV)
IV)
[IV)
IA)
500m
l~gg~§LI I~·':lm
~g § I~:g
2.6m
50 § 8.0
200M
2.6m §J
80
250M§LI 2.6m §J
60
20
5.0 600m
250M§LI 2.6m §J
60
20
5.0 600m
250M§ 2.7m §A 30
25
3.0 600m
250M§LI 2.6m §J
50
30
5.0 800m
250M§LI 2.6m §J
50
5.0 800m
30
250M§LI 2.6m §J
50
30
5.0 800m
250M§LI 2.6m §J
50
5.0 800m
30
250M§LI 2.2m §J
65
40
6.0 1.0
40 § 5.0 600m
250M§LI l.4m §A 60
30 § 5.0 600m
250M§LI l.4m §A 60
300M§LI
15 8.0
4.0
§J
350M§ 2.6m
50
35
4.0
§S
40
10
350M§LI 2.3m
6.0 500m
§J
350M§LI 2.6m
40
15
5.0 200m
350M§LI 2.6m §J
40
15
5.0 200m
400M§LI 3.3m §J
20 § 5.0
25
450M§LI 2.3m §S
40
15
6.0 500m
500M§LI 2.3m §S
40
20
6.0 200m
§S
40
500M§LI 2.3m
20
6.0 200m
500M§LI 3.2m
$J 30
4.0
50m
30
$J 45
500M§LI 3.2m
45
4.0
50m
§J
600MLI 2.3m
40
15
4.5 500m
600M§LI 2.6m §J
30
15
3.0
50m
50m
600M§LI 2.6m §J
30
15
3.0
§S
600M§LI
30
15
4.0
§J
1.0G§
2.3m
15 6.0
4.0
1.0G§
2.3m §J
15 6.0
4.0
1.0G§LI 2.2m §J
20
12
4.5
1.0G§
2.3m §J
2.0
30m
20
10
1.0G§
2.3m §J
2.0
20
10
30m
1.0G§
2.3m §J
20
10
2.0
30m
2.2m §J
1.2G
15 6.0
4.0
1.3G§LI 2.3m §S
20
12
4.5
30m
1.3G§LI 2.2m §J
20
12
4.5
1.3G§
2.0m §J
25
10
2.0
1.3G§
2.0m §J
30
10
2.0
I.4G§
2.3m §J
20
10
2.0
30m
2.3m §J
20
10
2.0
30m
l.4m
I.4G§
2.3m §J
20
10
2.0
30m
§S
1.6G§LI 2.3m
20
12
4.5
30m
1.7G§
20
10
2.0
30m
2.3m §J
1.7G§
20
10
2.0
30m
2.3m §J
1.7G§
20
10
2.0
30m
2.3m §J
70.M§
7.0
2.9m §J
75
SJ
10 200m
.40M
5.0m
60
$J
5.0m
100
10 200m
.40M
$J
5.0m
60
10 300m
.40M
$J
5.0m
100
10 300m
.40M
40M§LI 2.6m §J
60
40
5.0 300m
50M§LI 2.6m §J
60
40
5.0 300m
50M§LI 4.5m
.J 100 100
6.0
50M§LI 4.5m
.J
140
1':l·0
50M§LI 4.5m
.J
180
6.0
50 § 7.0 500m
60M§LI 2.5m §J
75
70M§LI 2.5m §J
50 § 7.0 500m
75
80M§LI 2.6m §J
60
30
5.0
80M§LI 2.6m §J
60
5.0
30
40 § 5.0
60
80MLI
30 § 5.0
60
80.MLI
250M§ 3.0m §J
50
25
5.0 700m
250M§LI 4.5m .J 60
5.0
30
250M§LI 4.5m .J 60
5.0
45
250M§LI 4.5m
5.0
+J 60
30
§J
1.2G§
40
25
3.0 150m
2.8
$J 30
1.8G§LI 3.0m
12
2.5
1.8G§LI 3.0m $J 30
12
2.5
2.0G§LI 2.6m §J
20
12
2.5
50m
2.0G§LI 2.6m §J
20
2.5
30m
2.7m §J
60
0
8.0 100m
3.3m §S
80
60
5.0
50m
3.3m §S
80
60
5.0
50m
3.3m §S
80
60
5.0
50m
3.3m §S 125
5.0
50m
80
§S
125
5.0
50m
3.3m
80
5.0
50m
3.3m §S 125
80
8.0 100m
4.0m §A 60
8.0 100m
4.0m §A 60
75
40
7.0 300m
3.0m §S
8.0 100m
60
40
4.0m §S
40
7.0 300m
3.0m ",S 75
4.0
2.5MLI 3.3m §S
45
45
4.0
45
45
2.5MLI 3.3m §S
45
45
4.0
2.5Mt. 3.3m §S
3.0M
60
3.0M
90
45
6.0
50m
5.0M
3.3m §
45
25m
10.M
3.3m §J
45
4.0
45
45
4.0
25m
3.3m §J
11.M
45
45
25m
3.3m §J
12.M
4.0
45
45
13.M
3.3m §J
4.0
25m
§J
60
60
25m
13.M
4.0
§J
45
45
4.0
25m
3.3m
15.M
20M§LI 2.8m §J
20
20
5.0 800m
30
250m
27.M* 2.9m §J
$J 45
3.3m
35
2.5
20m
30.M
35M§LI 5.0m §J
40
40
5.0
40M§t. 350m §J 120
60
7.0 1.0 #
40 § 5.0
40M§LI 3.3m §J
60
1
§J 100
40M§LI
60
7.0
$J
20m
3.3m
45
35
2.5
45.M
60
6.0
45M§LI 2.8m §S
45
30m
6.0
60
45
30m
45M§LI 2.8m §S
45M§LI 2.8m §S
60
45
6.0
30m
60
60 ¢
8.0 100m
4.0m §J
50.M
40 § 5.0
60
1
50M§t. 3.3m §J
6.0 100m
45
50MLI 2.8m §A 45
45
6.0 100m
50MLI 2.8m §A 45
lQ..ERATE [
:j
:~
l~g
~~
~g ~
lebo
@MAX
Veb
IA)
10n~
:~g~0
25nf/;l
25n0
.05u~
.05~~
.05u
.05u 8
1.7~~
.05u
.05u~
25n0
25n#
.50u§
.50u§
lOu
.2~~'Q5
.20u8
.1O~g
.10u
40~W
.05u
.05u
. IP
S
50n~0
5n
1.0u~
.10~1ii
.10u
.1O~\Il",
Veb
IV)
.1O~g
1.~g
1.0
1.~8
lO~g
IOn
I~W
.01u
.01u
1.0~~
.\g~g
.05u~8
.05u:g
.05u§
lO~W
1.~8
1.6~
10
1.0
I.Q~
I.gg
1.0
\<t
1.0
1~8
10¢
100
5.0
6.~g
6.0
1·<2fE
50n
1.0u8
5.0
5·~8
LOu
1.0u8
5.0
5·~8
IOu
5·<28
10~~
5'0J>",
10¢
5.0
5.0
1.0~~
1.0~g
LOu
.0"~'Qj
.0Iu;'0
500n
500n8
500n¢
1.~g
5.~g
5.~g
5.0
5.0~0
10
5f00
40~
.10u
.50u
.50u
.50u
.50u
.50~\O
.50u
lOOn
IOu
50u
15u
10n\ll
I'P~n0
1'Ou
2.0~g
2.0n
5.0
5.0
5.0
5.0
5.0
5.0
25
100u
4.5k
25
~~~
10~~
~5~J
6~~ l:g~g
5'6<t
10
5.0
2.0~
1.0mp,.,
150~¢
5.0
1.0mf/;l
1.0~g
5.~~ 1.0m
5.0
5.<2~
LOu
200n
200n
5.~§
5.0~0
10
5.0
1.0m,!!,.,
100m¢
150me
1.0m
1.0m
55
20
15
40
20
99
60
150
150
20
80
18
30
t.
t.
t#
t.
t.
t.
t.
tLl
t#
~~t0
lYi
~iZI
lOme 4gg
60 tLI
20 LI
20 LI
50 t
3.0m~
50 t
3.0~~
3.0m
50 t
4gg iltl
3.0m
3.0m
50 t
3.0m~", 50 t
100 t
50~&
100m
15 t
100m~ 15 t
15
t
100~&
100m
15 t
20 t#LI
40 t#LI
25me 50 t#LI
50 t#LI
25m
50 t#LI
5.0m
35 LI
5.0mf/;l 70 LI
1.0~g 50 LI
1.0m
50 LI
40 LI#
150m0 150 t#
150m
20 tLl
10m~ 90
10m¢ 90
10m0 170
150m
25 tLl
LI
lO~g 18
10m
18 LI
3.0m8 20 tLl
3.0m~0 20 tLl
100m
20 tt.
5.0m
20 LI
5.0m
40 LI
80 t.
5.0m
20 LI
5.0m
5.0m
40 t.
5.0m
80 LI
20
LI
100mfE
20 t.
100~~
10m 4.0ktLl
5.0m~ 30
10m¢
1.0m 4~t~
1.0m
90 !?J
1.0m
270 \ZI
20m
36
15m
35
1.0m
50 tt.
1.0m
16
1.0m
30
1.0m
38
52
1.0m
1.0m
52
95
65 LI
DESCRIP 11(; N
Cob lSTRUC
·TURE
DWG.
No.
IF)
ELI
T018
IH:Op~
24p
PLLI T018
PLLI T018
PELI T018
8.0p!?]
PELI
8.0p\Zl
:mlg
PE
6.00
L56h
PE
5.0p
PE
L56j
PE
5.00
L56f
5.0p
PE
L56g
L56e
Ig~~ ANLI
PE
T018
T018
8p!!j PE
T052
3p\Zl
L2b
3.00
T05
~g~ PE L56f
5~1Zi PE
L56e
PE
T046
4.5p
T046
4.0foiZl
T046
T046
4p\Zl
PEt
X55
PEt
X55
4.0p
PE
T046
P~g L56f
1.~~~ PE
L56e
1.7
L2d
~ ~~LI\Il T046
3'0:f~\ZI PE T046
T018
2. 5 Pl"IM
T046
T046
T046
3.0p
T046
2.5
LI
T018
T018
2.5p~
T046
T046
T046
2p!!j
T046
2piZl
2p[;ii
T046
T018
LI
2.5pB,
T046
T046
T046
2p\Zl
13p
OPL0 L2b
A
R23
A
R23
A
R23
A
R23
u25
30p!!/ PL
u25
30p\Zl PL
3.50$0
PL TO 105
PL T0105
3p$
3.5r;:
TO 105
u25
25
u25
25P!?J
L2t
L2t
R97
35~~ 0
R97
3~~~ 0
T018
OPE
~p~ OPE
OPE R124
PE
T046
X72
.7
X72
X72
.75pi?j
X72
.7~~m
8.0
T05
T018
10P!?J
T018
10
T018
T018
10P!?J
T018
10
T018
8p!!/ MEt. T018
MEt. T018
36
T018
T05
7.0plZl...
PL0 T018
15
T05
T05
15p!!j
T05
15p\Zl
G
G
T05
15p
7.00
T05
7.0p
T05
0
7.0p
T05
0
7.00
0
T05
T05
7.0p
T05
T018
6p\Zl OPL T05
T05
0
2f8oiZl
R81a
T018
85p\9
PL
T018
15
T018
0
T05
2.Qp
T018
6.~~~ Ig
T018
6.0
T018
6.0C~ [~
T029
PL
T018
35
ME
T018
8.~~~
8.0
ME
T018
~~~
8.0m
l°rl
8.0m
~:g0 1:g~0
~.g~~
94
1.0k
4.5k
~~~
19~ l~g~~
101ii
1~f/;l
10¢
100
1~~
10¢
100
.30u
.30u
.05ufE
.05u~0
30u
100u\Zl
l~g
I.g~
1.0
IOn
1On8
~~*
30~~ l~g
30m
30 tLl*
~:g~g
5'1
.10~0
.10u
.0IU~0
150m~
10m~ 40 t
150m¢ 120
10mZ 40 tLl
10mj' 100 tLl
40 tLl
l~g 4'P2m.t~ 30
12
tLl
40 t
10m
l.C?fE
20 tLl
l.~g
1.0
20 tLl
1.<28 3.0mp", 40 tLl
.5gg
10~&
iiZl
.50
10m
10m,J 60 tLl
1.~~
50
3.0~g 50 tt
1.~g 3.0m
1.0
50 t
1.<28 3'PO
m!¢
.1O~g
.10u
.01u 8
X.OOOI
tLl
tLl
tLl
tLl*
tLl*
tLl*
tLl*
tLl
tLl
tLl
tLl
l.~g
1.0
1'0J>",
l~g
10
I.Q~
I.gg
1.0
.10u~
10)
~g tf~
150mZ 120
40
150~J 100
~50m
.Om
20
150m~ 80
150m¢ 80
150mZ 80
1~ 150m~ 80
1.0:)0 100~& 50
10 150m
40
100
10\ll
150~J
10m
15
5.00 5.0m
80
1.(~8
COMMON EMITTER
hoe
hie
hre
I(mhos)
100
IQf/;l
100
1()0
1~8
10¢
100
.10u~
.02u0
hie
IA)
19~ ~~g~~
.5~~
50~~~
5n
1.0
1.0u# 1'0J>",
.10u
BIAS
Ie
1.0uiZlb 8.0 \ZI
1.0~\ZI,j> 8.0.!liM
20u\Zl
6~~
6k
12u
2.2k
:~g
55u
55u
83u
950
3.0 \ZI
5.0,\ZI...
~~
3.6
1.3
1.3
2.0
~t0
g~~
~m
5g~[;ii
~~~
b
1.2u1Zlb
1.2u!?J~
1.2u\Zlb
80 iZI
80 !?J
80 \ZI
1.2u
3.5u
5.0u
6.0u
7.0u
7.0u
8.0u
100nb
55
750
1.3k
Uk
2.0k
2.0k
3.7k
26
13u
2.5k
500nlLlb
35 ILl
10 \ZI
10 !?J
10 \ZI
.70
1.0
1.3
1.5
1.~
2.3
2.0
2.5
2.5 \ZI
25uiZl
15u
500 iZI
3.0k
1.0ultlb
32 III
1.5 iZlb
2.6
6.0 m
6.0
6.0 Itl
1.0~~~
80 ~
80
10 ~
10
1.0~m~
LOu b
LOu b
~~ m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
\0
A
~g
~\Il
C
A~
A0
A~
A
A\Il
A
A
A
A
A
A
A
A
V
1~~~
A~
~~
1~~~
~~
~~~
15 IZI
\0
A
A
pr:
.~~~
1.2k
1.5k
1.8k
1.2k
1.5k
1.8k
l \,;
EO
AD
DE
3~~~
a~\ZI ~E0
3~~m
i~~
A0
A0
~~
A0
A\Il
A
A¢
A
A
A
A
A
A
A
~~
~0
:~
A
~~
A~¢
Alii
~§
LINE
No.
2
3
4
5
S
7
8
9.
~
TYPE
No.
I~~;~~B
DISS.
ABS MAX RATINGS @25'
LQ.!:RATE ~ T
IN
ME BVeboJ BVeeo BVel!Qj
fab
FREE A M
Ie
~~'C
(I z)
Hz
~~AX.
alL.
I~gg~
~~
I~N5184
21
40397
40398
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
500m
SOOm
SOOm
SOOm
SOOm
SOOm
~~
I:g~gg
ggg~
l~
12
l~
IS
1~
18
24#
25#
2S"
27
~g.
30
~~
33
~~
36
~~.
39
40
2N759
I~N759B
2N7S0
2N7S0B
2N870
2N911
JAN2N911
1~~~~~3*
2N2223A*
~~~:~~
2N2S4S
2N3241A
2N3242A
2N40S8
BCW25*
BCW2S
M01T1893
TN80
i~~~~~~18A
JAN2N720A
2N735A
2N739A
JAN2N757A
JAN2N759A
JAN2N7S0A
2N871
JAN2N910
2N20S0*
2N2060A*
2N20S0B*
2SC848
2SC849t
:~~
:~ :g~~~
45
40233
4~~= ~g~:~
47"
48
~~
51
52
53
54
55
SS
57
58
~g~
g~.
S3
g~
SS
~7"
68
69
~~#
72
n
75
~~
78
79
80
81
g~
84
:~
87
88
89
90
FT35S7
FT3568
FT35S9
MPS6SS0
MPSSSSI
211!5183
2N912
~~707A
2N71S
2N716
2N2437
2SC847
2SC850t
2N720A
~~~~:lUt)l
~~~:~~
2N3701
~~~~~~
2N243S
2N2439
BSX33t
2N910
~~n~~
2N740A
2N75SA
2N757A
2N758A
2N7S9A
2N7S0A
2N7S1
2N7S2
~~~~~~0
2N2897
2N290~0
2N3082
~~~~g~1O
JAN2N3700
~1# 2SC273
40084
92
40354
93
I!. 4# g~~~~:
95#
96# BFX72*
f!.7#
98#
99# BSX71
~~~~r
SOOm
SOOm
500m
SOOm
SOOm
500m
SOOm
500m
500m
500m
500m
500m
500m
SOOm
500m
SOOm
SOOm
SOOm
SOOm
SOOm
500m
SOOm
500m
500m
500m
500m
SOOm
SOOm
500m
500m
500m
SOOm
SOOm
500m
500m
500m
500m
~m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
SOOm
500m
500m
SOOm
500m
500m
500m
500m$
500m
SOOm
500m
500m
SOOm
SOOm
SOOm
500m
500m
500m
500m
500m
500m
500m
500m
500m
19~: g~~g~l
5Q~m
19~: ~mg~~9
~gg~
102"
033029
105
TNS4
TN60t
TNS2t
2N956
19~
108
1~~
IN ORDER OF 11) MAX COllECTOR DISSIPATION
(2) lab .. (3) TYPE No.
TYPI Al 'h' PA AMETERS
DESC RIPTI N
BIAS
COMMON EMITTER
Cob ~TRUC
hoe
Ie
hfe
hie
hre
-TURE
DWG. AD
No.
E
Ilmhos)
IA)
1m X.OOOI IF)
54
T018
~
ME
1.2 m
1'2u~~
Ig:gg~
1.0m
18 t:,
1.0uillb
T018
~~ ~
1.0m
1.0iiiiii>
63
80 iii
T018 A~
10 ~ 8.0~0
ME
1.0m
3S t:,
T018
1.0u~~
3S ~ 6.0,"~ S.Op~
1.0m
204
80 ill
T018
ME
1.0~~~
1.0m
7S t:,
1.0u b
3S iii 6.bO~
T018 A~
30 !;
T018
SOOn!(;lb 30 It! 1.2 ~
ISp~
1.0~J
1.0m
3S t:,#
T018
SO~~
11g~
S.O
40 t:,
SOu
1.7 IZlb
IS
T018 A0
1.0m
3S t:,
T018 AID
80 ~
1.0~¥1)
lOt! S'°El'~rl
40 t:,
30 ill 3.0
* L2t
1.0~&
SOO~~r
1
1.0m
40 t:,
SOOn b 30 iii 3.0
ISi~~
* L2t
1.0mlO SO !;
1.0ulllb 8.0 III
L2t
5.0 III
2Splll *
20 t
T018
7S t:,
SOOnlZlb 34 lZl 5.0 lZl
2splZl 10
T018 A't
10mf:i 100 t:,
3S0u\!l
20p~
AID
k
t:,
i81g:
3s0uill l.s1 lt!
20P~ ¢
10~~ 12S
30m
30 t!;
3.Sps
T0104 ¢A0
3.Sps
T0104 AIO
SOm~ 10 t!;
120u
1.2k
12p
R123
2.S
PE
10~& 37S
10m 200
7Su
SOO
120
R123
1.2
PE
PE
1~~u
~~p
~bg
~g~ I~·S
7Su
1.2
PE
100u
2S t!;#
PL
L2
L2
100u\iJ. 25 t!;#
15P!?J PL*
2.5 !;
T0122
P
50~t 75 t!;
100u
10
PEIZl T018 A
30 t:,
O!;
T018
1.0m~
3.0 ~
251>~
!;
LOu
34
8.0
T018
1.0"r:~ 199
2~~~
!;
LOrn
500n b 8.0
15
T018 A0
40
t:,
5.0m
T018
1.5k!?J
5.0m¢ 40 t:,
Sp
T018
1.5k~
18 !;
1.0m
1.0ulZlb
80
10 IZl 5.0
T018
LOrn
T018
1.0u~~
80 ~
Ig:gP~
T018
10
80 ill
1.0U~Jt
SO !;
lbP;1Zl
300n b 30 iii 1.5
T018 A0
80 !;
T018 AIO
100u\!l I.S~,lt!rl 3.0 It!b
ISp\!l
S.O .:!
SO t:,
L2t
*¢
1~~~
1:g:::0 50 t:,
15
L2t
ISulll
15p!Zl
L2t
10 III
4klZ1
LOrn!,,, SO !;
p~* T018
10m¢ ISO t
10miZ ISO t
PL
T018
80
22p
2.0m~
P~~ R92
175
22p
PL¢ R92
0
17S
220
PL0 R92
SOm
1.0k
I.S
15p
OPL T018
10m~ 100 t!;
80m
1.3k
1.8
ISp
OPL
T018
10~& 2gg
IS0m
ISos OPE R124
A
13ps OPE R124
A
IS0m\2: 80 t#
IS0m¢ ISO t#
OPE R124
A
10miZ 3S t!;
ANt T092
A
35 t!;
A
30~~ ANt T092
10m
70 III
T0104
2~g~
LOrn
130nlZlb 2S
T018
38
300m
15
PL
9t#!;
T018
10m\2:
SP\!l
15m¢ 10 t#!;
T018
ISmiZ 10 t#!;
T018
A0
5.0mIDrl 20 !;
1.0u!Zlb
T04S AID
30 !Zl 1.8 !Zl
IS~!Zl
ISO t
lOp
T018
WL
10~&
10m ISO t
PL
T018
IS0m(l 40 t!;# 500n!Zlb 30 !?J. 1.3 !Zl
PL!; T018 ~ID
30 t:,
7.0p
R081a
15 ~b
~:gm0 35 t:, 1.0ulZlb 30
!;
T04S
1.5Ji1.
20
T04S
5.0mf:i 45 !;
15p\!l !;
30 \!l 1.5 \!l
50~W'I,b
40 t:,
LOu b
30 ill 1.8 ill
1~~~ ¢0 T04S
30 !;
12
T018
A0
40 M
PEt
T098 B
2.0m~
!;
70 !;
20p
T04S
2.5
30
5.0~~
1.0U~~
!;
70 !;
5.0m
SOOn b 30
2.5
T04S
15
80 t:,
1.0ulllb
T04S
15plZl
30 IZI 2.5 IZI
5.0:mi
I~PE T018
10m
70 t#
LOrn
125
130nlZlb 26
750m
PL
T018
1.0m
SO !;
T018
Spit!
1.8~~
SO !;
T018
J:g:::0 10 !;
SolZl
T018
A0
1.0m
19
T018
ME
80 !?J
10 \!l S.Op
1.0m
29
1.0
T018
ME
80 ill
10 ill S.Op
1.0m
54
1.
800
100 5.00
ME
T018 A0
LOrn
S3
ME
T018
80 \!l
10 \!l 5.0p
l.~u\!l!>
204
T018
80 ill
10 ill 5.0p
ME
1:g:::0 19 t:,
80 0
20 0
4.00
ME
T018 A~
1.0ulZlb
T018
80 IZI
20 IZI 4'°ft
ME
1.0m!>,., 39 t:,
!;
20 t!;
T05
10~~ 50
1
10m
t!;
10)g~
T018
T018
5.0mlB 50 t:,
15p~ P~~
50 !;
5.0~~ 100
l~g~ PL¢ T04S
.25m
t!;
L1
L1
.25m lB 100 t!;
8p~
80
t:,
T018
1.0~~ 80 !;
1~~~
1.0m
12
T018 A't
3.0m
50
PL
T018
2.5j,
5.0 !;
1 plZl PL¢ T018
50~&
10m
2.80$
55 t
R115a A't
12p
9.0u
2.3k
80
OPL* L2b
1.0m~
200nb
900m
L2b
12p
125
27
OPL*
1.0~~ 125
1.0m
12p
200nb
27
900m
OPL* L2b
50 !;
12p
L2b
10 It!
1.0m~
IS_I;:!. 4.0~~
PE!;\<? T018 A
40 t:,
34 ~ 3.0
1.0~~
500~~
25P~~
LOrn
50 !;
250$ PEQi T018 A
SOOn
34
5.0
T098 B
2.0mlB SOMt!;
15p!\!l
SO M
B
2.0~~ SO
ISP:~ PEt T098
2.0m
M
150$ PEt
T098 B
T018
1.0m~
lOp
T018
1.0~~ Igg
LOrn
200nlZlb 35 lZl 1.2 lZl
8.0
PE!; T018 A
55
100nb
27
3.2
8.0p~
1.0.,,~ 140
P~~ T018 A
PE¢ T018
1.0~~
8.0f~lZl
¢'
5.0m
IZl
T018
25
50 !;
T018
Pt~ T018
11~~ PL
~:g:::§ 50 !;
15
5. SILICON NPN· LOW POWER TRANSISTORS
~~~g~~
D.A. T.A. INC.
500m
SOOm
500m
500m
500m
500m
500m
500m
f£J
AIR
X P
W/'C
§A
1~·l;Im
2.8m §S
SOMt:, 2.8m §A
SOMt:, 2.8m §S
SOMt:, 2.8m §A
SOMt:, 2.8m §S
SOM§!; 2.8m §J
SOM§!; 2.8m §J
§J
SOM§!;
SOM§!; 2.8m §A
SOM§!; 2.8m §J
SOM§[; 2.8m §J
50M§[; 2.8m §J
§J
5~Ott§!; 2.8m §J
SOM§!; 3.0m §S
SOM§!; 3.0m §S
SOM§!; 3.3m §S
SOM§!; 3.3m §S
SO.M§
3.3m §J
SO.M§
3.3m §J
§J
I~·~m
3.3m §J
2.8m §S
SOM
2.8m §S
SOM
50M§
SA
50M§!; 2.Sm §J
SOM§!; 350m §J
SOM§[; 2.8m §J
SOM§[; 2.8m §J
SOM§!; 2.8m §S
SOM§!; 3.4m §S
60M§[; 2.8m §S
SOM§!; 2.8m §S
SOM§!; 2.8m §S
SOM§!; 2.8m §J
§J
SOM§!;
SOM§!; 2.9m §S
SOM§!; 3.4m §J
SOM§!; 2.9m §J
SO.M§
3.3m §J
SO.M§
3.3m §J
SOM§ 3.3m §J
SOM§ 3.3m §J
SOM§ 3.3m §J
SOM§ 2.8m §J
SOM§ 2.8m §J
SOM§!; S.Om
+J
SOM§!; S.Om .J
SOM§!; 5.0m
+J
SOM§!; 4.5m tJ
SOM§!; 4.5m tJ
S2M§lZl 3.3m §S
S4M!; 2.8m §S
70.M!; 3.3m §S
70.M!; 3.3m §S
70.M!; 3.3m §S
70M§[; 2.8m §J
70.M§
3.3m §J
70.M§
3.3m §J
80M,[; 2.8m l.lli
4.0m $S
gg~~~ 2.8m §J
80M§!; 2.8m §J
80M§!; 2.8m §J
80M§!; 2.9m §S
80M§!; 4.5m tJ
90M§!; 2.8m §J
90M§!; 2.8m §J
90M§!; 2.8m §J
94M§ 2.8m §J
9SMlI 2.8m §S
100M§!; 3.3m §S
100M§!; 2.9m §S
100M§!; 3.4m §S
§J
100M
§J
100M
100M
2.8m §J
§J
100M
§J
100M
2.8m §A
100M
100M
2.8m §A
100M§!; S.7m §S
100M§!; 3.3m §S
100M§ 2.9m §J
100M§ 2.9m §J
100M§[; 2.9m §J
100M§!; 2.9m §J
100M§!; 2.9m §S
100M§!; 2.8m §J
100M§!;
$J
100M§!; 3.3m §J
100M§ 3.3m §J
2.8m §J
2.8m §J
100M§ 2.8m §J
100M§ 2.8m §J
100M§!; 2.8m §J
100M§!; 2.8m §J
100M§lI 4.5m tJ
100M§t:, 4.5m tJ
100M§!; 4.5m tJ
3.3m §J
3.3m §J
100M§!; 2.8m §J
100M§!; 2.8m §J
100M§!; 2.8m §J
110M!; 2.8m §J
2.9m §J
2.9m §J
~g~~
gg:~~
199~~
199~~
m~~
IV)
~g
4S
SO
45
SO
100
100
100
80
100
100
SO
40
75
30
40
ISO
SO
SO
120
30
75
75
120
80
125
75
75
7S
100
100
100
100
100
30
30
18
18
18
40
40
80
80
80
2S
20
18
100
70
50
70
100
30
50
120
75
120
100
140
70
75
120
100
70
100
80
80
125
60
60
SO
60
SO
45
45
15
30
SO
SO
25
25
140
140
120
SO
100
100
100
100
75
75
35
SO
70
45
4S
75
40
40
75
ag
IV)
~g
4S
SO
4S
SO
SO
SO
SO
80
SO
SO
28
SO §
2S
40
ISO
120
2S
2S
1~
SO
50
80
20
32
30
80
SO
80
SO
SO
SO
SO
SO
SO
SO
SO
20
20
18
18
18
40
40
40
SO
40
2S
20
18
'SO
40
3S
40
75
20
30
..lllJ
40
45
80
7S
80
60
45
80
75
40
SO
SO
SO
80
SO
SO
SO
SO
60
30
30
15
20
45
45
7.0
7.0
80
80
120
40
150
60
60
SO
SO
30
30
25
40
SO
~g
45
30
30
50 §
S5
90
IIV)
IA)
I~:g 199~
8.0
8.0
8.0
8.0
7.0
7.0
7.0
8.0
7.0
7.0
5.0
4.0
7.0
7.5
8.0
5.0
S.O
7.5
7.5
7.~
7.0
5.0
5.0
7.0
5.0
7.0
7.0
7.0
5.0
8.0
5.0
8.0
8.0
7.0
7.0
7.0
7.0
7.0
5.0
S.O
5.0
5.0
5.0
5.0
S.O
S.O
5.0
S.O
4.0
4.0
7.0
7.0
S.O
5.0
5.0
7.0
S.O
7.0
7.0
IT
7.0
7.0
7.0
5.0
7.0
7.0
7.0
7.0
7.0
8.0
8.0
8.0
S.O
S.O
8.0
8.0
8.0
S.O
S.O
3.0
S.O
7.0
1.0
7.0
7.0
7.0
7.0
5.0
5.0
S.O
7.0
7.0
7.0
7.0
7.0
7.0
5.0
5.0
5.0
5.0
S.O
S.O
5.0
S.O
7.0
7.0
7.0
100m
100m
100m
100m
100m
SOOm
SOOm
SOOm
SOm
MAX.
lebo
@MAX
t
eb
A)
S'2~
5.0~\<?
S.O
S.~~
S.~~
S.O
S·QIB
10~&
IOn
2Sn
S.~&
S.O
1010
2S~~
ISn
1.0~IDrl
'SP<l'n0
~gg~
.~~u~
SOOm
SOOm
SOOm
200m
300m
100m
100m
100m
200m
200m
.05u
.10u
.10u
.SOu~0
lOOn
100n~
10n¢
1.0n
10~~
10~~
IOn
5.0nIDr l
12~
11
5.~~
12
S.O
10
1.0
5.0
I~:g~
2~W
5.Q~
~~~ ~:g~
4.~~
500~~
4.0
lQ~
10¢
100
.OS5~~
10
1.0
.0Su~
1.~
500n~
250n
SOn
.OS~~
.10~IDrl
500~~
25n
lOu
1.0n~
.SO~~
.SOu
1~1
~-oum lOOn
1
1
1C)~
lQ~
12¢
5·QIB
l.p<l'~
SOOm
800m
800m
800m
1~f:i
12¢
ISnlB
100m
100m
100m
SOOm
200m
500m
~~Om
o
1.0n
1.0nf:i
\~
1.~~
1.0
4.0
Ii
4.0
1~
5.0~0
10
1§J
10
5.0
1.0~&
1.0n
Ig&
10
~~~~
.SOu!"',.,
5~~
5n
lOOn
199~0
2'°i'rl
1)~
10
5.0
5.Qf:i
5.~~
S.O
5.Q~
5.g~
5.0
5.Q~
lOOn
lOOn
200n
200n
5.0¢
20
20
.05u~
5.~~
~:g~0 S.~~
1.0
.OS~~
.01u
5.g~
5.0
.0Iuf:i
5.Qf:i
.0IU~0
IOn
1.0u~
.25U~0
lOOn
2.0~~
5.g~
S.O
3Qf!!
10¢
10~
5.~~
10~~ 5.0
s.~~
IOn
tgO'.;o
lOOn
5.~~
5.~~
S.O
2·QIB
2.~~
.0Iu~
.0IU~0
IOn
20~?3
2.0
lQ~
10¢
5.00
5.~~
20~~
5.~~
IOn
5.0
.01~'W ~:~
95
~~
g:g~~
~~
1:g~1Zl
19~1
~m
1~~1Zl
13~~
~
500~!:
1 tg ~
~g ~
~~
S'~i
:~
1~;
1~~~
~~
:t~
~
~:g:::~
ii
~g~~
1.~~ 10~J
12
S.O
1.02,
Ig&
10
.b~~~
1.0n,ll;
~~
6.b~"
10~~ ~:g0 1:g~0
IOn
.10u
.SOu
~g
~:g0 'P6~0
10u~
S~&
lOu
.10u
100m
100m
50m
100m
100m
100m
100m
100m
100m
100m
100m
500m
1
1
100m
100m
1
1.0
1
1.0m
50m
500m
500m
500m
500m
SOOu
500u
750m
750m
750m
S.~~
S.O
S.O
5.Q~
5.0¢
5.0
5.0
SOOm
600m
1.0
1.0
500m
500m
1
750m
1.0
500m
500m
s.~~
10nIB
~~~~
.1°~1
IOn
500m
500m
50m
SOm
100m
100m
100m
IV)
~q,On
S.On¢
200n
200m
300m
200m
SOm
200m
200m
SOOm
500m
Veb
~~
~~
~~~
ly~
U:::~
~0
~~
m 11~r
m
~&
:,
1~~1Zl
l:g~m~
~~
1~~1
~~
~~
l:g~~~
:~
~~
t
i
~8t:.'* ~gg~~b ~~
1~1
~:~~-
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~~
~0
~~
j
I
!
\~l C:~~R~F,QkM: COLLECTOR DISSIPATION
5. SIUe:lN NPN· OW POWER TRANSISTORS
LlNE
No.
~
3
TYPE
No.
MAX.
lebo
@MAX
YA,~b
(AI
Veb
IV)
YPI AL 'h' PARAMETERS
BIA
COMM N EMI II:H
Ie
hfe
hoe
hie
hre
(AI
i/mhosl
101
X.OOOI
°
OESC RI TION L C
Cob I~TR_~C
E
l:!URE
DWG. A D
No.
D E
IF)
I~~~~~~
2N4384
~: g~~g~~
9
l,[MAX.lJ
lQERAI E ~ 1. IABli MAX RA IN ili @z5'
!;:OLL.
IN M E BVcboJBVeeo BVeb.Q,L
DISS.
fab
FREE A M
Ie
@25'CAIRX P
IWl
1Hz)
W/'C
IV)
fVl
V)
tAl
2N2463
2.~~ 2.0m~ 150Mtt.
~ ~'21!l,~.Om~ 150 ~t
2n\£>0.VIQ '''.OmllJ 40"
500m
500m
500m
135M§t. 4.5m
135M§t. 4.5m
150M§ 3.4m
tJ
tJ
§J
35
50
100
25
40
60
5.0
5.0
8.0
750m
750m
~Q~m
500m
500m
~2QQ~!§ 3.~m
~2~§ 4.0m
20vM§t. 2.9m
§A
SA
§J
80
~O
00
3~QO §
40
5.Q
5·2
4.u
1.0 #
700m
1
100~t
500n
1.0u
~~9m
SOOm
500m
2S0M§t.~.3m
2S0M§t.~.3m
2S0M§t. ... 9m
§S
§S
§J
!!~
75
60
~9
50
30
S.o
6.0
S.O
800m
800m
800m
10~t
IOn
.25u
500m
500m
500m
250M§t. 1.7m
250M§
250M§t. 2.8m
§A
SA
§J
60
60
30
30
5.0
S.O
200m
600m
20n~
20n'll'
1.02'... 500m~ 20 t.
2~\!l .~9m1!l2.5 t. . "
1010 100mlO 100 tt.'II'
SOOm
500m
500m
I!!S~O~OOmm
350M§
375M§t.
400M§
4
40
00
0M
M §§
SJ
tJ
§J
•• JJ
40
20
75
~8~00
100m
6.02, 1.0mlE
440M§
tJ
40
30
5.0
3.0
6.0
I!!'S
6.S
4.0
30~i
20
40
!!8~0
500m
4.0m
4.5m
3.3m
5
m
0m
s ·.0
4.5m
4.~m
4.Sm
4.1m
4.1m
4
4 ,. 11 mm
SJ
SJ
50
40
25
25
55,2
5 0 5!!".Oo
4
2".
5.0
2S
5.0
55,2
5.0
.V
5.0
40
5_0
22:~
55:'.~0
10
10
2.0\
10m~ 1~2
10m", 40 t.
soo~f6 20 tt.
30u
47u",
250u...
15p$!!:l
l~p!1Ll PpELt
800
450
4.0k!Zl
T09B
TT0
0 918
8
B
SA
X59
TT"2~1;~
F
AAf!S ~
T018
TT,Qll;~
~~
AAi?5...
'10
ODL£
1.5
6.0!Zl
15PIlI
7.!>,P ~
lUDILl
PLt
PpEE¢
,u,a
'1lJ
~~"" 1~~8040
33 2N1491
~: I~~~~~~
36
JAN2N2221t
~~
~~~~~~~~IAt
39
46
:~
2N2222
!~ 1.0m~
1~ 1.0m~
1010 1.0mlO
SO t.
SO t.
20 tt.
1!!.OPlj
8.08P~
.~, U1H
2N2792t
~~~:~g:
~~ I~~:~m
54
~~
72
2N5417§
88i:"oOOilPPiZi'"
,.,
8.
INPE. I!TOOll!~2'2 P
'-'
ANt. L66a
4.0p
5<?OU!ZI
4.UD
lIpS
lIps
2001$
PLt. T05
AN¢ !292 C
Tu18
A
OPE T0105 A
OP_S T0105 A
ANIO t092 C
~~~~~~At
2N2222Bt
7N3736t
74# 2SC238
75
M02219A*
?':<
88
89
90
1
1
50n
.01u
. ~2u~
.10u¢~
SOnlO
1~\!l 4.0m~
50
20!~
100nb
28
1.5
1010 150m", 40 t""
1.0m~ 100 t
10 1.0m~ I~Q t
5.0
4.0mlO 3" t
191
TIS71
TIS72
JAN2N2060*
!!!!Qm
560m
560m
~!!Qm
5
56
60
0m
m
560m
560m
560m
4_5m
".2m
4.5m
S5!~620'mm
~2~~ B'::_114
107# BSX72t
108
2N4270
D.A. T.A.INC.
560m
565m
~~~~0
44·.~2'mm
80M§
250M§t.
4.5m
4.2m
g~
)V
SJ
§J
40
25
2S
!!SQ
O
40
135
:: 200
,2
'0
O
!!5Q
40
135 §
140
. ~~u
.1 Ou¢
lOOn
lOOn
lOOn
lOOn
lOOn
.10u ~
I.U
100nID
OQ
!!5!··.Q
O'mm . !Qu
O 1!!5Q
.1 Ou
5.0 SOOm .10u
3.0
4um 10unlO
15
S5!~0~O'mm
500m
500m
500m
500m
500m
500m
30m
1.0u0
96
4.~~ 2.0m~ I~~O
4.~~ 2.0m~ 180
4.510 2.0mlO 150
4.~~ 2.0m~ 350
4.~1!l 2.0m~ 1~9
4.510 2.0mlO 3,,0
4_~~ 2_0m~ 180
4.~~ ~.Qm~ 150
4."'" 2.umIQ 180
4.~~ 2.0m~ 150
4.~1!l 2.0m~ 3~2
4.5", 2.0mlO 18v
1..0j
10m~ 20
t
PE
X28
-'P"t XR21287a 0
t.
t
UI"L
t
OPLt
OPLt
OPLt
OPLt
PE
t
PE
PE
t
t
t
t.
t
t
tt.
l'f~ l~g~~ 2~g fizl
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
3.5p
8.od'oI2l
PL
NPE
100DI2l
ME
R127a
R127a
R127a
R127
R97a
0
0
0
0
R97a
R97a
R97a
10
A
ORDER .9.FJ!} MAX COLLECTOR DISSIPATION
12. tab & 13. TYPE No.
~~.
5. J ILiCON NPN . LOW P()WER TRANSISTORS
LlNE
No.
~
3
TYPE
No.
I.1lMAX'!1-l
I
~OLL.
DISS.
@25'C
(WI
lQ~R~TEl
T lABS MAX RA 'INGS @25'
IN M E BVeboJBVeeo BVeb~
FREE A M
Ie
AIR X P
W/'C
(VI
tVI
(AI
fab
1M
(HzI
1~~;~6f40t
2N1564
600m
600m
600m
~
I~~m~
I~~~m
l~
1~~l~IIU~
I~OOm
12y
SL301C*
9
2N1990
4.0m
4.0m
4.0m
4.0m
4.0m
4.8m
4.7m
5.8m
4.0m
~20m
6uOm
600m
600m
§S
§S
§S
§S
§S
$J
~()
80
125
1~~
125
100
~~ lQQ
tJ 80
§A 25
~()
~Q
8u
80
80
75 #
10
5.0
5.0
5.0
5.0
5.0
3.0
50m
50m
50m
1.0
4.3
60m
50m
I~.Q
~<]m
50m
1
MAX.
lebo
@MAX
Veb
IAI
1.0u~
1.0u~
1.0uen
1.0u@
1.0u¢..
10u#
1.0u#
2.0ul!)
Veb
TYPI A h' PA AMErFRs
BIAS
COMMON EM lITER
Ie
hfe
hoe
hie
hre
IVI
tAl
Ilmhosl
5.2~ 5.0m
5.~ 5.0m
5.0en 5.0m
5.<?@ 5.0m
5.00~ 5.0m _
160 30mll
.5<?~ 1~.Qm~
I~.Q~ 3.Qm~
Ib.u(O
l.umlO
TZ7000
l~; I~ggg~
18y
TZ7003
~~# ¥~1~03t
24
2N1615
""'Um
'SOOm
600m
600m
600m
600m
1~6()0()O'mmn~.
600m.
~'Q!III§
6.2m
5.9m
5.6m
5.!!m
5.6m
5.6m
IFI
l~~
1.2k
10nl71
No.
0 E
:::g~
~~
T05
25 11
10 tl1
20 tl1
200nb
50
2.0
12
2.0
~~
15n$
G
3",nmo Inn tl1
350~fis '50 tl1
5.60 350m 100 tl1
200
65 ¢
100
45
75
45
is§"§S
Inn
'60
30
§s "u
Inn
'60
30
.. u
§J
180 C2l
5.0
1.0
8.0
4.0
4.0
4.0
300m
60m
200m
~<]()m
500m
500m
A0
~~~3b I~
L44a
L44b
TOll
X93
'i1:o(ii
tA 200
tJ 70
§S 100
~~
45
§S 75
§S 45
l;
40 11
8
..
20
0 I1t,l!.#
"'.nrn
:<0
40
40
1.0M
2.0M§11
2.0M§11
2.0M§11
2.0M§11
X.OOO 1
l:~~
40 11
80 11
2011
l~Y~ l~tlfl1CE*
15Y
101
UI::;l;HII'T1UN
Cob ISTRUCI
E0
I:TURE
DWG. A 0
A
A
A
A
o
o
o
50u
6.Q~ 200m
36!1?'
2.0ui!!
5.0¢. 3.()mC
10 tl1
2.0uOl
1017) 5.0';;1
25 TI1
15u@ I!!.<]@ I~OOm
12 tl1
15u@ ~.()@ 2QQm~ !~ tl1
15uCZl 6.0CZl 20umll 3u tl1
.100nl71
G
~~~~~~r
30
2N552
~~
,~~~~~5
33
2N548
~~
.~~~~~
36
:0
38
39
2Nl052
2Nlu03
2N;054
2N1117
"mOm$ ,:<nM§I1'"'''m
'SOOm. '4:0M§11 '6:6;"
600m$ 4.0M§11 5.6m
,.. OOm$ 4.0M§11 'h."m
'SOom$ 4.0M§11 '5:Sm
3.4m
1600m$ 4.0M
is 30
180
,,,07nOm
800m
6.0 800m
60 800m
6:0 800m
6.0
16:0
30
l"'u
iil~
15u
15u
15u
lOu
500 IZl
'''.n
5nmo 2ntl1
'6:ii¢. 500~fis 20 tl1
6.0~ 500';;~ 20 tl1
6.01ll 200m lll 20 tl1
6.~~ 200';;~ 20 tl1
6.010 200mlll 35 t
:::g~
T05
T05
8.0
4.0
120plZl
:::8~
ME
ME
011
T05
o
o
T05
T05
T05
:::g~
A¢
10<?p!?l
10nlZl
:~= i~~~,gg
PT,,86
48
6Q~m
600m
600m
660 0 m
600m
~~
54
~~
57
g~
63
,~
81
~~198~
i~QQm
2N1985
6Q2m
60um
~~l:~~
~<]Om
66~2Qmm
2N1988
I~:::~
JAN2N696t
:g
q~~~~g
::
:::~~:~~
:~
q:~~~~g
99
T-RS375
TRS501
TRS575
IJg~ I~~~gg~
102
!()~
104
105
~g;
108
~4~00MM§§I1A 55·.~O'mm
600m
600m
600m
600m
gg~
600m
!!()0()O,mm
16
50M§11 4.0m
50M§11 4.0m
50M§11 4.0m
50M§11 4.0m
~g~:~ ::g~
50M§11 4.0m
5500MM§§~1~3 . 44mm
600m
1!!2Qm
600m
600m
62Qm
600m#
600m
50M§11 3.4m
u
~2~§I1I~·Om
~OM§I1 3.4m
oOM§11
50M§11
50!l.!!~
50MI£>
3.4m
3.4m
4.8m
2.9m
§J
20
$J 50
$J 50
$J 50
$J 50
$J 50
$J 100
S$.JJ 4~~0
:=
§s 60
§J 120
§J
30
§J
45
§S 60
:~ gg
§J
45
§J
~~
§J
41>
$S 40
§J
25
§J
25
§§JJ
240!5
§J
80
130
130
22
100
160
20
~2~55
§
§
§
~
\0
25
25
25
45
~2~0
40
80
25
30
~O
§
§*
§
§
§
~g:
25
25
25
20
20
20
3.0
50m l.~u@
[email protected]@20
3.0
50m !:!i.u¢
20¢ 5.0m¢ 70
5.0 500m 3uOu
80
11·<] .~.5m 12.0u~
1.~~ ;~.5m~ 60
6.0 7.0m 2.0u@
1.5¢ 7.0m¢~ 60
3.0
1
.70uo>
2.0
10mO> 15
5.<] 1.()
5.0u@5.<[email protected]@70
5.0 1.0
5.2u~ ,~.Q~ 1.0m~ 35
5.0 1.0
5.uu'" '0.0. 1.0mu
15
5.0
5.0u~
lQiIl 150m
60
5.0
5.0u@10tl>I50m20
5.0 1.0
5.0UCZl
5.0
1.omi;
20
5.0
5.0
5.0
5.0
4.0
4.0
5.<]
~:g
5.0
5.0
5.0
111.<]
5.0
5.0
7.0
5.0
5.0
32
SOOm
500m
2.0u
2.0u¢
100u
2.0~1!)
lOu
lOu
1.0u(/>
1
1
ll:g~C2l
1
.10u@
1
.10ui?!
1
.01uOl
I!iQ()m 1.0_5.!'1!)
I~OOm
25n
'''OOm
25n
1!i00m
IOn
600m 1.0ui!!
.01u'"
1<?@
1<?~
100>
5.02'...
1<?i!!
10'"
1~~
IZI
tl1
tl1
tl1
11
11
11
t#11
t#11
11
10piZ!
~.
1.0ul7lb
2.<?11!
5.0'"
150mG'!
1.0m0
TRS701
I.!.RS750
TRS801
JAN2N697t
35~
30171
30l2f
1.5171
1.5l2f
4.2~
250 ~~O §
275 1~~5 §
300 I;SUO §
~~~ 13
~!~50!5 §§
600m
600m
600m
1!!~~m
600m
600m
50M§11
50M§11
50M§11
~Q~§11
4.0m
4.0m
4.0m
4.0m
~OM§I1 4.0m
oOM§11 4.0m
§J
§J
§J
§J
§J
§J
370
I!!OOm
800m
800m
50M§11 4.0m
50M§11 4.0m
50M§11 4.0m
§J 450
§J 475
§J 500
~Q~m
~2~m
6uOm
600m
,~2~m
"mOm
~Q~§11 4.()m
50M§11 4.Qm
50M§11 4.um
~OM§11 4.0m
50M§11 4.0m
60M§11 4.0m
§§JA
§A
§A
§A
§S
3~Q
1!!6()5<]0
700
7~<]
822
6u
2.0u@
3.0u@
2.0uen
3.0u@
375 §
111.0
6.0
6.0
6.<]
6.0
6.0
450 §
475 §
500 §
6.0
~·2
6.u
2.2u@
~.2u~
2.uulO
600
650
700
750
800
40
§
§
§
§
§
§
1~·2
6.0
6.0
16.0
5.0
2.0u~
3.0uCZl
2.0~~
~Qui!!
lnuen
10u@
10u¢
100u
4.Q~
4.0en
4.()@
4.~
4.0en
4.<?@
4.<?@
4.0CZl
PL
PL
PL
30 IZl
2.5 IZl
35 III
8.0 III
:::g~
T05
T05
:::g~
T05
T05
T05
35plZ!
24
35"
3~~
35
30 t*11
30 11
4.2~
4.~
4.01ll
4.001
4 0:;(
4:~
4.Q@
5.2~
5.0'"
5.Q@
5.00~
160
~.Q@
2.~
2.1}(])
2N1946
97
50m~
30 t#11
50m~ 20 !=/I'11
50mu 22 t#11
50m~
20 t#11
~Qm~ ~2
5nmel
50m(/;
50m~
50m'"
50m~
50m~
50mel
5n m"
50;;;:;(
50,;;lt
50m!?:
25m~
25m"
25m!?:
25m~
150mlZ
1.0m@
1.0m@
1.0mOl
A0
T05
T05
T05
3~Pi?l
20nlZl
T05
~g~
i~~l94~
D.A. T.A. INC.
:::g~
4~pi?j
45nlZl
lS0m~ 20 tl1
l~Qm~ 40 tl1 ..
l"nmCl: 20 tl1""
1.0ml/)... 35 11
500nlZlb
150m~ 15 tl1
150mu 30 tl1
!~~ 150m 1<?<] t#11
5.b~ l~~ l~g 1# 500nlZlb
lQ@ 150m~ 20 tl1#
lQi?!150m~ 20 T=/I'I1
100> 150mu 20 t""1\
1.<?@ lo.0m
15 T#11
5.~ 1.0m
40 tl1
5.0en 1.0m
100 tl1
T05
4~P\?;l
1.0u!?jb
1.0ui?jb
1.5ulZlb
:::~~l~g
TRS250
TRS275
TRS301
96
1~6~0~Ormm
§J 113
3!Q
O
§J
:::
§J
20
$$'AA 119~~5
TRS160
85
116
87
90
mUf
20M§I1I~.4m
30M§11 3.4m
30.M
4.0m
~3~6!MM§§~ 4
!·.20,mm
u 4
40M§11 4 Om
4()M§11 4.7m
40M§11 4.7m
40M§11 4.7m
4<]M§11 5.0m
4400MM§§~ 44·.87 m
m
...
ME
ME
PL
40p!?j
40pi?j
40nl7l
T05
T05
T05
T05
!=/I'11
:::g~
:.0 t #11
22 t#11
20 !=/I'11
22 t:l1
T05
:::g~
A
A
A
A
A
A
A
A
A
A
A
A
30 t#11
~~ t=/l'l1
:m t:l1
72 t#11
20 t#11
22
iitil.
30
25
25
25
25
40
300
300
300
T#11
t=/l'l1
t#11
t#11
T#~
tl1#
t
t
T
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
T05
40p!?j
40pi?j
40nlZl
:::g~
:::g~
20p
~g~
ME
~~
T05
T05
:::g~
A
A
A
A
A
A
LINE
No.
2
3
4
1J
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
TRAN
121 lab & III TYPE No.
5. SILICON NPN . LOW
POWER
SISTORS
TYPICAL 'h' PARAMETERs
ABS MAX RATINGS @25'
MAX.
DES RIPTION l C
TYPE
No.
~~~~~g
2N1951
2N1952
N2XA
ST151
~:
~ ~~~~~~t
9
~~
2N3SS1
i~~~g~
2N697t
2N 1253t
~~# 2SC497
15# 2SC49S
~!!#
~~~~~
~a SPS402
12
ig#
21
~~~~~St
2N lS39t
H# ~~d~~gr
24# BFX74
BSY24t
~~: SP8401
2N1566A
27
2N 1958t
~g 2N 1958At
2N 1959t
30
H
33
~~i~~~~t
2N2380t
~~# ~~E~88At
36# BFW37
~~f i~~r
39# BFl77
40# BF17S
BF179
BFW36
2N lS37t
43
44# BSY25t
PT3473
45
:i:
:~
~~ig:~t
2N2087t
2N2309
2N2479t
~~# 2SC188
52# 2SC189t
2SC247
~~# 2SC500
48
49
~~: ~~g:~r
57# 2SC190t
~~
~~~:m
60# 2SC58S
61# BFll0
BFY45
~~: BSW10t
PT1S35
~~# BFY17t
66
2N2476t
~~
69
70
71
72#
~~~~m
2N2959t
2N2960t
2N2961t
2N4432
n:
H: +~l~n
~~~:#A
75# 2SC88t
78# ZT2476t
~6: ~~~~~7t
81
S15660
84'11'
Sl301B*
87'11'
88'11'
89'11'
90'11'
Sl301EE*
Sl303AE*
Sl303AT*
Sl303BE*
g~~! ~t~gl~~*
g~:~ ~t~gm*
~1'11'
92'11'
93'11'
I~t~g~~~:
Sl354BF*
2N3303t
2N5236§
96# 2SC991
97# 2SC992
S15659
98
2N5065t
99
~~
~g¥'1F
1~~~~~7
102# BFW19
19~# ~~S~~23
TIS92
TIS100
19~ TIS10l
10S# BFY65
105
l~g: ~~gl~
D.A. T.A. INC.
~
~~AX.
OlL.
DISS.
@25'C
(W)
~ERATE~
T
IN
ME BVeboJBVeeo
lab
(Hz)
WfC
4.Qm
I~gg~
gg~:~ 14.0m
600m
60M§t. 4.0m
600m
60M§t. 4.0m
4.0m
600m
60.M
600m
60M§t.
4.0m
64.Mt.
I~OOm
600m
64.Mt. 4.0m
70M§t. 3.3m
600m
4.5m
I~gg~ ~8:~: 4.5m
600m
SOMt. 4.0m
600m
SO.Mt. 4.0m
SO.M§ 5.0m
600m
SO.M§ S.Om
600m
4.0m
600m
SO.M
600m
SOMt. 3.4m
600m
SOMt. 3.4m
SOM§ 4.0m
600m
90M§t. 4.0m
600m
90M§t. 4.0m
600m
90M§t. 4.0m
600m
90.M§
4.0m
600m
90M§ 3.4m
600m
90M§ 5.0m
I~OOm
600m
96Mt. 3.4m
100M§t. 4.0m
600m
100M§t. 4.0m
600m
100M§t. 4.0m
600m
100M§t. 4.0m
600m
600m
4.0m
600m
199~:~ 5.0m
100M§t. 4.0m
600m
100M§t. 4.0m
6Q2 m
600m
100M§t. 4.0m
100M§ 4.0m
600m
100M§ 4.0m
600m
120M§ 4.0m
~gg~0 120M§ 4.5m
600m!?l 120M§ 4.5m
600mtz] 120M§ 4.5m
600m
120M
4.0m
140M§t. 4.0m
600m
140M§ 5.0m
600m
140M§t. 3.4m
600m
4.0m
600m
150M
150M§t. 4.0m
600m
150M§t. 4.0m
600m
150M
5.0m
600m
150M§t. 4.0m
600m
150M§ 4.0m
600m
150M§ 4.0m
600m
150M§ 4.0m
600m
175M§ 6.7m
600m
~~Om
600m
600m
600m
600m
600m
600m*
600m*
600m*
I~OOm
600m
600m
1!!~Om
600m
600m
600m
600m
600m
600m
600m
600m
I~gg~
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
~OOm
600m
600m
600m
625m
625m
625m
625m
630m
650m
650m
~gg~:
BVeb~
FREE A M
AIR X P
4.9m
lS0M§ 4.0m
200M§t. 4.0m
200M§t. 3.4m
200M§
200M§ 4.5m
200M§ 4.5m
200M§t. 455u
4.0m
200M
245M§ 4.0m
250M§t. 3.4m
250M§t. 3.4m
250M§t. 4.0m
250M§t. 4.0m
250M§t. 4.0m
4.0m
~~g~:~ 4.0m
250M§ 4.0m
250M§ 4.0m
250M§ 4.0m
2.2m
!~~g~:~ 12.2m
250M§t. 3.4m
250M§t. 3.4m
300M§ 4.0m
400M§t. 3.4m
400M§t. 4.0m
400M§t. 4.0m
400M§t. 4.0m
400M§t. 4.0m
400M§t. 4.0m
400M§t. 4.0m
400M§t. 4.0m
400M§t. 4.0m
400M§1l 4.0m
400M§t. 4.0m
400M§t. 4.0m
400M§t. 4.0m
450M§1l 4.0m
500M§t. 3.4m
500M§
500M§
500M§t. 3.4m
550M§t. 3.4m
750M§ 3.4m
3.4m
SOOM
3.4m
SOOM
1.0G§t.
5.0m
5.0m
SOM§ 5.0m
SOM§ 5.0m
50M§t. 4.3m
4.3m
4.3m
IV)
I:j
§J
§J
§S
§S
§J
§S
§J
§J
§S
§J
SJ
$J
§J
§J
§J
§A
§J
§J
§J
§J
§J
$A
§J
§S
§J
§J
§J
§J
$S
§J
§J
§J
§J
§A
§J
§J
§J
§J
§J
§J
$A
§J
§J
§J
§J
$J
§A
§J
§J
§J
$J
$J
$J
§J
§A
§J
§J
§J
§J
§J
§J
§J
§J
§S
§S
§J
§J
§S
§J
§J
§J
§A
§A
§J
§J
§J
§J
§A
§A
§A
§A
§A
§A
§A
§A
§A
§A
§A
§A
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
$J
$J
$8
$S
§J
§J
§J
IV)
ig ig:
30 §
30
40
60
60
30
60
l~g
60
30
100
SO
50
120
100
60
45
45
25
50
50
40
100
SO
60
60
60
60
40
80
SO
90
130
60
100
S5
145
225
lS0
SO
40
140
60
120
120
30
80
40
60
100
120
60
120
60
120
25
30
170
170
90
30
40
60
60
60
60
60
60
50
50
30
120
~g
60
60
25
40
35
35
30
30
30
30
35
35
30
30
30
30
25
40
36
36
40
25
30
40
40
30
40
40
180
150
100
50
25
40
120
25
40
20
35
§
§
§
§
m:
40 §
20 §
SO
50
30
SO
60
40 §
20
20
15
30
35
20
60
60
40 §
40 §
40 §
40 §
20
40
40
45
130§
40 §
60
60
115
115
lS0 §
30
20
80
SO
80
30
40
25
40
120
50
SO
40
40
12
20
90
90
65
25
25
20
20
20
20
30
30
30
30
30
100
40
30
20
20
25
15
16
16
12
12
12
12
16
16
12
12
12
12
12
20
36
36
20
15
15
20
20
19
40
40
lS0
150
90
50
25
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
I(Vl
5.bO
S.O
10
5.0
5.0
5.0
5.0
S.O
0.0
5.0
5.0
5.0
5.0
5.0
6.0
7.0
7.0
5.0
5.0
4.5
5.0
5.0
5.0
I~·O
7.0
8.0
5.0
5.0
5.0
5.0
6.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
6.0
S.O
6.0
7.0
5.0
5.0
5.0
5.0
5.0
3.0
5.0
3.0
5.0
5.0
5.0
5.0
5.0
4.0
5.0
3.0
3.0
7.0
4.0
3.0
5.0
5.0
5.0
5.0
5.0
5.0
6.0
6.0
3.0
3.0
5·2
5.0
5.0
5.0
3.0
4.0
4.6
4.6
4.6
4.6
4.6
4.6
4.6
4.6
4.6
4.6
4.6
4.6
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
3.0
5.0
5.0
5.0
5.0
7.0
5.0
5.0
Ie
lebo
@MAX
Veb
IAI
~b
IVI
~:g~~ I~:g~
1.0~Ql
50m
1.0
1.0~lZ>
1.POn0
lOu
1.~~1
LOu
LOu
l:g~0
SOOm
SOOm
400m
lO'1'l
1.0~g
LOu
lOu
10~g
25n
500m 1.0u~
500m 1.5~g
500m 1.5u
500m 3OO'1'l
600m
500m
l:g~g
100m
25n¢
100m .50u
500m 50u~
1
20~g
500m .50u
1
.20u~
500m 05~g
500m 4.0u
500m 4.0uf;1
600m 1.0U~¢
200m
5n
500m
50m l:g~
50m
4mt*
50m
4mt*
50m
4mt*
400m 100u
500m .50ulZ>
500m
1
.h~~0
1.0u
500m 2.0~g
500m 2.0u
5.0nf;1
500m 4.0~g
500m LOu
500m 1.0~~
100m 1.0~g
20m LOu
300m
300m 10
lOOn
500m LOu
500m 2.0~~
1
100J~
100m 1.0u
30m 15u~
30m
SOOm :lg~g
11
100m
600m
600m
~QOm
19~1Z>
.20~Qj
.2.9ulZ>~
25~g
25n
25~?}
600m
25n
200m .01u
200m
lOu
100m 1.0~g
100m LOu
.Q5uf;1
ggg~ .05~~
.20u
100m
1
50m
.20u~
.5g~0
1.0nf;1
1.0~~
~pm
Om LOn
50m 1.0n~
50m 1.0~g
50m LOn
50m 1.0n~
50m
50m l:g~g
50m 1.0n@
50m 1.0~g
50m LOn
.30u
1
150m
400m Lg~~
600m 1.0uf;1
.05u¢
500m 100u§
150m
300m
60m
400m
400m
100m
100m
SOm
300m
300m
-~~r
.05u
.01u
.10u@
.10u¢
.10u~
50n~
50n
.10uQ
.10~~
1.0u
98
2.00
BIAS
Ie
hIe
(A)
COMMON EMITTER
hoe
hie
hre
Ilmhosl
1m
X.OOOI
~gg~~ ~~~ i
100m 375 t
i
10
5.0
3.~~
l~Om~
200
20p
ig
t:JEt.
20 #t.
60m~
5.0~0
60~~
10 150m
~i
150mf;1
200,,:g
200m
150m
~gg 150,,:g
10m
lQ~ 150m@
10¢ 100~~
10Ql 100m
1~ 150m@
2.05'0 5.0m
150~1
10
20mf;1
9.~~
10
10m¢
5.0
100m
lQ8 150~~
10¢ 150~g
10Ql 150m
150m@
1.0
lfl 100m¢
5.0
150m0
2.0
2.0
10
100
~g
1#
45 t#
70
70
70 t
15m0 20
20
20
50
40
30m~
15¢ 20m¢
2.0
200m
1~ 150m@
9.05'0 20,,:g
10 150m
10 150m
1.~g 15O,,:g
1.0
150m
4.Q~ 200u
150m¢
1.~g 10m
6.0
1<!f> 150m(l)
2.0m
6.0~0
30 3.0m
6.Q~ 1.0m@
1.0m¢
6.0~0
10 150ni0
1.~~ 150m~
.50~ 10m¢
10
10m
12~
10~}
10¢ 10m
10Ql 1.0m
150m@
9.0
1fl 10m¢
.40
150m0
.40p~
l~g
10
19~
15
199
75
20
40
50
30
50
40
60
140
50
50
75
30
20
100
60
60
60
~~
i~:
t
tt.
tt.
tt.
tt.
tt.#
t.
tt.
tt.
tt.
tt.
t#t.
t#t.
t#t.
tt.
t
tt.
tt.
tt.
t
tt.
4~~~
25
15p
t
tt.
#tt.
t#t.
t#t.
tt.
tt.
l~g ill
~g
30
30
100~~
5.~~
5.0
100u
10
5.~~ 100u~ 10
20
100~
5.~g 100u
5.0
20
5.~~ 100u~ 30
30
100~g 10
~:g~ 100u
5.Q@ 100u~ 10
100~~ 10
5.~g 100u
5.0
10
.5~f;1 300m?] 60
30
50~g 30
5.~~ 100m
3.0
3·2?] 100m~ 30
70
50~g 50
5.~~ 300m
.50
50m~ 70
5.~~
10
50~g ~g
50m
5.0
10Jl 15m~ 100
50m¢ 160
2.~g
2.0
50me 160
1~f;1 1.0mf;1 40
10¢ 1.0,,:~ 45
30
100 2.0m
50~~ 50
1.~~ 50m
1.0
50
3.6
~~glZl
45P!?l
50u
llu
lOu
650
2.Sk
600
600nb
6.2
3.5
2.0
~~~1Zl
2~g~
27
27flIZI
12p
310
23p
lijg~
l:g~1Zl
20u
3~~~
30
25J?1LI
20p
lSI?i'l
1:~~
14
14PI?J
3~g~
14
50u
14plZi
12p
6.0ri
20p
1.8pt
2.50t
2.5pt
600
40u
2if~1Zl
500
lSfllZI
U~1Zl
20p
1~~~
12
b
150
100nb
100nb
28
28
25P!?l
14ptz]
9.00
9.0p
SOOm
SOOm
~:g~1Zl
15p
15p
9.00
i!gm
t
t
t
tlZI
tt.
tt.
tt.
tt.
tt.
50
40
100
20
40
100u~
2.2k
t
~#t.
\~
12u
t#t.
t
tt.
tt.
t
tt.
20
150m~ 40
150,,:g 40
150m 100
35
f"~Om:¢ 1~g
6.0m
1~8
10¢ 6·PO:
10Ql 10m
150mf;1
10 150,,:g
.40
150m
.4Q8 150;r
1.0m'0
~gg 300m
5.Q~
35J?~
40 t
jg
40
40
12
10
35
60
30
75
60
20
20
40
40
40
20
20
5.Q~
150~} 20
2.0f0 150m
15 6.0m
60
1010 150mlO 75
2Q~
25plZl
t#
15O~1 35
50 t.
200u
l~lf
3.5klLl
t#
tt.
tt.
tt.
tt.
tt.
tt.
tt.
tt.
tt.
tt.
tt.
tt.
#t
t#t.
t
t
t#
tt.
t
~:
t
t
t
t
t
tt.
t
t
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~~ lig~
ME
ME
ME
PE
0
ot.
T05
T05
TOS
T05
T05
TOS
T05
MEt. T05
MEt. T05
t. T05
Ot.
T05
Pl
T039
Pl
T039
PE
T05
Pl
T05
Pl
T05
Pl
T05
T05
T05
T05
EM
T05
OPl T05
T05
~Ef T05
T05
T05
T05
T05
T05
T05
T05
T05
EM
T05
PE
T05
Pl
T05
Pl
T05
Pl
T05
Pl
T05
Pl
T05
PE
T05
T05
PE¢ T05
Plt. T05
Pl
T05
T05
T05
~~(I) T05
T05
Pl
T05
Pl
T05
Pl
T05
Pl
T039
ME
T05
ME
T05
Pl
T05
PE
~:~~~
PE
ME
MEt.
PE
Plt.
Pl¢
~~~
T05
T05
T05
T05
T01S
T05
T05
T05
S.Op
T05
8.0
T05
T05
8P!?l
Sptz]
T05
100fZi
T05
T05
10PILI PE
4.0p
MEt. T05
3.00
MEt. T05
~p~ PE
ig~
Sp
PE
PE
T05
100
lOp
PE
T05
Pl
T05
4P!l'01Zl OPE RS3a
l44a
2.0P!?l
l44b
2.~g~
2.0
l44a
l44b
2.0p!?l
l44a
2.~~~
2.0
l44b
l43b
2.0p!?l
l43a
2.~~~
2.0
l43b
l43a
2.0PI?J
l67
2.~~~
2.0
l67
PE
R83a
15p~"
3p$iZI
T039
5.00
PE
T039
5.0p
PE
T039
4PiZl O~E T05
RS3a
150$0
2.Sp
OPE T05
PE
T05
PE
T05
1.3plZl PE
T033
PEt T092
PEt X55
2.Sp
PEt X55
2.Sp
PEt X55
Pl
T05
Plt. T05
Plt. T05
3.5p
3'1580121
35p
3,lS801Zl
70u
EO
DWG. AD
No.
DE
IFI
~gg
2.Q@ 100~ 375 t
5.0m
3.0~0
10 150m
Cob ~STRUC
-TURE
~~
A0
A(/J
0
Ii~~
A~
~lZ>
G
A~
A0
AlZ>
A0
(I)
A0
~~
A0
~~
A0
A(I)
A0
A~
~g
A~
¢
~~
AQl
A~¢
~~
AI/)
A0
~r
~~
A0
A
A¢
A
A
~~
A~
A0
B
A
A
A
5. SILICON NPN . LOW POWER TRANSISTORS
LINE
No.
TYPE
No.
r
WMAX.l£j
lQ!:RATE ~ TABS MAX RATINGS @25'C
OLL. I
IN M E BVeboJBVeeo BVeb..Qj
OISS.
fab
FREE A M
Ie
~&;C
I
(Hzl
~~g~
~~~233
2SC210
2SC211
2SC212
2SC220
2SC221
~~#
2~~202
~~~222
1~~ 2SC200
15"" 2SC201
1~~
lB""
!~#
20#
21#
~~#
23#
24#
2SCB24
BFl17
2~~627
2SCB26
2SCB27t
~~.144
BFY67A
BFY67C
~1# ~~?<95t
32# BSX96t
33# BFY12
~4# BFY13
35# BFY14
36. AT440
37", AT441
3B", AT442
39", AT443
:~: ~:::::~
42
43#
44#
45#
46#
47
4B
S17900t
BSY34
BFW17
BFW16
2SC47t
2N4B76
2N4B75
52
53#
54
55
56
S7
2N244
DT1621
2Nl154
2Nl155
2Nl156
JAN2N341
~.l~=II AT351
62# 2SCl16T
63# 2SCl16
~~#
X P
g~ ~~
650m
650m
z#
B#
9#
10#
11#
12#
13#
~"C
~~g~
IVI
IVI
~g
~g ~
VI
IAI
~:g I ~gg~
4.3m
4.3m
§J
§J
25
SO
25 §
SO §
5.0
5.0
700m
700m
g~ ~~ ~~
MAX
lebo
@MAX
~~b
:~I ~:bD~R,~F,.()~EM::' COLLECTOR DISSIPATION
°
Veb
TYPICAL 'h' PARAMETERS
BIAS
COMMON EMITTER
Ie
hfe
hoe
hie
hre
1DESCRIPTION l C
Cob rSTRUC
E
~TURE
DWG. A 0
rVl
rAl
IFI
I'mhosl
Uti
X.0001
No.
1g~~ 1:g~ 1gg~~ ~g:
:
1.0uO)
.10u\<?!
~~ ~ ~:g jgg~ l:g~~
1.00)
1.Q(?!
100m"
100mg
l:g~ 1~8~&
50 t
50 t
PEt>
PEt>
:8:
6S0m
6S0m
650m
650m
6S0m
6S0m
6S0m
6S0m
6S0m
650m
650m
6BOm
700m
700m
700m
700m
700m*
700m*
4.3m
4.3m
4.3m
4.3m
4.3m
4.3m
4.3m
4.3m
4.3m
4.3m
222u
4.5m
4.Sm
4.Bm
4.Bm
4.0m
4.5m
4.5m
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
BO
50
25
SO
50
25
SO
40
20
BO
50
140
200
100
100
60
60
50
BO §
5.0
150M§
150M§
lS0M§
lS0M§
150M§
150M§
3S0M§
350M§
350M§
1.0G§t>
BOM§
20.M§
20.M§
20.M§
40M§t>
60M§t>
60M§t>
25
140
200
60
60
40
40 §
25
5.0
3.0
5.0
3.0
5.0
4.0
6.0
6.0
5.0
S.O
5.0
700m 1.0u~
1.0~ 150miZ 40 t
500m .10u~
1Q~ 20m
50
15p
SOOm 1.0Ulo
1010 20m
SO
150
SOOm .10u~
lQ~
20m
50
15p
700m .10u~
lQ~ 20m
50
1155'P
700m LOu(/)
10(f) 20m
50
'n
700m .1 Ou(?!
19§ 20m
50
15p
300m . 0 2 u @ 6 . 0 1 . 0 m 6 0 4 . 0_P
4 0un
300m .10u(L)
6.0
1.0m
60
300m .02u~
6.0~ 1.0m
60
4.0p
120m . 1Ou¢~
1Q~ 30m~ 100 t
3p\Zl
100m
10n0
10(L) 30ml< 25 tt>
2.00'
100m 5.0u~
10j) 50m~ 360 t*
lOu
1.0k
.BO
6.0p
300m 1.0u~
4.Q~
SOm~ 100 t
lOp
500m 1.0ulO
4.010
SOml< 100 t*
100
.02~~
1.?Jl~ 300~g 40 t
25piZl
1.0 #
75n~
lQ~ S.Om
35 t>
1.0 otto
20n0
lOw 5.0m
30 t>
700m
700m
700m*
700m*
700m*
700m*
700m*
700m*
700m
700m
700m
700m
700m
700m
700m
700m*
700m
700m
120m
120m
120m
90.M§
100M§
100M§
100M§t>
100M§t>
lBOM§t>
lS0MM
lS0M§t>
250M§t>
250MM
250MM
250MM
250Mt>§
250MM
250M§t>
400M§
1.lG§
1.2G§
lBOM§
650M§t>
SOOM§t>
4.Sm
4.0m
4.5m
4.Sm
4.5m
4.5m
4.5m
4.5m
4.0m
4.0m
4.0m
4.0m
4.0m
4.0m
4.0m
4.5m
4.0m
4.0m
4.7m
4.7m
4.7m
§J
60
§J
75
§J
75
§J
75
§J
75
§J
60
§J
SO
§J 100
§J
50
§J
50
§J
50
§J
50
§J
50
§J
50
§J
60
§J
50
§J
40
§J
40
§J
40
§S
40
§S
40
35
50 §
50 §
30
30
40
60
SO
30
4S
30
45
30
45
50
40
25
25
25 §
30
25
4.0
7.0
7.0
7.0
7.0
5.0
5.0
5.0
S.O
S.O
5.0
5.0
5.0
5.0
S.O
5.0
2.0
2.0
5.0
2.0
2.0
SOOm
500m
500m
500m
350m
250m
500m
500m
500m
500m
500m
500m
600m
600m
150m
150m
300m
200m
200m
1:g
1.0
5.0
5.0
6.0
6.0
5.0
5.0
60m
3.0
3.0
100m
100m
200m
200m
5.0
5.0
5.0
5.0
5.0
1.5
100m
100m
100m
100m
200m
600m
j~g~~ 5.0M§t>
l:g~ 6.2m
~:~~ L
l~g
$S 125
750m
750m
750m
750m
750m
750m
750m
35M§t>
35M§t>
40MM
40MM
60M§t>
70M§
100
60
SO
200
150
50
5.0m
5.0m
5.0m
5.0m
§J
§J
§J
§J
5.0m
§J
100
130
200
150
75
50
5.0m
6.3m
§J
§J
§J
§J
§J
§J
50
100
100
150
60
50
5.0m
~j l~g l~g
1.5
5.0u~
.01u~
.01ulO
10~1
10n
.02u
.02u~
.02u¢~
200n(L)
200n
200n
200n
200n
210..-0u,n.
",,0)
.03~~
2~~
10(0
15m
50
1.0m~ 115
5.0mlO 70 t>
1.0m~
40 t>
1.0m¢~ 50 t>
100m'" 105 t
100m~ 105 t
100m~ 105 t
150mIL 30 tt>
150m~ 30 t>
150m~ 100 t>
150mIL 100 t>
150m~ 30 t>
150m~ 30 t>.
100mu 90 totto
100mg 42 t
150m~ 25 tt>
50m(l 25 l>t
10m¢rl 50
50m~ 200 !!l
50m« 200 ILl
11 0
00
55s.g0mmm
5.0
10
5.Q~
5.0P~
lOw
lQ~
lQ~
10(L)
lQ~
lQ~
lOW
1)9f
10
1.0
l'Q~
20u~t 5.0(2l
20uO)t 5.00)
1 O~¢rl 60}'rl
500n~
500n(O
~g~ ~1:.000uu~~
J(O
3.0u~
3.0u¢~
200n(O
200n
5.0m~
1.0u0
'1(~~
111~5'
u
2.0
500m
2.0 , 500m ~
100) 20mu
1~ 20mg
2.0~ 200m¢
6.00)
10m
0 E
~~1 :::g~
23.u
4.4
500n!?Jb
500n\Zlb
34!?J
34 \Zl
3.0
5.0
100nb
2S
500m
2~·.·000uutb
3~0~1211Z1
JILlI
2S tt>
2S tt>
30 tt>
30 t>
S.O tt:.
3.5
3.03.fi
3.0
70
~~~ :::g~
EMt> T05
PL
T05
PL
T05
PL
T05
PE
T05
PE
T05
PE
T05
PET05
PE
T05
PE
T05
PE
T033
PE
T039
D
T05
D
T05
D
T05
DPE TOS
PLt> T05
PLt> T05
9.0p
llBB'P
<n
2Sp$
25p$
4.0';
4.0p
4S'.00-p~
1n[7J
S.OPI1l
7.3
It!
T05
T05
DPL
DP~¢
PLO\
PE
PE¢
PE
PE
PE
PE
PE
B.()p~
PE
B.OolLl
PE
B.OPI1l
PE
S'100·P\Zl. PE
1nf71 PE
6.0p
PE
Upt
PPE~~
1.7;'t"(f)
15p
ME
3.5p$
3.50$
~ g
30.
)olZl
A0
A
A
A
A
TOS
A¢
T05
T05
T05
T05
T05
T05
T05
T039 A0
T039 ~~
T039 A¢
T039 A0
T039 A~~
T039
~~
T05
AIO
T05
9
TT0
A~~
0 33
'10
T05
T039 1q1
T039 ~
g~~
3.5 .
;nf71
3.5pt/f
PE
PE
PL
PL
200
EM
TO 11
T039
T039
T039
T039
T039
T05
4.Sp(21
34 . 05"P~
501Ll
2.0p
4.100p
In
D
PE
D
PE
PE
PE
TOS
T05
T05
T05
T05
T05
A
~}
A
A'7>
0
2~~154H
65# 2SC150
66# 2SC154C
70# 2~~152
71# 2SCB05
72# 2SC352
~~# 1~:?~470
7Z~ 2SC31
7B"" 2SC45'6
~~:.~ I~~~~gj
Bl# 2SC5B9
~~! 1~:?~154
S~~ 2SC32
B7"" 2SC5BA
BB# 2SC526
~g: ~~g~~~
~.1#
92
93
2SC651
KD2541
KD2540
96
2NS262t
~~'" I~~~~~~
19~
102
~~~~~~
2N423B
'0"# 1OT1512t
;07# 'OT1520t
108# DT1 5211
D.A. T.A. INC.
750m
7S0m
7S0m
750m
750m
750m
170M§
170M§
170M§
170M§
200M§
200M§
j~g~ I~gg~~
750m
j~g~
7S0m
750m
750m
750m
750m
7S0m
7S0m
750m
'750mq1
750m<LI
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
I~OOm
SOOm
BOOm
BQQm
BOOm
BOOm
5.0m
200M§
~gg~~
200M§
220Mt
250M§
250M§
250M§
SOOM§t>
S50M§
1.lG§
1.2G
1.5G
§J
§J
5.0m
6.3m
5.0m
S.9m
6.3m
4.3m
4.3m
4.5m
4.5m
S.7m
5.6m
4.5m
200 §
5.3m
75kt
4.5m
1.0MIl> 4.5m
1.0M§t> 4.5m
1.Q!\'1§t> 4.5m
1.0M
5.0m¢
1.0M
5.0';;8
1.0M
5.0m~
2.0M
S.Om~
2.0M
5.0mlD
$J
§J
§J
§J
$J
$J
$J
§J
§J
§J
§S
§S
§J
§S
§J
§J
§J
§J
§J
$S
$S
$S
$S
$S
165
gg
90
120
60
135
165
40
40
45
25
25
60
60
75
120
70
120
50
SO
lQQ
30
60
1()0
30
60
30
60
60
130
2505 ~
1
(0
§
150
30
~g
70
25
120
150
20
20
22
12
12
60
S5 ¢
50
19200 ~§
40
120
40
60
BO
20
40
70
20
40
~:g 3gg~
5.0
5.0
BOm
200m
.20u~
1.0m~
1.0m~
1.0m(O
5.0~ 3.0m'7>
10¢ 10m
6.00 BOm
90 t
90 1
90 1
60 t
35
201
3.Q~
3.0(0
2·11. 000uuu¢~
u0
.10u'7>
5.~iE 19~¢ ~g
1
::g
5.0 100m
5.0 200m
5.0
SOm
5.0
SSm
3.0 300m
2.0 400m
4.0 300m
2.0
40m
2.0
40m
S.O 500m
S.O 2.0
5.0 2.0
4.0
5.0 600m
7.0 1.0
B.O 750m
6.0
1
6.0
1
I~'O
1
S.O 300m
S.O 300m
S.O 300m
S.O 300m
S.O 300m
3.Q~
.20u\Zl
.20u(O
1.0u'7>
.10u
20(L) 3.0m
10j) 10m
::g§
19~
.10u
2.0u~
.10u¢~
25u0
1oo~n1
.15u
.15u
10u¢
100u
100u
1.0u~
.10u¢
100u
lOu
19~ 200m~
100u
lQ@ 100m@
100u
10'" 100ml!
100u
l~i 100mg
4.0u
6.0
300m~
4.0u
6.0
300mll
4.0u
r~.~ 300m~
4.0u
6.Q~ 300m~
4.0u
6.0(0 300mll
99
~"1lI
4.0p
~g~~ ~~ i~
10m
10m
10m
45m
100m¢
50m
100~g
8.0m
8.0m
6.Q~ 1.0mj)
1.Q~ 1.0 ¢ _
1.0(0 SOOmll
lQ@ 10m~
1_0j 50m@
1.0(0 300m(!
10¢
10
20
lQ~
lS0
lq-¢
10
10
5.074~~ ~~L :::g~~
t
40
60
11
60
65
20
20
45
BO
20
20
12
15
40
30
35
40
SO
30
30
~O
25
25
2S
120
120
60piZl
4.0p
3.00
3.5pt
32 . 5S'P~
BolZl
3.Sp~
11'Pi2l
Inf71
t
tt>
t#t>
tt>
tt>
t.
500 (21
14p
7.00
~IZI#
t.
t.
t.
t
t
t
t
t
500
500u
SOOu
SOOu
BOOu
BOOu
100
100
100
300
300
T05
T05
Dt>
PE
ME
EM
PE
PE
PE
T05
T05
T05
T05
T05
T039
T05
u
X12
u
X12
T05
A¢
RBle A0
R0100 A
T05
TOS
A0
TOS
1'7>
T05
A¢
TOS
AQl
TOS
AO)
T05·~
T05
T05
T05
T05
PL
RSl
tt>
tt>
tt>
tt>
M
5.0
5.0
5:0
5.0
5.0
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
10Qp!!l
100nlll
100plZl
A
D
PE
PE
PL
PE
:::g~~
A'7>
5. SILICON NPN . LOW POWER TRANSISTORS
TYPE
No,
lINE
No.
~
3
Ij~~~~~~6
JAN2N6S7
~
~~~~~J714
9
JAN2N171S
WMAX.1.j
[!li:RATE~ T ASS MAX RATINGS @25'C
I COlL.
IN M E SVeb~JBVeeo BVeb.Qj
DISS.
fab
FREE A M
Ie
@,~.~'C '"
AIR X P
,.,
(W,
IHzl
W/'C
(V)
(V)
IIV)
lAl
I~gg~
SOOm
~gg~
SOOm
lS
2N200St
~~
lSM§lI 4.Sm
§S
199
199
100 100
I~:g
199~
S.O
l~~:~ ::~~ :j
~~g ~~g
§J
60
100u
~:g
1:g
6.0 7S0m
16M§1I S.3m
Veb
(V)
(AI
19¢
~g~¢
100
~gg~
I(mhos)
~gg~
~gg~
SOOm
SOOm
BOOm
SOOm
l~~:~ ~:~~:j
§J
~g
16M§1I 5.3m
S.O'0 200mi21
2gJ>1J§1I
30M
30M§1I
30M§1I
30M§1I
~:~:::
4.7m
4.5m
4.5m
S.3m
:1
"J
~:g 7S0m
~~g~ 2.0u§
~:g~~ S.OIO
~:~~ 200m(Z
~gg:::~
100
~g
17S
§J 100
§J 100
§J 27S
6.0
~g
~:g ~JOm
16gi
2.0UlO
110
SO
BO
250
S.O
S.O
S.O
6.0
50ul>
SOul>
100m .10m
30
30
30
5.0
5.0
S.O
.05u\?:
.OSUID
2N3923
~'l#
~~119
29# BC120
30
BC13B
X.OOOl
Jg ~~
+g~
10
10
:20
00 tt:t
I7l
iii
soo'fil
1'IF.'"
~:g~ ~~~m
:4 0g
~g
SO
tt!~~
T'IF",
S<! ~
SODILl
SO III
t*l> 2lQOOnnbb
SO 5.0m
2.<!1g
1!?)
2.0~d
1~
2010 10m",
65
30 tl>
SO tl>
2S l>
1.~~
40 tl>
'0'
BOOm
BOOm
BOOm
40M§1I 4.5m
40M§1I 4.Sm
40M§1I 4.Sm
§J
§J
§J
60
60
60
.05u~
lS0m~
1.0~d lS0m\?:
10<0
~Q
6.206
2.0
700m
OM
OM
ILl
SOp~
s.OpiZl
7.00'
7~~PJ
70p
3.S
~~m~
27
(Ill
DESCRIPTION
Cob kSTRUC
·TURE
DWG.
No.
(F)
so",Qi 40 tll
19~ ~g~~
2.0u§
:~I ~~DiR/~FfJ~EM::' COLLECTOR DISSIPATION
TYPICAL 'h' PARAMETERS
BAS
COMM N EMITTER
Ie
hfe
hoe
hie
hre
gg~
SOOm
l~# ¥~~~~6
l~~~~ U~ :~
MAX.
lebo
@MAX
Veb
(A)
OM
OM
OM
OM
OM
PE¢
PL
PE
PE
SO
25p!?j
25piZl
12p
!4,
10m", lOu t""
PE
I!!S~O~ormm
~~
~~ng~
39
40
41
42
MST30S
MST40S
MST50S
MST60S
:~" ~Nlgs
4S"
AT361
49"
50"
51"
AT365
AT366
AT367
S4
2N699A
S7
2N1974
60
2N2192At
~~" ~~~~ht
~~ '~~l~:~
~:
~~
66
~~
69
~~
72
BOOm
~gg~
BOOm
BOOm
800m
SOOm
~gg:::
BOOm
SOOm
800m
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
4\!,Ml>
40MM 4.5m
40M§1I 4.Sm
:g~
40M
40M
40M
40M
~:~~
S.3m
S.3m
5.3m
5.3m
150 §
150
12S
6.0
S.O
30m
100m
100m
.01u¢d
100nlO
300
§J 400
§J 500
§J 600
300
400
500
600
5.0
5.0
5.0
S.O
200m
100m
100m
100m
2.0u
2.0u
4.0u
4.0u
~:g ~~Om tg~
2.b~ 1.bO~(l ~g
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
7gg §
BO
100
60
BO
100
60
BO
100
35
BO §
60
BO
60
B.O
B.O
B.O
B.O
B.O
B.O
B.O
B.O
5.0
5.0
7.0
7.0
7.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
1.0
LOu
1.0u
LOu
LOu
LOu
LOu
LOu
LOu
2.0!2l 1.0 ID
2.<!1g 1.0 ~
2.<!\?: 1.0 ~
2.0<0 1.0 ID
§J
§J
:j§J
150
12S
~gg ~gg: I~:g ~gg~ ~:g~
:g~M ~:~::: :j 7~g
45MM
45MM
46MM
4SMM
4SMM
4SM§l>
4SMM
45MM
SOM§l>
50M§1I
50M§1I
50M§1I
50M§1I
4.5m
4.5m
4.5m
4.Sm
4.Sm
4.5m
4.5m
4.5m
4.5m
5.2m
4.5m
4.Sm
4.Sm
100
120
BO
100
120
BO
100
120
60
120
100
120
100
§
§
§
§
l~~ l~~~ ~g
1010
1~~
10¢
100
10<!n~
500nlO
10n~
SOOm
1.0j 2Smj 30 tl>#
5.0<0 1.0mlO SO
5.3u
10n~
25nlli
5.<!~
10';;\i
30
l>
l>
l>
l>
l>
l>
l>
l>
l>
l>
l>
~O l>
30 l>
36 l>
1.0m~
1.0m~
S.OID 1.0mIQ
~~~~~~t
I
~~~ 1~~~t
2N2194At
~gg:::
BOOm
~gg~
BOOm
~g~:~ ::~:::
50M§1I 4.Sm
~g~:~ U~
SOM§l> 4.5m
:j§J
:j§J
~g
BO
~g
~:g
SO
B.O
60
40
S.O
~g
~g
~:g
11
11
:gl~~
l~~
1.5
lSm(z 30
lSm~ 30
10m¢ 30
30
30
100
100
2.~~ 1.0~
100
2.<!~ 1.0 ~
30
2.0<0 1.0 ID
30
2.~1g 1.0.!!
30
5.<!\?: 1.0m d 25
5.010 1.0mlO 35
S.~~
1.5k
12~p!?l
120DIll
g~~~
120DIll
g~~~
120DIll
SOOn!?l~
30 !?l
30 ill
30 I7l
SOOn!?lb 30 fij
50ulll 1.0k~
SOOnlllb 34 III
SOOnlLlb
~()On!?j~
6.0 !?J
2.S ill
S.O III
~6 ~~
2N2243A
2N3036t
ggg:::
~g~~~ U~
~~ l~g
l~g
j:g
BOOm
SOM§l> 4.5m
§S 120
BO
7.0
1
1.2
101D
19:::¢
10m0
30 tl>
20DILl
.01ulD
101D
10m0
lS tl>
2001Ll
:g1~~
5.p~~
1.Po'":¢
.01 UIO
1010
:gl~~
l~~ 19:::~
n~~
~g
t,
10m0 40 l>
~B~O~Ormm
~~
90
93
JAN2N lB93
96
2N310Bt
99"
2SCS100t
102"
50ulll
120uiZl
1.0klll
900 iZI
:j§J
~g
30
§J
§J
§J
40
§J
60
§J 220
§J 220
~g
20
~:g
6.0
1:g
1.0
~gg~
~:g¢
A
25
40
170
170
5.0
S.O
5.0
S.O
19:::~ l~g
6.00 lS0m
~~~ l~()m
SOmo
20~
500m .01u¢
SOOm .01~0
30 tl>
1~~ lS0m~
!!()!.:tt
BO t#
5~~
~O !~l>
1010 S.Om0
2.02'... 10m
50IQ
10m~
2SCSllRt
BOOm
BOOm
BOOm
60M§1I 4.Sm
60M§1I 4.Sm
60M§l> 4.5m
§J
7S
§J 100
§J 120
~O
60
BO
7.0 500m
7.0
7.0 SOOm
10n!?)
10n~
10nlO
~~~
~~g
700m
1.3
~~~iZI
120iZl
30 tl>
SO tl>
10m\lJ ",0 t .. l>
5.~!?)
S.~\?:
1.0m!?) 100 ~
1.0m~
S0!l!.
S.OIO 1.0mlO 100 III
34 iZI
1.0~¥1j B'Oli
300n!?l~ 30
SOOnlllb B.O
500niZlb
o
o
PL
PE
PE
PE
PE
PE
PE
PLl>
PE
PLl>
PLlI
PL
PL
PLl>
~gg:::
BOOm
~gg~
BOOm
AT471
AT472
AT473
D.A. T.A. INC.
T039
TOS
T05
TOS
TOS
TOS
TOS
T05
TOS
T05
T05
TOS
T05
TOS
TOS
TOS
T039
T05
T05
TOS
T05
T05
T05
T05
T05
T05
T05
T05
T039
T039
T01B
T01B
T01B
T01B
T01B
T01B
T01B
T05
T05
T05
TOS
T05
T05
T05
TOS
T05
T05
T05
TOS
T05
TOS
T05
TOS
TOS
TOS
TOS
TOS
T05
TOS
TOS
TOS
T05
TOS
TOS
TOS
T05
+g~
TOS
TOS
MT39
T05
T05
TOS
T05
TOS
IpS
~~31~gt
19~: 1~~~~63Rt
ig~~
P~ TOS
TOS
3.0 iZI
3.0 !?j
1.S !?l
1.S III
~~n~~
19~: ~~g~l~~~
lOB"
109"
110"
4.5m
4.Sm
4.5m
4.Sm
4.5m
4.5m
4.5m
2~~~20A
~~~~~J613
~~
SOM§lI
~Q.Ml>
SO.Ml>
50M§1I
SOM§lI
50M§l>
SOM§l>
2N1613
~~
~~
800m
BOOm
BOOm
BOOm
~g~:~ ::~~
1(7)
,~
~~~~
25p
~"290:::m
B
.Ul
PL
PL
PL
OPL
OM
OM
OM
OM
OM
OM
OM
PL
PL
PL
PL
PL
PL
PL
PL
PL
~~g~
3.S
BS# BSY92
86
PT2S2S
B7
PT2S75
25pl7l
20p[lj
20;;i2i
.01ulO
1~~H~~Bt
I~~~:~~
3ptiZl
6.00
B.Op
S.Op
B.Oo
B.Op
B.Op
B.Oo
S.Op
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
T05
~()Om
BOOm
800m
BOOm
BOOm
~g~:
60M§
g:3::: :j§J 120
Jig l~g
BO
5.3m
~g~: ~:~~
60M§
~9M§
60M~§
60MM
60MM
60Ml>§
5.3m
S.3m
4.Sm
4.5m
4.Sm
4.Sm
:j§J 199
70
§J
§J
§J
§J
§J
70
60
BO
100
60
~g
40
40
40
60
80
40
~:g 1:~
l:g~~ ~:~~ ~gg:::~ ~g ~~
2Sp
OPL
~:g 1:~
l:g~~ ~:~~ ~gg:::~ ~g ~~
2Sp
2Sp
2So
25p
OPL
OPL
OPL
OPL
PE
PE
PE
PE
5.0
1.S
S.O
S.O
6.0
6.0
6.0
60
1.5
1.S
1.0
1.0
1.0
1.0
1.0ulO
2.010 200m(z
1.0Ul(.l
1 0~2D
200n
200n
200n
200n
2.01li 200ml(.l 50 tl>
100
30 tl>
2.QIg 200mlg 30 tl>
1.~\?: 60m\?: 40 tl>
1.010
60m", 40 l>
1.0«' 60m
40'"
1.00 60m 100 l>
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~~~
2~p!?l
25DILl
2Splll
250iZl
g~t
.LOS
TOS
TOS
T039
T039
T039
T039
T039
T039
T039
ig~~
T039
T039
T039
l <::
E0
A D
D E
5. SILICON NPN· LOW POWER TRANSISTORS
.;u
TYPE
No.
LINE
No.
~:~ ~+:~;
3y
4y
5y
6
AT476
AT477
AT47B
BF156
BF157
BFW24
9# BFW26
~#
~~: Ig~~~~
12# BFY50t
13
14#
SE7001
15
SE7002
ZT1613
lB
2N1975
BF292A
BF292B
21y BF292C
:~~~~
~~#
~~~!
~~ '~~m~
2N1337
24
25
26
27
2N133B
2N1339
2N1340
~~
I~~m~
~~
Ij~~~~ 1~~J~
30
2N1711
2N3107t
2N3109t
2SC70
36:#: BFW25
33
~~#
~~: IC~~~
3S:#: ZT1711
:~y~:# I~~~~~O
42.# BFX69
BSW66t
BSW67T
45y BSW6Bt
n:
:~# 1~':t:6t
4B
FT340t
TIS102
TIS103
51.# BFX69A
52
~~
~~:
:~~~~t
BFY56A
~g# I~~~~~~t
57
2N1B93A
~~ 1~~~~~g>1>
JAN2N3019
60
~)# 2SCB1B
2SC995
62~~ BC2B6
63y
g~: l:g:g:~O
66:#:
'!.?#
6B#
6S:#:
70#
71#
72:#:
73#
BC340-16
:g:l:~o
BF10B
BF305
BFX68A
BSX22
BSX23
BSY51t
BSY52t
BSY53t
BSY54t
7B:#: BSY55t
~~:
~~:
~~: :~~~~t
81:#: BSYB8
~~: i~~~~gt
84
RT1116t
~5# SFT1B7
TN53
B6
TN59t
B7
~~# ~~rn
90:#: BF257
~~: ·gm~
93
2N43B3
,~~~~g~t
~~#
96:#: 2SC310t
97# 2SC7BB
BFllB
BFW45
~~:
;~g¥= ~~~gg2
102# MAB003
I ~g~
105
19~
108
~¥~
i~~~~~~At
2N2B64
2N2939
2N2940
2N2941
~~~~~~t
O.A. T.A.INC.
!\~MAX RATIN(j:;@z5'(,;
BVeb~
~~AK~a
~ERAIE~
OlL.
IN
M TE BVeboJ BVeeo
DISS.
lab
FREE A M
~t7;C'
W
IIHzz)
AIR
X P
W/'C
4.!?m
4.5m :j
4.5m §J
4.5m §J
4.5m §J
4.5m §J
4.5m §J
4.5m §J
4.5m §J
4.5m §J
5.3m §J
4.5m §J
~gg~
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
ggg~
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
800m
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
800m
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
800m
BQ~m
BOOm
800m
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
800m
BOOm
BOOm
BOOm
800m
800m
800m
BOOm
BOOm
BOOm
800m
BOOm
800m
800m
BOOm
BOOm
BOOm
800m
BQ~m
BOOm
800m
BOOm
BOOm
800m
BOOm
BOOm
BOOm
I~OOm
BOOm
BOOm
BOOm
800m
BOOm
BOOm
800m
BOOm
1~~Om
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
BOOm
gg~~:
60M"'§
60MM
60M"'§
60.M§
60.M§
60M"'§
60MM
60.M§
60.M§
60M§'"
60M§'"
60.M'"
60.M§
60.M§
60M§'"
64M'"
66M§
66M§
66M§
jg~:~
70M§'"
70M§'"
70M§,',
70M§'"
70M§'"
70M§'"
70M§'"
70M§'"
70M§'"
70M§'"
70M§'"
70M§'"
70MM
70M§
70M§
70M§'"
BOM§'"
BOM§
BOM§
BOMt
80Mt
BOMt
BOM§
BOM§'"
BOM§'"
80M§
BOM§
B4.M§
B6.M§
86.M§
B6.M§
~9M§'"
90M§
100M§'"
100M§'"
100M§'"
100M§'"
100M§
100M§
100M§
100M§
100M§
100M§
100M§
100M§
100M§
100M
100M§
100M§
100M§
100M§
100M§
100M§
100M§
100M§
100M§
100M§
100M§
199~:
100M
100M§
100M§'"
100M§'"
100M§'"
110M§
110M§
110M§
110M§
120M§12i
gg~:1ZI
120M§
120M§
120M§
120M§
1~~M§'"
130~:~
130M '"
l~g~:~
150M§'"
150M§'"
150M§'"
150M§'"
150M§'"
150M§'"
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
5.3m
5.3m
5.3m
5.3m
5.3m
5.3m
5.3m
5.3m
4.5m
4.5m
4.5m
4.5m
4.5m
6.7m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
5.3m
5.3m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
5.3m
4.5m
4.5m
6.7m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
5.3m
5.3m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
5.2m
4.7m
4.7m
4.5m
4.5m
5.0m
4.5m
4.7m
4.7m
4.7m
5.3m
4.5m
4.5m
33m
33m
33m
4.5m
4.5m
§J
§J
§J
§J
§S
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
$J
§J
§A
§A
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§S
§S
§J
§J
§J
§J
§J
§J
§J
§S
§J
§J
$J
$J
§J
§J
§J
§J
§J
§J
§S
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§S
§S
§J
§J
$J
§J
§J
§J
§J
§J
§J
§S
§S
yS
",S
yS
§S
§S
Ie
IV)
199
60
BO
100
120
150
100
BO
60
BO
75
150
120
75
100
150
190
220
l~g
120
BO
120
120
120
150
75
75
100
100
BO
lBO
BO
60
75
75
140
BO
75
60
150
120
180
150
BO
150
BO
BO
120
100
140
30
140
140
160
300
70
40
40
40
60
60
135
150
BO
40
90
60
60
75
75
120
120
100
100
gg
120
135
75
40
40
160
160
(V)
~g
I~?
1 0
199
40
30
140
BO
150
120
50 §
60
150
190
220
~g
~g
l~g
BO
BO
60
60
75
120
150
60
120
30
30
BO
100
150
240
130
30
BO
60
30
25
25
60
BO
100
30
BO
5.0
5.0
7.0
7.0
5.0
5.0
5.0
I~'O
4.0
4.0
3.0
3.0
3.0
I~·O
5.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
6.0
7.0
30
~gg ~gg
40
40
120
140
250
250
165
:
§
§
§
§
§
§
§
40
2B
60
50
30
BO
60
lBO
150
40
150
45
55
80
60
80
20
BO
BO
120
300
60
40
40
40
60
60
135
150
40
32
65
25
25
30
30
BO
BO
60
60
25
60
40
135
45
30
30
160
160
(A)
g:g 1:g
6.0 1.0
6.0 1.0
6.0 1.0
5.0
5.0
1
7.0
7.0
1
7.0 BOOm
5.0 100m
6.0 1.0
7.0
1 #
40
60
90
50
100
100
100
125
50
30
60
60
40
V)
§
§
§
§
5.0
6.0
6.0
5.0
5.0
7.0
6,0
5.0
7.0
7.0
5.0
7.0
5.0
7.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
3.0
5.0
7.0
5.0
5.0
5.0
5.0
7.0
7.0
7.0
7.0
7.0
7.0
5.0
5.0
7.0
3.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
I~'O
7.0
7.0
B.O
5.0
5.0
7.0
7.0
7.0
5.0
7.0
1
100m
100m
100m
~9Om
300m
300m
300m
300m
300m
300m
nO,;
500m
500m
1
1
20m
1
1
5.0
100m
100m
~gg~
500m
500m
1
1.0
100m
100m
1.0
500m
500m
500m
500m
500m
50m
1.5
1.5
500m
500m
750m
750m
500m
500m
~gg~
500m
1
BOOm
BOOm
BOOm
100m
100m
1~2m
100m
BOOm
BOOm
500m
500m
50m
100m
50m
BOOm
800m
BOOm
500m
1
1
1.0
1,0
1.0
1.2
1
MAx.
lebo
@MAX
Veb
(A)
~gg~
200n
200n
Veb
(V)
1.2?;!
1.~g
1.0
1.~?;!
IN ORDER OF (I) MAX COllECTOR DISS IPATI0 N
(2) lab 8. (3) TYPE No.
TYPI Al 'h' PARAMETERS
~PTION Il C
BIAS
COMMON EMITTER
Cob STRUC
IE 0
Ie
hfe
hoe
hie
hre
-TURE
DWG. A D
(A)
mhos)
~
gg~~ 199
40'"
60m
60m?;!
60m¢
10m0
21~~¢
1.~g
5.0
.10ulg
1..uj? 10m~
150~~
1.~~ 150m
1.0
.01~~
.01u
.10u\,?
. 10u~0
50n
.10u0
. lOu\,?
.01U~¢
25n
100nlg
100~~
lOOn
1.0ulg
1.0~~
1.0u
10'1"
1.0~~
1.0u
1.0~1l>",
10~g
10n
10n~
10n¢
.01u§
1)~
10
6.0
\~
5'6~
5.0
30~J
19~
5.~m?;!
5.0~~
~~:
25~iil
3.0u
30u
5.3u
5.3u
130nb
5°~1
2.0e
2.5k
.20
lBO
550m
1.5k
1.5k
26
1.5
1.5
300m
~g
340
~:g ~
5.00
5.0 \?!
1.5121
5·?X
191
30~J
5·P!¢
1~~Jl
~~
5.0?A
+:
101
1'P!rtJ
750n;:~
150m
5.0f~0
20
2.2k
750
lBp
3.6
1.1
ig~>1>
0
~
OPL
~~~1L1 ~r~
12~~
2.2k
T039
T039
T039
T05
T05
T05
T05
~L
25~
45p
lBo
3.6
3.5p$,[Z1~
g~~rtJ
35P:~
1.Bk
2.1
1.Bk
2.1
aO ItI
300
350$
12p
B~~~
BO
2.7p
2.7p
130
2.•6p
2.5 ItI
1.2
12p
12p
151>1tI
B.b~0
5k
35 [Z!
27
26
6.0
1.2
3.2
3.2
!ZI
~g ~
~~LrtJ
OPL
OPE
PE
'"
'"
PL'"
ig~
t
~:g~~ ~~~
~:~~0
32_0
32 ItI
4.9k
OPE
OPE
OPE
PE
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T039
T05
T05
T05
T05
T05
T05
T05
T039
T039
T039
T05
T05
T05
T039
T039
T05
T05
T05
T039
T05
T05
T05
1~~~
12
T05
4.5p
PL
T05
5.5p[Z!
DPL T039
120
OPE T05
lOp
PE
T039
lOp
PE
T039
100
PE
T039
lOp
PE
T039
PE
1~~1L1 PL T039
T05
T039
PL
12p
OPL¢ T05
PE
T05
200
20p
T05
PE
lOp
PE
T039
PE
T039
10JL
lOp
PE
T039
lOp
PE
ig~~
100
PE
lOp
PE
T039
lOp
PE
T039
lOp
PE
T039
lOp
PE
T039
OPE T05
15 0
PE
T05
T05
3.0p\,,:!
T05
B.
T05
B.O~1tI
~~\O T05
3.5p
T039
5.50
PE
T05
5.5p
PE
T05
T05
I~E T05
T05
B.OPiD
I~L'" T05
lOp
100
PL'" T05
PL
T05
4.0p
PL
T05
2.0p$
40$ PL
T039
12p\,,:! PE'" T05
T05
1~~m PE'"
10
PE'" T05
T05
181>~
T05
1~~~
13
T05
T05
lOp\,,:!
T05
1~~m
12
T05
lOp\?!
4.2
1.5 ~
1.5
1~g +~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
2~~~
12
D E
ig~~ ~~
PE
PE
PE
OPL
OPL
PE
PE
PL
PL
PE
P
PL'"
OPL
OPL
PL
PL
OPL
OPL
OPL
PL
PL
PL
PL
PL
PL
PL
~
1:~j)~ PE
~:g +~
.O~~~
Bf~00
25plZl
16~
30:~
2~~~
15
~.Op
6.0p
6.00
B.Op
lOp
B.Op
lOp
B.Op
B.Oo
B.Op
~:~
19
10 t#'"
10 t#'"
500n0b
50'"
1.~.!'1ZIJ'
~g ~ 300nl2lb
60'"
60'"
2~~~
25
14p
6pl2l
25pl2l
6.00
6.0p
~:~
19~~
No.
~~~~ ~~
19
10 t#'"
lri~
IF)
25p\?!
25pl2l
6.00
6.0p
100 1.0m
1.01T\1l>
30
1.0~~
tfOm(l
.01u
1.0
t,',.#
12u
20n\,? 5.?!", 1.0mlg 55
75
5.0m~
20~~
1~~ 150m 100 t,',.# 16u
10n
10
01~1Z;
5.~\,? 1.0m2 30'"
~0 30 t,',
2.~g 2.0
1.0m
5.0
55
12u
10m~ 30'"
5'2?;!
30'"
5.~~ 10m
10~~
5.0
30'"
B.Ou
100~rn 5.~\,? 1.0m\,? 60
2.0¢
B5 t#
10u:g
10M
210 t:#:
10 ~ 1.0m\,? 40 t
10 1.0n;:~ 45 t
50n
.01u
5.0~
1.0m
70
B.Ou
10
.01u\,?
20'"
25~
10
.10m
.05~~ 1.0 150m ~g ~:ti=
.05u
1.0nlg
500n~b
5.0m3l,., 70,',
19 150~i 65 t#
1.PO~0 5.0~
1.0m
500n0b
30'"
.01u\,?
10mjZ 50'"
1.~~
.01u¢
5.gg 1.0~~ BO '"
10n§ 5.0
1.0m
BO '"
10m~ 20 t#'"
1.0~~",
100n¢
10
50m¢ BO t
20n§
500m{l 20 t,',
2.0
100m§ 5.~~
50m~ 40 t'"
100m§ 5.~~
63 t'"
50n;:~ 100
100m§ 5.0
50m
t'"
100m§ 5.Q\'?
50m\,? 40 t'"
63
5.0~0
50~~ 50 t'"
1~~~§ 10 30m
t
20
30~ 100
.01u¢
5.0
l r ! 1.0m
20u
2.0
500ni0 35 t'"
35
tA
500m?;!
2.0?",
40 t'"
100~g
1~~ 150n;:~
lOOn
10
150m 100 t'"
10n~
lQIg 1501T\~ 40 t'"
150n;:~ 100 t'"
10~~ 10¢
100 150m
10n
40 t'"
1On?;!
1~\,? 150m~ 100 t'"
10¢ 150n;:& 1~0 t'"
10~
10n
10 150m
00 t'"
10 150m..!' 250 t'"
10nlg
1 ¢ 130 t#
10
10~~ 1.0~ 150ni(l 30 t'"
20n
10
50 t
1.0~.?n<
1.0m
55
5.g~ 1.0m
200~~r
lO~g 5.0
20n
140
lOOn b
20n\,?
1900nlZlb
1.0m~ 50
25
t'"
50~~ 1~g
30n;:~ 25 M
50n
10
30m
25 ,',t
50nlg
30m
50n~
10n
5.0
1.0m
200~b
10n~
200nltlb
1.0~ 1.0klL2
1.0u
150n;:~
.01u
10iil 150m
.1u
10m~ 100 t
50n ~
25 t'"
1~g 30n;:~
.10u
20
50m
20 M
500n@
1~~ 1~~m~ 30 t"'# 15ub
10¢
40 t"'# 500~~r
10~g 100 150n;:&
150m 100 t"':#: 500n
10n
b
150m~
40 t'"
.~Ou?;!
19~
15¢ 10n;:~ 20 t'"
.50~~
150 10m
.50u
12 t'"
25nlg
lQIg 150m~
10¢
150~&
25~~ 100 150m
25n
60 t"'.#
\~
X.OOOI
40'"
40'"
50
60 t#
:g
50mlg 50 t'"
10m0 25 t'"
lOme 45
150m~ 40 t,',
150m¢ BO t#
lOme 50
10m~ 50
40 t,',
150~1 3B
1.0m
30
tt,
lOm~
t,',
10~~ 30
30 tt,
10m
301T\~ 10 t#'"
10
5.0
5~?;!
50¢
500
lQIg
10¢ 30n;:~
100 30m
lQ\'? 30m~
10¢ 30m¢
10~
30miz
1~~
30m
lJ91 1.0m
5.0
(m
ig~
i.0
~~
~~
0
C¢
CIl>
ArtJ
A
A
A
A
~rtJ
A~
A>1>
ArtJ
~~
A0
~
0
A~
A0
!~
A0
A~
i.0
~~ArtJ
~g
A~,¢
A~
A~
/~
~~
AY2
~~ArtJ
A~
!~
~~
i.0
~~
i.0
A~¢
ri
All>
A
A
A¢
A
A
A
A
A
~~
A
AArtJ
~~
A0
A
~rtJ
~g
IN ORDER OF (1) MAX COLLECTOR DISSIPATION
5. SILICON NPN . LOW POWER TRANSISTORS
121 lab & 131 TYPE No.
MAX.
TYPICAL 'h' PARAMETt5S
LINE
No.
TYPE
No.
..LJ.MAX.l.J
~OLL.
DISS.
@25'C
-IWI
L!LERATE~ TABS MAX RATINGS@25'
lab
IHzl
IN M E BVeboJ BVeeo BVeb..Qj
FREE A M
Ie
AIR X P
W/'C
IVI
IVI
VI
IAI
~: 1~~~~~6t
3# 2SC503
l~g~: ~:~~
~g
~g
~:gggg~
5.3m
4.5m
5.0
6.0
6.0
5.0
7.0
6.0
3.0
5.0
800m
18# BSW27t
800m
800m
800m
200M§ 4.5m
200M§ 4.5m
200M§ll 4.5m
§J
§J
§J
50
75
60
50 §
75 §
50
4.0
4.0
4.0
500m
10~~
1
lOu
1
.50u
20# SFT445
21
TN81
800m
200M§ll 4.8m
§J
4.5m
:~
~g
800m
800m
800m
800m
800m
800m
800m
800m
800m
800m
800m
230M
230M§
250M§t..
250M§ll
250M§ll
250M§[;
250M§t..
250M§ll
250M§t..
250M§ll
250M§ll
4.5m
5.3m
5.3m
5.2m
5.3m
5.2m
5.3m
5.2m
5.2m
5.3m
§J
§J
§J
§J
§S
§J
§S
§J
§S
§S
§J
45
30
60
60
60
75
75
60
60
75
65
800m
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
800m
800m
SOOm
SOOm
SOOm
800m
SOOm
SOOm
SOOm
250M§[;
250M§ll
250M§ll
250M§[;
250M§t..
250M§ll
250M§ll
250M§t..
250M§t..
250M§ll
250M§ll
250M§t..
250M§t..
250M§t..
250M§t..
250M§
250M§
250MM
250MM
250MM
250M§
300M§ll
300M§t..
300M§t..
300M§t..
5.2m
5.2m
5.2m
4.5m
4.5m
4.5m
4.5m
4.5m
5.3m
4.5m
4.5m
4.5m
4.5m
4.5m
2.9m
5.3m
6.7m
4.5m
4.5m
4.5m
5.3m
5.3m
4.5m
4.5m
4.5m
§J
75
§J
75
§J
75
§J
60
§J
60
§J
60
§J
60
§J
60
§J
60
§S 60
§J
75
§J
50
§J
80
§J
60
§J
60
§J
60
$J 60
§J
60
§J
60
§J
60
§J
60
§J
75
§J
SO
§J 100
§J
50
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
800m
SOOm
300M§
300M§t..
330M§
350M§
350M§t..
350M§
350M§
400M§
400M§t..
400M§t..
400M§ll
400M§
400M§
400M§
400M§t..
4.5m
4.5m
4.5m
5.3m
5.3m
SOOm
SOOm
SOOm
SOOm
475M§
475M§
475M§
500M§t..
..
15~
2N~410t
2N5211
2SC307t
;~: ~~g~~
!~j!:
~~
24
~~
~SW28t
2N1410At
JAN2N2218t
2N2218At
JAN2N2218At
2N2219
JAN2N2219t
JAN2N2219At
36
2N2538t
39
2N2789t
~~
:~
45
46
47
4S
~gg~
~gg~
~~~~~Jl°tIA ~gg~
29
30
31
32
33
~~
~20M§[;
:j§J
~~~~~~t
~~~~m
~~~~gg~
2N3326t
2N3512t
2N367St
2N4046t
52# 2SC97t
~~: ~~~~~2
55# BFX96
56# BFX97
57
f'T4S16
~gg~
~gg~
~~#
MT1S1
SES010
66-jF BSX30t
'!,7# 1~:?~~7At
6S# 2SC319
69# 2SC7S1
~"!! BFY72
71# 2N2217A
72
2N2SS3
Z3
2N2SS4
7~ .. 2N51SSt
75 ... 2SC13S
!." '# 2sr: 13SA
77# 25<:139
7S# 2SC320
1"# ':lse596
80# 'SSX32t
SI# BSX59t
82# BSX60t
83# BSX61t
84
2N4S96t
""
zN~~~7t
86# 2SC566
87'# 2SC654
6S.~
~gg~
~gg~:t.. U~ :~ ~g
~gg~:ll g~ :~
~Jg~§ll
~~g~~~ U~ ~j
~gg~:~ ::~~
:~g~:
:j§J
gg
~g
~g
5.3m
5.3m
60
§J 100
§J
60
§J
SO
§J
40
§J
75
§J
50
§J
75
§J
40
§J
40
§S 60
§J
60
§J
60
§J
60
§J
40
4.5m
4.5m
4.5m
4.5m
4.5m
§J
§J
§J
§J
3.4m
5.6m
4.5m
4.5m
4.5m
5.3m
~j
~~
70
70
70
120
~g
~g
93
S50m$
S50m$
S50m$
S50m$
S50m
S50m
S50m
S50m
S50m
S50m
S50m
S50m
S50m
S50m
S50m
S50m
S60m
S60m
30k§t..
30k§t..
30k§t..
30k§t..
30M§t..
30M§t..
30M§t..
30M§t..
30M§t..
30M§t..
30M§t..
30M§t..
50.M§
50.M§
50.M§
150M§t..
70M§
70M§
§S
§S
§S
§S
§S
§S
§S
§S
§S
§S
§S
§S
§A
§A
§A
§J
§J
§J
100
SO
60
40
60
40
60
40
100
SO
100
SO
100
SO
100
SO
60
40
6040
60
40
60
40
100
SO
100
SO
100
SO
60
40
45
45
45
45
~~
96
~~
99
19~
102
19~
lOS
~~~~~~:n
I~~~~~~:n
2N2856-lt
I~~~~~g~
2N2S5lt
~~~g~~~
2N2S54t
~~:~:~
PT2540
D.A. T.A.INc.
~~g~:
~g~:~ ~~~ :~
66m
66m
66m
66m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
4.Sm
2.0m
2.0m
199
~g
X.OOOI
~2P
3.0 300m
6.0
5
5.0 500m
10
10
2.0
1990
lOp
PE
19~
~i
~~
T05
T05
T039
T039
E0
0 E
A'll
ig~9
A
ig~
A'll
T05
ig~9
A~A:T05
'10
A
lOp
PLt..
9.0p$
OPL
100m8 20 t#t..
100m¢
5 t#t..
500mQl 30 t II
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3
3
3
SOOm
20m
20m
28(7)
10¢
100
1.02,
100m(7) 20
150ni~ 45
150m
60
150mjO 70
1~B11.0mB1
12
10ID 1.0mID
25
1~~ 1.0m~ 25
1~B1 1.0mB1 30
1010 1.0mlO 30
1~~ 1.0m~
50
1~B1 1.0mB1 50
lOw 1.0'1)]0 50
1~~ 100uE' 35
10¢ 1.0m'll 20
100 1.oiii0 30
10~
1.01l 100m
A
15u!Zl
Sp 71
S.Op r
S.OpC
T05
T05
T05
A~~ArJ\
"
S.OPEl
8.~pgJ
8.001Ll
SPEl
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
A~~
ig~!~
3.5k!Zl
'01Ll
Spl7l
sp(Zi
80fZi
19 !;~
150 t ...1LJ
101?~
~pgJ
1201Ll
A~'!:::
'ID
~~
A¢
A0
A(7)
A¢
A0
~~
A¢
A0
5.~~ ~gg~~
gg t#
1.010 100m0 35 t t..
SP~
Sp!Zl
8 IZI
1.~~
100m~
PE
PE
PE
(ll
60 t#t..
1.0~ 100mB1 60 !~t..
1.00
10mlO 30 t ... t..
1~~ l~g~~ ~g!~
55u
460
1.3
10ID 100mILJ 20 t:t..
l.ojO 100m~ 20 t#t..
.501'", 150m¢ 25 t t..
10ID 30m
50
4.0p
9p$!ZI
5.00
10pEl
10p!2l
IIp
5.0p
4.0p
HiD
lOp
PE
OPE
OPE
PE
PE
PE
OPE
PE
PE
4.00
PE
6.2P
5.0p
5.So
5.8p
5:800
PE
OPE
PE
PE
PE
11010
~~ ~g~ ~g. "
100m0 20 t'IFt..
l~i 30m
50
1.0
10m~ 60 t#
1.0
500mILJ 25 t t..
1.<.!1!! 500m~ 30 t t..
1.<.!~ 500mJ 25!~
2.0ID
2 ID 120 tILl
1.~\e
1.~\?l
102
T039
~p~
20 t..
10m~ 35 t..
10mlO 35 tt..
1.~g'05 ~~g~~
1.<?~
15n
15n
t
t#
tt..
tt..
t..
t..
t..
tt..
t..
t..
tt..#
t t..
t t..
12~ .10m~
10ID
1.0ID
100n§
100n§
100n§
100n§
100n§
100n§
100n§
100n§
.10u§
tt..#
SS~pgJ
1.<?1!!
~:g ~:g
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
4.0
6.0
6.0
lOp
130
13p
PE
PLt..
PE
PE
L C
A 0
1
1:g~~
40 §
60
30
1m
Ilmhosl
15nmu: 35 t#
lOY' 150iii¢ 85 t#
2.0(; 150m<t 70 t
2.~~
150m~ 70 t
2·2B1 150mB1 60 t
2.010 400my:; 5.0 t t..
10~
DESCRIPTION
Cob ISTRUCI
l:TURE DWG.
IF)
No.
gg~
2
40
120
60
IAI
COMMON EMITTER
hoe
hie
hre
7.3
50n(7)
500m
10u¢
500m
10u0
1.0
50~g
800m .01u
800m .01u
800m
lOr;¥'
800m .0 1 u'll~
800m
10nlO
800m .01~~
800m
10nB1
800m
10n<D
500m
10~r
.25u
~g
~:g ~gg~ .25u
35
5.0 SOOm
35
5.0 SOOm
35
5.0 SOOm
30 * 5.0
20 * 5.0
30 * 5.0
30
5.0 500m .01u§
30
5.0 500m .01u~
45
5.0 SOOm .01uID
35
5.0
55
6.0 800m .0 1u~
30
6.0 500m 1.7uID
50
6.0 500m
60
6.5
1
60
6.5
1
30
5.0
1
1.·1000U~~
60 § 5.0
1
JIO
40
6.0 1.0
30
5.0 SOOm
30
5.0 SOOm
30
4.0
40
6.0 SOOm
60
6.0 500m
SO
6.0 500m
30
6.0 500m 1.7u~
~g
~:g ~gg~ 11 . 77uu~
JID
5.0 200m
60 *!ZI 6.0 500m
30
5.0
45
5.0
1
20
4.0 300m
40
5.0
1
2S
5.0
.O~~~
40
6.0
20
4.0 300m .50u<D
20
4.0 300m .50u~
25
5.0
1
.50u~
30
5.0 500m 1.0uID
35
5.0 500m
30
5.0 500m
20
4.0 500m 1.0ulO
.50u~
~g
~:g ~~om 4.0uB1
45
5.0
1
.50vlO
30
5.0
1
.50ul!!
45
5.0
1
.50u¢
lm§
60
6.0
5
4.0
6.0
5.0
5.0
5.0
6.0
6.0
5.0
5.0
6.0
5.0
§J
§J
§J
2N2852-1 t
~:g
~:g
500M§ 4.5m
sooM§t..14.5m
900M§12l14.5m
hie
50m
5.0
~~:
SOOm
SOOm
SOOm
BIAS
Ie
~:g ~gg~
30 §
30
30
30
30
40
50
30
30
50
40
gg# ~~~~~~t
90
2N5106§
~~
§
20
150m
300m
300m
300m
IV.
25
70
60
70
50 §
150
140
30
~~
1~
6.7m
5.3m
5.3m
5.3m
4.5m
~b
.50u{/)
1.0u§
.50uID
1 Ou~
.!iOu'll
1.0u
50
120
120
120
75
150
140
60
9# 2SC590
150M§t..
160M§
160M§
160M§
160M
180M§
180M§
Veb
§J
§J
§J
§J
§J
§S
§J
r: I~~~~~
.
~gg~
800m
800m
800m
800m
800m
800m
800m
800m
lebo
@MAX
1.010
1.~~
1.~B1
1.010
1.~~
1.~~
1.01LJ
1.<?~
1.<?B1
1.010
1:gl
1.0
40 tt..#
1.0
40 tt..~
1.0
20 tt..:
1.0
40 t~!
1.0
40 t~1f;
1.0
20 tt.. ...
1.0 ~ 100 tt..#
1.0 B1
40 t ~~
1.0 10
40 t ll ...
1.0 ~
20 t t..#
1.0 ~
40 t ~~
1.0 ID 100 tt.. ..
1.0 ~
~2 t t..#
1.0 ¢n 20 tt..#
50ml< 90 t
S~~ PE
3.5-;,"i! PE
3p
PE
SOP~~
SD$1Ll t..
PE
PE
PE
PE
PE
PE
125PEl
'.
15 tt..
40 tt..
40 tt..
ig~
T05
T05
T05
T039
R81h
T039
T05
T039
T033
T05
T05
T05
T05
T05
T039
T033
T033
T033
T033
T033
T05
T05
T05
T05
T039
T039
T033
T033
ig~~
T039
AIO
!~
A
12~pgJ
12501Ll
1251>~
12~pgJ
12501LJ
125PEl
125p!Zl
6011
~g~~ ~g ~
1010 150m
5.0\Zl
10u\Zl
5.00
10u0
T05
T05
T05
17m
30m
3.0k
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
3.20
R61
PL
PL
PL
PE
OPL
OPL
~M
T01S
T018
~.
A~
I
1
LINE
No.
~~
~
:~I ORDER(~F (11 MAX COLLECTOR DISSIPATION
5. SILICON NPN . LOW
POWER TRANSISTORS
2 lab" 3 TYPE No,
ABS MAX RATINGli @25'
MAX.
TYPICAL 'h' PARAMETERS
DESI,;_RIPTION
TYPE
No.
~~ggg~
3
4
5
PT2523
PT2524
2N699B
BFX34t
?#
~~~~g2
6
g#
BSY81
~~: ~~~g~
12#
13#
14#
15
l~
18
~g
21
~~
24
~~#
27
~g
30
BSY84
BSY85
BSY86
2N339
2N340
2N341
2N342
!~~~:~A
JAN2N342
JAN2N342A
JAN2N343
2N342B
2N343B
2SC802t
BF140R5
BF155R,5
2N3833
2N3834
3~ I~~~g~~
33
~~
36
~~
K04001
K04501
K04502
2N717At
~+g~8A
39
40
41
42
2N339A
2N340A
2N341A
2N1206
45
2N3832t
:~# ~~i~g7
D.A. T.A. INC.
1J
~~AX.
OlL.
DISS.
@25'C
(WI
g~g:::
870m
870m
870m
870m
875m
880m¢
900m
900m
900m
900m
900m
~~O~
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
ill-ERATE~
T
IN
ME
lab
(HzI
:g~:~
50.M§
50.M§
60M§D.
100M§
120M§
100M§
188~~
100M§
100M§
100M§
?;!
&
?;!
&
?;!
~
~
~
@
&
~
1:8 :
1.0 ~
1.0 ~
1.8
2.0 ~
2.8 ~
3.0
3.0 @
3.0 &
3.0
3.0 ?;!
5.0 ¢
200
1.0MI1
1.0MD.
1.0MD.
6.0M
6.0M
180M§
180M§
180M§
1.0G§11
1.0G§D.
1:g~~~
1.5G§11
1.5G
1.5G
200M§
120M§
120M§
10M§11
10M§D.
10M§D.
20M
20M
500M§11
800M§D.
FREE A M
AIR X P
wrc
I~·()m
5f3mm<Z
33m\Z
5.0m
5.0m
5.0m
20m
5.1m
5.1m
5.1m
5.1m
5.1m
5.1m
7.6m
7.6m
7.6m
7.6m
7.I:;m
7.6m
8.3m
8.3m
8.3m
7.6m
7.6m
6.6m
5.5m
5.5m
6.6m
6.6m
6.6m
6.6~~
6.6m
5.5m
5.5m
(VI
I:~
§J
§J
§J
§J
§J
§S
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
$J
$J
$J
$J
$J
§J
§S
§S
§5
§S
§5
§J
§J
§J
§J
2.8m
2.8m
§J
§J
,,5
,,5
,,5
§J
§J
1.1
§5
4.0m
5.2m
BVeboJ BVeeo BVel1Qj
Ie
~g
180
200
120
120
165
36
40
40
80
80
120
120
55
85
125
60
85
60
60
85
60
85
65
60
135
155
25
25
25
40
40
30
25
75
120
120
60
85
125
60
125
55
15
Nl
~g
140
180
80
60
165
18
18
18
35
35
~:
55
85
85
60
85
60
60
85
60
85
65
35
15
15
15
25
25
12
12
80
80
60
85
60
125
30
6.0
§
§
*
§
VI
(AI
lebo
@MAX
'fi...b
'll!u~
~:g
5.0 500m
5.0 500m
7.0
6.0
5.0
50m
3.0 500m
5.0 1.0
5.0 1.0
7.0 1.0
7.0 1.0
7.0 1.0
7.0 1.0
1.0
60m
1.0
60m
1.0
60m
1.0
60m
1.0
1.0
1.0
60m
1.0
60m
1.0
60m
2.0
60m
2.0
60m
4.0 500m
3.0
3.0
1.0 100m
1.0 100m
1.0
2.5
2.5 120m
2.5 120m
2.5 120m
7.0
5.0 500m
5.0 500m
3.0
3.0
3.0
3.0
3.0
3.5
4.0
35m
gg:::
198~
.01~~
.01u
.01~~
Veb
(VI
50Qj
50
2.0
20 '{!
19om:¢
100m?;!
10~
10~~
11~
10m
LOu
LOu?;!
1.0~&
LOu
LOu?;!
1.0~&
LOu
LOu?;!
1.0~&
LOu
LOu?;!
5.0~~
LOu
lfo~
20n§
20n§
1.0~~
LOu
~gg~¢
2.0u~
2.0~~
LOu
1.0u@
1.0~~
LOu
1.0u\ll
10n§
103
hIe
(AI
OMMON EMITTER
hoe
hie
hre
!(mhosl
~:g¢ ~~g:::¢ ~g ~:~
10~~
lOu
4m*
10m
BIAS
Ie
5.0~
5.0~Qj
10
10¢
10iiJ
1<?~
10¢
10
10
10
10
10
10
10
10
10
lOa
\2
4.0DQ
10
lQ~
12¢
12(;3
1~1
6.0
6.0
10
10
lQ~
10¢
10iiJ
lQ@
10¢
10(;3
1~~
5.0
.50
10mW 20 tD.
20 t#D.
35 11
1.02"
80 t#
40m?;! 50 t
15 tD.
50~~ 40
150m
tD.
150m~ 100 tD.
40
tl1
150~~
150m 100 tD.
150m~ 40 tD.
150m¢ 100 tD.
5.0m
50
5.0m
50
5.0m
50
5.0m
20
5.0m
5.0m
5.0m
9.011
5.0m 9.0 D.
5.0m
28 11
21
5.0m
59
5.0m
30 t
150~~
10m
40 t
10m~ 40 t
l°;:'i
~8
30~~
30m
30m~
(m
X.OOOl
500nillb
30 ill
1.3 ill
15P!?l
1~~~
15
2.0u\(j~
2,0~~rb
2.0u
2,()u!?l~
2,0~~rb
2.0u
2.0u!?l~
2,0~~rb
2.0u
2.0u~b
30 III
30 \(j
30 iZl
30 iii
~8 ~
30 iii
30 !?l
30 iZl
30 iii
30 ~
3.0 III
3.0 \(j
3.0 ~
3.0
40 tD.#
40 tD.#
2.0ub
53
53
2.0ub
2.0ub
53
J:8:::
2.0ub
35
2.0ub
35
5.0:
mJ 120
50m
2.0m
125 t
1M
15P!?l
15pill
30D
~
13:8
3.0 iii
3.0 !?l
3.0~
3.0
3.0
t#
tD.
tD.
tD.
tD.
150m\!:
150m¢
1.0m
1.0m
6p\(j
15p{Zl
400
2~~~
15
2.0ulllb
~
~STRUC
·TURE
(FI
~i~~
~8 1i
20
50~~ 20
50m
20
50m~ 30
50m¢ 30
Cob
.~~
11
OPE
PE
PE
PE
PE
PE
PE
PE
G
G
G
G
G
G
20DlZL G
20plll G
5.0p
PL
PL
PL
1.7p$
1.70$
1.7p$
3.~~
3.5
3.51l~
3.5p{Zl
20p
20p
30
30
30
30
30
3.0
3.0
3.0
3.0
3.0
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
3.0pill
PL
PL
PL
~g
DWG. AD
DE
No.
+g~
T05
T05
T05
T05
T039
T039
T039
T039
T039
T039
T039
T039
TOll
TOll
TOll
TOll
TOll
TOll
TOll
TOll
TOll
TOll
TOll
T05
ZA29
ZA29
X60
X60
X60
X72
X72
X72
X72
T018
T05
T05
TOll
TOll
TOll
T05
T05
T072
~¢
A¢
{f
!~
.40
~¢
A
A
A
A
A
A
A
A
!1Zl
A~
Qj
r
§
§
V
V
u
U
!~
A
A
A
A
A
G
IN ORDER OF (11 DISSIPATION
.(21 TYPE No.
DESCRIPTION
ERATE
l1d(ONI@ Igss@ TEST COND
COMMON SOURCE Rds
MAX.
IN
~tTRUCIg
Vgs=O& v9S>~~v9S Vds
gfs
Yos
Cis
DWG.
FREE MA TURE
Vds>Vp
No.
AIR TEMP
&(~~s-qCV\ (VI MIN(mtoslMAX mhos CnI
(AI
(AI
(FI
WfC rCI
l:!:mt>
.~:!n
*
100m .10m
q:8~2
10 .10m .30m 4.0u%
0.0
.60n
2.0m 2005
50m .25mt> .10n
20 .25m .75m 3.0u%
0.0
2.0m 2005 0
T072
.10m
lpm
5uuk 4.~~!
1:l·Ou
.42.." l8:g
100m 380u
200u 600u
600p
10u%
2.0m ~gg~
i8n
0.0
g:g~: 2.0m 2005 Qj
20 .50m
100m 6.0u%
50m .60mt> .10n
T072
100m 1.0m
0.0
10 .10m
LOn
4p# 2.0m
T072
10m 100m
10 .60m
IOn 0.0
108m
15u
2.0m
L21c
~g~: 2.0m 2005
10m 100m
IOn 0.0
10 .60m
1.8m
15u
L21c
10m 1.~m
IOn I~'O
10 ·~9m
1.8m
15u
30p# 2.0m 2005
10 .60m
10m 100m
IOn 0.0
1.8m
2.0m 2005
15u
10m
.40n
0.0
10 .15m
IOu lOOk
2005
T033
100m 100m
.60n
0.0
10 .30m .90m
6.0p# 2.0m 2005
20u%
0.0
20 .75m
50m 1.5mt> .10n
2.0m 2005 ¢
102m
15u%
i8n
5.0
10m 180ut>
50D 0.0
50u
2005
T018
120u
20 100m
8.0p
12.5m t> .01n IU.O
200J PE
T072
.7P:k 4.0pt* 101m 100
100u
LOn
10
10 500u
* T077
100
10
10 500u
101m 100
18k 4.0Dt
* T077
20p
2.5k%
15m 1505
T072
I~OOu
LOn
0.0
10 .\?Out> 600ut>
10m 900u
2.0p*
150 PE !Zl TO 17
0.0
10 . Omt> .6mt>
.10n
10m .90m
150 PE
T017
2.OD*
1.0m 3.0m~~
750
3.5p# 6S0m 2005
T072
1.0m 3.0~:~
1.0k
~: T072
SSOm 2005
1.0m 3.0m
1.2k
660m 2005
i:il* T072
lOOn
10
10 300u
1.0kt 5.0p#* 100m 1505 PL*
T072
100u 500p
750
660u 2005
*iZ! T072
100u LOn
loOk
660u 2005
*i'il T072
100u LOn
1.2k
T072
5.0&# 660u 2005
15
700 t
100u LOu
1.0n
20 800u% 950ut>
1.0m 125J
T072
~8iOft
ft
15
100u
LOn
20 950mt>
7
1.0m 100
T072
3.7mt>
1.7m
35u%
20 1.0m
5.0p# 2.0m 2005
I~Ou "0.0
T072
Igg~ 5.0m* LOn
10
10 500u
18k 1.lpt* 890u 125J * \Z1 L53
5.0m* 4.0D
10
10 500u
250
1.10t* 890u 125J •
L54
100u 5.0 ~~ LOn
10
10 500u
850 t> 1.lpt* 1.lm 125J
L53
100u 5.0 ¢* 3.0p
15
15 500u
:~ L54
850 t> 1. 1pt* 1.lm 125J
50m
6m% 3.0n
0.0
10 .80m 2.3mt
1.5kt 2.0Dt>
1.0m 2005
u22
50m
Sm%l 3.0n
0.0
10 1.5m 2.3mt
.75kt 2.0pt>
100m 2005
u22
50m 20m% 3.0n
0.0
3mt
.60kt 2.0pt>
10 1.5m
100m 2005
u22
15n 0.0
10 4.5m
13mt
.30kt 5.0Dt>
u22
50m 30m%
100m 2005
50m 30m%
15n 0.0
10 7.5m
13mt
.18kt 5.0pt>
u22
1.0m 2005
50m 50m%
15n
10 7.5m
15mt
.15kt
u22
1.0m 2005
7'Pf~:tt 1.6m 1505
g:gQj
3.0m
10 500u 3.0n
120u
* L53
100u
LOn
10 1.0m
10k 4.0pt
T072
2.3m
10 1.0m
10k 4.0pt
T072
2.3m
8.00
6.0mt> 3.pJ']) . 0.0
20 2.2m
500
200J PE
T072
6.0mt>
lOp I~·O
500
PE
20 2.2m
200J
T072
8.0c,
6.0m
75u 700 t
50m 12mt>
IOn 0.0
10 2.0m
2.0m 125J
R124a
2j~: 2.0m 125J
8.0m
100u 350 t
50m 30mt>
IOn 0.0
10 4.0m
20
R124a
8.0m
50m 30mt>
IOn 12.0
1000 700 t
10 2.0m
20p# 2.0m 125J
\0 R124a
50m 3.5mt>
IOn 0.0
10 100m 5.0m
20u% 1.3kt
2.0m 125J
R124
10m 1.0m
2.0n
0.0
15 .90m 2.7m
75u
103m 2005 :ttQj T072
10m 1.6m
2.0n
0.0
15 100m 3.0m
75u
7.0p# 103m 2005
0.0
10m 3.0m
2.0n
15 1.5m 3.5m
75u
1.3m 2005
i8n
10m 5.0m
2.0n
0.0
15 2.0m 4.0m
75u
103m 2005 #0 T072
15 2.2m
4.5m
75u
~.On
7.0p# 103m 2005
T072
1~m !I.~!"
I~'O
2.0n
0.0
15
10m 14m
5.0m
75u
7.0p# 103m
T072
10m 105m
50n 0.0
12 .~~m
Om
3.0m
.75m
T018
6.0D*
10m 1.5m
IOn 0.0
12 .20m 3.0m
.75m
6.0p*
T018
10m 15m
20n
10 .80m 5.0m 200u
2.0m
OPL
R124
g:g0
IOn
LOn
10 2.0m 3.0mt>
175
2.7m 100J
* T072
10m 100m
2.0n
0.0
15 900u% 2.7m% 75u%
7.0p# 1.3m 175J
# T072
10m 1.6m
1.3m 175J
2.0n
0.0
15 1.0m% 3.0m% 75u%
T072
10m 3.0m
~:g~: 1.3m 175J ':tt # TO 72
2.0n
0.0
15 1.5m% 3.5m% 75u%
10m 5.0m
2.0n
0.0
15 2.0m% 4.0m% 75u%
7.0p# 1.3m 175J
# TO 72
10m 8.0m
2.0n
0.0
15 1~:2m% 4.5m% 75u%
1.3m 175J
10m 14m
2.0n
0.0
15
.5m% 5.0m% 75u%
103m 175J
i8n
650u 850ut>
20nt>
470 t> 6.9pt
2.0m 125C *
R115
1.~~ 6.5
6.5
650u 850ut>
470 t> 6.9pt
20nt>
4.0m 125C *
L54a
1.~& 15 1.0
5.0
150
3.0 t>* 2.0m
* T072
15 800m
SOO
5.0\Z1
500mt> 2.0m
T072
:!Zl
lOOp
100u 200m
35p
25
2.3m 125
T072
100u 100m
5000
350
2.3m 125
50
T072
lOOp
130 %
2.3m 125J *t>
T072
lQ~u
~ggW 2.3m 125J
lOOp
100u
1.2k
* T072
1000
200 % 4.00t
2.2m 125J
*t> T072
100u IOn
1.0n
10
10 100m
150
3.0pt
800u 125J
t>* T072
100u
LOn
10k 2.5pt
T072
10
10 1.0m
440u 125J
g:g~# 3.0D
10
10 1.0m
250
2.50t>
2.3m 125J *t
T072
IOu 5.0n
0.0
10 1.0m 4.0m 350u 300 t
T072
1~p# 2.0m 1255
200u 7.0m
.25n
0.0
10 1.0m 3.5m
2.0m 1505
60u%
L21
1~~:
200u 7.0m
.25n
0.0
10 10m 3.5m
60u%
16
2.0m 1505
L21
200u 7.0m
.25n
0.0
10 LOrn 3.5m
60u%
16p# 2.0m 1505
L21
200u 7.0m
.25n
0.0
2.0m 1505 ~~
10 1.0m 3.5m
60u%
L21
200u 7.0m
.25n
2.0m 1505
0.0
10 1.0m 3.5m
60u%
L21
200u 5.0m
.25n
60u%
0.0
10 .50m 3.0m
16p#
24m 1505
L21
200u 5.0m
24m 1505 ~&
.25n
0.0
10 .50m 3.0m
SOu%
16p#
L21
200u 5.0m
.25n
0.0
10 .50m 3.0m
60u%
160#
24m 1505
L21
200u 5.0m
24m 1505
.25n
0.0
10 .50m 3.0m
60u%
16p#
L21
200u 5.0m
.25n
0.0
10 .50m 3.0m
SOu%
24m 1505
.50m
LOn
0.0
5.0
.11m
6.bS:l 2.0m 2005
500u
LOn
0.0
5.0
110u 330u
6.0p
2.0m 2005 0\Z1
T018
1.5m
3.0n
0.0
5.0
.33m
10p# 2.0m 2005
T018
2.0m 2005 00
105m
3.0n
0.0
5.0
330u 1.0m
100
T018
IOn 0.0
5.0
100m
T018
17p# 2.0m 2005
4.~m
2.0m 2005 O¢
4.5m
IOn 0.0
5.0
1.0m 2.5m
17p
T018
2.5m
10m
30n 0.0
5.0
300# 2.0m 2005
T018
2.0m 2005 0\Zl
10m
30n 0.0
5.0
2.5m
6.2m
30p
T018
.13m
LOn
0.0
.0Sm
2.0m 2005
5.0
T018
6~:; 2.0m 2005
10D;
.33m
3.0n
0.0
5.0
.18m
T018
5.0
.54m
2.0m
17p#
2005
T018
1.~m
!~n
30n Q'2
0.0
5.0
2.2m
104m
2005
T018
3f:fl' ~:Om
10m .18mt> .05n
0.0
5.0
.05m .12m
3.5
.Om 2005
T018
1[ll 10 1.0m 2·2 m
20u% 1.0k
10m 3.0m
IOn
T072
~2p~'lI 2.0m 2005
10m :3.0m
IOn
10 100m 2.0m
20u 1.0k
2.0m 2005
#It T072
2.0m 2005
40u% .80k
10m 6.0m
IOn
20 10 1.5m 3.0m
T072
10m 6.0m
IOn
10 105m 3.0m
40u 800
20p# ;l.Om 2005
#'1- T072
10m 15m
IOn
5¢ 10 2.0m 4.0m
100u% .60k
2.0m 2005
20~:'lI
200;
10m 15m
IOn
10 2.0m
4.0m
100u 600
2.0m 2005
~
2.0m 2005
10m S.Om
IOn
2.2m
20u%
T072
1\0 10 LOrn
~g~r 2.0m 2005
10m 6.0m
IOn
10 LOrn
2.2m
20u 800
#rl T072
6. SILICON FIELDMAX.EFFECT
TRANSISTORS . P CHANNEL
ABS MAX RA INGS @25'C MAX.
MAX.
PARAMETER:; @25'
LINE
No.
i3
~
6
7
8
9
1~
~
TYPE
No.
tijMAX.
DEVICE
BVdss BVgssJ
VI1
@ &
DISS
Id
@25'C Id=O Vds
(AI
(WI
(VI
(VI
(VI
IVI
~J~%IB
2N3698
~~~~~~
2N3697
2N3328
2N333~~
2N3334
~~~~~~~
6.0mt
7.5mt
12.mt
18mt
18mt
20mt
20mt
20mt
~Omt
18
MEM551C
20mt
22.mt
40mt
45mt
50m
75mt
85m
85m
ig
21
~~J~110
25J12
199~
12
1~
2N3278
2N3575
2N3696
2N3113
l~
~~t25050C
15
H:
24.
~~l~g
3N180
~~:= ~~JJJbo
27.
~g.
30
~i
33
34.
35.
3S
~~
39
40
41
42
:~
MEM301
~~~~g~
MEM556C
~~~;:O*
MEM551*
505014'
505015*
2N3377
~~~~~~
2N3383
2N3385
2N3387
3N151.
~~~~iJg
199~
100m
100m
100m
100m
100m
100m
112mt
112m
112m
112m
112m
150m
150m
150m
150m
150m
150m
162m
175m
175m
180mt
1.1
5.0t
2.0t
1.8
6.0t
1.6t
1.6t
1.6t
1.6t
8.0t
4.0t
3.2
4.0
2.5
~:g~
7.0t>
5.0
5.0
5.M
S.Ot>
S.Ot>
S.5t>
5.5t>
6.0t>
6.0t>
6.0t>
6.0t>
4.5
6.0t>
6.0t>
6.0t
6.0t
5.0
5.0
9.5
5.0
5.0
9.5
6.0t>
6.0t>
6.0t>
;:su
10
20
10
25
i810
20
20
20
20
25
10
10
10
10
10
10
20
5.0
20
*
*
·
10
10
10*
10'
10'
~~:J~2
~~~~~g
~:gt
gi
~~: ~ilgi:.
n
·
~lg~
~~
~~~~6~~
~~
:~
~i
~~
i
19~
102
19~
105
19~
108
l~g
~~~~~~S08
I~~~~:~
~20m
I.r
1.7
4.0
2N3112
300m
300m
2N3330
JAN2N3330
2N3331
JAN2N3331
300m
300m
300m
300m
300m
5.0t
6.0t
6.0t
8.0t
8.0t
~~~~~~332 ~gg~
6.0t
Ij~~~~~329
D.A. T.A. INC.
~2Om
~.Ot
~.Ot
75
SO
40
• ~~
~~~~~~
~~5~~0
25
25
20
10*
10* SO
10* 40
* 80
* 70
20
* 30
* 30
• 100
* 100
5.0
5.0
5.0
5.0
5.0
5.0
10' 30
* 25
* 25
20
20
4.0
~!!9mt 4.0
:~
200m 5.5t
lOt>
lOt
lOt>
2N4343
200m
48
200m
lOt
lOt>
lOt>
200m 2.5t
~~ ~~~g~g
15
200m 3.0t
51
2N5265
200m 3.0t
15
52
200m 6.0t
15
53
200m 6.0t
15
2N5268
54
200m !!.Ot
15
200m 8.0t
15
~~
200m 6.0
10
57# 25J15
200m
10
~g'lt
200m
10
MEM5S0C
200m 3.5t>
60
*
15t>
MFE4007
200m 3.0t
15t>
200m 3.0t
MFE4008
MFE4009
200m 6.0t
1M
63
15t>
200m 6.0t
MFE4010
g~ MFE4011
200m 8.0t
15t>
1M
200m 8.0t
MFE4012
66
200m 6.M 6.5*
200m 6.5t> 6.5'
200m 5.0t>
69. 5FF103
*
200m 5.0t>
5FF121
*
~~.=Ii 3N167
225m 6.0t>
10
225m 6.011
10
3N168
72
225m 5.5t>
225m 6.0t>
*
225m 3.0t>
75. M113
*
225m
M511
*
1~·0t>
MEM511
225m 6.0t>
*
225m 6.011
MEM520
10'
78
10'
2~2m 5.0t>
250m 4.0t
10
~~
2N5506.
250m 4.0t
10
81
10
2~~m 4.0t
,~~~~g~:
10
250m 4.0t
2N5509.
250m 5.0t
10
84
250m 4.0t
10
i~!'l551(?\e
2N5511¢
250m 4.0t
10
2N5512Q5
250m 4.0t
10
87
250m
4.0t
10
88
2N551~~
2N5514¢
250m 5.0t
10
89
300m
4.0
5.0
2N2606
90
JAN2N2606 300m 4.0t> 5.0
300m 4.0
5.0
2N2607
JAN2N2607 300m 4.0t> 5.0
93
300m 4.0
5.0
300m 4.0t> 5.0
300m 4.0
5.0
2N2609
96
5.0
JAN2N2609 300m 4.0
97
5.0
2N2841
300m 1.7
98
5.0
2N2842
300m 1.7
99
45
UC140
100m
100m
I~:~f
~:g
5.0
15
15
15
15
15
15
15
15
25t>
2M
20t>
~~
30
25
25
30
20
20
20
20
20
25
25
30
20
30t>
25
25
20
20
20
7511
SOt>
40t>
30
75
60
~g
70
30
25
40
50
80
30
30
30
30
30
~gt>
25
25
30t>
30t>
25t>
25t>
20t>
20
60
60
60
60
60
60
20
60
60
60
60
20
30
40
40
40
40
40
40
20
30
40
40
40
40
40
40
25
25
25
25
~~
25
20
30
25
30
30
30
30
30
30
30
gg
30
30
30
30
40
30
30
30
30
30
30
30
30
30
30
30
30
.25m
.bUm
.60m
~:g~:
~g~~
.90m
1.5m
10m
25m
25m
20m
20m
20m
10m
20m
20m
20m
20m
20m
3.7m
25m
25m
25m
25m
100m
100m
100m
100m
100m
100m
25m
50m
50m
m~
4~~1
~:g~:
~:g~:
U~:
19
?*
199
··
~
20m
20m
20m
20m
20m
20m
50m
20m
20m
20m
20m
20m
20m
50
20
50m
50m
50m
50m
50m
50m
100m
7~s.J'1
~:g~:
n~l
~:g~:
:~
~~g~ :~
mj
:
·
·
j~
l~~:
30
30
10m
i~\8
~g~:~
i&n
104
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
g~
g~
DG
DG
DG
DG
g2Qj
DG
DP
OM
OM
OM
OU
g~
OM
OM
OM
OG
OM
OM
OG
OG
DB
DB
DB
DB
OH
OH
DH
OH
OH
OH
OB0
g:\Z1
OM
DR
DR
DR
DR
DR
DR
DR
OJ
OJ
OM
OM
05
OM
OM
OM
:iB
:iB
:&
30
30
30
30
30
20
20
20
20
20
20
20
20
20
19
~g
AD
D E
OA0
O~~
OA¢
OAiil
O~~
OA¢
OAiil
O~~
OA¢
OA0
g!~
OG§
OG
gg
OG
OG
DG
DG
OG
TRANSISTORS
. P CHANNEL
6. SILICON FIELDMAX.EFFECT
@25'
AS:; MAX
PARAMETERS @25'
MAX.
MAX.
LINE
No.
~
TYPE
No.
~MAX.
DEVICE
DISS
RATING~
Vg
@ &
BVdss BVgssJ
@(~;C I~V)O V~)
~
3
4
5
6
~
9
:¥
12
:~
15
I~~~~~~
2N~382
2~~~84
2N 386
1~~~~6~
2N3909A
~~~~~~A
2N3994
~~~g~:A
~g
I~~:g~~
~~
!~~~:n
~~
~~~:~;
24
27
~~
30
~~
33
~:
36
37
38
39.
2N4381
2N5021
2N5473
3N 155At
3N156t
3N15BAt
3N157
3N157A
3N158
3N158A
3N165.
3N166t
3N184t
:~
1,=!,~~40
~!!.
~~
i~lgH
~~
p1o~~E
51
54
~g
57
Pl028
Pl086E
~~~~7E
U112
~g
I~m
60
U139
g~
63
1~1390
U146
U147
g~
I~m
g~
I~g:g~
66
69
U168
UC814
~¥. 1~~~n6*
72.011 ZTX350
n
2N5462
~~
I~~~:g~
75
78
~~
81
82
83
84
~~~:g~
2N5465
MPF161
~~~gg~0
2N4065t
3N145t
3N146t
:~# 1~~~:5t
87# BSW95At
:~:
90
M~~4t
FT704
~~
l~glgg~:
~~
I~glgg
~~
1~<:,1625*
93
96
99
~OOm
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
:!9 0m
300m
300m
FP4339
FT3909
MEM100t
MEM101t
MEM102t
MEM560
47.
48
300m
300m
300m
300m
~~~g~t
1~~lm
45.
~gg~
2N5476
:¥;
42
3~2m
300m
300m
300m
300m
300m
300m
300m
300m
:!90m
300m
300m
2N4089
I~~:gg~
21
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
2N3380
:~
18
~gg~
SC1611
SC1614
UC400
2N3820
3N161
19~· l~rlc1W
105
~g~.
108.
3N163t
3N164t
3NI72t
3N 173t
l~g I~~lig~t
D.A. T.A. INC.
3~l!m
350m
350m
350m
350m
350m
350m
350m
360m
~!:i0m
360m
360m
360m
360m
375m
375m
375m
375m
375m
400m
A
A
5.~
5.0
5.0
5.0
10
10
10
~g
30A
~gA
50
19
20
20
20
15
15*
6.0*
15
15
15
15
15
15
15A
*
*
15*
20*
20*
B.O
20*
20*
15
*
15
5.0*
5.0*
5.0*
5.0*
5.0*
20
lOA
15*
15*
15*
15*
15*
15*
15*
15*
15*
5.I!A
*
6.0A
15*
~:g~
30
30
30
30
20
20
20
20
20
25
25
25 9.5
25
25
25 5.5
30
20
30
20
30
20
25A 15
25
25
25
25
25
25
25
25
40
40
40
40
40
40
30
35
50
35
50
35
50
35
50
35
25
25
50
35
25
25
50
40
40
40
40
35
35A
30
30A
25A
25
40
40
20
20
35
35
30
30
25
25
35
35
19A
15
15
10
10
I~:g~ ~:g:
7.0A
7.0A
7.0A
7.0A
6.0A
6.0
8.0t
5.0t
5.0t
5.0A
6.0A
5.0A
5.0A
5.0A
(V)
Ig
(A)
(A)
Ud(ON)@ Igss@ TEST COND
Vgs=O& V9S>~~V9S Vds
~g :gg~ gg~
g:g
5.0
5.0
5.0
5.0
5.0
10
10
8.0t
lOA
lOA
5.0t
3.0t
lOA
5.0A
10*
5.0t
1M
9.0t
1M
1.5t
15A
2.5t
15A
4.0t
15
4.0t
15
6.0t
15
15
7·2!
8.0t
15
9.0t
15
4.0
5.0
3.2A
10*
3.2t
10*
5.0A
10*
5.0t
10*
3.2A
15*
3.2t
15*
5.0A
15*
5.0t
15*
5.0A
15*
5.0A
15*
3.0A
10*
3.0A
10*
3.5A
10*
1.8
15
3.0
15
8.0t
10
3.0A
10*
3.0A
10*
3.5A
10*
3.0A
10*
4.0
5.0
3.0
10
5.0
10
300m I::g t
300m
10
300m I~·O
300m 6.0
300m 6.0
300m IC?'O
300m 4.0
300m 7.0
300m
10
6.0
,~?om
OOm 6.0
300m 1!:i·0
300m 6.0
300m 5.0
300m 8.0
300m 8.0
300m 8.0
300m 6.0
300m 5.0A
300m 6.0A
3~l!m 6.0t
310m 7.5t
310m 9.0t
310m 1~·Ot
310m 7.5t
310m 9.0t
310m 8.0t
350m 6.0A
350m 6.M
350m 6.0A
350m 6.0A
350m 6.0A
350m 4.0A
350m 6.0A
350m 6.0A
3~2m 6.0A
350m 6.0A
350m 6.0
19~ 1~~~~68
102+
~I!0m
Ig:g
9.5
5.0
5.0
9.5
4.0t
8.0t
8.0
{Vl
Id
~g
40
25
25
30
30
30
30
30
30
30
30
30
20
20
20
20
30
20
25
25
25
30
25
40
30
40
40
30
30
30
30
20
20
30
50
30
20
20
20
20
20
20
30
25
25
20
30A
23
40
40
40
gg
60
40
25
25
25
30
50
50
25
40
25
100m
100m
100m
100m
50m
50m
~Om
50m
50m
~~m
10m
10m
10m
10m
10m
10m
30m
50m
50m
Vdi1JVP
&~1s-q {Vl
g~~l i~·l!n
3.0n
20m%~ 3.0n
30m%
15n
15n
30m%
50m%
15n
4.5m
15m
IOn
15m
IOn
10m
10mA'lj 1.2n
2.0m
2.0mA% 1.2n
15m
.10n
8.0m
.10n
2.5m
.10n
3.0m
.01n
12m
LOn
LOn
~Om
102m
LOn
3.5m
LOn
.0.?_mA% .50n
500p
.50n
.50n
.5f'~~ .50n
2mA~ .50n
2.5m
5.0n
5.0m
LOn
LOn
5.0m
LOn
LOn
.01n
.1~O;:2:
50m
30m
30m
30m
30m
.~ln
30m
5.0m
.01n
30m
.01n
50m
lOp
30m
50m
lOp
50m 100m
50m 100m
15m:tt~
50m 1.0m
10m#~
50m 1.5m
3.0n
50m 13.!,_m
3.0n
10m 15m
IOn
50m 100u 2.0n
50m 100u 5.0n
50m 100u IOn
50m
15m#G 5000
50m 50m 4.5m
IOn
3.0n
6.0m
20m
3.0n
_5_0m
;~.I!n
10m 5.0m
3.0n
10m 10m
2 On
10m 5.0m
2.0n
4.0n
100m
4.0n
9.0m
LOn
50m .50m
3.0n
50m 1.5m
IOn
50m 35m
50m 50m
IOn
30m
~?n
30m
On
30m .20m#A
30m .44m#A
50m 6.0mA
30n
8.0m
I~Op
25m# LOn
15m
2.0n
9.0m
4.0n
50m
30m¢
lOp
3.0nA
3.0n
5.0mA 5.0n
9.0mA 5.0n
16mA 5.0n
5.0mA 5.0n
9.0mA 5.0n
16mA 5.0n
IOn
20m 10m 14m
25p
7.0m
200
3.2m
20m
12mE
20m 10m
20m 10m
LOp
35m
20m 50m 3.0~~_ LOn
LOn
20m 50m 3.0m
20m
12m~
12m¢
35m
20m 10m
~g~#(i
~~~~~
2~g~
~:g~:
5~.n
~g
lOOn
35n
35n
lOOn
lOOn
20
~g
:g
10
10
10
10
5.0
10
10
10
10
10
10
10
10
10
105m
4.5m
7.5m
7.5m
1.2m
100m
2.2m
6.0m
7.0m
4.0m
5.0m
100m
.80m
.50m
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
15
15
15
15
15
15
15
15
15
15
5.0
2.0m
4.0m
100m
1.5m
.06m
90u
.12m
.IBm
.20m
.26m
.45m
2YJ
20
12~
10¢
0.0
0.0
0.0
15
15
15
15
15
15
15
15
10
1.0
1.0
1.0
1.0
1.5m
1.5m
.80m
1.3m
100m
10
5.0
lOt
10
2.0
100m
.75m
2.5m
19
3.0m
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
10
10
5.0
5.0
10
10
10
10
10
10
5.0
.llm
100m
.llm
.33m
7.0m
5.0m
.06m
.18m
.54m
1.4m
.80m
0.0
0.0
0.0
20
20
15
15
10
15
15
15
15
15
15
15
1.0m
.80m
100m
100m
250u
100m
1.5m
2.0m
100m
1.5m
2.0m
800u%
15
.40m
0.0
0.0
0.0
O_I!
0.0
10
~.O
0.0
0.0
0.0
0.0
0.0
0.0
15
1.~~ 1.0
15
15
15
10
15
15
15
10
15
~~
70
7.0
7.0
7.0
~~
70 7.0
7.0
O.dYJ 20
0.0
8.00
15
~~
10
10121
19l'>
105
10
15
15
15
15
15
15
15
15
15
~.I!m
1.6 A
3.5m
8.0m
8.0m
100u
.18mA 2.5u
.53mA
10m
5.0m
4.0m 300u%
100m
4.0m
75u
5.0m
75u
6.0m
75u
4.0m
75u
5.0m
75u
6.0m
75u
6.0m% 75u%
100u
~g~
5.0m
6.5m
S.5m
6.5m
6.5m
4.0m
4.0m
4.0m
4.0m
4.0m
200u
2~2u%
1~~Ou%
50u
200u
~~g~%
~~Ou
250u
250u
~~Ou
600u
i~·l!pA
3.0pA
3.QJLA
1!:i·OpA
6.0pA
6.00A
ig~~ g~
~.I!m
2.0m ~gg~
2.0m 200S
2.0m 200S
2.0m 200S
2.0m 200S
,~·2m
~~P~'lj 2.0m ~gg~
3~~! 2.0m 200S
16p# 2.0m 200S
12p# 2.0m 200S
160# 2.0m 200S
12p# 2.0m
1.7m
1.7m 200C
10p# 1.7m 200C
107m 200S
5f6~ 2.0m
175J
20p# 2.0m 175J
2.0m 175J
2.0m 175J
5p;#: 2.0m 200S
5.0~~ 2.0m ~gg~
2.0m
5p# 2.0m 200S
2.0m 200S
2.0m 200S
2.0m 200S
.90p~
1.7m 175J
1.7m 175J
5.0p%
107m 175J
1.7m 175J
1.7m 175J
5.0p# 1.7m 175J
1.7m 175J
1.7m 175J
3.0p# 2.4m 200S
2.4m 200S
2.4m 200S
~<?P# 2.4m 200S
11:1 2.4m 200S
7.00;
2.0m 175
2.0m 175
7~Jl#
2.0m 125J
2.0m 200S
~<?P# 2.0m 200S
l1p# 2.0m 200S
125A
9.00
17p# 2.0m 200S
20p% 1.7m 200J
1.7m 200J
300
l·r m
600k% ~gg'!b 2.5m I~g~~
450# 2.5m 125J
75
.15k
45p# 2.5m 125J
6.0pt
2.0m 175A
170t 2.0m 175A
6.08,% 2.0m 175A
1 p% 2.0m 175A
160t 2.0m 200S
.12k
16pt 2.0m 200S
.llk
2.0m 175A
2.0m 175A
2.0m 175A
2.0m 175A
650# 2.0m 150S
250 t 8.0£#
1.0kt
16~~
1.3kt
17p#
2.4m 150J
300 %
2.Skt
6.6m 70A
7p# 2.8m 150S
2.8m 150S
2.8m 150S
7p# 2.8m 150S
2.8m 150S
~~~ 2.8m 150S
7.0p# 2.8m 135J
400 %
15m 125S
1.0k%
15m 1255
1.5k
4.5p~ 2.3m 175J
1.5kt
2.3m 175J
1.~~~ 2.3m 175J
1.5kt 1.0
40k 8.0p
3.5m 150
1.5k
4.0pt%
175J
1.5k
175J
4.0Dt%
.80k
4.5p~ .43m 175J
150k 3.~~~ 2.3m 175J
2.3m 175J
1.5kt 4.5
25k
25k
3.5m 125A
40k
3.5m 125A
40k
40k
125A
40k
125A
3.5m 150J
25k
.30kt
8ffo# 2.9m ~gg~
2.9m 150S
~2p
lOp
2.4m 200S
100# 2.4m 200S
1.0k
4.0p# 2.4m 200S
.35m 150J
250
3.0m 200S
300
2.5p# 3.0m 200S
250
200S
I~:om
350
.Om 200S
3.0m 2005
~OOkA
3.~~~
2.7m 175J
.25k
2.3mt
3mt
.60kt
13mt
.30kt
13mt
.18kt
15mt
.15kt
3.5m
15u%
5.0m
100u%
5.0m
100u
12m
12m
.15k%
12m
10m
.30k%
106m
60u
1.3m
40u
.90m
20u
.60kt
6.0m
75u% .70k%
8.0m
100u% .35k%
3.5m
20u 1.0kt
a.Om
20u 1.3kt
.18mt 1.0u*
225ut 1.0u*
.30mt 2.5u*
.40mt 2.5u*
.50mt 5.0u*
.65mt
10u*
1.3m
.60kt
.30k%
.60kt
.30k%
4.0
60u
4.0
~9u
BOu
4.0
60u
4.0
3.0m 300u 300
3.0u
300u 300
150
175
200
2.4m
1.7k
3.0m
1.5k
5.0m
100u
150
175
200
800u
SOOUA
SOOUA
.70m .80mA 25u
300u
25mA ~gg~~ 100u%
.40m
.40m
.80m
.80m
.80m
.80m
.40m
3.5m
3.5m
3.5m
400u
3.5m
2.0m
100m
1.5m
1.0m
100m
3.0m
~g
o
.~m
I~·~mt
'18g~
Ig:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
I~:g
20
30
30A
15mA .01n
20
10m 15m% 20n
25
50p
1201T1~
25
120~~ lOp
25 125m
120m
25A 20m
12m
2.5p
25 125m
40m#~ .05n
40
50m
100
30m
30
50m
30m
lOp
40A 50m 1.0m 30m
40A 50m 1.0m 30m
30
50
3.om:l
25 500m
100m
m~
{Vl
COMMON SOURCE
gfs
Yos
(mhosl
MAX mhos
MIN
IN ORDER OF (1) DISSIPATION
•iZI -TYPE No.
DERATE
DESCRIPTI N
Rds
MAX.
IN
JSTRUCCis
FREE MAX TURE
DWG. AD
AIR TEMP
No.
E
(F)
W/'C 'C)
(m
P~
1Zl#
~~~~
~~~
~:g~l
T072
T072
T072
T072
~
T072
12l
T072
T018
T018
T018
T018
T072
YJ# ~~ T072
0## T072
T072
~#
T072
T072
~
~~
*1Zl
*iii
:~
~:g~:
*
:1lI
~:g~~
*0
A*
~:g~:
91z.fl
U~~
~~:
g;::
H~ l~g~
I~:~~
~:~~:
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
q:gn
~gg~ ~#
:g~:
2.1~1
T072
T072
T072
T072
T018
T072
T072
;*
#
#
OPL
~:
~E
*A
*A
*A
*
PL
PL
¢
0
0
0
g#A
O#A
0
0
0
0#
PE
P~&
PL
PL
PLA¢
PL*
ign
T072
T072
T072
T072
T072
T072
T072
L18e
L18e
T072
T072
T072
T072
T072
T018
T072
T072
T072
T072
X8
T072
T072
0:
d
OG
OG
OG
g~l2l
OG
OG
OG
OG
OG
OH
OH
OH
DR
OG
OG
O~~
OA
OG
OG
OG
OG
OG
OG
g~l2l
OG
DR
OG
DR
OG
DR
OG
OM
OM
OM
OG
OG
OA¢
OM
OM
OM
OM
~H
OH
~g?~ g~
R97
R97b
T018
T018
T046
T018
L61e
L61e
T018
T018
T018
T018
T018
T072
T072
DB
DB
OA¢
OA0
O~~
OA¢
g~~
O~\e
OA¢
OA
T018
X59
T092
T092
T092
~# T092
T092
T092
T092
~t T033
L18
TO 72
A
T072
*1Zl
T072
*!ii
R96a
OPL* T072
OPL* T072
OPL:~ T072
OPL*iZl T072
OPL* L51a
L18b
:~ L18b
R96b
*A
R96e
*A
R96b
*A
R96e
*A
L18b
p;1lI
T072
t
T092
X55
T072
T072
T072
X55
P*t
T072
*
* T072
T072
T072
* TO 72
T072
~#
QG
OA
DB
DB
DB
DB
DB
DB
DB
OK
OM
OM
OM
DC
OM
OM
OM
OM
OM
OM
OM
OM
OG
OA
OQ
OM
OM<Z
g~!Z
OM
°1~
OM
OM
OS
OM
6. SILICON FIELD EFFECT TRANSISTORS . P CHANNEL
LINE
No.
~
TYPE
No.
~MAX.
D VICE
DISS
@2~;C
(W
J
3
4#
5#
6
~
9
W
12
·~~i~grT
~~~~~i4117 ~gg:::
JAN2N2498
1~
~~~~~~499
1~
~~~~~liOO
ig.
21 ...
~~~~16t
15
18
~~ ...
24
~~
2N2500
2N5115t
Ml07*
I~J~g;6t
2N4067t
i~~lm
3N 18lt
3N 182t
3N183t
~g~ B5X85*
~.1# F10049*
32 ... MEM400t
33 ... MEM40lt
~~ ... MEM402t
MEM517
35
MEM517A
36
UC807
37
2N5018t
38
2N5019t
39
40
3N162t
41 ... MEM515
27 ...
28 ...
:gg:::
400m
400m
400m
450m
500m
500m
500m
3N150t
B5W30t
B5W3lt
MEM517C
2N2386
2N2386A
2N2497
MAX.
Vil
@ &
I~V)O
I~:g~
6.011
6.011
6.011
5.011
8.0
5.0
I~·~t
6.0
6.0t
8.0
8.0t
6.0
6.0t
lOt
6.0t
4.0t
6.011
6.0
500m
500m
500m
500m
5<?Qm
500m
500m
500m
500m
500m
500m
600m Igg lI
600m 6.011
6<?Qm
600m I~:g~
600m 4.011
600m 5.011
600m 6.011
600m 6.011
600m 6.011
600m 4.011
600m 5.011
SOOm S.OIl
600m 5.011
SOOm 5.011
12
600m
lOt
1.8 II
1.8 II 5.0t
2.0 II 5.011
2.0
3.011
D.A. T.A. INC.
IN ORDER OF (11 DISS IPATO
I N
'Ii) TYPE No.
DERATE
DESCRIPTION
MAX.
IN
J-STRUC"I
Cis
FREE MAX TURE
DWG.
AIR
TEMP
No.
(F)
W/'C rCI
I",. m
+gj~
3.0p
2.6m
*iZI
3.0
2.6m 175J *iii
T072
14p# 2.7m 175J OPL* T072
14p# 2.7m 175J OPL* T072
100*t 6.0m 100
* T033
T05
50po/!''31 3.3m 2005
10p# 3.3m 2005 #
T05
320# 3.3m 3005
R82
ABS MAX RATINGS@25'O MAX.
MAX.
PARAMETERS @25'C
BVdss BVgssJ
COMMON S URCE Rds
I!d(ONI@ Igss@ TEST COND
Id
Ig
Vgs=O& Vgs>V~V9S Vds
gfs
Yos
&Vds=O
~mhos)
(A) Vd(1)VP (Al
(V)
(A)
"(V)
(V)
(0)
(VJ
MIN
MAX mhos
3U
lb
15
15 1 5.0m
i 600u
~g:
~gg::: 10m
:mt
200m 10m 16m
.25kt
20*
25 500m
15
15 3.0m
15* 30
4.6mll 240u .25kt
1nlE
25
ln¢
30
500m
15
15
5.0m
6.2mll
240u
.12kt
15*
25
25 250m 100u
1.0n
10
10
12mll
1.0k
IOn 0.0
12
2011
10m
10 1.0m
.30ull
IOn 0.0
20
15mll
2.2m
10
5.0m
.10ull
1125 10 1.0m
IOn
2011
10m 3.0m
15
2.0m
20u% 1.0k
lU
1.~m I~·~m
~~m I~·~m
~~n
2011
10m 6.0m
IOn
1.5m
~g~% .1g~
3.0m
2125
15
20
10m 6.0m
IOn
40u 800
10 1.5m 3.0m
15
2011
10m 15m
2.0m
4.0m
IOn
10
.60k
100u%
5\0
IOn
15
20
10m 15m
10 2.0m
4.0m
100u 600
10m S.Om
15
2011
10 10 1.0m
2.2m
IOn
20u%
10m 6.0m
15
20
2.2m
IOn
10 1.0m
20u 800
90m
.50n
15
30
.08k%
60m
.50n
.10k%
15
30
25m
.50n
15
30
.15k%
lOOp
120
30
30
50m 10m 200p
30
50m
1000
120
30
30
30
50m
LOp
120
50m
25 200m
15
15 1.5m
300u% .50k
15' 30
50m
15
15 2.5m
25 200m
300u% .25k%
15' 30
200m 10m 8.0m#
20'
.50kt
200m 10m
20'
.50kt
3011 100m 1.0m 8fomm~'
10' 30
40
3011 100m 1.0m
10' 30
60
2511 100m 1.0m
25m
75
10' 25
15
15
30
25 200m
50m
15 1.5m 2.3mll 120u .30k
30
25 200m
15
50m'l!
20 2.0m
125k
30 100m 100u 500p
10' 30
40
10* 30
30 100m 100u 2.5n
60
IOn
25 100m 100u
10* 25
75
25 250m 1.0m
10
12mll
60m* LOn
1.0k
10
* 30
25 250m 1.0m
12mll
60m* LOn
10
10
1.0k
* 30
15
20
125m# 2.0n
15 2.5m
25m
400 t
0.0
1511 30
10m
2.0n
.07kt
30
1511 30
10m
2.0n
30
.15kt
2511 250m
25m
10* 30
100
IOn
500p
12m
10* 30
35 700m 1.0m
10
15
vrJ)
1~~~:
,
1~
19
,
4°~l~
5.bO:l
106
1;~~
Yil
~~~:
~.~m
3.3m
3.3m
3.3m
3.3m
3.3m
32p# 3.3m
~~g: 3.0m
3.0m
25p# 3.0m
4.0pt
6.7m
6.7m
6.7m
4.0m
4.0m
4.0m
2.0pftl
4.0m
4.8m
25p# 4.8m
4.8m
3iD#
~~P#
n~:
j:8g:
2f~t#
710;'1
5p*# 4·2 m
4.0m
4.0m
30p# 4.0m
10pt* 170u
100t* 170u
30p*
10m
10m
20m
20p#
50p#
~~g:
m:
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
'l!#
~gg~
L C
EO
AD
D E
OM
OM
OM
OM
OM
OM
g~~
OA0
~~~ Ig~~
2005
125# T05
3005
R82
2005
125# T05
3005
R82
T05
200S
200S iZI/# T018
T018
200S iii#
200S #
TOIS
125J
#* L51b
125
*
125
*
L18a
175J
L18a
175J
175J
L18a
175J :~
L18a
-tz1* T033
200S
200S
T033
~: T033
200S
175J OPL' T076
OPL:~ L18a
T033
200S
*11 T033
200S
*11 T033
125J
* T033
125J
* T05
PE
T072
200S
T018
200S
T018
150S *
T033
175S
*11 T033
OA0
O~ftl
OA¢
OAili
g~~
OA0
OA'l!
~
J66i
OM
OM
OM
OM
OM
OM
g~¢
g~~
OM
OM
IN ORDER OF (11 DISSIPATION
' IZJ TYPE No.
PARAMETERS @25'C
DESCRIPTION
DERATE
L C
COND
COMMON SOURCE Rds
MAX.
IN
EO
~>tSTRUC-1
TURE
OWG. AD
Yos
gfs
Cis
FREE MA
Vds
(mhos)
TEMP
No.
AIR
E
(V)
Jfi)
(F)
MIN
MAX mhos
W/'C 'C)
E#
DO
I~:gg~
~gg~
igl~ DO
.90k
5.006
200J
T018 DO
20 2.0m
50u
6.0p#
T018
50u
20 1.0m
PL
T018
20 .50m
1.5m 5.0u%
2.0m 200S
T072 DH
500u
1.5m
4.0p# '~·2m
DH
#*
~g 1.0m 2.0m 5~g~%
2.0m I~gg~
DH
tg~: 2.0m 200S ¢ #* T072 DH
20 1.0m 2.0m
1.0u
10 .30m
lOu
T072 DU
4p#* 1.0m 100
200k 3.0pt* 2.0m 200A
T018 DO
35
70u
900f% 1.3m 95
T05
80u6 3.0u
10 .70m
3.5m
3.5pt
TO 17 DG
.80m 150J
10 .80m
3.2m
3.5pt
T017 DG
.80m 150J PE6
10 .80m
3.2m
3.50t
.80m 150J 6
T017 DG
1.0m 6.0m
9.0p
150J
10 700u
R67a DA
1.0m 125J
P~~: R67a'
10 700u
1.0m 125J PE
DA
10 700u
6.0p#
1.0m 125J p~~# R67a DA
10 700u
6.0p#
1.0m 125J PE¢# R67a DA
10
lOu
T072
6.0
500u
1.0m6 40u
T072 D~~
4.0p*
8C?2 u 150S *
6.0
500u
1.0m6 40u
TO 72 DU¢
4.0p*
800u 150S *
6.0
500u
1.0m6 40u
T072 Duill
1.0k% 4.00*
800u 150S *
6.0
500u
1.0m6 40u
T072 DUIO
4.0p*
800u 150S *
.60m
4.5m
100u
5.0p
150J *
T018
2.5m
5.00
150J *
TOIS
15 7.5m6
10p# 4.0m 125A
T0104 OW
5.5p# 4.0m 125A ~:
T0104 OW
10 .70m
3.5m
.45k
3.50
.80m 150
T017 OG
#
10 .80m
3.2m
.45k
3.5p
.80m 150
T017 DG
#
10 .80m
3.2m
.45k
.80m 150
TO 17 DG
10 500
250 6
Um 125J #*121
10 500
250 6 1.5pt* Um 125J
*\LI
1.5m
2.5m
6.0
20k 2.5pt
150m 175S *
T072 DR
1.2m
2.5m
6.0
20k 2.50t
150m 175S *
T072 DR
20 1.5m
2.5m
25u%
4.0p# 2.0m 200S
T072 DH
20 1.5m
2.5m 2.5u
2.0m 200S "' #* T072 DH
300 %
1505
T072 OW
7.0p#
150S
T072 OW
12 3.5m6
13k
.66m 125A *
T072 DR¢
15 2.0m
8.0m
1.0m 175J #
T072 DH
8.0m
15 2.0m
1.0m 200S
X70a DH
5.0p#
8.0m
15 2.0m
1.0m 200S
X70
DH
8.0m
15 2.0m
X70a DH
1.0m 200S
15 2.0m
8.0m
5.0p#
1.0m 200S
X70
DH
15 1.5m
6.5m
20u
6.0p
150 PE
u17c
E
15 3.5m
6.5m
35u
150 PE
u17c E
6.00
1.2m
150S
u17c
18p#
E
P~!!;i
2~g %
1.2m 150S PE!Zl
u17c
E
15 8.0m
12m6
7.10:1 3.0m 125J ;Ql
T072 OX
15 6.0m
7.0p# 6.0m 125J
T072 OX
15 8.0m
10m6
.30kt
3.0m 150J :¢
T072 OW
10m6
15 8.0m
200
150J 0*
T072 OX
10 3.0m%
50u
4.0p*
2.0m 125J
T092 DA
15 1.5m% 4.5m%
175S ~~"'t u50
E
15 3.0m% 6.5m%
u50
175S PE
E
15 1~·5m% 1t;·5m%
E
u~2
250kt g:gg:
u50
E
.4m6
1.0m 175S PL*
20 .35m
T072 ON
20' .35m
.4m6
1.0m 175S PL*
T072 ON
20 .35m
.4m6
1.0m 175S PL*
T072 ON
10 .30m
40m6
200k
1.0m 175S *
T072 ON
10 5.0m% 10m'l'
1.7m 150S $*
T072
5.0p#
6~~
15 4.5m
50u
3.5p#
1.0m 200S
u23
725m
10 1.0
100A
5.00
* T072 DR
3.5p
.13k
1.0m 200 PE
u23
DB
1.8m
10 .90m
25u%
1.1m 200S
T018
D~~
10 1.5m 3.0m
60u%
1.lm 200S
T018 DA
200u% .50k%
9.0m
15 2.0m
TO 106 DB
~op# 2.0m 125J
15 200u
25u
1.0m
2.0m 150S 10# T092 DO
1.6m
2.0m 150S
15 400u
25u
# T092 DO
15 500u 2.0m
25u
5.0p# 2.0m 150S
# T092 DO
10 7.0m6
R67a DO
2.0m 125J
R67a DO
10 7.0m6
2.0m 125J
10 7.0m6
2.0m 125J P~~# R67a DO
10 7.0m6
1.6m 150J
T072 OW
10 6.0m
12m
1.6m 150J
T072 OW
1.. ~m
1t;'~;6 l<!m
g~
P~~
2.7m
10 500u
1.0m6
lOu
1.6m 150S *
T033 DU¢
6.00*
13 .80m% 1.2m%
2.0m 125J PE*$ T072
4.5p*
2.0m 135J
13 8.0m%
* T072 g~~
20 1.3m
2.5m6
5.00
2.5m 125J *
T072 DH
.03m
.20m .20u
RIll DB
10p*
150J
.03m .20m .20u
150J
RIll DB
10p*
.03m
.20m .40u
150J iZl
RIll DB
100*
.03m
.20m .40u
150J
RIll DB
10p*
.04m
10p*
150J
RIll DB
.20m .40u
.05m .25m
1.0u
150J iZi
RIll DB
100*
lOut
10 .20m .50m
3pt* 1.1m 200J E#
T05
DO
10 .20m .50m
lOut
T05
3pt* Um 200J
DO
lOut
T018 DO
10 .20m
.50m
30t* 1.1m 200J
T018 DO
10 .20m .50m
lOut
3pt* 1.1m 200J E#
10 .40m
1.0m
20ut
T05
3pt* 1.1m 200J
DO
1.0m
20ut
10 .40m
30t* 1.1m 200J
T05
DO
10 .40m
1.0m
20ut
T018 DO
3pt* Um 200J E#
10 .40m
1.0m
20ut
3pt* 1.1m 200J
T018 DO
10 .60m
1.5m
60ut
T05
DO
3i>t* 1. 1m 200J
10 .60m
1.5m
60ut
T05
3pt* Um 200J E#
DO
1.5m
60ut
T018 DO
10 .60m
3pt* 1.1m 200J
60ut
10 .60m
1.5m
3pt* 1.1m 200J
T018 DO
15 4.5m%
TO 106 DB
20p# 2.0m 125J DPL
9m:!! 52u .15kt
15 3.5m%
.22kt
125J DPL
TO 106 DB
8~: 27u
6m
24u .30kt
125J DPL
T0106 DB
15 2.0m%
10 700u 3.5m
100u%
5.0p
1.1m 200J *
T072 DG
15 2.0m
7.5
2.0m
T092 DO
15 4.0mt 8.0m% 100
2.0m
fEt0 Rll0 DB
15 4.0mt 8.0m%
5.0p# 2.0m 125S PEt~#
DB
l~gm
15 2.0
6.5
8.00
2.0
DA
7. SILICON FIELD EFFECT TRANSISTORS . N CHANNEL
LINE
No.
.£J
TYPE
No.
~~AX.
D VICE
DISS
~&;C
~
3
4
5
6
~
ggg~¥
19
C6692
6.0
6.0
10
25mt 1.1
~g~~
2N3687
~~~g~~A
~g~r
72. 2N5717
2N5718
74. 2SK19BL
75. 2SK19GR
76"'..* 2SK19Y
3SK22
3SK23
60mt
80m
87m
90m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
112m
112m
120m
120m
150mt
150mt
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m6
150m6
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
170m
175m
175m
175m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
~g: ~~~~~
I~gg~
9
2N3686A
1~~~29
1¥:
12# OT3
1~: I~~~g
1!l# 2SK13
2SK16H
2SK17GR
18. 2SK170
2SK17R
20. 2SK17Y
3SK14
21
l~~~
~~~=
m~ 1~~~l~A
24# 3SK16
~~: ~~~~6H
27# 3SK21H
40468
~g 40559
30# NKT80111
~.1#
32#
33.
~~.
35
36
~N:glg
SD5050*
I:=!P5051*
2N4038
2N4039
~~
I~~~~~~A
:¥
42
~~J~r
39
:~
45
3N138
A191
A610L.
A610S.
A611L.
:~# :~~J~~
48# BFS68P
~~: ~~~~~~t
51
52
53
54
~~#
56#
57#
MEM554
MEM554C
MEM557
MEM571C
MK10
PL1091
PL1092
~g: ~tlg~~
SFT601
SFT602
SFT603
63# SFT604
60
~~
~~~~~7
g;.;e
MEM562C
66
~~
69
70
71.
~~~~~~
2N3797
~~~j~~
73;~
n:
8i# 3UT40
102
C685A
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
105
FE0654C
MFE3001
MPF102
NPC108
200m
200m
200m
200m
:~. :~~~8
84# BFW96
85# C82A
C82B
C83A
~~:
i~83B
g~: C84
90# C85
~~ 'g~~gA
~~
C681
C681A
C682
C682A
~~
Iggg~A
93
96
99
C684
19~ Ig~~~A
19~ I~~g~~::
19~
108
MAX.
~BS MAX RATIN S@25'g MAX.
l!.d(ON)@
VI!
BVdss BVgssJ
@ &
Id
Ig
Vgs=O&
Id=O Vds
Vds> Vp
lVi- . iV)
(V)
(V)
(Ai .lA)
(A)
l~g.:jj ~~~j~~:
D.A. T.A. INC,
~gg~
~~Om
200m
1.~t
1.8
2.0t
5.0t
15
12%
6.0
4.5
4.5
19~ ~~~ ~~~
106
20
20
20
20
20
20
106
10
256
~g ~~o,::
~~1
80
10
10
10
1.5
6.0
6.0
6.0
6.0
5.0
~.O%
2.0%
2.0%
2.0%
10
10
10
10
10
i~·06
6.06
6.06
6.06
6.0t
6.0t
6.0
4.5
4.5
5.0t
5.0t
20
20
10
10
10
3.2
3.5t
20
20
6.ot
6.0t
4.0t
4.0t
4.0t
4.0t
4.ot
6.0
8.0
6W
4.0t
4.0t
4.0t
4.0t
2.5%
*
*
*
6
6
156
126
156
15
15
15
15
15
15
15
15
20$
20$
156
156
106
5.0
10
20
20
20
20
2.5t
6.0t
4.0
10
4.0t
7.0t
8.0t
3.0t
5.0t
8.0t
3.0%
3.0%
3.0%
5.5
5.5
5.0
4.0t
2.0%
5.0t
5.0
4.5
5.0
10
10
15
20
25
2.5
2.5
2.5
2.5
5.0
5.0
5.0
5.0
10
10
10
10
8.0t
4.0t
2.5t
8.0t
8.ot
6.0
5.0
7.5
10
156
10*
20
10
10
156
15
15
15
10
10
10
10
10
10
15$
106
206
20
20
50
50
50'
50
50
50
106
106
106
106
106
106
106
106
106
106
10
106
15
15
15
10$
15
156
156
15
256
30
30
50 .50m
50 1.2m
30
10m
256 IOn
1106
206
206
12
10m
20
20
20
20
20
25t
20
25t
20
25t
20
15t 20
20
20
20 8.0
20 8.0
20
20
12
25
25
40
25
50
25
25
50
50
50
35
10
10
35
25
10
20
20
30
30
30
30
30
30
30
30
50
50
30
30
25
25
25
25
20
20
20
10
20
10
20
15
20t 306
50
50
30
50
40
50
40
50
40
50
30
50
20
10
30
30
20
10
306
~g
25
20
10
25
25
406
406
406
18
18
18
186
156
15
20t 6.0
20t 150
20t
30
306
306
306
306
306
306
306
306
306
306
306
306
~~
25
20
25
256
256
25
30
306
306
306
306
306
306
306
306
306
306
306
306
25
25
25
20
25
25
25
25
MAX.
Igss@ TEST
vgs>V~V9S
&Vds=O
(A)
«V)
19~
10m
10m
15m
50m .50m
500u
~g~ 1.2m
50m 1.2m
1.0m*
50m 7.0m
100u 900u
10m 6.5m
10m 5.0m
10m 5.0m
10m 1!·Om
10m 6.5m6
10m 1.4m6
10m 750u6
10m 3.0m6
10m
10m
10m
10m
10m
10m
20m
20m
5.0m6
5.0m6
5.0m6
5.0m6
5.0m
5.0m
50m6
50m6
10m 6.0m
10m 5.0m
10m
25m 100u ~:gm0*
25m 100u
~§O~*
20m
1.5m
20m
3.0m
50m 3.0m
3.0m
50m 3.0m
50m
50m
25m%
14m
10m 5.0m
10m
8.0m
12m 5·2m
10m 5.0m 8.0m
10m 5.0m 8.0m
10m 5.0m 8.0m
50m 10m 10m
50m 10m 25m
l~~m 10m 50m#
150m 10m 100m%
30m6
30m6
30m6
30m
20m 10m 20m6
1.0n6
1.0n6
1.0n
1.0n
.10n
1.<?Op
.10n
1000
lOp
6.0u
1.0n
.10n
1.0n
1.0n
1.0n
1.0n
1.0n
1.0n
lOp
lOp
100
I.Dn
1.0n
.20n
1.0n
IOn
.10n
.10n
1.0n
3.0p
.10n
lOOp
100
1.0n
.01n
.50n
.10n
.10n
.10n
.10n
lOOp
5000
~~Op
500p
.10n
.10n
.10n
IOn
lOOn
.10n
.10n
.~~n
0.0
0.0
0.0
l8:g
0.0
0.0
0.0
0.0
0.0
6.0
0.0
0.0
0.0
0.0
0.0
1.~\e
l.~g
1.0
1.~",
5.0
5.0
0.0
0.0
0.0
10
10
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
4.0
4.0
l~g
10
5.~",
0.0
0.0
0.0
.10n
10m
10m
10m
.25m
1.5m
5.0m
15m
5.0m6
5.15mm#0
30m
3.0m
6.0m
40m
250u6%
1.0m6%
4.0m6%
24m6
14m6
7.0m6
24m
24m
10m
30m
20m
20m
10m
50m
10m
10m
10m
10m
10m
10m
30m
20m
20m
20m
50m
10m
10m
10m
10m
10m
10m
~~~
5.0m6
1¢
l~g~
1.00
1.0n
1.0n
;0
5.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O.~
t8¢
4.0
4.0
30m
o
a
~~
~:g~:
i8n
~?
P!~
~:g~:
U~t*
~:gg:
~:g~:
~:g~:
~:g~:
~:g~:
m~ ~~!Zl
~:g~:
~:8~:
~~~:
1~
U~:
~:~~:*
l~gi
~~
ign
~
~
50m .40m
50m .40m
50m .40m
50m .40m
50m 1.6m
50m 1.6m
~~m 1.6m
50m 1.6m
50m 6.0m
50m 1':l·Om
50m 6.0m
50m 6.0m
50m 40m6
50m 12m6
50m 4.0m6
20m
10
.10n6
.10n
.10n
lOOp
.10n
1.0p
1.00
10n
1.0n
1.0n
1.0n
IOn
IOn
IOn
lOOn
lOOn
I
:~g~
~·2n6
10n6
1.0n6
10n6
1.0n6
10n6
1.0n6
10n6
1.0n6
10n6
1.0n6
10n6
1.0n6
IOn
IOn
IOn
lOp
10m 5fom:% 2.0n
10m 25m% 1.0n
10m 25m% 1.0n
10m 20m
2.0n
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
107
I
~:
~:
~:
~:
~g~: ~:g~
~:g~:
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
m~
~6~~
II
IN ORDER OF (l~ID~I:~~.ON
WMAX.
MAX. It\BS MAX RATINGS@25'q M~JS
MAX.
PARAMETERS @25'C
DERATE
DESCRIPTION
LINE
TYPE lPEVICE
VILJVdss BVgssJ
lld(ON)@lgss@ TEST COND
COMMON SOL R E Rds
CMIAS~X. FRINEE MAX~I:TTURURCE-I DWG.
No.
No.
IDISS
@ &
Id
Ig
Vgs=O& Vgs>VplVgs Vds
,gls
Yos
@25'C Id=O Vds
Vds>Vp &Vds=Qj
\mhos)
AIR TEMP
No.
(W)
(V)
(V)
(V)
(V)
(A)
(A)
(A)
(A)
-(V)
(V)
MIN
MAX mhos
1m
IF)
W/,C II'C)
I~O(jm
.7(j I~'O
ISl>
ISOu
~oOp IU.U
lu 14uu Suuu
... up
l:iIlU.'
L
nil:!
200m 1.0 S.O
ISl>
300~
500p '0.0
280l, 8000
S·O·
'200J PL
i072
3# SI233N
200m 1.4
S.O
ISl>
600u
SOOo 0.0
10 400u 1.0m
6:0~
200J PL
T072
421: ~12~4N
200m 2.0
S.O
ISl>
1.5m
SOOp 0.0
10 6S0u I.Sm
6.0p
200J PL
T072
5# SI235N
~gg~
~:g
1~~
~:g~ ~gg~ 8:g 19 ~~o.:: ~:g~
~:g~
~ggj ~t
6# SI236N
I~()()m 8.0
IS
~~
lUm ~()ml>.J~~!' IU.O
IS 12 .Om 5.Sm
SUu"," 200 '" !!SI.···(jOP~P## 1~1··.(j8·mm 2!0~~I(j0~S # *'" !T~IQOI~Z7~~2
~Y 1~~~~5t
22Sm 1.6l>
10* 3S
3S
SOm
20m-if.~ 200p
'"
'"
9y 3N176t
22Sm 2.Sl>
10* 30
30
SOm
15m,,"," 2000
300 % S.Oo:#o 1.8m 200$
*[;1 T<i72
22Sm 3.~l>
10* 20
20
~Om
10m#y 200p
SOO % 7.0p# 1.8m 200S
:~ T072
1?; 1~~Wt
n~~ ~:g
~g
~g
1~~
199
8.b~ g~
12y M116A
22Sm 1.~l>
~~*
3S
3S
SOm
200
S.Op# I.Sm 200S
* T022
7. SILICON FIELD EFFECT TRANSISTORS. N CHANNEL
1J
~: ~:~~~~
io
;:g
n; I~~~~g?r
15y
MEM202t
m : ign
~~~~ ~:~~
~~g~
250m
!~SOml>
~g
I~~~~~~!y
30
2N39S7*
~~
~~~?~~;
36
2NS197y
~~
1~~~1~~;
39
2NS452
n
I~~m~;
52
53
54
2NS54SY
2N5546y
2N5547y
~~
I~~~~~J;
45
2N5518y
3:8r
3.0t
4 St
g~
~lgJ
66
El03
~!~: MEF10l
68y
MEF102
69y MEF103
~~g~~ ::~r
250ml> 4.5t
250ml> 4.5t
SU2098y
SU2098Ay
SU2098By
SU2099y
SU2099Ay
U248y
~~
I~~:~~y
81
U249A ...
g~
87
~~
250m 4.5t
2S0ml> 4.0t
2S0ml> 4.0t
~~g~i ::~~
2S0m
4.0t
250m
::gr
4.0t
~~g~
250m
250m
~~g~
2N34S2
102
2N345S
~~
19~
19~
108
19
10
20ll
50
SO
SO
~()
l.ho.nm
1.3m
50m S.Om
19op
400D
.10n
~g~ ~g
~g
~g~ ~:g~
: 1g~
.10n
.10n
g:8
~g 1:g~ ~:g~
g:g
0.0
0.0
.25n
2Sp
2So
20l>
20ll
10
15
20ll
20ll
~8
~g
gg~
~8
50
50
30m 8.0m
SOm 7.0ml>
SOm 7.0ml>
40
50m 7.Sml>
40
40
40
20
10
~()
38
2Sl>
2Sl>
38
2Sl>
2Sl>
Jg
26ll
g:8
0.0
0.0
0.0
15
20
20
I.Sm
1.0m
1.0m
2500
8:8
0.0
20
1.0m
4.0m
10u%
2500
g:g
0.0
20
1.0m
4.0m
10u%
j~~
8:g
25Qi:t 0.0
10m
18m
S\I>
.50n
.SOn
a 1:~~
3.10
21 COO
10
SO
~g
30
30
20m
1.3m
1.3m
100u
.10n
.10n
20
20
20
SOl>
300m
300m
4.8
2.3
10
4.!;!
2:3
7.8
20
20
20
20
20
20
300m
6.0t
10
40ll
40l>
<LJ
,~
19~~
10u%
::
t~l
§#
L21
. ¢o# L21 b
e,Jt L21 b
m
3.8m 150S
VJ
L61b
222'.·5~~; U~ l~g~ ~
t~l~
ID.=lJ:
1m :j~~~
:
3.8m 150S
~:~~
L61b
t~l~
'"
L61b
mj:
ig~~ g~
30t* 2.0m 150
3pt* 2.0m 150
3ml>
4ml>
t~ 1:
L61a
L61a
'"
ID""
T092
T092
20
10
10
2.0
.30m
.30m
SOO
8.0p#
7.0p%
7.00%
.07m
1:~~
~:g~
4.5m
.2Sm
2S0m
2S0m
250m
0.0
0.0
30
30
30
30
70m
70m
70m
11o.nm
400u
300u
200u
.40m
~8
2S0m
1.0m
1.0m
1.0m
2.0m
15u%
u*
g:g~:
30u
15u
35ut
125S
2.S
12SS
200J
200J
#
:
m~
#
X45
DA
DA
g:
DB
~:~
g~
X4S
L21
L21
DB
~:g~: U~ ~ggj r¢~ ~Ul
3.00:#0
3.8m
1~.Op#
3.~m
5
2I:[LJ
15~~ #,~
LS8a
200e
200e
200e
150e
L58a
LS8a
L58a
tgg a
T018
T018
T018
TO 18
20p% 2.4m IS0e
20p% 2.4m 150e
180% 1.7m 200e
T018
T018
T018
""
Dee,
T072
!Q72
Tu72
T072
T072
T()18
DH
DH
DH
DH
~~ ~
Dti[LJ
3.0p#
3.00:#0
SOu 1.2k
SOut
_20ut
S.Out
SOu
2.S
U
DR
t~l:
8.0p#
10
10
10
3.2
9.8
~
2.0k
0.0
0.0
0.0
O.~
"'¢
3.8m 150S
HBF
(JD1RH
DR
DR
L21d
L61a
SOOm
1_0p
LOp
100
8:g
0.0
~gg~
g:8~: u~ ~88~
19~~
~g 1:~
5S(j01mm SSOOOOUuJ~
'"
SOm SOOu%
20
1.7m 2005
2.6m 200S
2.6m 2005
m
2.9m
g~
~ t~l~
8.0~J* ~:~~ 1~~s ~IZ! ~~~2
40
40
40
LOn
1.0n
1.0n
5.0n
8.0p#
6.0p#
6.00:#0
:.g~:
DH
DH
DH
DH
ig~~ g~
3.0k
19
10
.18~
25u
SOu
50u
2.Sml>
g:g
0.0
SUOu%
4.0m
1.0m
2S0u
4.0m
6.0m
4.0m
4.0m
~:8~
1.3m
2.0m
2.0m
.01n
~g~
4:00:#0
4.0p#
20
10
10
SOp g:g~l>
SOm .SOm%
100m
100m
100m
10m
3Su
35u
4.0m
40
~g
:tg~
.~~
.2<LJ
3.0m
3.0m
2.9m ~gg~
2.9m 200S
2.9m 200S
1.0m
~gl>
SOl>
SOl>
SOl>
40ll
3~()0
SOm
4.0iJ'1
~?OO 1:g~ ::g~
20
g:g
0.0
~~~
""
0.0
199~
U~ ~88~
1.7m 200S",
2.9m 200S y
2~'.·SS~~; ~:g~ m~ ~
SOm
SOOu
4.0p#
~g l:g~ ::g~
30
20m
8tl
7b
icill #
:
424.·85:~; ~:g~ ~88j:1
20
~g~ l:~~
~:g~: U~ ~gg~
~8 1:g~ ~:8~ 3:g~
~g 25g~
3.0
~.5
~~~
0.0
10
10
10
300m
300m
300m
~:g~
~g
~g~ ~g~ ~g~
:g
SSOO
4.~
20
20
1:g~
1.0m
1.0m
:lg~
~g~
10m
10m
~6~
lOu
35u
~g~ ~:~~~ ~~8~
~g~
J~o~ ~~~
900u
3.0m
~g~ ~:~~~ ~~g~
50m 7.Sml>
18
10
20
300u
1.0m
~8~ ~:8~~ 18g~
50m 7.5ml>
8:g
0.0
0.0
~6ll
~g
2.2
12
3g~ g:8~
40
U0
4io
9.S
50m 5.0m
SOm 5.0m
~g~:g:g
2S0mt 4.S
2S0mt 4.5
2S0mt 4.S
~gg~t
~g
50
50
50
50
40
SO
20l>
19
10
300m
300m
300m
300m
~g~ ~:g~
~g~:g:g
20l>
~gg
50
50
~8~ ~8~
20l>
~~g~ tgt
2S0mt 4.S
~~~~~g
99
S.O
80
~~g~ 8:fo
2N3066
2N3436
4.0t
~~8~ 4.St
250m
250m
I~~~~~~
96
~g
~~g~ ::~i J~
22Ss00mm
2S0m
73
74
75
76
77
78
19:
~~g~~ ::~r ~g~ ~g ~g
~~g~ ::g~
57
2N5563y
58# BFX63
5~-if. BSX82¢
60=lJ: e94E
i8n
LC
AE 00
0 E
~:8~:
3.8m 160S #¢
3.8m IS05 iQ5
3.8m
10D% 1.7m
10p% 1.7m
10p% 1.7m
ISD% 2.4m
~6g~ r~¢
10m 2.Sm
10m .60m
10m ISm
S.On
S.On
.SOn
0.0
0.0
0.0
30
30
20
.60m
.30m
2.Sm
2.Sm
2.Sm
10m
10m
10m
10m
10m
10m
10m
.10n
.10n
.04n
.04n
. 02;!nn
0.0
0.0
0.0
0.0
0.0
0.0
30
30
30
30
30
20
.ISm
.10m
.40m
.30m
.ISm
2.Sm
.90m S.Ou
.60m 3.0u
1.2m
15u
.90m 5.0u
.60m 3.0u
10m
3Sut
S.OD'"
5.0p%
S.Op%
Hio%
1.7m
1.7m
1.7m
1.7m
Urn
Urn
g:g
0.0
10
1.4m
2.8m
7.5D%
2.0m 200S
DBoJ
D~~
DB¢
De0
DDBB~~
~~~:~~
~~~:~~
~~~:~g
2N3631
D.A. T.A.INC.
300m
300m
300m
~Q9m
~gg~ It~
~g
SOl>
50l>
SOl>
SOll
SOl>
50l>
20t
~~~
20m
1.0m
.25m
4.0m
1.0m
.2Sm
ISm
19~1i:g~
10m
<01
:~~~
108
~g .1g~ ~:~~ 5~~~T
120u%
6.0p%
6.~p~
200e
200e
200e
200e
200e
200e
19~~ 1:7~~g~C
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
*
i8lg
iQii
Ig~~
DAIZ!
7. SILICON
FIELDMAX.EFFECT
TRANSISTORS·
N CHANNEL'
~
hW.MAX.
AB:; MAx RA-INGS@:15' M~~
MAX.
I"AltAMtltH:; <s!:lO'
TYPE Ll?~VICE
No.
OISS
LINE
No.
:
6
10
~~~~~1B23
2N3966t
2N396BA
2N4118A
2N4119
2N4119A
~~. ~~:~nA
27
2N4224
30
2N4304
~g
~~
33
~:
36
~~
39
40
41
42
300m
~OOm
~88::: ~:8~
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
~~:~~~
2N4340
1~~:~:lt
2N4416
2N4867A
2N4868
2N4868A
2N4869
1~~:g~~A
2N5103
48
19:
2N535B
~~
I~~~~~~
8.0t
4.0
6.0
10
LOt
L8t
3.0t
6m
5.0t.
6.0t
~gg::: ~:8~
I~~:~~~A
45
8.0
8.0t
300m
300m
300m 5.0t
300m 5.0t
300m 3.0t
300m 3.0t
300m 1.7t
300m Ut
I~OOm lL8~t
300m.
300m 3.0
300m 3m
300m 6.0
300m 6.0t
~~~m 8.0t
300m 4.0t
300m 4.0t
300m 6.0t
300m 6.0t
300m 8.0t
~~:~g~
:~
:~
~~~
I~~~:m
~~
72.
2N5647
~~
~~
78
300m
3C?c:>m
300m
300m
IAI
gg
30t.
20m
zOrn
30
50t.
30t.
30
30
30
30
30
30
40
40
40
40
40
40
50
30
30
30
30
30
~~m
50m
50m
50m
50m
50m
30
20m
~8
15m
15m
15m
15m
15m
Jg:::
30t.
30t.
30t.
50
50
50
50
15
30
30m
40
40
40
40
25t.
25t.
25
25
40
40
40
40
40
10m
10m
10m 2.0m
10m 10m
10m 10m
10m 5.0m
10m 5.0m
10m 2.0m
10m 2.0m
50ml·u~_mt.
50m 90u
50m .24mt.
50m 240u
50m .60mt.
50m 600n
10m 11m
10m 3.0m
10m 3.0m
10ml~.Om
10m 6.0m
10m 15m
18:::
10m
10m
10m
10m
50m
50m
50m
50m
10m
~g
40
40
40
40
Vdr~Vp &.(~1s=Qj(v)
1~::: 19::: 199~ 10:0
50m
50m
50m
50m
50m
30m
30m
1~:8
~g ~~ ~g
~8:::
50m
50m
50m
50m
10m 6.0m
10m 15m
LOrn
L6m
3.0m
5.0m
8.0m
1~:::
j:g:::
70
20
10
6·rJt 5.10
70
25
70
25
18:::
10m
10m
~8
Ig:g
15
~.~t
15
6.0t
15
5.0t
20
~8
~~
~~
4.0t
~8
~~
~g
400m 168:::
:gg::: 18g:::
30
30
30
50
~:8:::
10m
30m~~
M~mho~AX mhos
~:g::: ~:~ ~ 20~:
3.5m
3.5m
6.5m
6.5 t
0.0
0.0
0.0
0.0
0.0
0.0
O.~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
20
20
20
20
20
20
L6m
1.6m
l.4m
l.4m
.95m
.95m
2.4m
2.4m
2.0m
2.0m
lAm
Urn
15u%
5.0u%
5.0u%
8:8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
10
10
10
20
15
15
15
15
15
15
1~
20
BOu
100m'"
100u
3.5m
LOrn
LOrn
2.0m
2.0m
2.5m
2.5m
250u
330m
330u
7.0m
4.0m
4.0m
5.0m
5.0m
6.0m
6.0m
5.0u%
IOu
10u%
35u
IOu
IOu
20u
20u
40u
40u
0.0
0.0
0.0
.10n
.10n
.10n
.10n
.10n
.10n
.01n
LOp
.0 In
LOp
.01n
1.00
LOn
lOOp
lOOp
lOOp
lOOp
1000
.50n
LOn
LOn
LOn
.10n
.10n
.10n
.01n
.10n
:J~~
.25n
.25n
.25n
.25n
8:8
0.0
0.0
0.0
0.0
lOOp
lOOp
.1 On
.10n
.10n
.1 On
.10n
0.0
0.0
0.0
0.0
0.0
0.0
0.0
18~
:~o~
:
8:8
.20n
g:8
0.0
.20n
.10n
:~o~
8:8
0.0
.10n
.10n
.10n
2500
~:8:::~ ~:g:::~
~~~24
3N125
2.4t
3.0t
4.0t
3.0
2.5t
4.0t
300m
300m
300m
300m
4.0
3.0
4.0t
8.0t
~gg::: l~t
A192
~~~~gg?
99
CM602
19~
g~g~g
102
CM641
g~~:~
CM647
D.A. T.A. INC.
~8g~
300m
300m
300m
300m
300m
300m
300m
15
15
lOt.
20
15
15
Jg
35t
50
50
50
1~
30
30
~8
6.0t
15
50
6.0t
15
50
6.0t
15
50
8.0
15
25
lOt
1~
25
6.0t
15
25
30
50
7·ro L5t. 3.0t.
10
3.0
5.0
3.0
5.0
7.0
10
1:~~ ~:g~
1St.
15t.
1St.
1St.
15t.
15t.
20m
SOt.
50
50
~gt.
20m
20m
20m
30t.
30t.
20
20
1St.
15t.
50
50
45
20t.
20t.
30t.
30t.
30t.
30t.
30
30t.
10m
20m
~g~ ~g:::
50
50
50
25
25
25
10m 6.0m%
10m L6m%
10m 10m
4.0m
20m 2.0m
20m 4.5m
20m 9·rs"'m
8.0m
4.0m
5.0m 8.0m
10m 20mt.
~g~
188:::
.25n
.25n
.25n
.10n
5000
50m~.'jI 3.0n
199~ ~g~~~ 3·rOn
20t. 100m 100m
20t. 100m 100m
30t. 100m 100m
33~02'~ 100m 100m
u
lOp
lOp
.10n
18::: ~8:::~ :~8~
10m 10m
1000
10m 10m
lOOp
10m 10m
lOOp
10m 20mM LOn
10m 50m# ~~~p
10m 100m% 500p
20m
150m
150m
10m
lOt. 100m 100m
100m 100m
30t. 100m 100m
10m#
(01
.80m
L3m
2.0m
50u%
50u%
50u%
.50u
15u
30u
60u
15
15
20
20
20
20
20
20
15
15
15
15
15
15
15
15
15
15
15
4.5m%
4.5m
.70m
.70m
LOrn
LOrn
1.3m
1.3m
4.5m
2.0m
3.5m
5.0m
LOrn
L2m
l.4m
1.5m
2.0m
2.5m
2.7m
7.5m%
7.5m
2.0m
2.0m
3.0m
3.0m
4.0m
4.0m
10m
8.0m
7.5m
10m
3.0m
3.6m
4.2m
4.5m
5.5m
6.0m
6.5m
20
20
20
10
10
4.0m
4.5m
4.5m
6.0m
5.5m
7.0m
7.0m
7.5m
10m
10m
50u%
50u
L5u
L5u
4.0u
4.0u
IOu
IOu
150u
100u
100u
100u
IOu
IOu
20u
20u
40u
40u
60u
4.0u
7.0u
IOu
15u
20u
25u
200u
400u
15
15
15
20
Urn
L5m
L5m
2.0m
6.5m
6.5m
6.5m
7.0m
1.~Om
~OOp
50m~. ~?Op
10m"" ,..000
15m# ~OOp
30m# ,,!OOp
50m42 40~
MAX.
Cis
(F)
,o.up#z.Om
'6.()p# '2.0m
6.0D# 2.0m
6.0p# 2.0m
6.0p# 2.0m
6.oP#. Urn
5.0p#
Um
200u
35u*
LOrn
2.0m
LOrn
LBm
2.4m
3.0m
4.0m
20
20
15
15
15
15
~.~
0.0
0.0
.4C?~
.60¢
0.0
0.0
0.0
0.0
8:g
0.0
0.0
0.0
0.0
8:8
0.0
0.0
0.0
0.0
0.0
g:8
0.0
0.0
0.0
0.0
0.0
0.0
109
15
15
10
20
15
15
400u
450u
3.0m
1.0m
.50m
.80m
20
20
15
15
2.0m
1.0m
2.0m
3.5m
Jg
1~
15
15
15
15
10
10
10
10
10
10
1810
10
10
10
15
10
!:~:::
3.0m
3.0m
3.0m
2.0m%
800u
900u
3.0p#
~:=
2.5kt
L7kt
1.5kt
.80kt
.30kt
.05m .25m
10mt 30m
10mt 30m
10mt 30m
20mt 60m
5.0mt
10mt
~o:::~
20mt
20mt
30mt
3QmJ
8.0m
B.Om
25m
¢
6.0p#
~:8::: ~~g~ ¢ 10
6.0p#
2.0m 175J
2.5m 125J
7.0p#
5.0p#
4.QIHE.
2.0m 2005
Urn 2005
Um 2005 ~
25p#
Urn 1755~,
~:= ~:~::: 1~;~
1.0p#
3,o.pJi'
6.~
r
20u%
20u%
IOu
IOu
IOu
5.0u%
20p#
20p#
Urn
1.7m
1.7m
3.0p
Urn
3.0p
Urn
lQIHE. 2Am
7.5p
Um
14p
1.7m
140
1.7m
14p
Um
7.5p
Urn
7.50
1.7m
3.QQ.
7.0u~,
85u
50u
20u
35u
85u%
50u%
20ut
20ut
20ut
85u%
5.0p
6.0p
6.QQ.
5.0p
2005
2005
1505
1505
1505
150J
200J
200
200
200
200J
200J
1.6m 200J
150
15.0
1.7m 200
#
#.
Sl3£
#*
#*
.06kt.
60 t.
40 t.
30
250
100
50
35
50
40
30
25
50
t.
%
%
%
%
%
%
%
%
%
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
g:::
g~
T072
T072
DH
DH
DH
T072
DH
i8n
g~
'!:2?2
T072
T072
OJ
OJ
OJ
T072
R97b
OJ
T018
T072
T072
D~\Zl
:mn
g~
PE
PE
PE
PE
DDRH';~
Hill
DH
i8n
g~
T072
DH
+8n
g~
TOS2
T052
T072
OJ
OJ
DH
T072
DH
DH
DG
@#T072 DG
¢# T072 DG
u45
DA
T072 DH
T072t. DV
T072t. DV
T072t. DV
T072 DH
T072 DH
~"T072
PE#IO
PE
PE
PE
~:g::: ~88~ ~~~
LOu
DH
DH
DH
DH
!?!"IH
u,
DH
\Il~T072
~:g~# g~ ~gg5 ~~0
g:8gt
6.0.0
Urn 200J
18p# 2.4m 1505
18p# 2Am 1505
150J
6.5pt
2.3m 200J
6.5pt
g~ ~g8~
6.51lt
6.5pt
2.3m 200J
5.0pt
2.3m 200J
5.<h1!
2.3m 200J
5.0pt
5.0pt
5.00t
2.3m 200J
5.0pt
5.0pt
5.QIlJ
6.5pt
Um 2C?~J
35pt
Urn 200J
T072
T072
T072
T072
TT/}.?7 2
T072
1.7m 2005
I ~.3m 1505
2.3m 1505
2.0m 2005
0 E
~~~g
~:= ~:6::: ~~~~~.#.
3mt.
6.5mt
6.5mt
6.5mt
6.5m%
2.0m 1755
g
No.
i8n
T072
lig::: 1~~~
~
DWG. AD
'U.
1.7m 2005
Urn 2005
Um 2005
~;~t n~ m_~
I N
T072
,o.Op# 'Lum LUU:>
'6.0p# 'f()m 2()()S
6.QP#. 2.0m 2005
10u%
IOu
2mt.
2.0m 2.0u
1.0k
2.4m
IOu .75k
3.6m
20u .50k
5mt.
2mt.
8.0m
6.5m
6.5m
6.5m
6.5m
':lOn5 PE
'200S ¢
2005
2005
2005 ¢
2005
2005
~:8~t U~ ~g8~
5.0p#
5.0p#
5.0D#
~I2P#
0.0
Ic:;I;HI
IN
[STRUC.
FREE M~~_ TURE
AIR TEMP
W/'C [red
:HA.rE:
Rds
10~
1:8:::~' 2~Qo
1~8:::~~j2200Ut
2.5m
5.0m
10m
10m
(V)
COMMON SOURCE
gfs
Yos
15
15
15
.50n
500p
lOOp
1~:::% .1~O:
20m%
5.0m
10m
15m
.60m
L5m
3.6m
9.0m
3.0m
15m
L15mm
L2m
3.0m
3.0m
7.5m
70
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300mt.
300mt.
300m
19~
(A)
lldlONI@ Igss@ TEST CONO
Vgs=O&. Vgs>VplVgs Vds
20
3.0t
1~8g~ ~:8
108
1St.
Ig
~~~~~~
:~# ~~~O
84.
20t.
~88:::
I~gg::: 1::8~
~~~~~~
2N5592
20t.
IVI
Id
18:::
10m 4.5m
~g8::: ::8~
2N5556
69
~g~ ~g
1M
15
15
15
15
15
300m 5.0t
300m 16.0t
~;
~~
30
30
50
30
30
30
30
30
30
30
40
40
40
40
40
40
50
30
30
30
30
30
1~~ ~8
4.0t
4.0t
3.0t
4.0t
4.0t
6.0t
7.0t
~8g::: ~:g~
~gg::: I~:~~
IVI
15t.:30
20
30t.
20
30t.
20
30t.
1St. 50t.
15t. 50t.
15t. 50t.
15t. SOt.
10* 25t.
15t. 30
300m
300m
300m
300m
300m
300m
300m
2N5396
66
1M
1St.
15t.
1St.
20
I~~~~~;
2N5432t
20t.
20t.
20t.
20t.
20t.
20t.
lOt.
lOt.
lOt.
lOt.
lOt.
lOt.
20t.
15t.
20
~g
1~~~~~8
t.
t.
2m
60
63
15
3.0t
3.0t
5.0t
300m
~~
15t.
300m
300m
300m
300m
2N5393
57
BVdss BVgssJ
~~;C I~VIO VfJl
~~~::: t~~ 1~
g~~~~g~A
16
17
18
VIl
@ &.
I
IN ORDER OF III DISSIPATION
it TYPE No.
PE#
T072
u34
u34
T072
i8U
i81~
DH
DH
DH
T072
u51
u51
RIll
TO 18
DH
G
G
DB
DO
Et.~
T018
T018
TO 18
DO
DO
DO
Et.1iJ
T018
DO
~MI T018
EMI T072
DB
DH
P~~
PE~
E#
~t
E#
E~\!l
~88~ ~~~
i81~
+81~
gg
gg
7. SILICON FIELD EFFECT TRANSISTORS
LINE
No.
~
TYPE
No.
~MAX.
DEVICE
DISS
@(~;C
~
I~+gg~::
5
6
7
8",
9",
10",
11'"
12",
FT0654C
FT0654D
FT0654E
Ml00
Ml0l
MD1F3458
MD1F3459
MD1F3460
MD1F3823
MD1F4416
l~
~~gg~~
3
4
MFE2095
MFE3006
MFE3007
MFE3008
MMF1",
MMF2",
MMF3",
21
MMF4",
MMF5",
MMF6",
24
PH241N+
~g: PH242N+
27it PH243N+
~8# PH244N+
29
SI211N
SI212N
30
SI213N
SI214N
SI215N
33
34
SI216N
SI221N
35
36
SI222N
SI223N
SI224N
39
SI225N
SI226N
40
SI241N
SI242N
15
16
17
18",
~~
~~
~~
~~
:~:
n: I~:~:~~
45it SI245N
:~# 1~~1g7N6'"
48
;~
51
52
53
54
55
56
57
58
59
60
g~
SU20n",
SU2078",
SU2079",
SU2080",
I§U2081'"
TIS14
TIS25
f:~~~
TlXS80
TIXS81
U184
U197
~l~~
66
U231",
U232",
U233",
U234'"
69
70
71
72
U1278
U1279
U1280
U1281
63
~~
~~ I~n~;
n
I~m~
78
79
80
81
U1284
U1285
U1286
U1325
U1714
U1837E
U 1897Et
g~
~mm
75
~~
84
U1994E
~g
~g~~
87
88
89
90
~~
93
~~
96",
UC734
UC734E
2N5457
2N5458
2N5459
2N5484
2N5485
~~g~ggt
2N5638t
~~: ~~~g~~i
99",
lZY'
"
102
19~
105
19~.
108+
2N5653t
~~~~g:t
2N5669
I~~~g~~",
2N5565",
2N5566",
3N128
3N142
lY~: I~~m
D.A. T.A.INC.
I~gg~
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
~gg~
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300mt
300m
300m
310m
310m
310m
310m
310m
~lg~
310m
310m
310m
310m
310m
310m
310m
3!2 m
325m
325m
325m
330m
330m
330m
330m
. N CHANNEL
MAX.
~BS MAX RATINGS@25'g MAX.
MAX.
BVdss BVgssJ
l!d(ON)@ Igss@ TEST COND
VIl
@ &
Id
Ig
Vgs=O& V9S>V~V9S Vds
I~V? V~I
(VI
(VI
~g
~g
~g
Ig:gi
4.0t
4.0t
2.5t
5.0
8.0
8.0t
4.0t
2.0t
8.0
6.0t
2.5t
4.5t
5.5t
3.0t
3.0t
3.0t
8.0t
8.0t
8.0t
8.0t
8.0t
8.0t
1.~
1.5
2.5
3.0
.50%
.70
1.0
1.5
2.5
3.5
.30
.50
.70
1.0
1.5
2.5
1.0
1.5
2.5
3.0
5.0
10
3.0
3.0
4.0
4.0
4.0
4.0
6.0
20
20
20
10
10
20
20
20
15
15
15
15
15
15$
15$
15$
1M
1St-.
1St-.
1St-.
1St-.
1M
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
0.0
0.0
0.0
0.0
0.0
0.0
10
10
10
10
10
10
50
50
50
20
20
30t-.
50
50
50
50t-.
SOt-.
50t-.
30t-.
30t-.
3.0m
3.0m
3.0m
30m
30m
30m
20m
20m
20m
20m
20m
20m
8.0t-.
8.0n
8.0t-.
8.0t-.
8.0n
8.0t-.
8.0n
8.0n
8.0n
8.0n
8.0n
30
30
30
30
30
30
SOt-.
SOt-.
SOt-.
SOt-.
30
50
50
50
30t-.
30n
25
LOrn
30
30
30
50
50
50
50
50
SOn
SOt-.
SOt-.
50n
SOn
50n
SOn
SOn
30t-.
30t-.
30t-.
30
40t-.
40t-.
40t-.
30t-.
30t-.
30n
25
25
30
40t-.
30m
40n
40t-.
30
30
SOt-.
30m
30m
30
30
25
25
25
25
25
~~
30t-.
15
15
15
15n
1St-.
15n
1St-.
20t-.
1St-.
1M
40
40
40
20
20
20
20
10m 15m
10m 4.0m
10m LOrn
10m 20n%
10m 15m
.70m
1.4m
3.0m
18m
20m
20m
10m 10m
10m 10m
10m 10m
10m 10m
10m 10m
10m 10m
10m 3.0m
10m 6.0m
10m 15m%
10m 30m%
150u
.30m
.60m
1.5m
3.0m
6.0m
.15m
.30m
.60m
1.5m
3.0m
6.0m
10m 3.0m
10m 6.0m
10m 15m%
10m 30m%
10m 35m%
10m 75m%
lOu
lOu
2.0m
2.0m
10m
10m
10m 15m%
10m 8.0mt-.
10m 8.0mt-.
10m 8.0mt-.
10m 25m%
10m 75m%
1.0m
50m 1.0m%
50m 1.0m%
50m 6.0m%
50m 5.0m
50m 5.0m
50m 5.0m
50m 5.0m
50m 5.0m
8.0m
3.0m
1.5m
10m
8.0m
20m
10m
40m
.10m#
.20m#
.50m
5.0m
10m
40m
30
30
~gm
SOm
50m
50m
5.0n
5.0n
5.0n
5.0n
500u
.10n
lOOp
1000
1.0n
LOn
LOn
.05n
.05n
.05n
.05n
.05n
.05n
200p
200p
200p
200p
10n
10n
10n
10ri
10n
10n
2.0n
2.0n
2.0n
2.0n
2.0n
2.0n
.20n
.20n
.20n
.20n
.20n
.20n
250p
25~
9mt-.,)
16mt-.
5mt-.
10mt-.
.25n
.25n
.50n
.50n
LOn
.25n
.25n
.2Mn
10n
LOn
5000
500p
500p
lOOp
lOOp
lOOp
10Qp_
lOOp
.10n
.10n
.10n
.10n
.50n
.50n
.50n
.50n
5.0n
10n
.10n
5.0p
.25n
20Qp_
200p
200p
.10n
.10n
.25n
5.0n
5.0n
LOn
LOn
LOn
LOn
1.0n
~~mt-.
1.~n
~g~~')
15mt-.
8.0mt-.%
15m
10m 30m
50m 10mt-.
10m 20mt-.
10m
10m
10m
lum
30t-.
30t-.
25
25
25
40
40
40
8.0
8.0
8.0
8.0
Vd~~VP &Vds=O
1& Jyt
2~~~~
~g~
4.0t
6.0t
8.0t
3.0t
3.0t
3.0t
8.0t
8.0t
8.0t
8.0t
(AI
~~m ~~mt-. .10n
50m 40mt-. LOn
50m 12mt-. .10n
50m 12mt-. LOn
50m 4.0mt-.
LOn
50
50
50
50
50
50
25t-. 35
25
35
35
25
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
8.0n
30
50
50
50
S.Ot
10
lOt
10
8.0
15
1.0
20
1.0
20
4.0
20
4.5
20
4.5
20
4.5
20
4.5
20
4.5
20
8.0
10
4.5
10
2.5
10
10
20
8.0
10
4.5
10
2.5
10
10
20
8.0
20
8.0
20
1.2
10
5.0t
10
8.0t
15
lOt 20
7.0t
20
5.0t
20
6.0t
15
10
20
5.0t
20
15
8.0
8.0
15
6.0t
15
7.0t
15
8.0t
15
3.0t
4.0t
7.5t
LOt 0.0
(AI
15m
1.0n
50mt-. 1.0n
25mt-. 1.0n
2.0mt-.
1.0n
40mt-. 1.0n
15mt-. 1.0n
10m 5.0m
2.0n
10m 10m
2.0n
10m
~g
20
20
20
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
4.0
4.0
4.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
20
20
20
15
15
15
15
15
15
15
15
15t
1St
1St
1St
1St
1St
15
15
15
15
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
15
15
15
15
7~
.70
.~~
.~
.2
.~IO
0.0
!i.Q
1~1O
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
1.~
.5
.~IO
0.08¢
t~
0.0
0.0
O:gQ5
0.0
0.0
lOt
lOt
lOt
lOt
lOt
lOt
15
10
10
15
20
20
20
20
20
20
20
20
lOt
lOt
lOt
20
lOt
lOt
lOt
20
20
20
10
10
15
1.5m
1.5m
.30m
.30m
1.5m
1.5m
1.0m
1.5m
1.5m
1.5m
5.0m
5.0m
3.0m
200u
200u
600u
LOrn
LOrn
1.0m
LOrn
LOrn
.45m
.35m
.25m
.25m
3.0m
2.5m
1.5m
LOrn
.20m
1.0m
.85m
400u
4.5m%
7.5mt
6.0m
6.0m
6.0m
10m
10m
8.5m
3.0m
3.0m
3.0m
3.0m
3.0m
20u
20u
5.0u
5.0u
20u
20u
25u*
25u
25u
25u
150u%
35u%
35u%
35u%
35u%
35u%
20u
lOu
5.uu
30ut
30u
15u
1.2m
10m
1.2m
0.0
15
4.5m
20
15
15
15
15
15
15
15
15
2.0m
3.5m
3.5m
1.0m
1.5m
2.0m
3.0m
3.5m
4.0m
0.0
0.0
15
15
15
15
15
15
15
15
15
15
6.5m
1.5m
2.0m
6.5m
3.0m
7.5m
7.5m
12m
7.5m
12m
7.5m
12m
5.0m
12m
5.0m%
5.0m'lb
5.0m
12.m'Jj
IN ORDER OF (I) DISSIPATION
~I TYPE No.
DERATE I
IDESCRIPTION IL C I
Rds
MAX.
IN
)STRUC. I
IE 0
Cis
FREE MA
TURE
DWG. A D
AIR I~~~P
No.
D E
Ln)
IF)
Wtc 'C
20p# 2.0m 175J
T018 D~~
:lm
20p# 2.0m 175J g~t
T018 DB¢
.22kt
2~#_ 2.0m 175J DPL
T018 DSQl
.22kt
20p# 2.0m 175J DPL
T018 D~~
.30kt
20p# 2.0m 175J DPL
T018 DB¢
T018 DA
t-.*
T018 DA
t-.*
18p#
150A
t-. T0122 GP
18p#
150A
t-. T0122 GP
18p#
150A
t-. T0122 GP
6.0p#
T0122 GP
150A
4.oiL#
150A
T0122 GP
2.5k
6.0p
2.0m 175
t-.
T072 OJ
1.6k
6.0p
2.0m 175 t-.
TOn
1.3k
2.0m 175 t-.
Ton OJ
6.~
1.7m 175J
6.0p#
TOn
5.5p#
1.7m 175J *1Zl*¢ T072 g~1Zl
6.0p#
1.7m 175J
* TOn OX
6.0p# 2.0m 175J #
X74
DH
X74
6.0P# 2.0m 175J
DH
6.QiHL 2.0m 175J
X74
DH
2.0m
175J
X74
DH
#
I~'OP#
6.0p# 2.0m 175J
X74
DH
6.Q.rHL 2.0m 175J
X74
DH
PE
T018
!:,!P
PE
T018 I~
13p
13p
PE
T018 lrii
13p
PE
T018 IIZl
1.8k
lOp
2.0m
T018
1.5k
2.0m
T018
1~
1.3k
lOp
2.0m
T018
lOp
.90k
T018
.60k
T018
1~
.30k
lOp
2.0m
T018
30p
2.0m
T072
30p
2.0m
TOn
30p
2.0m
T072 D~~
30p
2.0m
TOn DU¢
2.0m
TOn DUe
3~
30p
T072 DUiZ
2.0m
13p
200 PE
T018
13Q.
200 PE
T018
13p
200
Ifgl~
13p
.10k
200
.08k
200 PE
T018
130
13p
.06k
200 PE
T018
18p
1.7m 200J
L21
g L21
1.7m 200J
1lm,
7.0p
1.7m 200J
L21
1.7m 200J
7.0p
L21
17m 200J
L21
7.~
7.0p
1.7m 200J
L21
8.0p# 2.0m 175A PE
T038e
.50k
8.0p
2.0m 200 PE
L21a
.50k
8.0p
2.0m 200 PE
L21a
8.0p
.50k
2.0m 200 PE
L21a
.50m 175J PH
TOn DU
.8~t-.
.80pt-.
.50m 175J PES
T072 DU
4.0p
1.7m 200
T072
4.0k
7.Q.rHL 2.0m 200S
T018 DDIZ
T018 D~~
4.0k
7.0p# 2.0m
#
1.5k
7.0p# 2.0m
T018 DD¢
6.00#
1.7m 200S # 0\, L58
6.0p#
1.7m 200S
~; L58
6.0p#
L58
1.7m 200S
oj; L58
6.0i1#
1.7m 200S
6.0p#
L58
1.7m 200S
1.7m 200J DPL IZl ' T072 DH
6.0p%
6.0.JL% 1.7m 200J DPL
R038e
6.0p%
1.7m 200J DPL
T072 DH
6.0p%
1.7m
DPL
T072
18p% 1.7m ~gg~ DPL
.30kt
T018
18p% 1.7m 200J DPL
T018 D~~
18p% 1.7m 200J DPL
T018 DB¢
18p% 1.7m 200J DPL
T018 DSQl
20pt-. 1.7m 200J DPL
T072 DH
8.0pt-.
1.7m 200J
T018 DB¢
6.0p
1.7m 200J
T018 DH
3.0p#
1.7m 200J
T018
.30kt
2.5m 125J ¢
R97b g~1Zl
30kt 6'fGp~_ 2.5m 125J
t-. R97b DB
50kt
16p# 2.5m 125J
t-. R97b DB
80kt
2.5m 125J
n R97b DB
2.5m 125J
R97b DO
4.0p
T072
.12k
1.7m 200 PE
1.7m 200J
T072 DH
200J ~r;r
T072 DH
200J #T.1Zl TO 106 DB
4.0p#
2.8m 150S
T092 DO
~:g~: 2.8m 150S
T092 DO
7.0p# 2.8m 150S @# T092 DO
5.0p# 2.8m 150S
T092 DO
5.00# 2.8m 150S
T092 DO
5.0p# ~.8m
DO
!l?#
2.8m
.15k%
DO
##
5'fg~
2.8m 150S
30 %
T092 DO
60 % 10p# ,~.8m 150S
# T092 DO
2.8m
100 %
T092 DO
2.8m
50 %
T092 DO
100 % 10p# 2.8m 150S
# T092 DO
7.0p# 2.8m 150S
T092 DO
7.0D# 2.8m 150S
T092 DO
7.0p# 2.8m 150S
# T092 DO
100
2.2m
L61a
12'1
2.2m
100
L61a
1~
100
12p# 2.2m 2005 IIZl ¢ L61a
7.0p# 2.2m
T072 EC
Ql T072 OW
10~ 2.2m
7.0p# 2.2m 1755
g~
2.2m 175S
0
'ft
'ft
~:g~
g~g
~~
~gg~
g~0
7.5m
50u%
6.5m
6.5m
5.0mt
5.5mt
6.0mt
6.0m
7.0m
8.um
lOu
SOu
SOu
50u*
50u*
50u*
SOu
60u
75u
4.~
4~
@:
l~g~
19~:
lOOp
50p
LOn
LOn
1.0n
2.010
5.00
110
I~
~:~
10m% 150u
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O.u
~g~% 1~op O.~
2~g
30m% 1000 2.0
30m%
25m
25m
30m
30m
lVL
0.0
0.0
0.0
0.0
0.0
PARAMETERS· @25'
COMMON SOURCE
gfs
Yos
J.mho&
MIN
MAX mhos
4.5m%
52u
~m~ 52u
4.5m%
9m
3.5m%
8m
27u
8m~ 27u
1~·5m%
2.0m%
6m% 24u
LOrn
1.5m
2.5m
10m
1.5m
6.0m
20u
800u 4.5m
SOu
3.2m%
35u*
4.5m
7.5mt
SOu
.25m
.50m
1.5u
350u 700u 3.0u
400u 800u
lOu
8.0m% 18m~
10m'* 18m'*
8.0m
18m
1.5m
SOu
6.5m
1.5m
6.5m
50u
1.5m
6.5m
SOu
1.5m
SOu
6.5m
1.5m
6.5m
SOu
1.5m
6.5m
SOu
2.0m
7.0m
3.5m
7.5m
5.0m
10m'!!
8.0m
200u 7Jg~'lI 300n
.40m
1.lm
LOu
.60m
1.5m 4.0u
.90m
2.2m
12u
1.3m 3.0m
25u
1.8m
4.2m
SOu
.40m
1.2m
.70m
1.8m
2.4m
LOrn
1.6m
3.6m
2.2m
5.0m
3.0m
7.0m
2.0m
7.0m
3.5m
7.5m
5.0m
10m~
8.0m
15m'!!
20u
SOu
75u
45u
45u
45u
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
'1;:
l~g~
fg~~
::
'ft
~gg~ I~
m~
fgi~
IN ORDER OF (1) DISSIPATION
•121 TYPE No.
PARAMETERS @25'C
DESCRIPTION
DERATE
COMMON SOURCE Rds
MAx.
IN
v~TRUC-1
Cis
gfs
DWG.
Yos
FREE MAX TURE
AIR IffMP
Imhosl
No.
MAX mhos
1m
IFI
MIN
W/'C C)
7. SILICON FIELD EFFECT TRANSISTORS . N CHANNEL
LINE
No.
~
TYPE
No.
~:AX.
D VICE
DISS
~~;C I~V)O
~.
3
4
5
6
~#
~~Ji;
~~g~ I~:g+
2N3069
350m
350m
350m
350m
350m
350m
350m
350m
350m
350m
350m
350m
350m
360m
360m
360m
~~~g~~
2N3684
~~~684A
9# C94A
l~# g~~A
12
UC200
15
16
17
18
UC220
2N3819
2N4856t
JAN2N4856
n
~~
21
~~
24
~~
27
~~
30
~~
33
~~
~g~6
~~:~~~ft
JAN2N4857
~~4857At
2N4858t
JAN2N4858
~~:~~~ft
JAN2N4859
2N4859At
2N4860t
JAN2N4860
~~4860At
2N4861t
JAN2N4861
~~~~~JAt
~~Om
360m
360m
360m
360m
360m
360m
360m
360m
360m
360m
360m
360m
360m
360m
3~Om
2N5246
2N5247
2N5248
2N5549
39
40# BF244
41# BF245
42# BF246
360m
360m
360m
360m
360m
360m
360m
360m
:~#
I~~g~
36
~~
~ri~~63
LDF604
LDF605
LDF691t
LDF692t
48
NKT80211
49#
NKT80212
NKT80213
45
:~
360m
360m
360m
360m
360m
360m
360m
~~:
m~ ~~+8021~ I~~g~
360m
54# NKT80216
55
56
57
58
59
60
~~
NPC211N
NPC212N
NPC213N
NPC214N
NPC215N
NPC216N
i:s~i
~~
66
TlS42
TIS58
TIS59
TIS68",
~~
i:~~g:
69
TIS73t
63
~~
i:~~~~
72
73
74
75
TIS78
TIS79
TIS88
TlXS78
~g
~~~~9A
81
G125F*
G126F*
G127F*
G128F*
H
'Ut~l8
40468A
78
g~
84
g~
I~m~:
87
88
89
90
G131F*
G132F*
2N3084
2N3085
2N3086
2N3087
2N3088
~~
93
~~
~~~g~~A
105
2N3089A
2N3465
2N3466
2N4445t
2N4446t
2N4447t
2N4448t
2N5158t
2N5159t
3N140
108
109
110
3N159
40467A
40600
96
~~
99
19~
102
19~
19~
~~l~~
360m
360m
360m
360m
360m
360m
~~Om
360m
360m
360m
360m
360m
360m
360m
360m
~~g~
360m
360m
360m
360m
360m
360m
375m
375m
375m
375m
375m
375m
375m
1::!75m
375m
375m
375m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
D.A. T.A. INC.
MAX.
MAX.
ABS MAX RATINGS @25'
BVdss BVgssJ
l!d(ON)@ Igss@ TEST COND
Id
Ig
Vgs=O& V9S>~~V9S Vds
()
IVI
IAI Vd~ilVP &~dS-O
V?J)
A)
-(V
V
IVI
IVI
IAI
MAX.
Vr:!
@ &
9.5
4.5
2.2
4.5
5.0t
5.0
5.0
15
15
6.0
8.0
4.0
2.5
8.0t
lOt
10
lOt
6.0t
6.0
6.0t
4.0t
4.0
l~~ ~g ~:g
50t.
50t.
50t.
30
30
30
20
20
10
10
10
10
20
20
20
20
25t.
25t.
25t.
25t.
15t.
1St.
15
15t.
1St.
15
15t.
15t.
15
4'~Jt
15t.
15t.
10
lOt
6.0t
6.0
6.0t
4.0t
4.0
4.0t
6.0t
4.0t
8.0t
S.Ot
15
1St.
8.0t
8.0t
8.0t
~.Ot
15t.
15
15t.
15t.
15
1St.
15
15
15
15
15
15
15
15
15
15
15
30
30
25
4.0t
4.0t
4.0t
lOt 20t.
5.0t
20t.
.50
5.0
.70
5.0
5.0
1.0
1.~
2.5
3.5
.50%
.70%
1.0%
1.5%
2.5%
3.5%
8.0
5.0
9.0
5.0t
5.0t
5.0t
lOt
~.Ot
4.0t
lOt
12t
6.0t
lOt
12t
6.0t
5.0
10
5.0
10
5.0
10
5.0
10
lOt
lOt
lOt
lOt
5.0t
5·2 t
5.0t
5.0t
lOt
10t
10
10
10
10
8.0
10
4.0t
4.0t
4.0t
8.0t
2.0t
25
40
40
40
40
40
40
40
40
40
30
30
30
30
30
30
30
30
30
~gt.
20t.
20t.
30
30
5.~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0 15.0
15
30
30
25
15t. 25
15t. 25
15
15
15
30t.
15
15
~g~
15
30
30
30t
15
30
~~
t.
t.
t.
10
10
10
10
10
10
10
10
15
15
15
15
15
15
15
15
15
15
5.0t.
5.0t.
5.0t.
5.0t.
5.0t.
5.0t.
1M
1M
t.
16t.
12t.
15t.
20
20
15t.
40
40
40
40
40
40
40
40
30
30
40
40
15
15
15
15
40
40
25
25
20
20
40
40
20
20
20
20
20
20
~g~
100m
100m
100m
50 7.5m
50m
50 7.5m
50m
25t.
50m
2St.
50m
2St.
~Om
2St.
50m
50
50
50
50
25
10m
40
50m
40
50m
40
50m
40
50m
40
50m
40
50m
40
50m
40
50m
40
50m
50m
30
30
50m
30
50m
30
50m
50m
30
50m
30
30
50m
30
50m
30
50m
30
50m
30
50m
30
50m
10m
30
40
30
10m
30
10m
10m
~~m
20
30m 10m
20
30m 10m
20
30m 10m
30
50m
30
50m
10
10m
10
10m
10
10m
~~m
10m
10
10m
8.0t. 200u 90u
8.0t. 200u 180u
8.0t. 200u 400u
8.0t. 200u 900u
8.0t. 200u 1.8m
8.0t. 200u 4.0m
!2 m
~g
50m
25
10m
10m
25
10m
25
25t.
30m
25t.
30m
25t.
30m
30t.
50m
50m
50m
300t.
10m
200t.
10m
50m
30
1300t.
10m
200t.
10m
30
10m
1.0
25m
1.0
25m
19
~g~
25t.
40
40
40
40
40
40
40
40
15
15
15
15
10
10
10
10
40t.
40t.
25
25
20
20
40
40
4.0
4.0
8.0
8.0
1.0
8.0
400m
400m
400m
400m
400m
400m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
100m
100m
100m
100m
100m
100m
~~~
10m
2.5m
600u
7.5m
7.5m
5.0m
5.0m
7.0m
7.0m
30mt.
15m
~g~ 1~:g\O
1.0n
1.0n
1.0n
.10n
lOOp
10n
.50n
10n
1.0n
.10n
lOOp
12mt. .10n
5.0mt. .10n
20m% 2.0n
~g~~, ~5n
500
50m%
100m%
100m%
100m
80m%
80m%
80m%
50m%
50m%
50m%
100m%
100m%
100m
80m%
80m%
~g~~~
50m%
10m%
8.0m
25m
8.0m
8.0m
8.0m
50m%
5fa'
5.0
4.0n
4.0n
2.0n
2.0n
20
15
IO·~2mmt.
100m
750u
500u
2.0m
2.0m
.50m
.50m
.30m
.30m
6.0m
l:lm~
2.5m
2.5m
2.5m
3.0m
3.0m
2.0m
2.0m
1.5m
1.5m
4.5m
3.0m
2.0m
6.5m
~.~m
80ut
30ut
7.0ut
50u%
5.0u
lOOk
lOOk
~gg~
.15k
130 t
.25k
.35k
50u*
.O~~ %
40
40
.06k
60
60
.02k
30
25
.04k
40
40
.06k
60
60
0.0
0.0
0.0
0.0
0.0
0.0
0.0
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
J:g~
2.0n
2.0n
1.0n
2.0n
2.0n
1.0n
1.0n
1.0n
0.0
0.0
0.0
0.0
0.0
0.0
0.0
.10n
.10n
.20n
.20n
.10n
.10n
.20n
.20n
3.0m
.10n
3.0m
.10n
3.0m
1.0n
3.0m
1.0n
2.0m
1.0n
2.0mt.
1.0n
2.0m
1.0n
2.0mt.
1.0n
5.0m
1.0n
5.0m
1.0n
150m% 3.0n
100m% 3.0n
150m% 3.0n
100m% 3.0n
100m% 1.0n
100m% 1.0n
30m
1.0n
30m
1.0n
5.0m
50p
30mt. 1.0n
50m%L 1.0n
18m* 1.0n
15
15
15
15
15
15
15
15
15
15
15
20
20
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
15
15
15
15
15
15
30
30
15
30
30
15
15
12
7.5m
6.0m
8.0m
6.5m
15m
6.5 %
6.5 %
50u
50u
70u
50u
3.5m
5.0m
8.0m
7.5m
10m
100u%
100u%
100u%
.20m
.40m
.60m
.70m
1.1m
1.5m
i·_8~m
~.~m
4.5m
3.0m
4.5m
3.5m
6.0m
3.0 %
3.0 %
8.0 %
~:gm'1b
23 t.
.~" t.
1.3m
3.0m
108m
4.2m
200m 700m
400m 1.1
600m 1.5
900m 2.2
1.3
3.0
1.8
4.2
3.5m Iti.5m
103m
2.3m
100m
100m
100m
4.0m
5.0m
6.0m
6.0m
6.0m
750u
750u
4.5m
.75m
.75m
4.5m
3.0mt
3.0mt
7.5m
3.0m
3.0m
7.5m
7.5mt.
t
%
t
%
t
%
t
%
t
%
100 %
'~2~
.40k
.40k
15
15
15
15
15
15
15
15
15
15
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
1.2",
102m
19
~:gg:12l
~~~
:g~~~
1.5k%
2.0k%
l~~i
15
18p#
4.5p#
1.5k% 3.00t.
2.0k% 3.0pt.
4'~80;#:
50u%
50u%
50u%
50u%
50u%
50u
50u%
50u
10u%
10u%
5.5p#*
2.7p#*
2.00t.
2.0pt.
7.0pt.
7.00t.
2.0pt.
2.0pt.
7.0pt.
7.0pt.
14p
140
14p
14p
140
14p#
l:g:tt
15pt
5.0 t
.01kt
6.0 t
.01kt
g~~
70p#
~g~:
50p#
4.0
4.0
14
14
6.0m
6.0m
0.0
14
15
13
7.0m
18m
4.0m
7.5 t.
10mt.
710:1
18m
18m
7.0p#
300 %
4.0
111
1.8m I~gg
108m 200
200J
200J
200J
200J
200J
200J
l.I:~m
~:gg:
6.0m% 9.0mt.
.40m
.40m
.40m
.40m
.30m
.30m
.30m
.30m
.40m
.40m
l~~:
230
25p
25p
250
25p
25p
250
50u
ill.Op
!!.~m
25 t
18p# 2.4m
70 t
2.9m
20u
6.0p# 2.9m
50u
2.9m
35u%
.35m
35u%
8.0p# .35m
350u
35u%
5.0 % 8·Pf';; 350u
.50k
.25k
.09k
.04k
.50k
.25k
.09k
.04k
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
0.0
0.0
~:g~
l~g~
.03k
.06k
.40k
.40k
.40k
100u*
100u*
50u
100u%
100u%
50u
m~
6.0p#* 2.2m
150% 2.0m 200C
15p% 2.0m 200C
2.0m 200C
2.0m 200S
4.0p# 2.0m 200S
3pt* 2.0m 200A
30t* 2.0m 200A
~pt* 2.0m 200A
3pt* 2.0m 200A
7.00
200
7.0p#
200
200J
8.0p# 2.9m 150S
2.4m 200S
2.4m 200S
10 # 2.\?m 200S
200S
l~P: 2.4m
2.4m 200S
10 # 2.0m 200S
18p# 2.4m 200S
18 :#: 2.4m 200S
10 # 2.0m 200S
2.4m 200S
l~P: 2.4m 200S
10 # 2.0m 200S
2.4m
p:
2.4m ~gg~
10 # 2.0m 200S
200S
l~P: 2.4m
2.4m 200S
10 # 2.0m 200S
4.5p# 2.9m 150S
4.50# 2.9m 150S
4.5p# 2.9m 150S
2.9m 150S
2.4m 200S
4.0p*
2.9m 150S
4.0p*
2.9m 150S
120* 2.9m 150S
1..:tp
~.~m
2.9m
~:gg: 2.9m 150J
5.0p# 2.9m 150J
2.9m 150J
16p
160
2.9m 150J
23p
108m 200
23p
108m 200
108m 200
230
4.b~:
.02k
30 t
~¢
2g~:9 ~:g~
10m%
10m%
15m%
10m%
10m%
15mt.
25m%
25m%
26m
0.0
0.0
l~
30
30
30
20
20
10
10
10
10
~50p
.25n
2500
250p
.25n
2500
250p
11,5n
500
250p
.25n
2500
250p
.25n
2500
250p
1.0n
7mt.' 1.0n
24mt. 1.0n
20m% 5.0n
2500
25m
5.0n
5.0n
3~~~m
Om
5.0n
5.0n
~\!.um
1.0mt. 500p
2.0mt. 5000
5.0mt. 500p
.50n
.50n
.15m
10n
.30m
10n
.60m
10n
1.5m
~~n
3.0m
10n
6.0m
10n
150u
10n
300u
10n
600u
10n
105m
10n
3.0m
10n
6.0m
10n
20mt.
0.0
0.0
0.0
0.0
0.0
200 t
~:g~:
5.5p;#:
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
.~~m
.35m
2.0m
2.0m
2.9m
.35m
.35m
2.8m
2.5m
2.5m
2.5m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.7m
2.7m
2.6m
2.6m
2.6m
2.7m
~ggt
150J
150J
150J
150S
150S
150S
150S
¢*
T018
T018
T018
¢
T072
#* T072
T018
T018
~
iga
T072
¢
E
PE
~¢
'/jill
jtzl
ltzl
Ijtzl
'jtzl
#1
#~
#;.(2)
;#:#
PE
PE
PE
E
III
TOn
T072
T072
T092
T018
T018
T018
T018
T018
T018
T018
T018
T018
T018
T018
T018
T018
T018
T018
T018
T018
T018
X55
X55
X55
T092
T018
X55
g~1ll
D8iil
g~~
DH
DH
DD
DD
DD
DD
DH
DH
DH
DA
D~~
DB
D~?d
DB¢
DB0
g~~
OB¢
g~¢
DB¢
D~~
DB¢
DB0
D~l!l
DB¢
DB0
gg(2)
DD
DD
DA
DH
T092
~
(2)
iii
#
:
#
:
PE
PE
PE
PE
PE
PE
PE
PE
PE
l~g~ !~~
150J
150J
150J
150J
150J
200
175J
175J
175J
150S
150S
150S
150S
150S
150S
150S
150S
200C
200C
igH
LC
EO
AD
D E
P
P
PEt
Pt
Pt
X55
,~~::t
u34
u34
u34
u34
T018
T018
T018
iga
T018
T018
T018
T018
T018
T018
T018
T092
T018
T092
T092
T092
T092
T092
T092
X55
X55
X55
X55
X55
X55
X55
X55
DB
DB
DB
DB
DB
DB
DB
DB
DB
DB
DB
g~~
DB¢
g~~
DSi/l
DB
!g~
DB
DB
DD
DB
OB
TO 106 DD
T072 DW
T072 DW
*
D~E*¢ T072 OS
L49a
L49a
#
L49a
L49a
L49b
#
L49b
L49b
L49b
#
R82
T018 DD
R82
T018 DD
R82
200C
R82
200C
T018 DD
200C
T018 DD
200C
200C
R82
T018
200C
T046 gg0
200S
200S
T046 D~~
T046 DD¢
200S
T046 DD0
200S
T046
200S
T046
200S
175A $0
Ton DX
175A $
T072 DX
T072 DW
175S
T072 DX
175C *0
T072 DW
175A
175A :~
Ton DX
t~
:
:
~gg~
~
g~~
7. SILICON
FIELD
EFFECT TRANSISTORS·
N CHANNEL
1.J
WMAX.
MAX. [!<BS MAX RATING @25'q MAX.
MAX.
PARAMETERS @25'
LINE
No.
TYPE [!lEVICE
No.
DISS
VL-!!3Vdss BVgssJ
@ &
Id
~~,~'C I~~.O V~~
"/I
....
IWI
IVI
IVI
IV
IVI
{AI
:g~g~
:gg~ ~:g;
1~~ ~g
400m
400m
15t.
15t.
5
6
40603
40604
C81
C413N
7
8
9
CM697t
~
3
4
:gg~
c~n
400m
400m
400m
400m
400;"
PFN3458*
400m
400m
400m
400m
400m
400m
400m
U243t
2N5543
2N5544
400m
400m
500m
500m
MD1F3069
MD1F3070
MD1F3071
l~
18
~~~~g~~:
:gg~
~g
21
2.0t
2.0t
3.18
10
10
3.0
}O
50
2.5
10
5.0
2.5
8.0
8,0
8.0
1910
~~
2N4881
2N4882
2N4883
~~:~~~
:~
48
~g
51
55
56
57
~g
60
~~
63
2N4886
2N5277
2N5278
3N169t
3N170t
3N 1711
U221
U222
U1715
MFE2097
~m~~~
2N3970t
~~~~m
2N4091
2N4091At
2N4092
2N4092At
2N4093
2N4093At
2N4094t
40t.
500m
~gg:::
5.0
6.10
10
25
500m
800m
800m
800m
6.0
15t
15t
lOt
1.5t.
2.0t.
800m
800m
1.5
1.5
1.5
1.8
1.8
1.8
1.8
1.8
1.8
1.8
1.8
1.8
1.8
ggg:::
1.8
1.8 l>
~~:~~~~
1.8 t.
1.8 t.
~~:~m
U
~
1.8 t.
c~~~~
6.0
8.0
8.0
8.2
8.0
9.0
79
80
81
g~
84
TlXS36
U252 ...
UC251
~5'0000
500
D.A. T.A. INC.
t.
t.
t.
t.
t.
t.
~g~
~g
~~
~g
30
100
100
100
50t. 300
50t. 300
50t. 200
~g~ ~gg
50t. 125
~g
~:gt.
10*
10*
25
25
ig*
25
10
15t
7.0t
lOt
20
50
15
15
10
5.0
3.0
10
I,Ot
7.0
7.0t
5.0
5.0t
20t.
20t.
20t.
20t.
20t.
20t.
20t.
20t.
20t.
10
5.0
3.0
20t.
20l>
20t.
5.0t
3.0
5.0
15
10
10
10
10
15
10
5.0
6.0
15l>
20
20
5.0t.
5.0t.
5.0t.
5.0t.
5.0t.
5.0t.
lOt.
10
20
50m
50m
18m*
18m*
10m
IV
I::g
4.0
1.0n
1.0n
10m# 3.0n
6.0m
10nt.
6.0m
10nt.
3.0n
4.0m
5.0n
1,Om
5.0n
250u
5.0n
10mt. 5.0n
2.5mt. 5.0n
600ut. 5.0n
4.0mt.
1.0n
10mt. 1.0n
15mt. 1.0n
400m 100m 150m%
400m 100m 100m%
10m%
10m%
Jg::: ~~Omm%
50m
~~t.
20
~gi l~~
IAI
~~ :gg~ 199~ 199~~ I~:g~
20
20
75
30
i~
800m
800m
IAI
~~~: 1:g~
~O
~:g
Vd~?Vp &X~S=QI"11
~g~
50
50
20
ggg::: 1gi
800m
lOt
ggg::: 7 '?Jt
{AI
50m
50m
50m
25 400m 100m
~2t.
100m
50t.
100m
50t.
100m
50t.
100m
50t.
100m
50t.
100m
5.0
2N4392t
CP651
15t.
40t.
40t.
~gg~ III'fo
1.8
1.8
7~
25
8.0
500m
2N4978t
75
15
15
5.0
30
30
30
30
30
30
30
30
30
15t.
40t.
40t.
5.0
10 B.O
15t 30
~gg~ I~:g
33
5~~
20
20
tg
8.0
lld(ON)@ Igss@ TEST COND
Ig
Vgs=O& Vgs>VplVgs Vds
50
50
30
40
40
40
40
50
40
50
40
50
40t.
40t.
40
40
jg
30
30
20t.
25t.
20t.
20t.
20t.
30t.
30
~g~
50
3.0n
3.0m
1.0u
1.0u
5.1~n
30m% l~gOn
40m
100D
~:oo",m~ .1g~
15m
10m 2.0m
10m 7.5m
10m 2.0m
1~g
1g::: 1 ~5"'m ~ :g~
10m 7.5m
30m
50
200
50
50
30t.
40
40
40
40t.
50
40t.
50
40t.
50
40
40
40
40
40
30
30
30
30
25
30
1.2
600m
':.!20m
600m
0.0
0.0
5.0
15
15
0.0
0.0
0.0
0.0
0.0
0.0
0.0
I~'O
IU.O
0.0
0.0
0.0
25m
75m
5¢
0.0
0.0
0.0
(J.O
0.0
0.0
0.0
0.0
1:g~
1.0n
100
lOp
g::, l.b°,,"
25m 11
25m 250m
50m
10m 100m
10m 100m
10m 25m#
50m 150m
50m 75m
50m 30m
10m 30m%
10m 30m%
10m 15m%
10m 15m%
10m 8.0m%
10m 8.0m%
10m 75m%
10m 20m%
50m 150m%
50m 75m%
50m 3(Jm%
50m
50m
~Ot.
25t.
20t.
20t.
20t.
30t.
IOn
IOn
19:::
~g:::
10m 7.5m
~g
13
13
0.0
.20n
2.0n
2.0n
1.0n
1g::: ~:g:::
30m
30m
g
4.0
~g
1.0n
5.0n
LOn
1.0n
Rds
~~9u
30
30
30
30
30
30
30
300u
200u
1.0m
750u
500u
400u
1.0m
2.5m
10
1.Um
2.5m
2.5m
2.5m
1.0m
2.5m
10m
3.0mt
3.0mt
5.0m
5.0m
20mt
10m
10m
D RATE
DES RIPTION
IN
.. j§TRUCFREE M~~_ TURE
DWG.
AIR TEMP
No.
W/'C rCI
I~:~~ m~:
5.5p#
800*
~.Opt
5.0pt
.0Ik%
50u
20
5.0u
80u
30u
7.0u
2.0~f/;i
5.0
10
6.0
12
100u* 2.0k%
100u* 2.0k%
100u
100u
3.~p~
5.QpIU
~4p#
5.0p
~g :~&:::~ 1.5:n~
50
.35m%
lm'll
50
30
30
.60m% 1.5m%
2.0m
5.0m
3.0m 6.0m
~g :~g:::~ 1.5~
20
20
15m
20m
40m
20m
0.0'
0.0
0.0
15
15
10
10mt
14mt
12mt
20m
25m
10u%
20u%
10u%
20u%
10u%
20u%
25u
60u
~5p#
50u
.40kt
200u%
400u~
5~S:1
25p#
25p#
20D
60 t
50
40p
80
.02k%
:gm'
.06kt
.10n
.10n
.1 On
~gg~
5q,Op
1.0n
1.0n
5.~\O
112
3.9m l~gA
7.7m 150
\lit.
15
15
15
15
15
15
10
10
20
10m
10m
20m
100mt
75m
100mt.
60mt.
20m
80m
800u
10m
10m
5.0m
12mt
30m
30m
60m
250m
200mt
t
t
60m
200mt
20m 200u
20m 400u
10m 100u
%
.10kt
15 t
20 t
40 t
.15k
.07k
.05k
60kt.
.06kt.
1·04kt.
4.0
7.0
4.0
7.0
.04kt.
16p#
16p#
160#
32p#
1:~:
19~
10m
10m
10m
10m
10m
~
Qj
DB
i8~
DBm
T05
DS0
DBm
T018
T018
T018
T018
T018
mj ~
tZl
IZI
iZ!
~gg~ ~
1g::: ~gg~
Jg:::
DS¢
DSi/J
DiiQj
DBm
DS¢
~~::
ill
\lI
~~P#
3Qp'\!:
30D><
30p#
~ggJ E#\lIt.
35pt
350t .03m 200J E#
35pt .03m 200J E#
25pt
20u 200J
E
20u 200J E#
250t
20u 200J E#
~5pt
25pt
.O~o.:: ~ggj~:
350t
57m 200J 0
1.7m 200J
EMt
50 t
3.3m 175 PES
50kt
12p# 3.3m 175 PES
5.0p
3.9m 150
75 t
250
PL
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
[¥11:
L21b
2005
2005
2005
2005
200S
10m ~gg~
10m 2005
10m 200S
D~f/;i
DB¢
DSilJ
GP
T072
T072
T072
T05
T05
T05
R34a
200S
~
ig~~2
2005
200S
2005
200J
200J
200J ¢
175J t.
19::: ~gg~
19:::
~gg~
10m 200C
10m
f/;i
I<'
§
::~::: ~gg~ ~: i8~
4.5m
4.6m
4.5m
4.6m
4.6m
4.5m
10m
ggQj
T05
A
~t. T0122 ~~
Illt. T0122 ",p
p~
u:::
OX
DDQj
DO
T0122 GP
2.3m 200J E
150A
150A
15p#
15p#
150#
15p,\!:
I ~gg~
15p#
150# 4.6m 2005
30
0.0
~~~~
200J E
T018
200J E
T018
200J E
TO 18
200S~!';i
1!2~2
2005 t.iZ!
T052
2005
t.1ZI T052
5.0kt
3.0kt
5.0kt
3.0kt
5.0kt
3.0kt
400
4.DP
i8m ~~
R135
T05
m~
25p
200
200
200
40p
10m 200m%
IOn
50m
1OOn
75m% 1.0n
2.~m
lox
150A
~n~
PE
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
+g~~ g~
t072
~:~::: ~ggj~;tt
2.3m
2.3m
2.:!m
2.3m
2.3m
LC
E0
A D
D E
175A *Qj
m~ *
200J E#
200J E
.03kt
30kt
60kt
100kt
10m 300mt.
50n
1.2 %
IOn
500m%
IOn
1OOm# ~.On
60m# p:On
10m 300mt.
50n
2.7m
2.7m
2.3m
2.3m
10p#
10p#
100#
30 t
60 t
luu t
10
10
20
MAX.
Cis
19~~
10mt.
2.8mt.
.20m .50u
.Oi5mm
40mt. 50u
1.0m 2.5m
20u
1.0m 2.5m
20u
76m% 5.0n
1~g
75
35t.
35t.
]gt.
{VI
OMM N SOURCE
gfs
Yos
{mhosl
MIN
MAX mhos
IN ORDER OF (1) DISSIPATION
21 TYPE No.
i~~
i81g
i81g
T018
i81g
T018
i81g
T018
T018
i8 a
i8J8
T059
T059
T05
T05
T05
DBOj
DS0
DSilJ
DB(l)
DS0
DSilJ
gg~
000
DDm
DO¢
000
DDOl
ig~9 000
000
T060
,!:Q72
Tu12
T012
T078
T018
DB
DH
DG
DG
DB
IN ORDER OF (1) MAX THERMAL RESISTANCE
& 21 TYPE No.
hie
~
JjMAX. MAX pe~M T
ABSOLUTE MAX. RATINGS@2S'CMAX.
DESCRIPTION
LINE
TYPE
!HERM FREE A E
Ie
Ib
BVebo BVeboJBVeeo lebo @
BIAS
MIN
MAX
fae
MAX.
tr
ISTRUC
No.
No.
RES.
AIR @ X M
MAX Ve~Veb Ie
SAT.
l:TURE
DWG.
J to C
2S'C
P
@2S'C
RES.
No.
(WI
(WI
(AI
(AI
(VI
(VI
(VIIAI
IV
[Al
(0)
(s)
AD
12~~~
~:~~;;m
~g~
A
3# 258283t
15u
TC3
A
4# 2~8284t
45
25Qkt
3.0 ~
#J 6 ..0
1..0
6.0
2.0
48
lQQu~
1.C?~
6 ..0
2.0
A
15u
TC3
3.0 q)
#J 6 ..0
1..0
8.0
4.0
6.0
lQQu¢ 1.C?q) 6 ..0
2.0
s.~ 258285t
65
A
25Qkt
15u
~g~
6'l!' 258337
12 w
7 ..0
1..0
4.0
1.0
3.0 §
1.Qm
2.Qw 1..0
5.0
3QQkt
A
165
5Qk
28.0
o
TC3
12!{
5 ..0
1.0
8.0
1..0
8.0
.IQm
12.!?~ 1..0 \Il
5.0
4 ..0
1..0
25
12
25 ¢
1QQm
1.~q) .5.0
45
5QQkt
17.0
A
TC66
9# 258367H
4 ..0
1..0
.3.0
3.0
12
25
7Qm
1.5\<1 .5.0
5.0
5QQkt
8.0
A
TC66
HI# 2"831>8
17.0
5QQkt
A
4 ..0 ~
1..0
45
12
3455 10 lQQm
1.~~ .5.0
45
i
2SB368H
4 ..0 ¢A
5QQkt
1..0 A .3.0
45
12
7Qm
1.~q) .5.0
5.0
8.0
12# 258468
1.0 w
1.0 w
1.0
2.0.0
1.5
9.0
1.510 4 ..0
14
13.0
2.5u:lt12l
165
3QQkt
12 ~
1.0
3 ..0
6.0
1.0
45
.5Qm
2.C?~ 1..0
5.0
A
TC3
~~# ~S8471
14# 258472
165
3QQkt
TC3
A
¢ L#s
¢
15
JAN2N2079At
..0
6Qm
TQ36
7.0
5.Qk"
14m
~!!
JAN2N2557
6.0
25Qm
MT28
1.1 ~
#J 15
5 ..0
1.06.0.0
2.0
4.0
77QQuUUU0"'~ .5C?~ 1..0
2.0
14m
1~.. JAN2N2559
1.1 ¢
I#J
2.0
6.0
'" .5Q¢ 1..0
2.0
25Qm
MT28
1.1
IQlJ 1..0
5QQm
32
1.0
18
5Qu
.0 ..0
3QQm
5.0
Igg ¢ 3.QM§
22m
18"" AC176K
X9.
1,.
zN41QR
25m
TCI
20# ./>.(:193l:g
25 q)
1.0
26g
35.0
3.QM§
25mq) l:g
A
TDI
21# AC193K
25mw 1..0 ""
I#c 1..0
25
1.0
25 w
14~0
4QQm" 2.0.0 10
3.QM§
A
TCI
2~# 258325
#J 6QQm
6QQm\ll 12.0
5.0 1.0.0 §
2Qu~
2.!?~
5Qm
2.0
25.0
1.8
A"
R57
23# AC18QK
2.5 q) I;!fJ 1..0
32
1.0
24 §
2Quq) 1.C?q) 6QQm
5.0
25.0 A I.QM§"
A* X9b
24# 25816A
1.8 w
IWJ 6QQm
2.0
2Quw 2.Qw
5Qm
2.0
5.0 10
A
R57
A
R57
4Qm~
~~# ~::!~17A
4Qm¢
26# 25818A
A
R57
27
2N2564/5
66m
5 ..0 <LJ
I""J 3 ..0
1 ..0
4.0
1.0
3.0
65Qu
1..0
3 ..0
2.0
6.0
7.Qk
A
TC5
25Qm
66m
25Qm
5 ..0 ~
#J 3 ..0
1..0
~8IQQ
1.0
4.0
65Qu
1..0
3 ..0
2.0
6.0
7.Qk
A
TD5
66m
5..0 q)
#J 3 ..0
1..0
1.0
5.0
65Qu
1..0
3 ..0
2.0
6.0
7.Qk
25Qm
A
TD5
66m
I#J 3 ..0
1..0
1.0.0
1.0
6.0
65Qu
1..0
3 ..0
2.0
6.0
7.Qk
5 ..0 w
A
TC5
25Qm
4QQm
I
8. GERMANIUM PNP . HIGH POWER TRANSISTORS
L C
E 0
AD
D E
a ~~~~~i
1#
~
1~~
1~
#.
l:~ ~
67m
67m~
67mlO
4.0
2N2469
41# 258473
42# TF78
67m~
72m¢
17m
8Qm
8Qmq)
8Qmw
83m
~!?# 258487
83m
47# 258488
85m
48# 25818.0
85m
lQQm
lQQm
51+ JAN2N1183
lQDm
~~
2N1183A
p+ JAN2N1183A lQCm
:)4
2Nl1838
lQQm
55+ JAN2N 11838 lQQm
lQQm
56
2N1184
lQQm
57
JAN2N1184
lQQm
lQCm
lQQm
lQQm
lQQm#
lQQm
lQQm
"4# 7"84"3
lQ6m
25833'1
lQ6m
258332
~g# ~~~~~~
65#
66#
lC?~m
lQ6mA
122mlO
75+
2N671C
~~: ~~~~gA
78+
2N6788
1 ..0
5 ..0
5 ..0
5.5
5.5
1..0
7.5
1..0
7.5
1..0
7.5
1..0
7.5
1..0
7.5
1..0
7.5
3 ..0
6 ..0
~
~
w
10
g~~ &~~g29(;
84
2N4Q78
85# 25813.0
258481
87"" A0152
!;!!;!# A0155
89# A0156
9.0# A0157
8~~
~~"!:
gggA
96"" CC3Q8
m~
11.02
lQ3
~~m~
2N3214
2N3215
lq~# 25C831
1.0:)
2N3731
~g!!
2N4346
lQ~,,!: 258445
1.08"" 258446
1.09
4.0612
11.0
4.0623
D.A. T.A. INC.
19
~~j ~gg~
~g
fj
j:5 10#
3 ..0
3 ..0
3 ..0
3 ..0
~
w
8.~ #
8 ..0 #
5.5 QI
m~
13 ¢
8 ..0
6 ..0 q)
6 ..0 10
6 ..0 @
6 ..0 q)
6.Qw
133 11l 9}
133m
133m
3.6 @
4 ..0 ~
4 ..0 w
1;,9m
14"m
143m
143m
9 ..0 ¢
14 UI
14
14 Iii
~g
1.0.0
2.0.0
6.0
1.0.0
~~
IWJ
#J
#J
1#J
#]
35
3.0
6.0
4.0
6.0
6CQm
5QQm
5QQm
5QQm
~OOm
,,,,,5
#J
#5
I#J
#s
I"!:C
1""J
#J
5QQu
5QQu
5QQu
3 ..0
2 ..0
2 ..0
25Q.QQ'!]
\Q
2..0 10
19~
~:g~ ~:g
n~~
~g~~ ~:g~ ~g~
2.0
1.5
1.5
~g
6.0
1.0.0
6.0
1.0.0
5~
~
t?O",:"
~g
:~~::;~ ~:g\ll :~g
~g
~~
3.0
3.0
3.0
3.0
75
75
9.0
9.0
.Q511l~
'.11QQmmq)
n<LJ
1..0
1..0
.5.0
.5.0
1.!?q) .5.0
1.Q<LJ .5.0
:~
6.0
~g
~~
45
6.0
6.0
8.0
8.0
1.0.0 t
6.0
32
1&
1.0
2.5
12
12
12
2.0
2.0
2.0
2.0
1.5
2.0
1.5
2.0
1.5
.5.0
12
12
15 §
2.0 ~
3.0 ¢
3.0 0
~g \Il
2.0
3.0
~g
~g
2.0
3.0
3.0
4.0
4.0
1.0.0 ¢
6.0 §
32 §
~gQ":.~
UIO
5QQu
1.5
2Qu~
2Qu¢
1.Qm
1.Qm
~~g~
25Qu\ll
~gg~
~~g~
25Qu\ll
25Qu
2QQuq)
7Quw
7QulO
#J 15
I,,!:J 15
I""J 15
#J 15
#J 3.5
1..0
I~J 1.5
#J 1..0
I#J 1..0
#J 1..0
I,,!:J 2 ..0
I""J 2 ..0
#J 1..0
I#J 1..0
IQlJ 2 ..0
I~J 1.4
Iq)J 1.4
IWJ 1.4
I~J
I(ZjJ 1..0 #
I""J 5 ..0
+J 5 ..0
1.0
4j;J 1.5
""J 1.5
~gg~
2QQm
1.C?~ 3QQm
1.C?~ 3QQm
1.5w 5QQm
1.5\1l ~~Qm
2.QQl
:gg~
4QQm
:gg~
2.~~ :gg~
2.Q¢
2 ..010 4QQm
4QQm
2.C¢ 4CQm
4QQm
2.C?~ 4QQm
4.C?q) 7QQm A
I.Qw 5QQm~
1.C?1O 5QQmll
~:g
~:g
5 ..0
~:gQl 5~Qm
199~~. ~:q~ ~g::;
1QQuQl
6.0
9.0
1.0.0
~g
9.0
1.0.0
6.0
9.0
1.0.0
5QQm
32
32
32
2QQm# 32
45
32
32
32
25
45
2QQm
5.0
25Qm
32
25Qm
32
25Qm
6.0
4.0
6.0
40
1.0.0
8.0
6.0
4.0
2 ..0
50
4 ..0 :It
32.0 t
4 ..0
1.5 q)
4.0
1.5 w
6.0
1..0
1..0
25
25
25
25
2.0
3.0
6.0
7.0
2QQuw+ 2.Qw
~gg~~: ~:~~
2QDu<LJt 2.D<LJ
1.0
191.0
j6
3.0
3.0
3.0
2.0
2.0
~g
2.0
~g
~g
4.0
4.0
4.0
4.0
4.0
35
3.0
3.0
~g
~5
12.0
25.0
15.0
15.0
15.0
15.0
~~
6.0
~&
1~&
12.0
12.0
12.0
12.0
12.0
5.0.0
25.0 *
25.0 *
m
7.0
~&
~g
2~g
~~g
~g
gg
6.0
2.0
2.0
2.5Mt
2.5Mt
2.5Mt
6QQk
.6.0
.3.0
.3.0
.3.0
OA
OA
OA
::g
jg
1.0
2 ..0
2 ..0
2 ..0
2 ..0
4 ..0
2.Qr
2 ..0
1..0
1..0
5 ..0
5 ..0
6.0
7.0
3.0
6.0
7.0
35
25 §
16
16
3.0
2.0
16
24
2.0
3.0
3.0
16 §
16
32
!
A
A
A
A
A
5CQkt" 1.2
35Qkt" 75Qm
A
A"
TC37
TD37
TC37
TC37
R5Q
R5Q
R5Q
M01Dc
~DO"~
FlO
M01Q
M026. ~@
M026. A¢
TD8
TD8
TC8
AA:q)
TC8
'10
35Qkt" 75Qm
5QQkt" 1.2
35Qkt" 75Qm
35Qkt" 75Qm
1.QM§" 35Qm
9QQkt
9QQkt
.35kt
.35kt
.35kt
.35kt
A
A
6.0
TD66
C\Il
~K~~
ig~~
A
A
A
lQQm
lQQm
lQQm
lQQm
R58
R58
~5~
cQl
199~
lQQm
lQQm
2gg~+ ~:~~
1..010
l.bQ
5.0.0
.IQm9} 6:g9} 1:&"
3Qu
1.0Ql 3QQm
3Qu
1.C?@ 3QQm
3Qm~ 1.C?~ 3QQm
3Qmw 1.Qw 30Qm
3Qu
1.<:>~ 5CQm
3Qu A 1.Q¢ 5QQm
lQQulO
12u Ol 7 ..0
lQOm
4Q~§
4QulO
¢
::g0
~g
2.0
8.0
6.0
4.0
6.0
2 ..0
1.QMt
I.QMt
~g
25
25
25
25
1.0
1.0
1.0
1.0
12
12
1.0
1.0
1.0
12
.7.0
1.0
1.0
1.0
cQl
~g ~
.Q5mw
1~.Q
IQlJ 2.5
I~J 2.5
I~J 2.5
I'IFJ
15
#J 15
I,,!:J 15
I""J 15
#C
120
5QQu
3.Qm
iil
125l!
5QQu
5QQu
3.0m
~C ~g:lt
167m
167m
.25
~~j ~JQm
I:~ 3.Qm
I~! 3.Qm
125m
l~~~~
~~
1:5 3 .Qm
#J 3.Qm
m~
125m
125m
125m
125m
125m
125m§
13Cm
133m
133m*
133m
133m
133m*
133m*
:~
~~
A
125m
~~gn~
19
.4.0
1~~~~ g:~ ~
n:
~g
tJ
tJ
t
t
~:g
1.Qm#
.0 ..0
2.<?~
U
3 ..0"
3 ..0
l:g~: ~:g~ ~:g
2.~~3.Q
1.0 1..0
3 ..0
6 ..0
6.0
4.0 §
5.0 §
3.Qu
5QQu
113
2.Q~
2 ..00
1..0
1..0
~g
5.0
~g
clii
Jg
".0.0
10 185
5.0
15.0
4.0
25.0
5.0
5.0
25.0
33.0
8.0
16.0
35
2
12
3.0
25
15
15
4.0
4.0
3.0
5.0
15.0
1.0~i
~~ 9} 3QQkt
9.0
9.0
9.0
1.0.0
2.0.0
A
.60
A
A
A
A
6.Du
18Qm
18Dm
3QQk§t.
6QQk§
6QQk§
6QQk§
6QQk§
3QQM§
MOll
M01Qd
M017
M017
A
lQQm
lQQm
lQQm
lQQm
3.Qu
3.Qu
3.Qu
3.Qu
A
o
A
A
A
A
A
A
o
o
o
o
M017
M017
R95
MOIl
MOll
MOll
R95
R95
T08
A
PE
25Qm
13Qm
2.0.0
2.0.0
15.0
17.0
A
A
A
15k
11k
11k
1.5M§
1.5M§
11k
11k
65
4.0
~g
TC3
~!?J
M016 C¢
M016
1.5M§
1.5M§
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
o
o
A
A
~'l,~Qa C9}
M01Q.
I
LINE
No.
lJ
TYPE
No.
MAX. MAX pe~M T
f1.JTHERM
FREE A E
RES.
J(~)C
~# i~~~~
3#
25B180A
4# 25B181A
25B338
25B339
27
28
29
30
2N2662
2N2663
2N2664
2N2665
33
2N2668
~;
I~~~~~~
~gg~
~:
r: I~~:~:y
1~
18
~~
21
22
23
24
~~
25B362
25B466
25B467
JAN2N 1549At
JAN2N 1550At
JAN2N1551At
JAN2N 1552At
JAN2N 1553At
JAN2N1554At
JAN2N 1555At
JAN2N 1557At
JAN2N 1559At
JAN2N 1560At
2N1658/13
2N1659/13
2N2659
~~~~~~
~~ I~~~g~~
36# 25B448
37# A0136
A0159
A0160
AUY18
AUY35
42# AUY36
43# A0162
2N2B35
A014B
~~:!
:~:
:~#
:~: I+~~gj~g
•
48#
49
50
51
52
53
54
~~
57
58
59
60
~J
63
64
65
66
~~
",
69
70
71
72
~~
75
~~
78
~~
81
82
83
84
85
86
87
~g
90
~~
93
94
95
96
97
98
99
100
101
102
103
104
105
TF80/80
2N 1038·1
2N 103B·2
2N1039·1
2N 1039·2
2N 1040·1
2N 1040·2
1~~1041.1
2N1041·2
2N1042
2N 1042·1
~~lg:g~
2N1043
2N1043·1
2N1043·2t>
~~lg:~·2~
2N1044·1
2N 1044·211
2N 1044·2\Zl
2N1045
2N1045·1
~~lg:~:~~
2N1038
2N1039
2N1040
2N1041
JAN2N1042
JAN2N1043
j~~~~lg:~
2N2552
2N2553
2N2554
2N2555
2N2556
2N2557
2N2558
2N2559
2N2560
2N2561
2N2562
2N2563
2N2564
2N2565
2N2566
2N2567
TI156
TI156L
TI158
TI158A
TI158AL
TI158L
TI159
TI160
TI161
19~
I+:~~~
lY~
~~~gW
108
TI540
O.A. T.A. INC.
AIR @
2S'C
(WI
Ie
X M
P
(AI
1~~~# 4.~~~ I~JA ~OOm
185m
185m
185m
185m
~~~m
185m
185m
185m
185m
.2
.2
.2
.2
.2
.2
.2
.2
.2
.2
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
9#
10#
11#
12
13
14
15
IN ~rDER OF (11 MAX THERMAL RESISTANCE
& 2 TYPE No.
DESCRIPTION
MAX
faa
tr
MAX.
~TRUC
SAT.
·TURE
DWG.
RES.
No.
(0)
1Hz)
(sl
8. GERMANIUM PNP· HIGH POWER TRAN4SISTORS
ABSOLUTE MAX. RATINGS @2S'C
12~0
12 B:l
12 ¢
12 iii
1~ ~
12 iii
12
~8 0
90
90
90
90
90
90
90
90
90
~
¢
iB
~
¢
iB
B:l
¢.
iii
1~ ~
15
l~
iB
¢
15 iB
15 ~
15 ¢.
15 iii
1~
§
l~
¢iB
15
i/J
200m
13
200m* 9.0,1Zl"
200m*
90 ~
200m*
90
200m*
1Zl
9'P5
200m
200m
15
222m
0 ':
16 .16
250m
11
250m*
~?Om~
250m¢' I~:g ¢
250';;iB 6.0 iB
1.0
263m
263m
1.0
263m
1.0
263m
1.0
1.0
263m
1.0
263m
263m
1.0
1.0
263m
263m
1.0
263m
1.0
1.0
263m
1.0
263m
263m
1.0
263m
1.0
263m
1.0
263m
1.0
1.0
263m
1.0
263m
263m
1.0
,263m
1.0
263m
1.0
263m
1.0
263m
1.0
1.0
263m
267m
20 ~
20 ¢.
267m
20 0
267m
267m
20 ~
267m
20 ¢
267m
20 iii
267m
20 8
267m
20 ¢.
267m
20 iii
267m
20 ~
267m
20 ¢.
267m
20 0
267m
20 ~
20 ¢.
267m
267m
20 iii
267m
20 ~
267m
20 ¢.
267m
20 iB
267m
20 ~
20 ¢
267m
267m
20 iii
267m
20 B:l
267m
20 ¢
267m
20 iii
267m
20
267m
20
267m
20
267m
20
267m
20
267m
20
267m
20
267m
20
267m
20
~~?m
~g
267m
267m
20
270m
20
270m
20
§
I#J 500m
#J 500m
#J 7.0
I#J 10
10
10
I#J 7.0
#J 500m
500m
I:!j 15
#J 15
15
I:!j 15
#J 15
15
I:!j 15
#J 15
15
I:j 15
#J 1.0
1.0
I:!j 3.0
#J 3.0
3.0
I:!j 3.0
#J 3.0
#J 3.0
§J 3.0
§J 3.0
3.0
3.0
:~
~J
I:j I~:g
I#J 1.0
#J 10
8.0
I:!j 10
#J B.O
10
10
#J 3.0
1.0
I#J 2.0
2.5
I¢j 2.5
liBj 3.0
#J 3.0
3.0
I:!j 3.0
#J 3.0
3.0
I:!j 3.0
#J 3.0
3.0
I:!j 3.0
#J 3.0
3.0
I:j 3.0
#J 3.0
3.0
I:!j 3.0
#J 3.0
3.0
I:!j 3.0
#J 3.0
3,0
3.0
#J 3.0
3.0
3.0
#5 3.0
3.0
3.0
#5 3.0
:j
:j
:!~
:~
MAX.
hfe
Ib
BVebo BVeboJBVeeo lebo @
BIAS
MIN
MAX VeQjVeb Ie
@2S'C
(AI
(VI
(VI
(VI
(A)
(V)
(A)
1~u_
15 .0
I ~"bu,;:¢t i Zf~ ~gomll ~8
70
5gg~0 40
0
12
500.:;Qj' 1.SQl 500m
25
60
12
500mlZl
25 *
1.~~ ~~Om
~g IZl 200u~
60
10
1.0
1.0m~ 1'5~ 4.0
50
1.0
80
50
250u
35
1.0
8.0
35
35 B:l
l~g
~g ~g
l:g¢ I~:g
1:8
35 ¢
100
1.0
40
1.0
500~iii 2.Ciiii 4.5
90 iii
40
12
500m
25
500u~
30
~
500~~
1.~B:l
500m¢
60
12
40 ¢ 200~&
25
15~ 500m
5.0
40
20
20
3.0m
2.0
10
10
60
5.0
30
30
10
10
3.0~~ 2.QB:l
5.0
80
40
40
10
10
3.0n;:~ 2.g~
5.0
100
50
50
3.0m
10
2.0
10
5.0
50
20
20
10
30
3.0~~ 2'Q~
5.0
60
30
30
10
30
3.0n;:& 2.g&
5.0
40
40
80
3.0m
30
2.0
10
5.0
50
20
20
50
10
3.0m~
2.<?~
5.0
80
40
40
10
50
2.g~ 10
5.0
100
50
50
2.0
50
80
200m
30
50 ~
60
40 ¢
30
200m
50
20
30
125u¢ .500 500m
1.0
30
70
20
40
1.0
30
125u~ .~~~ 500m
20
90
50
500m
30
1.0
125~~ .50
.5g~ 500m 30
50
20
30
125u
1.0
70
20
40
1.0
500m
30
125u~
.5Q~
20
1.0
90
50
30
500m
125~& .5g&
1.0
20
50
30
125u
.50
500m
50
1.0
70
20
40
50
125u~
.5Q~ 500m
90
20
1.0
50
500m
.5g~ 500m 50
50
20
30
12 u
.50
50
1.0
~g
&
#5 3.0
3.0
I:!~ 3.0
#5 3.0
3.0
,:!~ 3.0
#5 3.0
3.5
3.5
#5 3.5
3.5
3.5
#5 3.5
3.5
3.5
#J 3.0
3.0
I:j 3.0
#J 3.0
3.0
I:!j 3.0
#J 3.0
3.0
I:!j 3.0
#J 3.0
3.5
I:j 3.5
3.0
I:!j 3.0
:!~
:!~
I:~
150
150
'~~8~~
~:g~~
1.~
1.0
200m
3.0
3.0
100m
.20
400m
~g
32
40
40
40
64
70
70
32
32
32
~~
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
#s
,:~ 3.0
17U
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
BO
40
40
60
60
80
BO
100
100
40
40
40
40
60
60
60
60
80
80
80
BO
100
100
100
100
40
60
80
100
40
60
80
100
40
60
BO
100
40
60
80
100
40
60
80
100
40
60
80
100
30
30
60
BO
80
60
40
60
80
100
60
80
~8
~g
10
10
10
10
20
2.0
2.0
10
10
10
~g
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
~g
20
20
20
20
20
20
20
1~~~~
l~~~¢ :~g¢ I~gg~
~g
1.0m#
22
22
22
35
25
25
20
32
32 §
.1On;:~
.10m
200u
BO
30
30
40
40
50
50
60
60
30
30
30
30
40
40
40
40
50
50
50
50
60
60
60
60
230u
650u
650u
650u
1.g~
1.0
1.QIZl
~:g\O I~gg~
1.0n;:g
5.0m
5.0m8
130 1.5
.5QB:l 1.0
1.0
1.0
1.0
.5QB:l
1.0
5g~
.50
1.0
.5Q~ 1.0
3.0
1.g~ 3.0
1.0
1.Q~ 3.0
3.0
1.g~
1.0
3.0
1.Q~ 3.0
3.0
1.g~ 3.0
1.0
1.Q~ 3.0
3.0
1.g& 3.0
1.0
1.Q~ 3.0
3.0
1.gg 3.0
1.0
1.QB:l 3.0
1.g~ 3.0
1.0
3.0
.5Q~ 1.0 ~
1.0j
.5g[
.50
1.0
.5Q~ 1.0 'IJ
3.0
1.g~ 3.0
1.0
1.Q8 3.0
125u~
.5Q~
1.0 ~
125u~
.5Q~
1.0 ~
6~~u
650u
650u
650u
650u
650u
650u
650u
650u
650u
650u
650u
650u
650u
650u
650u
650u
650u
650u
650u
650u
125u~
125~[
125u
125u~
30
40
50
60
.5~~
.50
.5QB:l
n¢
199~
~~
:~g~
5.0"',~
1.g~ T:g 0
125u
.50
~8
20
20
20
20
20
20
20
20
20
20
20
20
20
15
15
30
30
30
30
20
20
20
20
28
28
1.0m
1.0m
.5Q~
1.0 1I
5.0
5.0
5.0
5.0 IZl
5.0
5.0
50m
1.0 1I
1.0
125~g .50
.5g~ 1.0
125u
1.0 ~.
1.0 &
125~& .5g&
.50
1.0
125u
125u~
125~g
125u
125u~
125~~
125u
125u~
125~g
30
30
40
60
60
40
30
40
50
60
60
60
15
45
125u
650u
650u
650u
650u
650u
650u
650u
650u
650u
I~gg~
§
1.0m
114
.5Q~
1.0 ~
3.0 ~
1.g&
1.0
3.0
1.Q~ 3.0 I!:
3.0 ~
1.g~ 3.0
1.0
1.Q~ 3.0 ~
3.0 ~
1.g~ 3.0
1.0
2·Q8 500m
2.gg 500m
2.0
500m
2·Q8 500m
500m
500m
.50
1.0
,50
1.0
.50
1.0
,50
1.0
2.0
2.~~
2.0
2.0
500m
500m
~:g&
~g
30
20
20
50
20
35
100
74
30
30
:~ ~
15
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
~g
20
20
20
20
25
25
25
25
25
25
20
20
20
20
30
45
jg
120M§
13k
13k
250kt
250kt
~~gt~
150
150
30
30
30
30
60
60
60
100
100
100
90
90
90
90
90
90
90
90
150
150
150
150
l~g
50k
13k
13k
10kll
10kll
10kll
10kll
3.0kll
3.0kll
3.0kll
3.0kll
3.0kll
3.0kll
10k
10k
280k§1I
280k§1I
280k§1I
280k§1I
~~gm
300k§1I
300k§1I
300k§1I
300k§1I
~g
50m~
160m
100m
100m
100m
100m
700m
700m
700m
50m
50m
50m
8.0uiZ!
8.0u~
8.0~~
10u~
10~~
10u
10u
10u
10u
A
A
A
A
A
A
A
A
A
A
A
A
A
A
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
A
10
1~~8~i
~~5k
2~g~t
25
kt
10k
8.0k
A
A
A
A
A
A
A
A
A
8.0u
450k§
300 250kt
~g , 7.0k
7.0k
60
7.0k
60
7.0k
60
7.0k
60
7.0k
60
7.0k
60
7.0k
60
7.0k
60
7.0k
60
7.0k
60
7.0k
60
7.0k
60
7.0k
60
7.0k
60
7.0k
60
7.0k
60
7.0k
60
IL·Ok
60
7.0k
7.0k
60
60
7.0k
60
7.0k
60
7.0k
60
8.5k
8.5k
60
60
B.5k
8.5k
60
250M§1I
60
60
250M§1I
60 ' 250M§1I
250M§1I
60
225k§1I
60
60
225k§1I
225k§1I
60
60
225k§1I
60
225k§1I
225k§1I
60
60
225k§1I
225k§ll
60
60
225k§1I
60
250k§1I
250k§ll
~g 250k§1I
60
250k§1I
60
250k§1I
250k§1I
60
60
250k§1I
75
220kt
75
220kt
75
220kt
75
220kt
75
220kt
75
220kt
60
225k
60
225k
60
225k
113
40m~
70m~
~~m~
~ggm l:g8~
110
10kll
100
300k§
300k§
45 &
300k§
90
300k§
60
2.5M§
260
3.0M§
1.5M§
300
100
~Oll I+~~
~~u
12u
12u
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
250m
~~Om
250m
250m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
All
A
A
All
0
0
A
A
A
All
All
All
All
All
All
All
All
All
All
All
All
All
All
All
All
All
All
All
All
All
All
All
At>
All
All
At>
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
L C
EO
AD
DE
1,;\0
T08
T08
M024
M024
~g~:
M024
M010a
M010a
M06t C0
M06t
M06t g~
M06t ciB
M06t <2B:l
M06t
M06t g~
M06t
M06t g~
M06t (;0
ZA22
ZA22
R122
R122
R122
R62
R62
R62
R122
R122
R122
MT27
~~~~
M011
T08
T08
T08
TOB
TOB
TOB
M017e A
M017
M023
I~~~
R58
MT27
MT28
MT27 A0
MT28
MT27
MT28 i.iii
MT27
MT28 ~§
ZA1
MT27
MT28
R122
ZA1
MT27
MT28
R122
ZA1
MT27 AOl
MT28 A'IJ
R122
ZA1
MT27
MT28
R122
R122
R122
R122
R122
MT28
MT28
MT28
MT28
MT27
MT27
MT27
MT27
MT28
MT28
MT28
MT28
MT28
MT27
MT27
MT27
R122
R122
R122
R122
MM8
MM7
MM8
MM8
MM7
MM7
R101
R101
R101
R101
MT45
MT45
ZA24
T013 F0
~~
~~
~~
~~
~~
LINE
No.
~
lZJ
. HIGH POWER TRANSISTORS
8. GERMANIUM PNP
AB:;l L E MAX. RATIN{j:; @zS'C
MAX.
hfe
TYPE
No.
~~m~
l~
ZN1333
KM7007
KM7008
KM7009
KM7010
LT11
LT12
LT13
LT14
LT15
JAN2N158
2N3730
l~
~~m!13
3
4
5
6
7
8
9
10
11
12
15
18
~5
21
n
24
~~
27
~~
30
~~
33
34
35
36
~~
39
:~
42
43
44
45
46
47
48
~g
51
52
53
54
~~
2N141/13
2N156
2N158
2N158A
2N242
2N255
2N255A
2N256
I~~~~~A
2N1320
2N1322
2N1324
2N1326
2N1437
2N1438
2N1465
2N1466
2N1504/10
LT5021
t+~g~~
LT5026
LT5027
LT5029
LT5030
LT5032
LT5033
LT5035
LT5036
LT5037
LT5040
LT5041
LT5043
LT5044
LT5046
LT5047
LT5049
m~~~
LT5153
57
58# OC22
OC23
OC24
61# 2G240
62
KJ2000
KJ2001
63
KJ2002
KJ2003
KM7000
66
~g#
~~
g~
69
70
71
72
~~~gg~
JAN2Nl046
2N1755t
2N 1756t
2N 1757t
n I~~m~i
75
~~
78
2N 1760t
2N1761t
2N 1762t
2N2067
~g
I~N2067-0
~~
I~~~g~~w
81
2N20678
2N2067G
MA~pe~M
-1r~X.
HERM FREE A
RES.
AIR @
J(~)C
~~C
gg~
~g
270m
270m
270m
270m
270m
270m
270m
270m
270m
270m
279m
303m#
20
333m
20
333m
333m¢ 1.5
333m
333m
333m
333m
25 125
333m8
333n;:g
333m
1b~
~~~~IO
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
333m
2N2068-0
~~# ~~~~~~G
~~t ~~~~~~
~~
g~ilg~~t
~~
19~
18~
~~~~~A
D.A. T.A. INC.
20 g
20
20 8
20 ¢
23
~~
51>
20
20
~~~~~
~~3m
333m
333m
333mlg.
333n;:g*
333m
1~~~~\Il
384m
384m
384m
384m
384m
384m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m§
400m§
400m§
400m§
:gg~~
Ie
P (AI
#J 3.0
3.0
I:j 3.0
#J 3.0
3.0
I:j 3.0
#J 3.0
3.0
I:j 3.0
#J 3.0
3.0
I:j 3.0
#S 2.0 \Il
3.0
Itj 1.0
#J 1.0
3.0
I:j 3.0
#J 3.0
3.0
t j 2.0
#J 3.0
3.0
Itj 3.0
#J 3.0
2.0
t j 3.0
#J 3.0
#J 3.0
#J 3.0
#J 3.0
3.0
:~.1 3.0
#J 3.0
3.0
t j 3.0
#J 3.0
#J 3.0
#J 3.0
#J 3.0
#J 3.0
#J 3.0
#J 3.0
3.0
3.0
#J 3.0
3.0
t j 3.0
#J 3.0
3.0
t j 3.0
#J 3.0
3.0
: j 3.0
#J I~'O
3.0
: j 3.0
1.0
1.0
0j 10
*J 3.0
15
t j 15
#J 15
15
t j 3.0
3.0
: j 3.0
#J
#J 3.0
3.0
t j 3.0
#J I~·O
3.0
t j 3.0
#J 3.0
3.0
: j 3.0
#J 3.0
3.0
: j 3.0
#J 3.0
3.0
t j 3.0
#J 3.0
3.0
Igj 1.5
1.5
I¢j .60
tJ
10
#J 3.0
3.0
Itj 3.0
#J 3.0
5.0
I:j 5.0
#J 5.0
5.0
Itj 5.0
#J 5.0
:j
333m
400m§
400m§
400m¢
400m
87# 2S8216
400m
400m¢
400m
810475
90
~~9m
400m
400m
CST17738t
93
~Q9m
~; ~~17b711!1~
400m
400m
KM7012
96
400m
KM7013
400m
KM7014
400m
KM7015
99
400m
KM7016
100
400m
KM7017
101
440m
JAN2N539
102
~~~~~539A 440m
455m§
455m§
2N538A
105
455m§
455m§
JAN2N539AM 455ml
108
JAN2N639M 455ml
l~g 2N540
455m§
84
¢
200
20 Ig
20 ¢
200
20 8
20 ¢
200
20 ~
20 ¢
200
T
E
X M
15 \2)
16 ¢
15 0
:g
40
40
28
28
28
30
28
28
28
g
8
¢
0
8
¢
0
~
¢
0
~~ ~
28 iii
28 8
28 ¢
100
10 Ig
10 ¢
100
10 8
10 ¢
10 iii
10 51>
40 125
~~ ~
28 0
28 8
30 ¢
300
30 Ig
30 ¢
30 0
30 \2)
30 ¢
11 0§
11 8§
~:
g
34 Ig
34 ¢
110
11 ~
34
~j
Ib
(AI
~:~
I:j
g
#J 3.58
#J 35 g
I#J 4.9
49 ~
I:j 3.5
(VI
(VI
~g
100
30
60
80
100
100
150
150
175
200
500m
500m
500m
.50
.50
.50
.50
.50
.50
.50
500m
500m
500m
500m
.50
.50
.50
.50
.50
.50
.50
.50
.50
.50
.50
.50
.50
.50
.50
.50
.50
.50
.50
.50
.50
200m
200m
200m
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.<,J
2.0
2.0
2.0
2.0
2.<,J
2.0
2.0
2.0
3:~
Itj
125
# 3.5 ~
BVebo BVeb~JBVeeo lebo @
BIAS
MAX Ve~Veb Ie
500m
500m
500m
500m
700m
700m
500m
2~g
60
60
30
30
60
80
45
15
15
30
30
30
35
60
80
100
100
100
120
120
80
30
30
30
30
30
60
60
60
60
100
100
100
100
100
120
120
120
120
120
120
30
60
47
55
47
80
80
100
80
100
60
100
80
100
40
60
80
100
40
60
80
100
40
40
40
40
40
80
80
80
100
60
20
35
100
25
40
80
l~g
60
80
100
60
80
100
80
80
80
80
80
80
80
80
80
(VI
30 ~
60 ¢
80 0
30 Ig
60 ¢
600
@(irC
(VI
~g ~
30
.50
30
30
15
15
30
30
45
15
15
30
15
15
15
15
15
15
15
30
15
15
30
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
12
12
12
1.0
1000
120 ~
150 g
150
60 Ig
200 ¢
30
30 I
15
30
60
60
45
15
15
30
25
60
30
60
80
75
80
90 g
100
1995l>
30
30
30
30
30
60
60
60
60
90
90
90
90
90
100
100
100
100
100
100
30
60
32
24
32
1.0m
200u¢
2.0m
5.0m
1.0m
1.0m
1.0m
~:g~125
1.0m
5.0m
1.0m
5.° rtl lO
1.0m
1.5m
1.5m
2.0m
2.0m
2.0m
2.0m
2.5m
2.5m
1.0m
1.5m
1.5m
1.5m
1.5m
1.5m
1.5m
1.5m
1.5m
1.5m
2.0m
2.0m
2.0m
2.0m
2.0m
2.5m
2.5m
2.5m
2.5m
2.5m
2.5m
1.5m
1.5m
100u\2)
30~g
100u
1.0m\ll
50
60
50
~~
1.5
30
30
30
30
30
30
30
30
20
20
20
20
20
40
40
40
20
10
10
10
20
20
30
35
28
28
28
28
28
28
28
28
28
¢
75 ~
65 ¢
50
~g ~
650
~~
¢
50 0
65 Ig
75 ¢
350
35 8
35 ¢
350
~~ ¢
650
65 \Il
150125
20 ~
35 ¢
600
~g
¢
50 0
60 8
80 ¢
500
60 8
80 ¢
55
55
60
60
55
55
55
55
55
1.0ml25
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
2.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
50n;:g
.50m
.50m\2)
.50m¢
2.0m
5.0m
5.0m
5.0m
3.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
115
2.C?\2)
4.~g
2.0
6Q8
~:gg
2.Q\2)
2.0¢
(AI
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
1.0
50m¢
500m
250m
500m
.50
.50
.50
MIN
30
30
30
25
21
21
21
21
21
21
21
21
13
10
25
10
32 ¢
25
21
21
2.Q\2) .50
.50
.50
2.Q~ .50
1.0
2.~g 500m
2.0
2.Q\2) 500m
2~g 500m
2.0
500m
2Q8 500m
500m
500m
2Q~ 500m
.50
2.~g .50
2.0
2.Q\2) .50
.50
2Sg
2.0
.50
2.Q\2) .50
2.~g .50
2.0
.50
2.Q\2) .50
.50
.50
2.Q\2) .50
.50
2.~g
2.0
.50
2Q8 .50
.50
.50
2·Q8 .50
.50
.50
2QIg .50
.50
2~g .50
2.0
2.0
1.0
2.0
1.0
2.0
1.0
2.0\ll 500m
12
12
2.0
2.0
500m
500m
500m
1.0125 500m
2.C?\2) 500m
500m
500m
2.Q~ 500m
2.~g 500m
500m
2.0
2.Q\2) 500m
500m
2'Pf125 500m
1~8 500m
14¢ 500m
140 500m
1~1g 500m
14¢ 500m
140 500m
1~ 500m
1.5125 1.0
.20
1.5
1.5
.20
1.5
.20
30 8
30 ¢
30 0
2'Q~ 500m
2.~g 500m
2.0
500m
2.010 500m
5.0
5.0
5.0
5.0
5.0
5.0
5.0
2.0125 2.0
2.Q\2) 2.0
2.0¢ 2.0
25
25
25
~:gg
~:gg
~:gg
~:gg
~:gg
~:gg
~g 51>
40
40
40
30
20
20
20
20
21
20
40
40
60
60
40
40
60
60
20
20
40
60
60
20
20
40
40
60
~g
20
50
50
50
40
10
10
80
80
60
60
50
40
30
30
30
30
60
60
60
60
20
20
15
25
~g
20
25
20
25
25
50
~g
50
50
50
35
35
25
30
30
20
2.051> 2.0
30
2.0125 2.0
2.g~ 2.0
30
30
45
2.0
2.0
IN ORDER OF (1) MAX THERMAL RESISTANCE
& 21 TYPE No.
DESCRIPTI N L ~
MAX.
MAX
fae
tr k~TRU_CI
!E 0
SAT.
-TURE . DWG'IA 0
No.
0 E
S
(HzI
(sl
A
T013
8.0k
8.0k
A
T013
8.0k
A
T013 j:0
6.0k
300m
MS7
g¢
6.0k
300m
MS7
(:0
MS7
6.0k
300m
6.0k
MS7
300m
C\Il
8.0k
A
ZA24
A
8.0k
ZA24
8.0k
A
ZA24
8.0k
A
ZA24
8.0k
A
ZA24
4.0kLl
750m
MM3
40
1.0M§LI 880m
200
T03
4.0
A
T013
6.0
A
T013
180kt
650m
A
T03
32 125 4.0kLl
.75
ALI
T013
F
.75
ALI
T013
F
32 ~ 4.0kLl
32 ¢ 4.0kLl
.75
ALI
T013
F
40
5.0k
800m
M09
100
A
T03
g¢
125kt
A
T03
(:0
100
A
T03
125kt
A
T03
4.0k
A
1.0
T03
1.0
T010
1.0
T010
1.0
TO 10
90
1.0
T010 F
A
150k
750m
A
F
igl~ F
4.0kLl
1.0
A
750m
T013 F
A
A
750m
T010 F
A
150kt .75
T010
100kt
1.0
TO 10
1.0
100kt
T013
100kt
1.0
T010
100kt
1.0
T013
F0
100kt
1.0
TO 10
100kt
1.0
T013
100kt
TO 10
F0
100kt
1.0
T013
1.0
100kt
TO 10
100kt
1.0
T013
F0
100kt
1.0
TO 10
100kt
1.0
T013
100kt
1.0
T013
F0
100kt
1.0
T010
100kt
1.0
T013
100kt
1.0
TOlO
F0
100kt
1.0
T013
100kt
1.0
T010
100kt
1.0
T013
Fiii
100kt
1.~
100kt
1.0
100kt
1.0
T013
F0
ALI
T03
150 \2) 2.5Mt
ALI
T03
150 g 2.5Mt
C&:
ALI
T03
150
2.5Mt
M06
15Mt 1.3
700n
0
70 \Il
6.0k
A
T010
TO 10
6.0k
A
A
TO 10
240
6.0k
A
T010
240
6.0k
MS7
C0
10k
MS7
150
~Ok
MS7
210m
~125
15M§LI 1.0
T03
0
200
A
MS7
75
15kLl 230m 4.0u
A
MS7
75
15kLl 230m 4.0u
A
MS7
75
15kLl 230m 4.0u
A
75
15kLl 230m 4.0u
MS7
A
150
MS7
15kLl 160m 3.5u
A
150
15kLl 160m 3.5u
MS7
A
MS7
150
15kLl 270m 5.0u
A
15kLl 270m 5.0u
MS7
150
700m
A
MS7
7.0k
A
500m
MS7
7.0k
500m
A
MS7
7.0k
A
500m
MS7
7.0k
ciii
A
5uOm
MS7 I\;IO
7.0k
A
7.0k
MS7
A
MS7
CI25
7.0k
A
MS7
7.0k
C\Il
.10
A
T03
200
A
T03
200
A
T03
200
A
M010
250
230m 2.0u# OALI T03
CI25
ALI
MS7
5Q~m 4.0u
45 8
500m 4.0u
ALI
MS7
45 ¢
500m 4.0u
ALI
MS7
450 15k
ALI
75
!.,!kLl 2~Qm
100m
8.0k
gg
100m
MS7
8.0k
100m
8.0k
MS7
100m
8.0k
MS7
MS7
10k
100m
C0
10k
100m
MS7
10k
100m
MS7
MT36
75 :It 300k§LI 300m
MT36
75 # 300k§LI 300m
200k§LI 300m
A
MT36 F
50
200k§LI 300m
A
MT36 F
200k§LI 300m
A
MT36 F
75
200k§LI 300m
A
MT36 F
300klLl
MT36
75
300k§LI
MT36
75
200k§LI 300m
A
115
MT36 F
rJ,
~~
~~
~~
~r
~~
~g
~~
~~
~~
~~
~~
~~
iglg
~¢
~g
~~
g~
g~
m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~~~
g~
g~
LINE
No.
~
3
4
5
6
7
~
TYPE
No.
~~~2~2
2N1203
~~mi
2N1263
~~l~g~
g# 25B449
CA202
10
11
~~~~~~
12
1~
15
l~
18
ig
21
~~~~~!
2N236B
2N297A
2N399
2N400
~~:nt
2N419
~~
~~:~glt
30
~g
2N637Bt
2N638t
2N638At
2N638Bt
33
2N639Bt
36
JAN2N665
24
25
26
27
~i
~~
2N553
~~~~jlt
~~~~~lt
~~gg~
~~
1~~lmA
:y
1~~2061
39
42
:~
2N1138B
2N2062
I~~~gg~
45
2N2065
48
2N2267
:~
;0
51
52
53
54
~g
57
58
59
60
61#
62#
63#
~~~~~g
I~~~~~g
2N2836
2N3154
2N3155
2N3156
~~~m
2N3159
2N3160
2N3161
2N4241
25B137
25B138
25B138A
g a ~~~j~~B
66# 25B343
67# 25B375
25B390
~gi 25B391
70# 25B424
25B425
n i 25B426
73# A0103
74# A0104
75# ADIOS
7fj#
77# ~gl~~
78# A0167
~g: ~~lgi
8;#
82
83
84
85
86
87
88
89
90
AU 105t
Bl085
Bl0474
LT5052
LT5053
LT5055
LT5056
LT5058
LT5059
LT5061
93
LT5065
~~
~~
96
97
98
99
100
101
102
19~
105
106
107
108#
IN ORDER OF (1 1MAX TEAL
H RM RES ISTANeE
8< :limE No.
OESCRI TI N
~g
fae
MAX
MAX.
tr GSTRUC
SAT.
-TURE DWG. AD
RES.
No. D E
(Hz)
(0)
(s)
8. GERMANIUM PNP·
HIGH PIDWER TRANSISTORS
ABSOL TE MAX. RAT NGS @;:5'C
MAX.
hfe
tiggg~
mg~~
LT5070
mgjj
LT5074
LT5076
LT5077
LT5079
mg~~
LT5083
LT5085
LT5086
OC25
l~gi I~m~g
D.A. T.A. INC.
J.JMA!. MAX!e~M
THERM FREE A
RES. AIR @ X
J to C
25'C
{WI
(WI
:r
4~~m§
5m
55m§§
455m§
455m§
455m§
:~~~:
455m
455m
500m0
500m
500m
50~~&
500
500m
500~&
500m
~: ~
500~~
~gg~i
5Q~m#
~gg~:
500m
500m
500m
g~g~~
250
25 iZ>
35
25 <25
35
25
25
25
25
25
25
25
25
25
~g
<25
500';;0
ggg~iZ>
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
5Q2 m
500m
500m
500m
500m
500m
500m
500m
500m
ggg~1Ll
500m
500m
500m
500m
~gg~\D
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
~~~m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
Ie
(A)
I:j ~:~ ~
I#J 3.50
#J
340
34 \'?
340
~:~ ~
340 I:j 3.50
#J
34 \'?
34 0
~:~ ~
lij 3.5
22 0
10 12l§ #J 3.5 iZ>
500m~
500m
500m\!)
500m0
500m
500m#
500m#
500m#
500m#
T
E
M
P
~~ iZ>
75
75
75
75
75
50 &
50
50 \'?
500
30
38 ~
380
380
38 ?;1
38 ¢
38 (6
38 ?;1
380
37 (6
30 ?;1
300
300
~g
\0
30
30
30
30
30 ?;1
300
30 a
23 ?;1
230
22 ~
270
270
10 \!)
10 ¢
27 0
400
23 <25
30 ~
30
I:j ~:g 0
#J 3.0 iZ>
3.0
I:j 3.0
#J 4.0 iZ>
3.0
lij 3.0
#J 3.0
5.0
: j 3.0
#J 5.0
: j ~:g 0
#J 5.0
5.0
: j 5.0
#J 5.0
5.0
lij 5.0
#J 5.0
5.0
I:j 5.0
#J 4.0
5.0j
li~ 5.0
#J 5.0
5.0
lij 5.0
I#J 4.() iZ>
3.0
3.0
3.0
3.0
3.0
3.0
tJ 5.0
tJ 5.0
tJ 5.0
5.0
ll~ 3.5
#C 3.0
3.0
lig 3.0
#C 3.0
3.0
I:g 3.0
#C 3.0
3.0
I:g 5.0
#J 5.0
5.0
lij 5.0
#J 5.0
6.0
Igj 6.0
9.0
I~j 6.0
liilj 6.0
#J 3.0
7.0
lij 7.0
#J 15
10
i j 8.0
#J 3.5
5;0
i j 5.0
#J 10
10
i j 10
10
#
10
,~~ 4.5
#J 4.5
4.5
I:j 4.5
#J 4.5
4.5
lij 4.5
#J 4.5
4.5
I:j 4.5
#J 4.5
4.5
: j 4.5
#J 4.5
#J 4.5
#J 4.5
#J 4.5
4.5
: j 4.5
#J 4.5
4.5
i j 4.5
#J 4.5
4.5
i j 4.0
i~ I~:O.0 t
Ib
(A)
I~gg~
500m
500m
500m
500m
500m
500m
500m
500m
.15
150m
150m
.15
.15
1.0
.15
.15
.15
.50
150m
.~~
.50
1.0
.50
.50
.50
.50
.50
.50
.50
.50
.50
1.0
.50
.50
.50
1.0
700m
700m
700m
700m
.50
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
1.0
1.0
2.0
2.0
3.0
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
BVebo BVeboJBVceo lebo @
BIAS
MAX Ve!<jVeb Ie
@25'C
(V)
(V)
(A)
(V)
(A)
(V)
~g
120
80
80
80
60
40
50
20
50
50
50
50
60
50
100
55
~g
80
50
80
80
~g
20
40
40
80
80
100
120
100
120
55
40
60
80
100
40
60
80
100
32
30
60
80
80
120
150
150
80
50
80
60
32
50
65
85
60
75
120
40
130
120
60
30
30
30
30
30
30
60
60
60
60
60
60
80
80
80
80
80
80
100
100
100
100
100
100
40
~g
gg
70
45
45
45
40
40
!~·2m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.~~ 500m
2.0
2.0
2·2\,? 2.0
2.0
2.g~
2.0
2.0
2.Q\!) 2.0
2.00 2.0
~:g~0
3.0 !>
4.0m
2.0iZ> 2.0
.50
30
40 § 1.0m0
15
500m
40 § LOrn\,?
15
500m
40
.75
1.0~&
LOrn
40
.75
3.0m
2.0
40
40
5.0
40
.75
i:g~<25
40
1.0
40
LOrn\!)
.50
80
1.5m0 2.~~ 4.0
45
LOrn
1.5
2.2
1.5m\,? 2Q\!) 4.0
.50m0 2.00 4.0
40
2.0m
2.0
40
.50
40
LOrn\,? 5.Q\,? 3.0
70
5.0~g 5.gg 3.0
80
5.0m
3.0
5.0
40
LOrn\,? 5.Q\'? 3.0
70
3.0
5.0~~
5.gg
80
5.0m
5.0
3.0
40
5.Q\!) I:!'O
l.~m\!)
70
5.0~g 5.gg 3.0
80
5.0m
5.0
3.0
25
12m
20
2·2iZ> .50
40
40
2.0m
.50
~:g(,i 500m
40
40
10m
40
5.Q\!) 3.0
70
5.g~ 3.0
80
5.0
3.0
610
i~ 0 tg~ ~:g~ I~~om
6.0
\5 iil
10m
2.6iil 2.0
20m
20
2.Q\!) 2.0
~g ~ 20m 2.g~ 2.0
20
600
20m
2.0
30
2.0
30
20m
2.Q\'? 2.0
~~ iZ> 2.0~&
28
2.gg 2.0
28
55
2.0m
2.0
2.0
28
55
2.0m?;1 2.Q?;1 2.0
28
55
2.00 2.0
2.0~&
55 § .05m
20
0.0
1.0 !>
30
25
100u~
2.Q~ 500m
30
40
500m
100~~ 2.0
2.~~ 500m
30
55
100u
30
65
100u\,? 2.Q\'? 500m
30
25
500m
100~& 2.~&
40
30
100u
2.0
500m
30
55
100u?;1 2·2?;1 500m
65
30
100u0 2.00 500m
20
20
45u
1.0
300m
25 § 500u?;1 1.~?;1 1.0
15
35 §
30
1.~~ 1.0
40 § 5~gp~~
Ou
1.5
1.0
30
60 § 500~iZ> 1.~\,? 1.0
30
120 § 5.0m
1.0
5.0
1.~g 5.0
150 § 5.0m
1.0
1.5
150 § 5.0m
1.0
1.~\,? 8.0
80 § 5.0m
1.0
5.0
1.~g 3.0
50 § 5.0m
1.0
1.5
40
80
160u?;1 1.~?;1 1.0
60 § 160~~
12
1.0
l:~g 1.0
32 § 160u
12
10
32
10m
.5Q~ 500m
20
45
10m
500m
.5~~
60
10m
.50
.50
20
30
I.Q~ 1.0
1.0
40
1.0
2.~g 1.0
1.0~~ 2.0
1.5
50
LOrn
1.0
120
10m
5.Q
2.Q\'?
1.0
40
2~g 5.0
56g~0 2.0
1.0
60
5.0
1.5
120
10miZ> 2.02, 5.0
40
2.0m
100m
15
30
2.0m
2.0
.75
30
2.0m
.75
2'2~
l~ 30
2.0m
2.~g .75
15
30
2.0m
2.0
.75
15
30
2.0m
2.Q~ .75
15
30
2.0m
2.~g .75
15
60
2.0m
2.0
.75
15
60
2.0m
2.Q\'? .75
15
60
2.0m
2.gg .75
15
60
2.0m
2.0
.75
15
60
2.0m
2.Q\,? .75
15
60
2.0m
2.gg .75
15
75
2.5m
2.0
.75
75
2.5m
15
2'2?;1 .75
15
75
2.5m
2.gg .75
15
75
2.5m
2.0
.75
75
15
2.5m
2.(),!? .75
2.5m
15
75
2.~~ .75
2.5m
.75
15
90
2.0
3.0m
15
90
2.Q\'? .75
90
3.0m
15
2.~g .75
.75
15
90
3.0m
2.0
15
90
3.0m
2.Q\'? .75
90
3.0m
15
2.00 .75
1.0
40
1St 65 §* 2.0~~ 2.~~ 1.0
45
2.0m
2.0
500m
15
28
28
28
28
28
28
20
12
n
\~
116
MIN
40
25
20
30
45
25
25
20
20
25 ~
40
120
75
50
75
113
100
100
85
I~ggm ~~~~
200k§!>
200k§!>
200k§!>
200k§!>
~gg~:~
10k
200kt!> 300m
~g ~
60 QI
40
100
40 ~
50
:g \0 500
44
9.0
50 \!)
500
40
80
60
30
60
30
60
30
40
20
40
20
40
20
15
~~
15
15
30
75
25
40
80
40
80
100
200
100
20
100
200
60
tg
20
10
20
10
20
75
25
25
75
75
25
25
75
30
100
60
180
60
180
60
180
60
180
75
30
75
30
75
30
75
30
60
300
30
250
30
250
30
250
30
250
25
250
25
250
25
250
25
250
25
350
34
80
34
115
34
80
30
75 ~
28
70 0
40 0
25
100
30
40
250
100
250
30 \'?
170
50
200
:g
~g
30
30
60
60
100
100
30
30
60
60
100
100
30
30
60
60
100
100
30
30
60
60
100
100
15
45
30
\ZJ 400
12k
400k
500kt
400kt
400kt
300kt
I:g~~~
25k
800m
800m
.33
.33
.50
:g~
.83
.50
1.5
.50
.50
.30
A
A
5.0u
15u
15u
15u
5.0u
15uit!
A!>
A!>
A!>
15~~
15u
15u~
15~~
15u
15u!fi
15~~
15u
15k
20k!>
20k!>
1
5.Ok!>
~gg~:
200k§
200k§
500k§
15k!>
15k!>
15k!>
15k!>
10k!>
10k!>
10k!>
10k!>
5.0k
1.0Mt
1.0Mt
1.0Mt
1.0Mt
1.0Mt
300kt
400kt
400kt
200kt
200kt
.30
300m
1
5.0u
300m
150m
150m
150m
150m
500m
500m
500m
500m
470m
470m
470m
470m
70m
8.0u
8.0u
8.0u
8.0u
10u~
10~~
lOu
10uit!
10~~
lOu
10u~
10utz)
4.0M§
400k§
400k§
5.0M§
1.5Mt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
A
A!>
A
A
A
A
A
A
A
A
A
A
A
A!>
A!>
A!>
A!>
A!>
A!>
A!>
A!>
A
A
A
A
0
0
0
0
0
.06.
.06.
.06.
.06.
.06.
A
A
A
30m
50m
12u
12u
3~~:
!Q~m 1~·6u#
100m
.15
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
!gg~i
330m
500m
SYMBOLS AND CODES
EXPLAINED IN INTERPREHR
3.9u#
900n
MT36
MT36
MT36
MT36
MT36
MT36
MT36
MT36
T03
MT36
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
MOl
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
I+~~
T03
T03
T03
T03
T03
. MT36
MT36
MT36
MT36
T03
M57
M57
M57
M57
M57
M57
M57
M57
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
F
F
F
F
F
F
F
F
crt
C~0
C0
g~
C0
cg;
~~
g~
C0
g~
c(6
~~
C0
c~
g~
C0
~~
C0
g~
C0
~iZ>
A
A
AC0
~
0
~
0
C)
g~
cQl
CiZ>
A!>
A!>
A
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
199~~
80
70 ~
50
A
A
A
A
A
A
A
A
A
300m
300m
300m
300m
300m
300m
0
0
T03
T03
T03
ig~
T03
0
T03
OA!> T03
T013
TO 10
T013
TO 10
T013
TO 10
T013
T010
T013
TO 10
T013
T010
T013
TO 10
T013
TO 10
+gl~
iA
T013
T010
T013
TO 10
T013
TOlD
T03
T03
T03
A
C~<25
~~
1=0
~~
1=0
~~
FQl
~~
Fa
~~
Fa
~~
F0
~~
FiB
~~
~
1..]
LINE
No.
- HIGH POWER TRANSISTORS
8. GERMANIUM PNP
ABSOLUTE MAX. RATINGS @25'C
MAX.
hfe
TYPE
No.
/
~: ~;~~~~A
3
4
5
6
2N1430
I~N5155t
2N257
2N257B
~ I~~~~~~
9
l~
12
l~
~~~~Qj
I~~~~
~g
~~lgg~
2N1668
I~~l~g~
1~~g~lO*
~g
~r
2N2869
'~~~m
27
:lIS
2NJ906-
:lN21Sti9/2N3a
~~~~:It
~~: ~~:i~l
~g: ~~:~g~
37# 25B310
25B318
~g: 25B319
40# 25B32a
41#
l~gg~~2
42
43
4.0.05.0
44
4.0.05.;1
4.0254
45
4.0421
46
4.0439
4.044.0
49
4.0462
5.0# AD13a
AD131
AD132
:~
~a
g~t ~gl~g
55# AD142
AD143
AD145
58# AD15D
g~:
g~: ~g~~~
61# All .00
AL101
AL102
64# ALla3
~5# A5Z15t
66# AT450%
67# AT1138
~~t
~g: I~f~m:
70# AT1833
71#
H:
~~~~~i
AUla4
74# AUla6
75# AU107
76# AUla8
~~: ~~n~
666m
666m
666m
666m
g~~~~
666m
I~~~~
666m
666m
666m
666m§
666m
666m
666m
I~~g~
85# AUY22A
666m
88# AUY34
666m
666mlfj
666miZl
666m
666m
666m
666m
666m
666m¢
666m
666m
666m
666m
:~t ~~~~~
gg
:lg~g
91
CDT1309
~~
94
cg:::m~~
CDT1312t
~g
ggigm
CDT1319t
CDT132at
CDT1321t
CDT1322t
1.0.0
NKT42a
NKT451
1.03# NKT452
~2~# NKT453
la~: .oC2a
.oC28t
1.06
97
98
99
'lg~t
19~t
Iggm
O.A. T.A.INC.
~g
&
300
gg~~*
~~g~*
.~66m
666m
666m
666m
~~~~~
I~~~~~
IAI
l;j·~o
.J 10
.J 15
3 ..0
It~ 3.0
#J 3.0
3.0
3.0
#J 3.0
5..0 ¢
3.0
30
30
30
30
23
44
0
g
~
¢
0
:aiii
t:j
#J
I:~
#J
I:~
#J
#J
I#J
#J
I:~
#J
#J
I#J
#J
t:j
#J
I:j
#J
#J
I#J
#J
Itj
tJ
I:j
#J
I:j
#J
I:j
44
#J
44 ~
1.0 g.
Itj
15
#J
5 ..0,\0",
*J
30
3.0 ~_
*J
#
5~ui
5.0
~8
3.0
36
30
36
&
0
*
¢
*
~~ ¢
3.0 0
30 Ifj
3.0 iZ!
45 (25
45 ~
45 ¢
450
45 ~
45 ¢.
45 0
~~
¢
450
1.3
1.3
1.3
1.3
3.0 ~
30
30 ~
30
I:j
#J
I:j
#J
#J
I:j
#J
#J
I#J
#J
I:j
#J
I:~
#J
:j
#J
:j
#J
:j
#J
#J
90
100
120
35 ~
35
35 ~
35 ¢
600
~i~'C
1.~_m
IV)
(A)
t~¢
Itg ¢
5.0
10m# 2·2~ 8..0
2.am
2.0
2.~g
5.0m
2.0
2.0
5.amll 2.~~ 2..0
5.0mll 2.~g 2..0
2.am
2.0
2.0
2.am
tg¢ I~:g
5.am
3.am
2.00 5aOm
5.am~
1.2~ 2aOm
2aOm
2.0
20m
2 ..0
3.0
10m
3 ..0
15m
2.0
10
100u\!; 1.010 6.0
6.0
100~g
6..0
laOu
6..0
10au~
La
50a~~
5aau
2..0
5..0
1.0
1.0m\!; 2.(?\!;
1.am¢ 2.~g La
2..0
La
500u¢
~~
ng
30
120
25
lOa
40 ~
50
4.0 ~
6.0 ¢
400
2..0
2.0
1..0
La
1.5
La
1.0
10
1.0
3 ..0
3.0
60
8.0
1.0
1.0
5.0
50
2.~~
2
..0
1.0
La
5.0
50
165
165
1.0
1.2
1.2
5.0
5..0
5..0
8.0
8.0
5.0
5.0
1.0
5.0
5.0
5.0
5.0
5.0
5.0
1.0
1.0
5..0
3.0
3 ..0
3 ..0
15
3..0
10
10
1.0
3.5
3.0
3.5
1.0
10
6.0
6.0
6.0
10
1.0
3 ..0
8.0
4.0
60
8.0
1.0.0
1.0
12
12
6.0
6.0
4.0
La
1.0
1..0
La
2 ..0
2..0
5..0
5..0
5..0
5..0
1.5
2 ..0
2 ..0
5.at
1.0
20
2.0
~g
2.~~
1.5
La
1..0
1..0
3 ..0
3.0
1.()
1..0
La
1.0
1..0
1..0
5..0
1..0
1..0
La
1.0
La
50
35
35
3.0
3.0
165
16.0
160
75
75
,~.O
:~
I:j
#J
2~g
IVI
60
loa
75
6.0
6.0
#J 5.0 ~
5.0 ¢¢
15
:~
9f::>
10 ¢
IVI
7.5
1.5
3..0
3..0
La.
La
3 ..0
#J 5.0
It~ ~:g 0
t~
IVI
5l!~m
MIN
;g
6.0
32
32
32
40
40
5.0
4.0
50
I:~
30 ~
3.0
&
5.0 0
IAI
BIAS
BVebo BVeboJ BVeeo lebo @
MAX Vei1JVeb Ie
1.0
1.0
I:~
t:~
#J
Ib
100
14.0
4.0
40
4.0
4.0
8.0
8.0
6.0
8.0
35
35
60
8.0
80
80
80
3.0 Qj
~8
t
:J
Ie
6.0
6..0
#J 6.0
10
10
#J 5..0 '
5.0
t j 1.0
g~~~1Zl ~g g
!!)
I~~~~# 30
30 ¢.
:~:
a~: ~~~HA
~g
3.0 ~
44
44 ~
5.0 ¢.
5.0 0
~
I~~~~\O* 40
43 Ii1
666m
43 0
666m
5.0 Ig
666m
5.0 ¢
666m
5.0 0
666m
50 ~
12 ¢
666m.
666m.
12 iii
666m.
12 ~
666m.
12 ¢
666m.
120
666m# 5..0 ~
666m# 5..0 ¢Qj
666m§
12
666m*
3.0 ~
3.0 ¢.
666m*
666m*
3D 0
666m*
3.0 ~
666mt
35 ¢.
30 0
666m
666m
30 \!;
666m
666m*
666m*
666m*
79# AUl12
8.0# AUY19
AUY2a
AUY21
&
0
\!;
¢
0
&
450
666m
~gg~:
2N287a
2N287012N3alA
666m#
666m
31# 25B41
666m
666m
666m
34# 25B152
29
30
50
50
50
50
666m~~
~~
24
:~
666m
666m
666m
666m
666m¢'*
666,n0*
21
~~ ~
~~~~
I~~~~
¢
45 iii
45 ~
45 ¢
45 iii
666m
1~~~g~A
~~~~~A
~~
I~~~m
JAN2N297A
l~
18
THERM FREE A E
RES. AIR @ X M
P
JI~IC ~;C
666m
666m
666m¢
666m
2N268
JAN2N463
2Nlal1
JAN2Nlall
2N1120
15
f1J~AX. MAX pe~M T
IN ORDE R OF (1) MAX THERMAL RESS
I TAN CE
80. 21 TYPE No.
DESCRIPTION L C
MAX
fae
MAX.
tr
EO
~TRU_C
SAT.
-TURE DWG. AD
No.
oE
m')S.
1Hz)
Is)
19
10
10
10
12
10
1.0
10
10
10
10
3 ..0
3 ..0
1.0
10
8.0
8.0
6.0
15
3.0
3.0
3..0
3..0
5 ..0
5.0
5..0
5.0
8..0
5.0
5.0
5.0
5.0
5..0
3 ..0
3.0
3 ..0
10
8.0
8.0
8.0
5·2
2..0
2.0
2.0
2.0
2 ..0
2..0
~:g
Qj
1.0
1.0
5 ..0 ~
5..0
1~~
5..0 \!;
5.0 ¢Qj
1.0
5 ..0 \0
La
1..0
1.0
La
1..0
4 ..0
4..0
La
5aam
5aam
5.oam
2.0
5aam
3.0
3.0
3.0
50Dm
500m
3 ..0
3.0
1.0
1.0
1.0
1.0 ¢
1.0
1.0
1..0
1..0
1.0
2.5
2.5
4.0
La
La
3.~
4.0
4..0
2..0
1.5
1.5
50am
2..0
2 ..0
2..0
2.0
2.0
30am
2.0
2.0
2.0
2..0
1.0
5aam
5aam
5aOm
2..0
La
La
La
140
6.0
1.0.0
1.0.0
15.0
32
4.0
5.0
32
75
32.0
2.0.0
4.0 t
32
64
8.0
~~
8.0
4.0
15
32
1.0.0
32
130
60
130
lao
80
430
4.0
~g
4.0
40
155
185
320
2.00
100
~~g
320
64
80
65
gg
80
~g
100
~~
4.0
4.0
6.0
8.0
1.0.0
1.00
40
6.0
80
1.0.0
12.0
36
36
36
100
80
60
6.0
1.5
1.0
20
2.0
20
4.0
2.0
9.0
40
10
10
50
4.0
4.0
4.0
2~O
~g ¢
40
35
35
~§O"J ~:gg
40
Ii1
2·~m
Qj
~8
f
80 §
65 §
40
6.0
6.0
laO
32
4.0
5.0
32
50
32.0
2.00
4.0
3.0
46
60
§
§
§
§
§
1..0
2.0
1.5
4.0
2.0
2.0
2.0
20
2.0
20
4..0
4 ..0
2..0
~:D
..0
~:g
2.0
2.0
20
20
2.0
2.0
20
~ri
20
10
35
35
35
35
35
35
35
35
5.0
10
10
1.0
40
40
~g
2.amQj
2.0".'.~
5aa~~
5aau
1.~~
1.~g
1.5
~'2~
'~f~1i1 La
22a~~ 1.g~
1.am8
Qn,:g
1.
Lam
1..0,,:,10
2·Q8
5ao~\O
2.Q~
2.g~
2 ..0
2.Q\!;
~ga~Qj 22~~
..0
§
tg~Qj 2.~g
2.0
!!)
¢
2aau!!)
19
~~
80 Qj
1.0
10
10
1.0
2.0
10
2.0
2·~m
2aou~Qj
5aau.
10a~~
laau
40 10
laOu!!)
160u¢
3.0
8.0
150u\O
,38 ¢
40
13.0 ~
13.0
60
16.0
35
;~
35
35
155 #
185 #
32.0 !!)
2.00 ~.
100
~~8 ¢
3200
45
60
45 §
45
60 §
60
~L
80
40 §
~~ ~
~g ~
65(25_
75 \0
~~ Qj
5.0 \!;
65 ¢.
750
laau¢
500u!!)
100~g
10au
laau\O
~:8~¢_
I~:g~¢
2.0';;0
2.pO"!
10m
20au!!)
2.00 1..0
1.Q!!) La
1.~g 1.0
1..0
" ..0
'~2~ 51...0.0
1.g~
2..0
La
2.Q@ 1..0
1
2.gg ..0
1.0
1..0
1·2~ 1..0
1..0
1..0
2·2@ La 1I
1..0
2.~g
2
..0
1.0
La
1..0
6.0
1.~m
1.0
1.0
~:8g
1.~1g
1.gg
1.0
1'2~
1.gg
1.0
1.~!(l
20a~~ 22.~&
..0
20au
lQ~u\!;
2.~\!;
200~0
Ug
1.2~
1.gg
.5.0
.5Q8
200u¢.
.5g~
1.5m
Lam
2.am
2.am
2.0m
5.am
5.am
5.0m
5.am
20m
5.am
5.0m
5.am
5.am
.5.0
.1g¢
1.~
1.0
1.0
1.0
10
12
6..0
7aam
7aOm
1.0
6 ..0
6.0
La
La
5..0
5.0
5..0
5 ..0
~:g
2.~g
2.0
1.~!(l
15a~~
1.QI!)
117
5.0
75
100
4.0
50
2.0.0
150 ~
8.0 ¢
165
4.0k
4.ak
~g
3.0
4.0
4.0
40
4.0
38
5.0
50
3.0
62
2 ..0
2 ..0
1..0
1.~~
1..0
1..0
1..0
1..0
1..0
11.~¢
..0
La
1~8 \0
4.ak
5.0k
5.0k
5.ak
5.ak
4.5k
17k
125
17k
2.aM§
200
3.aM§
2.0.0
2.aM§
2.0.0
3.aM§
17.0
70 ¢ 3aak§
5aak§
9.0
50ak§
9.0
7.0 ¢ 3aak§
2.aM§1I
175
m
90 0 6aak§
35ak§
1.0.0
100
lao
6.0
~~o:§
1.0.0
450k§
17.0
17.0
450k§
45ak§
170
1.0.0
450k§
6.0 t 350k§
450k§
100
4.0M§
25.0
~8 \0 250 7.5M
4.0M§
3.0M§
4.0
25.0
20
55
250kt
15
66
2.0.0
30ak§
5.0
20
20
20
2.0
3.0
30
3.0
30
30
13 t
30
4.0
~g
45
75
15
14
15
~g
2.0
15
15
2.0
2.0
13
12
13
12
~g
4.0
4.0
40
40
6.0
60
2.0
2.0
20
30
50
3.0
15
25
2.0
45
25
150u~
2a~1
.1aOu
100~¢
laau
4.0
loa
3.0 ~
35 ¢
60
75
75
5.0
3.0
9.0 ~
5.0
~g
2..0
2.~~ 22...0.0
2.0
2'Q~ 2..0
2.~~ 22...0.0
2.0
2.Q~ 2 ..0
1..0
15a~g_ 11.~~
1..0
..0
15au
75
60
32
32
4.0
2.0
3.0
20
30
30
2.0
15
5.0
lOa
2.~!(l
1.5u#
1.5Mt
15ak§1I 40m
5.0kll
750m
5.0kll
50am
IZ5am
~:g~~ 5aam
1.0
6.akll
5UUm
5.aktll
5.akll
35am
3.akll
3.5kll I~gg~
5.0kll
80m
5.akll
5aam
5.0kll
500m
3.0kll
100m
250kt
2aOkt
2aakt
20akt
75k
1.0
75k
20am
4.0M§
4.aM§
4.ak
25am
1..0
1..0
2'2~
2.0¢
l:luOkllt
95
165
8.0
12.0
2.0.0
~g
4.0
1.0.0
1.0.0
6.0
6.0
4.0
60
~g \0
~gg~:
4aakt
4aakt
15M§
15M§
2.0M§
2.aM§
A
A
A
A
A
All
A
g&
C0
laam
A
A
A
A
A
A
D
D
D
D
D
D
A
A
A
A
D
D
D
A
A
A
AI1
All
A
A
A
A
A
T.o3
T03
T.o3
T.o3
T.o3
laan
laan
20am
2aam
200m
llam
la.om
laam
25am
12am
2aam
1.6u
75ant
1.2ut
25u\O
1.0
laan
20u
25Dm
1..0
1..0
1.0
1.7u
1.8u
lau@
la~g
12u
12u¢
l()u
12u¢
8.0k
8.ak
8.0k
8.0k
75am
3aOm
3Dam
3aam
300m
3.5u
3.5u
3.5u
3.5u
60
6.0
'~.Ok
30am
300m
3aOm
300m
3.5u
3.5u
3.5u
3.5u
6.0
g~
ciii
T.o3
T.o3
20u
12.0
12.0
12.0
12.0
15.0
9.0
15.0
9.0
45
75
55
13.0
75
ig~
~¢
C0
A
A
5.au
5aam
6.0k
6.0k
T.o41
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
25am
laam
A
A
35ak§
6.0k
ig~
All
All
All
All
AI1
D
D
D
D
A
2.DM§
2.0M§
35ak§
35ak§
3aak§
3aak§
3Dak§
3aak§
3gg~§
18u
Ig¢
MD6a A
T.o3
T.o3
g&
T.o32 A
T.o3
<:\0
T.o3
T.o41
MD3
MD3
MD3
MD3
T.o3
T.o3
T.o3
T.o3
g&
T.o3
C0
~~g~:
~gg
A
D
DA
A
A
D
DI1
D
D
A
DlI
A
A
A
A
A
AD
AD
D
D
D
D
D
D
AI1
AI1
All
A
AI1
A
A
All
g~,t
g~
g~
ig~
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
TD3
T.o3
g~
g¢
A
g~
C1:75
ig~l
¢
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
cQj
ig~
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
g&
C0
C\O
¢
:::g~
T.o3
T.o3
T.o3.
T.o41
T.o3
T.o41
T.o3
ig~l
T.o3
ig~
A
A
A
A
All
A
A
A
A
~&
T03
A
T.o3
T.o3
T.o3
<:0
T.o3
~\O
T.o3
T.o3
T.o3
g~
TD3
T.o3
C0
MD17d
MD17d
MD17d C0
MD17d C~
g~
~0
g~
25ak
25akt
250kt
25akt
16am
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
2au
20u
2au
20u
All
All
AI1
AI1
:::g~
:::g~
g
l£J
LINE
No.
. HIGH POWER TRANSISTORS
8. GERMANIUM PNP
ABSa LUTE MAX. RATINGS @2S'
MAX.
hfe
TYPE
No.
~: ~~i~i3
3# 5FT214
4# 5FT238
5FT239
~: 5FT240
7# 5FT250
2N285A
8
9
2N285B
l~ 1~~~g67
12
13#
14#
15#
2N1227
25B126
25B127
25B128
1~5B128A
l~! 25B129
18# AD138
!g4~g~50
~~! A5Z17t
2;#
22# A5Z18t
23# AUY37
24
LT5088
~~
tH~~~
30
LT5092
LT5094
LT5095
LT5097
33
mng
LT5101
36
LT5106
27
~g
~~
t:::~lg~
~~
ml~~
3~
45
LT5110
LT5112
LT5113
LT5115
LT5116
LT5118
LT5119
:~
It+~ ~~2
39
:~
42
:~
2N5324t
2N5325t
MP3730
MP3731
48
49
50
51
~~ I~~:~n
54
2N458
55#
~~~j1i
~~:
~~!
NKT401t
NKT402t
NKT403t
60# NKT404t
~~! I~~i:g~t
2N378
2N379
2N380
2N459t
63
64
65
66
1~~lmA
g~
2N1136B
2Nl137
2Nl137A
2Nl137B
69
~~
72
I~~mg~
~~
75
76
17
78
2N1314
2N2137
2N2137A
'2N2138
~g
1~~~mA
81
2N2139A
~~
84
~~
87
~g
90
~~
93
~~
96
f!.7.
98.
99.
19~:
10H
103.
104.
105.
Jg~.
108
,
1~~~l:gA
2N2141
I~N2141A
2N2142
2N2142A
2N2143
2N2143A
2N2144
1~~~mA
2N2145A
2N2146
2N2146A
B1178
JAN2N3791t
JAN2N3792t
2N3611
2N3612
2N3613
2N3614
2N3615
2N3616
2N3617
1~t'l3618
2N250
2N251
l~g: ~~~j~~
D.A. T.A.INC.
l1J
MAX .
THERM
RES.
J to C
(Wl
~~~~>'>
666m
666m
666m
666m
666m
667m
667m
6~7m
667~&
MAX pe~M
FREE A
AIR @ X
2S'C
(Wl
45 iii
45 ~
45 ¢
4512\
45. Ii'
10
667".:~
I~~~~
670m
670m
670m
670m
714m
714m
714m
714m
770m
170m
770m
170m
170m
170m
170m
833m
833m
833m
833m
833m\!?
833".:g
833m
30 #
(2\
~
¢
iii
~
¢
0
\!?
¢
lto
¢
50 g)
50 ¢
50 0
833".:~
~~~~~
833m
833m
833m
Ig~~~
833m
833m
833m
833m
833m
833m
833m
833m
833m
833m
I~~~~
833m
833m
~~~~¢
(A)
1#5 3.0
#S 6.0
6.0
Ii"~ 10
#5 3.0
3.0
Ii"j 3.0
#J 5.0
3.0
Ii" 3.0
.#J 3.5
3.5
Ii"j 6.0
#J 6.0
6.0
I!j 8.0
#J 8.0
6.0
Ii"j 6.0
#J 6.0
10
I#J 6.0
#J 6.0
#J 6.0
I#J 6.0
#J 6.0
6.0
I!j 6.0
#J 6.0
6.0
Ii"j 6.0
#J 6.0
6.0
Ii"j 6.0
#J ~.O
6.0
Ii"j 6.0
#J 6.0
6.0
Ii"j 6.0
#J 6.0
6.0
Ii"j 6.0
!:j I~:g
56
56
56
56
50
50
50
45
50
1.3
1.3
1.3
1.3
1.3
833m~
833m
833m§
Ie
~~ ~ I:~ ~:g
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
T
E
M
P
20
20
125
62
62
63
g)
¢
g)
¢
iii
~~ ~
6212\
~~ ~
63 iii
62 ~
62 ¢
6212\
63 \!?
~~ ~
~~ ~
62 iii
63 8
62 ¢
855m
150 \!?
855m
150 ~
900m
85
900m
85 \!?
85 ¢
900m
85 0
900m
900m
85 \!?
85 ¢
900m
85 iii
900m
900m
85 ~
25 ¢
909m
25 iii
909m
909m>,>
56 §
935m
70
.J 10
.J 10
.J 5.0
.J 10
#J 5.0
5.0
Ii"j 5.0
#J 6.0
10
Ii"j 10
#J 10
10
I!j 10
#J 5'fo
I:j 5.0
#J 5.0
5.0
I!j 5.0
#J 6.0
#J 6.0
I#J 6.0
#J 6.0
6.0
I:j 6.0
#J 5.08
#J
§J I~:O
.5 ¢
#J 3.0
3.0
I!j 3.0
#J 3.0
3.0
Ii"j 3.0
#J 3.0
3.0
I!j 3.0
#J 3.0
3.0
Ii"j 3.0
#J 3.0
3.0
Ii"j 3.0
#J 3.<]
3.0
Ilj 3.0
#J 3.0
#J 3.0
10
§A 10
§A 10
.C 7.0
.c 7.0
.C 7.0
tC 7.0
.C 7.0
.C 7.0
.C 7.0
.C 7.0
3.0
I!j 3.0
15
Ii"j 15
•
Ib
(Al
500m
500m
1.0
1.0
2.0
500m
.15
.15
20
1.0
1.0
1.0
3.0
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
:ig
3.0
3.0
3.0
3.0
3.0
6.0 >'>
2.0
2.0
2.0
2.0
1.0
2.0
1.0
1.0
3.0 ~
3.0 ¢
3.0 \0
3.0 ¢
3.0 ¢
3.0 ~
3.0 ~
3.0
3.0 ¢
I;$·u \0
3.0 ¢
3.0 ¢
4.0
4.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
15 ~
15
BVebo BVeboJ BVeeo lebo @
BIAS
MAX Ve~Veb Ie
(V)
tV)
~~
~~
60
40
60
100
80
30
20
30
40
40
80
40
40
32
32
80
120
80
40
~g
~g
60
80
100
30
30
30
30
30
30
60
gg
60
60
60
80
80
80
80
80
80
100
100
100
100
ilgg
250
325
200
320
40
60
80
220
180
90
60
80
60
~g
20
40
30
105
gg
100
60
90
100
80
80
32
30
30
45
45
60
60
75
75
90
90
30
30
45
45
60
~~
75
90
90
160
60
80
40
60
40
60
80
100
80
100
30
60
70
40
15
10
10
40
60
40
10
~g
20
40
40
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
19
4.0
4.0
2.0
2.0
20
20
20
3.0
1.0
40
20
40
20
20
20
20
20
10
15
15
25
25
30
30
40
40
45
45
15
15
25
25
30
~~
40
45
45
15
7.0
7.0
20
30
20
30
40
50
40
50
40
20
~irC
tV)
!l!.u~\O
3~
1.0m
1.0m
3.0m
3.0m
3.0m
1.0m
40
30
40
60
60
40
40
1.0~&
1.0m
~g
2.~~
2.0
2.0>'>
2,pr
.22m~
1.~~
.22m~
1.<2~
:lg~~
1.0
1.0
1.0
.22m¢
1.0m
1.0m
.10m~
.10m¢
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.5m
3.5m
3.5m
3.5m
3.5m
3.5m
4.0m
4.0m
4.0m
4.0m
9~
14.~m
4.0m
400u$
400
2.0m
2.0m
2.0m
500ug)
220~g
150u
60
32
32
32
150u~
150~g
150u
150u~
150u¢
500u
500u
32
~gg~¢
30
55
65
30
55
65
60
60
16
20
20
30
30
45
45
60
60
65
65
20
20
30
30
45
45
60
60
65
65
160
60
60
30
2.()~
14
1.~~
j~~~ 1.0
150
200
200 &
320
40
60
80
gg
45
30
45
60
75
60
75
2~~
2.0
3.0m
1.0~~
1.0m
30
16
16
40
60
40
25
35
48
48
60
55
30
30
30
30
30
30
60
60
60
60
60
60
75
75
75
75
75
75
90
90
90
90
tV)
1.()\!?
1.2mg)
1.0".:g
1.0m
1.0'11~
l:g~~
8.0m
~§O':.¢
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.<]m
2.0m
2.0m
2.0m
¢
~
¢
~
~
¢
Ql
Ii'
§
2'POm¢
1.0m#
1.0m#
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
1.0m
2.0m
4.0".:§
3.0m
118
1.~~
1.5
1.~>'>
2.~&
2.0
~.~~
2.~~
2.0
2.()g)
2.~~
2.0
2.()g)
2.~g
2.0
2.()~
2.~~
2.0
2.<2g)
2.~g
2.0
2.<2g)
2.~g
2.0
2.()~
2.~~
2.0
MIN
tA)
1.~
2.0
2.0
5.0
5.0
5.0
2.0
.50
.50
4.0
.50
.50
3.0
3.0
6.0
6.0
6.0
5.0
5.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.~
!tg¢ 1.0
2.00 5.0
2.()g) 5.0
50m
4.g~ 6.0
3.0
5.0
1.~~
5.0
1.~~
1.5
5.0
1.<2g) 6.0
I.gg 1.0
1.0
1.0
1.<2~ 1.0
1.0
I.gg
1.0
1.0
1.~8 1.0
1.0
1.~~ 2.0
2.0
2.C?g) 2.0
2.~~ 2.0
2.0
2.0
5.()\!? 3.0
3.0
5.~g 3.0
5.0
5.()~ 3.0
~:g~ 3.0
3.0
2·<28 3.0
5.0
2·ff¢ 30m
2·~8 500m
2.gg 500m
2.0
500m
228 500m
2.~~ 500m
2.0
500m
2.()g) 500m
2.~g 500m
2.0
500m
500m
I~:g~ 500m
2.0~ 500m
2.()~ 500m
2.~~ 500m
2.0
500m
2.()~ 500m
2.gg 500m
2.0
500m
2'28 500m
2.0¢ 500m
2.0
5.0
2'2~ 1.0
1.0
2·gA 3.0
2.0
2.()~ 3.0
2.~~ 3.0
3.0
2.0
2.()\!? 3.0
3.0
2:g~
3.0
2.
2.()g) 3.0
500m
l.~g 500m
1.5
5.0
2.~§ 5.0
2.0
~g
20
20
20
20
20
150 &
150
20
30 &
50
15
26
16
16
30
25
~~ ¢
25 iii
~g Ii'
40
40
80
80
160
160
40
40
80
80
160
160
40
40
80
80
160
160
40
40
80
80
;~g
20
20
10
15
10
10
10
15
30
25
60
50
50
100
30
15
20
30
20
50
50
50
75
75
75
30
20
20
30
30
30
30
30
30
30
30
30
30
60
60
200
~g ~
3012\
50
125
75
180
150
150
200
50
40
70
70
70
100
100
100
150
150
150
75
50
80
60
60
60
60
60
60
60
60
60
60
100
100
100
100
100
~g
50
50
50
50
50
50
50
~g
50
50
35
35
60
60
30
30
45
45
30
30
30
30
IN ORDER OF (1) MAX THERMAL RESISTANCE
8< 21 TYPE No.
DESCR IP I N
MAX
fae
MAX.
tr
kSTRUC
SAT.
-TURE DWG.
RES.
No.
(0)
(Hz)
(sl
20u
Ato.
~gg~~ 130m
ig~
lJg
A
150
200ktto. 130m
T03
A
70m 6.0u
Ato.
T03
30 \!? 300kt
30 ¢ 300kt
70m 6.0u
Ato.
T03
70
400k
40m 4.5u
Ato.
T03
150
200kt
130m
A
T03
.50
DAto. T03
.50
DAto. T03
650kt .20
50
90u
Ato.
ig~
1.0
~:g~~ 1.0
T03
50
A
T03
100
A
T03
36
A
T03
36
A
T03
A
T03
~L~ 5.5k
A
T03
5.5k
A
lj~ Ii' 250kt
ig~
20u
75
250kt
20u
T03
110
250k
20u
to.
T03
450k§
110
A
T03
100kt
1.0
T013
100kt
1.0
T010
100kt 1.0
T013
100kt
1.0
T010
100kt
1.0
T013
100kt 1.0
TO 10
100kt 1.0
T013
100kt
1.0
TO 10
100kt 1.0
T013
100kt 1.0
TO 10
100kt
1.0
T013
1.0
100kt
TO 10
100kt
1.0
T013
100kt 1.0
T010
100kt 1.0
T013
100kt 1.0
TO 10
100kt
1.0
T013
100kt 1.0
TO 10
100kt 1.0
T013
100kt
1.0
TO 10
100kt
T013
100kt
T010
l~~
¢
100
100
100
;gg~~ ;:g
2.0M§to. 50m
2.0M§to. 50m
1.0M§to. 10
1.0M§to. 833m
200m
200m
200m
1.5Mt
50m
17k
110m
430kt
140m
430kt
140m
430kt 420m
430kt 420m
430kt 420m
420m
~~~~ 500m
5.0kto.
500m
8.0kto.
500m
5.0kto.
500m
.33
.33
.33
.33
.33
.33
10k
10k
4.5k
12kto. 250m
12kll 250m
12kto. 250m
12kto. 250m
12kto. 250m
12kto. 250m
12kto. 250m
12kto.
12kll ~~g~
12kto. 250m
12kto. 250m
12kll 250m
12kto. 250m
12kto. 250m
12kto. 250m
12kto. 250m
12kto. 250m
12kll 250m
250m
250m
1.0Mt .15
4.0M§ll
4.0M§to.
83m
83m
83m
83m
83m
83m
83m
83m
2.0
2.0
m1
150 #
150 #
70
70
120
120
60
60
90
90
90 ~
90
120
150
4.0k
~?m
9m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
.
15u0
15uilJ
26u
26u
26u
lOu
16u
16u
16u
15u
25u
25u
25u
25u
5.~u
E
E
A
A
A
D
D
A
A
A
A
5.0u
5.0u
5.0u
5.0u
5.0u
lOu
lOu
A
A
A
A
A
A
A
A
A
2.0u
1.5ug)
1.5u¢
DA
A
A
Ato.
A
I+gl~
~
g
AD
DE
g~
g~
C~
g~
g~
CI2\
F(2\
~~
Fiii
~~
FI2\
~~
j:iii
~~
j:¢
~~
FI2\
~~
F0
~~
j:¢
c~
T03
T03
g~
T03
T03
C0
T03
g~
T03
T03
ciii
T03
T03
MD17d CC15
MD17d
MD17d g~
MD17d C0
MD17d
MD17d
T03
T03
g~
T03
T03
ciii
T03
g~
T03
T03
CI2\
T03
g~
T03
T03
C~
T03
g~
T03
MD3
T03
g~
T03
T03
C0
T03
g~
T03
T03
C0
T03
g~
T03
T03
CI2\
T03
g~
T03
C0
T03
T03
g~
T03
T03
ciii
T03
g~
T03
CI2\
T03
T03
g~
T03
T03
A
T03
g~
T03
C0
T03
T03
g~
T03
cQl
T03
T03
g~
T03
CQJ
T03
T03
g~
T03
cQl
T03
gf
ig~~
LINE
No.
~
8. GERMANIUM PNP·
HIGH POWER TRANSISTORSe
ABsa L rE MA . RA INGS @25'
MAXc
h
TYPE
No.
'1~AX.
M~~.pelM T
HERM FREE A E
RES.
J to C
2: 2SB35~
3#
258354
(W)
~~~~
935m
1.0 !~
~~~glA
l:g ~
2N1046
2N1046A
1.0 #
2N10468
1.0 #
JAN2N1412
1.0
JAN2N1412A 1.0
2N2210
1.0
1.0
2N2444
12
1.0
2N2526t
1.0
1~ 2N2527t
1.0
2N2528t
15
1.0
2N2612
1.0
1~ 2N2832t
1.0
2N2833t
18
~g ~~~~~~134t 1.2
1.0
2N2912t
1.0
21
1.0
1.0
~~: ~~:mA
1.0
24# 2S8132
1.0
1.0
~~: ~~:l~~A
1.0
27# 258484
1.0
~~# ~~~~~5
1.0
1.0
3N46t
30
3N47
1.0
31
3N48
32
1:g #
8102000
33
1.0 #
4
5
6
7
8
9
l¥
~;
:lg~gg~
8102003
8103000
~~ 8103001
B103002
39
8103003
B103004
42# ClP1544
36
:¥
:~# gf~~~~i
45
DlG600t
48
DlG603t
51
MP600t
MP601t
MP602t
MP603t
:~
;~
~~
54
~~
57
~g
60
61
~~#
gf~gg'2~
gi~~~~~~t
~~l~gA
MP16128
MP1613
MP2060
MP2061
MP2062
MP2063
2G220
g;:
12G~~~
66
2N176
~~
69
~~
72
n
75
~~
78
~g
81
g~
84
~~
87
~~
90
~~
93
~~
96
~~
99
19¥
102
19~
105
19~
108
l~g
1~~~~gA
2N251A
2N350
2N350A
2N351
~~~~JA
2N376
2N376A
2N456A
2N456B
2N457A
2N457B
2N458A
2N458B
2N459A
2N554
I~~~~~
2N618
2N627
2N628
2N629
12~~~g
2N1021
1~~lg~~A
2N1022A
2N1031
2N1031A
2N1031B
12~lg~JC
2N1032A
2N1032B
2N1032C
2N1073
2N1073A
2N1073B
2N1099
1~~~~~~t120
D.A. T.A. INC.
1:g:
1.0 #
1:g:
1.0 #
1.0 #
1.0
1.0
1.0 ...
1.0 ...
1.0 ...
1.0 ...
1.0 ...
1.0 ...
1.0
1.0
1.0
1.0
1.0
1.2
1.0
1.0
1.0
1.0
1.0
1.0
l:~
0
1.1 ?d
1.1 ¢
1.2
1.~
AIR @
25'C
(W)
jg ~
700
11 ~
11 ¢
500
~g ~
70 0
70 III
85
85
85
85
90 !g
85 ¢
850
gg ~
750
65 III
g~ 0
65
60 ~
60
~g ~
750
j~ ~
450
45 ?d
45 ¢
450
45 !g
45 ¢
450
:~ ~
1.7 *
1.7 *
85 ~
85
g~ ~
850
85 ?d
85 ¢
850
g~ ~
850
85
85
85
85
85 ~
85
85 ?d
85 ¢
900
40 !g
90 0
900
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2 $
1.2
1.2 $
1.2
1.2 $
1.2
1.2
1.2
1.2
1.2
1.2
J8
10 0
90 ?d
90 ¢
100
90 !g
90 ¢
1500
90 !'?
150 ~
90
150 III
1~g 0
1.2
1.2
1.2
1.2
1.2 $
900
90 ?d
90 ¢
90 0
1.~
1:2 $
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2 §
1.~ §
1.2
&
~g
10
900
~g ~
l~g ~
150 0
~g &
900
90 ?d
90 ¢
900
90 !g
90 ¢
60 0
60 8
60 ¢
300
~g ~
Ie
Ib
(A)
(A)
X M
P
I:j 1~
I#J 15
#5 1.5
1.5
12
#J 12
12
:j
#J
15
10
t5 10
t5 10
t5 10
#J 15
tC 20
tC 20
:1
:;
tA
#J
#J
I:#oJ
#J
~g
25
1.5
8.0
1.5
8.0
15
~j 15
#J 15
I:j
#J
#J
g~
12 ~
12 ¢
7.0
7.0
7.0
7.0
10
10
10
10
10
I#J 25
#J
+J ~~
+J 15
tJ 15
tJ 15
+J 15
tJ 15
tJ 25
tJ 25
+J 25
+J 25
tJ 25
tJ 20
tJ 20
+J 20
tJ 7.0
tC 7.0
tC 7.0
tC 7.0
tC 7.0
i#J 10
#J 10
10
3.0
#J 3.0
7.0
: j 7.0
#J 3.0
#J 3.0
i#J 3.0
#J 3.0
3.0
3.0
#J
#J 7.0
7.0
#J 7.0
7.0
I#J 7.0
7.0
5.0
I;J 3.0
#J 3.0
3.0
i;J 3.0
#J 10
10
l j 10
#J 10
3.0
7.0
7.1},
#J 7.0
7.0
#J 15
15
l j 15
#J 15
,:j
1~ ~
15.¢
3.0
3.0
3.0
1.0
5.0
5.0
5.0
5.0
5.0
5.u
3.0
1.5 III
1.5 ¢
500m
500m
1.5
1.5
5.0
5.0
5.0
5.0
5.0
2.5
5.0
5.0
5.0
5.0
5.0
2.0
2.0
2.0
2.0
2.0
5.0
5.0
5.0
2.0
2.0
:j
:j
:j
#J
#J
tJ
tJ
tJ
#J
:j
3.0
3.0
3.0
BVebo BVeboJBVeeo lebo @
BIAS
MAX Vel!jVeb Ie
@25'C
(V)
(A)
(V)
(A)
(V)
tvl
8~
100
40
60
100
130
130
100
100
100
80
80
120
160
65
80
120
1~~
15
40
40
60
60
80
100
140
60
80
40
60
60
4U
75
75
90
90
70
110
13
100
40
60
75
90
40
60
80
40
~~
60
50
50
50
50
80
50
50
40
40
60
60
80
19S
15
3.0
3.0
1.5
1.5
1.5
1.5
1.5
1~
1.5
15
1.5
15
1.5
10
1.0
1.0
10
1.0
1K0_ 4.0
4.0
15 ~
15
5.0
199
80
40
60
80
100
40
100
l~g
120
50
60
90
100
50
60
90
100
40
80
120
80
100
80
:~
60
10
10
1.5
1.5
1.5
60
60
60
1.0
5.0
5.0
5.0
30
2.0
2.0
I~'O
2.0
1.5
12
12
12
12
40
40
~~
28
28
28
30
210
1.4
1.4
1.4
1.4
1.4
1.5
1.5
1.5
1.5
1.5
2.0
2.0
2.0
50
20
20
20
20
30
30
30
2~
20
~~
60
40
60
50
50
50
65
70
65
120 §
80
120
160
65 #
50
75
199
5.0
32 ~
32 ¢
50 0
~g ~
750
~~
300
~g
20
30
20
35
40
40
40
40
60
40
40
30
30
40
~S
~g
40
J8'
15
15
50
40
20
30
40
50
20
~g
30
25
25
25
25
25
25
25
25
.75
.75
.75
40
~g
10
50
25
40
30
40
50
60
30
40
50
60
70
30
20
70
50
50
70
80
80
140 #
50
60
70
80
50
75
100
75
25
35
50
60
~~
3.0";0
~:g~~
2.0ni0
2.0m!g
2.0m¢
6.0m
6.0m
tg~0
3.0m
3.0m
3.0m
15m
10m
10m
10m
19~#
2.0m~
2.0~~
2.0m
2.0mlll
5.0m
5.0m
5.0m
3.0m
3.0m
3.0m
~:g~0
2.0m~
2.0~~
2.0m
2.0~?d
~:8:::~
2.0m~
2.0m¢
15m
15m
2°~i
2.0~~
3.0m
55
30 ~
40 ¢
70 0
80 ?d
30 ¢
400
70 !g
80 ¢
40 §
80 §
120 §
60
45
40
1.3~
2.0
2.q!g
500~~ 1.5
1.~~
500u
3.0m.~
2.~~
~:8:::~
2.~~
2.0
3.0~
4.~~
2.0
3.0m?d
2.~?d
3.0m
3.0 111 10
2.'??d
258~0
...;,
2.00 5.0
1.5
1.0
1.0
1:~0 5.0
1.~?d 5,0
10
1.3~ 5.0
2.0
2.01ll 5.0
5.0
3.0
2.0
2.~~ 3.0
3.0
2.~~ 3.0
2.0
10
2.~?d
2.~~ 10
10
2.0
2.q!g 10
10
2.~~
2.0
5.0
1.0
1.~~
1.0
1.~~ 1.0
1.5
1.~1ll 1.0
1.5
10
1.5
10
1.5
10
5.0
2.~~
5.0
2.0
2.~~ 5.0
2.~~ 5.0
2.0
1.0
2.~?d 1.0
1.0
2.~~
2.0
1.0
2.q!g 3.0
3.0
2.~~ 3.0
2.0
2.~~ 3.0
2.~~ 3.0
2.0
25
2.Q!g 1~5
2.~~ 5.0
~8:::: 2.0
20m# 2.~~ 5.0
2.~~ 5.0
~g~: 2.0
5.0
2.~?d 5.0
10m
10
2.~~ 5.0
200u
2.0
200u?d 2.~?d 5.0
200~~ 2.0
2.~~ 5.0
200u
5.0
10
10
10
5.0m
2.~~ 1.0
1.0~~ 2.0
2.~~ 3.0
1.0m
3.0
1.0m?d 2.~?d 3.0
3.0
1.0~~ 2.~~
2.0m
1.5
10
10
2.0m?d 1.~?d
3.0m~
16
30
7.51250
60
30 ~
45 ¢
60 0
75 ?d
30 ¢
50
5~
13:~~~ I~:g~ '5:~
2.0m
.50m0
2.0m
.50"'.~
500"125
10m
_~Om
2.0~~
3.0m
20m
20m
20m
20m
3.0m¢
2.0m
:?l},mlD
1.~~
1.5
1.~!,?
1.~~
1.5
1.~?d
2.~~
2.0
2.q!g
2.~~
4.0
2.~!g
2.~~
2.0
2'~?d
2.~~
1.5
1.~!,?
1.~~
ig~0 1.5
15m
15m
15m
15m
15m
15m
15m
2.~~
2.~~
2.0
2·2?d
2.g~
2.0
2.Q!g
2.g~
1.b~m0 2.0
1.0m~
2.0m¢
8.0m
1$.0m
10m
119
2.Q~
2.g~
2.0
2.g§
2.0
5~8m<l
500m
3.0
3.0
700m
700m
700m
700m
1.0125
700m
700m
5.0
5.0
5.0
5.0
5.0
5.0
2.0
500m
500m
3.0 ~
1.0
10
10
10
10
500m
5.0
5.1},
5.0
5.0
10
10
10
10
10
10
10
10
5.0
5.0
5.0
5.0
5.0
10
MIN
3~
30
IN ~~DER OF (11 MAX THERMAL RESISTANCE
" 2 TYPE No.
DESCRIP I N
~g
MAX
fae
MAX.
tr
lSTRUC
SAT.
-TURE
OWG. AD
No.
DE
~JIS, (51
(Hzl
15~
150
70
70
4:~~
4.0k
10M§b
40
15M§b
40
15M§b
20
25
5.0kb
50
S.Okb
25
50
50
10k
25
75
120
20
50
20
50
20
50
85
250
25
10M§b
100
25
100
10M§b
10M§b
25
100
10M§b
25 # 100
10M§b
800
200
160
5.0k
35
5.0k
40
160
5.0k
35 * 160
5.0k
40
1fjO
40
2.5k
100 ~
40
100
2.5k
40
2.5k
199 III 16k
30
20
80
12k
30
120
500kb
20
80
300kb
40
250
40
250
40
250
40
250
40
200
40
200
40
200
40
200
40
200
25 t 125 t 4.0k
~~ t
a~~ ~ ~J'~k§
50
50
1150 850k§
50
115 ?d 850k§
50
115 ~ 850k§
115
850k§
50
850k§
50
250
25
125
50
50
50
50
18M§
25
100
18M§
25
100
18M§
25
100
40
268
III
600k§
30
600k§
30
200
600k§
30
200
600k§
30
2~g
0
10
200k
10
12 ?d 200k
10
12 ¢ 200k
90
7.0k
25
45
~g 100 ~~~k§b
25
160k§b
100
20
60
6.0k
20
60
6.0k
25
90
6.0k
90
6.0k
25
10k
35
90
120
6.0k
35
120
6.0k
35
90
200k§
30
90
200k§b
30
90
200k§
30
90
200k§b
30
90
200k§
30
200k§b
30
90
70
5.0kM
~g 0
6.0k
~g 10 40 6.0k
60
140
8.5k
8.0k
30
10
8.0k
30
10
10
8.0k
30
10
30
8.0k
75
5.0k
250
90
200k
30
~g
30
20
20
20
20
50
50
50
50
20
20
20
35
25
20
~g
90
60
60
60
60
100
100
100
100
60
~g
70
50
50
5~~
59m
80m
80m
90m
50m
50m
.05
.20
.08
.08
.08
150m
150m
150m
150m
20m
80m
80m
.20
.20
.20
.20
.12
.12
.12
.12
.12
40m
40m
10u
10u
10u
4.0u
4.0u
4.0u
4.0u
2.0u
3.0u
6.0u
.05
.05
.05
800m
800m
230m
230m
800m
800m
800m
800m
800m
800m
800m
100m
.10
100m
.10
100m
.10
19~!Zl
10u?d
10~_
10u
11u
11u
11u
5.0u
5.0u
10u
5.0u
800m
800m
400m 8.0u0
100m
100m
100m
100m
130m ...
100m
12gg~§b '11~Om
200k§b .10
100m
15u
100m
15u
100m
15u
100m
15u
100m
15u
100m
15u
100m
15u
100m
15u
1.5Mt
100m 5.0u
1.5Mt
1~2m 5·2 u
1.5Mt
100m 5.0u
10k
15u
10k
15u
3.0kb
70m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
l036
ig~
Ig~
l03
l03
l03
Ml63
Ml63
g~
ig~6
l03
l03
l03
l03
l03
l03
A
-0
B0
8~125
g~
<:0
g~
C0
~~36e I~~
R74
l03
l03
l03
A
A
A
A
A
A
A
A
A
ADE
ADE
ADE
ADE
A
A
A
A
A
A
A
A
A
A
A
A
GB
GB
G~~
GB¢
ig~
DA
DA
DA
DA
DA
DA
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A0
ig~
l03
l03
l015
l015
l015
l015
l03
A
A
A
A
A
A
A
A
.A
30m 4.4u
30m 4.4u
30m 4.4u
30m 4.4u
13u
30m
30m
30m
30m
30m
.03
.03
.03
I+g~~
A
Ab
Ab
ADb
ADb
ADb
A
.20
.20
30m
30m
30m
I~
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
MD4
MD4
MD4
l03
ig~
l03
l03
l03
l03
l03
b l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
l03
b l03
l03
A
A
A
A
A
Ab
A
A
A
Ab
Ab
Ab
Ab
Ab
Ab
Ab
Ab
DAb
DAb
DAb
b
fg~
l03
l03
l03
'+g~
l03
l041
l041
l041
l041
l041
l041
l041
l041
l03
l03
l03
l036
fg~~
g~
g~
C0
g~
C0
g~
C0
g~
<:0
gf
g&
C0
I~~
C0
g~
<:0
g~
C0
g~
C0
I(;~.¢
cQi
gr
C\ZI
C0
g~
to
g~
C0
C&
g~
C0
g&
C0
g~
C0
g~
C0
g§
LINE
No.
~
3
4
5
6
~
8. GERMANIUM PNP· HIGH
POWER TRANSISTORS
hfe
E MA . RATINGs @25'C
MAX.
TYPE
No.
1~~lmA
2Nl146B
1~~ll:~C
2Nl147A
~ I~~lmg
9
10
11
12
l~
15
l~
IS
~~
2N1162
2N1162A
2N1163
2N1163A
1~~m:A
2Nl165
JAN2N1165
2N 1165A
2N1166
1~f'l1166A
21
2N 1167
2N 1167A
24
2N1359
g
~g
27
2S
29
30
~i
33
~~m~t
I~~m~
2N1363
2N1364
2N1365
2N1412
~~l~~g
2N1531
~~ I~~m~
36
37
3S
39
2N1534
2N1535
2N1536
2N1537
42
2N1539A
:~
~~l~~g
:~ 1~~l~:gA
45
:~
4S
~g
51
2N1541
2N1541A
2N1542
2N1542A
I~~ l~:~
~g
57
~~
60
~i
63
64
65
66
~~
69
70
71
72
n
75
H
7S
79
SO
Sl
g~
S4
gg
S7
:g
90
~i
93
~~
96
19~
106
109
110
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
12
1.2
1.2 §
1.2
1.2
1.2
1.2
1.2
1.2
12
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.~
2N2290
2N2691
2N3124
2N3125
2N3126
2N4242
1.2
1.2
1.2
1.2
1.2
1.2
1.2
~~l~:~
2N1549A
2N1550
2N1550A
2N15S1
2N1551A
2N1552
2N1552A
~~l~~~A
2N1554
2N1554A
2N1555
2N1555A
2N1556
2N1556A
JAN2N 1556At
!~~m~A
2N155S
2N155SA
JAN2N 1558At
2N1559
2N1559A
2N1560
2N1560A
2N1651t
JAN2N 1651t
2N 1652t
JAN2N 1652t
2N 1653t
JAN2N1653t
2N1751
2N1970
2N2061A
.~~~g~~~
2N2064A
19~ I~~ngg
105
l:~
2N2212
2N22S5
2N2286
2N2287
2N1546
2N1546A
2N1547
2N1547A
~~ I~~~g~~~
99
100
101
102
AX MAx pe~M J
HERM. FREE A E
Ie
AIR @ X M
RES.
P (A)
J{~)C ~;C
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2 t
1.2
1.2
1.2
2N1544A
~~ 1~~l;:~A
54
-1r
O.A. T.A.INC.
1.~
AB~LL
~g
¢
90 0
~g ~
90 Qj
~g
¢
900
90 f!:
90 ¢
900
90 ~
90 ¢
90 0
90 !?!
90 ¢
90 0
90 !?!
90 ¢
90J~.
90 \?!
30 ¢
90 0
~g ~
900
90 !?!
90 ¢
S7 0
125
125
125
125
125
125
lHi
l~g 0
125
90 ¢
125
1~~ (lJ
90
l~g ¢
90 0
90
90
90
90
~g
¢
0
8
¢
0
¢
90 0
~g ¢
90 0
90 \1;1
90 ¢
90 0
~g ~
90
90
90
90
90
90
90
I:~
#J
I:~
#J
I:~
#J
I:~
#J
I:~
#J
I~j
#J
I:~
#J
:~
#J
.:~
#J
Ijj
#J
I:j
#J
(A)
l~
I~:g
15
15
15
15
15
15
25
25
25
25
25
25
25
15.0
5.0
5.0
5.0
5.(j
5.0
~~ IZl
25
25
25
25
3.0
15 ¢
3.0
3.0
3.0
3.0
3.0
3'P50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
500m
4.0
4.0
0
~
¢
0
8
¢
0
~g ~
900
90 ~
90 ¢
90 0
~g
¢
900
199 ¢
1000
100 8
100 ~
100
1.0
93 ~
90
~g ¢
900
90 \9
90 ¢
60 0
100 \9
100 ~
100
gg ~
60 Qj
100 ~
90 ~
90
90 ~
106
#J I~·O
5.0
I:~ 5.0
#J 5.0
5.0
I:~ 5.0
5.0
I:j 5.0
I:iFJ 5.0
#J 5.0
5.0
5.0
#J 5.0
5.0
: j 5.0
#J 5.0
5.0
5.0
#J 5.0
15
: j 15
#J 15
15
: j 15
#J 15
15
: j 15
#J 15
I:j 15
15
#J 15
15
,:j 15
#J 15
#J 15
I#J 15
#J 15
15
I:j 15
#J 15
15
I:j 15
#J 15
15
I:j 15
tJ 25
tJ 25
tJ 25
tJ 25
tJ 25
tJ 25
tJ 25
15
:~ 5.0
#J 5.0
(V)
~g
~g
so
100
40
60
199
50
50
50
50
SO
80
80
80
80
100
100
100
100
SO
80
50
50
100
100
120
120
100
40
60
SO
j~
l~
40
2.5
2.5
2.5
¢
4~5 (lJ
J~ ~:g
3.0
5.0
5.0
5.0
1.0
1.0
1.0
5.0
5.0
1.7
3.0
3.0
~g ~
450
~~
60 ¢
60 0
60 ~
60 ¢
750
50
60
60
60
20
30
40
50
60
20
30
¢
750
100.!?!
100'¢
65
20
30
40
50
60
20
30
~g
350
35 f!:
35 ¢
350
60 f!:
~~
¢
750
80 IZl
:g 0
j~
...gg.) t~
~g
20
20
20
~g
~g
~g
40
40
50
50
~g
20
30
30
40
40
50
50
20
20
30
30
40
40
50
50
50
20
20
30
30
30
40
40
50
50
1.5
1.1;;
1.5
1.5
1.5
1.5
2.5
~g
10
20
20
30
30
1.5
1.~
1.5
1.5
·I5
.75
.75
1.5
20
40
12
40
4.0m
4.0m
4.0m
4.0m
4.0m
4.()m
4.0m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
2.(jm
IV)
(A)
3.0~~
3.0m
1.~~
1.0
4.~\?!
4.~&
4.0
4.~~
2.0~~
2.0m
2.~~
2.0
~·2mq;
2.0m~
~:g~
2.~!?!
2.~~
2.0~~
2.0m
2.~&
2.0
2.0~~
2.~~
2.0
~·2m!?!
~:g~~
2. m
~.Omq;
2.0m¢
2.0";0
2.0m\?!
3.0~~
3.0m
3.0m!?!
3.0~~
3.0m
3.0m8
3.0~~
3.0m
3.0",~
~:g~~.
3.0m8
3.0~~
3.0m
3.0mf!:
3.0~~
3.0m
3.0",~
~:g~~
3.0mq;
3.0~~
3.0m
1~·Om8
3.0m¢
3.0';;Qj
5.0",(lJ
~:g~0
5.0m
5.0m¢
5.0m
,~OOu
4.0m
2.0m
2.0m
2.0m
2.0m
5.0m
~:g~0
§
§
§
~
~
~g
~~
2.~!?!
2·~8
2.~&
2.0
1.0
1.0
1.0
1.0
1.0
5.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
5.0m
5.0m
5.0m
1.0m\?!
1.0~~
2.0m
5.0m
20m
15m
3.0",1Zl
2.0m
120
\?!
&
\9
¢
~.O
3.0
3.0
3.0
3.0
2.g~ 3.0
2.0
~.()\9 3.0
2.~~ 3.0
2.0
3.0
tg~¢ I~:g~ ~:g
2.0';;0
~g
60
60
60
60
5.0
1.~~ 25
1.0
25
25
1.~
1.~~ 25
1.0
25
2.~(lJ 500m
1.~q;
3.0m!?!
3.0m¢
6.0m
2.0~~
2.0m
2.0m\9
40
40
50
50
60
20
20
30
30
40
40
50
50
~g
tg¢ I~:g
2.00 5.0
2.~q; 5.0
5.0
2.~~ 5.0
2.0
2'~f!: 5.0
5.0
2.~~
1.0
25
1.~f!: 25
25
l:g~ 25
25
1.~f!:
2.0~~ I~:g~
2.0m
2.60
2.0mf!: 2'2f!:
~g
MIN
g:g~0 ~:g0 l:~ 0
~.Om\?!
2.0~~
2.0m
2.0m8
~g
30
30
40
40
50
50
50
20
20
30
30
30
40
40
50
50
60
30
100
60
120
80
SO
50
15
15
20
20
40
40
120
30
60
SO
40
SO
120
SO
30
SO
75
70
I,!·~m
2.0m
2.0m!?!
~g
40
SO
80
100
100
120
40
40
60
60
SO
SO
100
100
40
40
60
60
80
80
100
100
100
40
40
60
60
60
80
80
100
100
60
60
100
100
120
120
SO
100
20
20
40
40
SO
SO
120
60
100
120
40
SO
120
100
40
80
100
SO
¢
25
25
25
25
40
40
40
40
40
50
50
50
50
15
60
25
40
40
50
50
~g
5.0
~g
¢
60 0
SO
SO
100
100
l~g
5.0
30
30
30
30
~i~'C
(V)
~~
20
30
30
40
40
50
50
~g
:j
5.0
5.0
10
25
25
25
10
10
10
20
15
I:g 3.3
#C 15
tJ 10
(V)
40
60
:j
#J
#J
tJ
tC
tC
tC
+J
tJ
+J
tA
BIAS
BVebo BVeboJBVeeo lebo @
MAX Ve!1JVeb Ie
l~g
I:~ ~
125
~g
I:j
I#J
#J
Ib
2.00 3.0
2·~8 3.0
3.0
2.~~ 3.0
2.0
2.(j\9 3.0
10
2.~~ 10
2.0
2·(j8 10
2.~~ 10
10
2.0
10
2·~8
2.~~ 10
2.0
10
2.(j\9 10
10
2.g~ 10
2.0
10
2.~q;
2.~~ 10
2.0
10
10
2'~8
10
2.~~ 10
2.0
10
2.~~
~:g~ 10
10
2·28 10
2.~~ 10
10
2.0
10
2·~8
10
2.~~
2.0
10
2.(j\9 10
10
2.~~ 10
2.0
10
2·~8
10
2.~~ 10
2.0
1.~~ 20
5.0
2.~~
2.0 2.0
2.(j\l;1 2.0
2.0
2.~~
2.0 2.0
2·~8 2.0
2.~~ 2.0
2.0
5.0
10
~.~
10
2.~~
2.0
10
2.Q\9 5.0
5.0
2.g~ 5.0
2.0
20
1.~~
10
2.~~ 3.0
2.0
10
2.g~
2.0 5.0
15
15
15
15
15
15
15
25
15
15
15
15
15
40
40
35
~~
60
35
40
25
~g
20
20
20
35
35
~~
35
50
50
50
50
50
50
50
50
50
75
75
~~
75
75
75
75
75
10
10
10
10
10
10
10
10
30
30
30
30
30
30
30
30
30
50
50
50
50
50
50
50
50
50
35
35
35
35
~~
~~
IN ORDER OF (1) MAX THERMAL RESISTANCE
& 2iTYPE No.
DESCRIPTION
MAX
fae
MAX.
tr
~TRUC
SAT.
·TURE DWG.
No.
~)S. (s)
1Hz)
l~g
150
150
150
150
150
150
65
65
65
65
65
65
65
125
65
65
65
65
65
SO
90
140
90
140
90
100
50
40
40
40
40
40
70
70
70
70
70
100
150
150
m
m
150
150
150
30
30
30
30
30
30
30
20
~g
60
60
60
60
60
60
60
100
100
100
100
100
100
100
100
100
140
105
140
105
140
105
~g
::g~
4.0k
4.0k
4.0k
4.0k
4.Clk
4.0k
4.0kt
4.0k
4.0k
4.0k
4.0k
::g~
3.0kt.
4.0k
4.0k
4.0k
4.0k
4.0k
199~~
10k
H.5k
10k
S.5k
10k
S.5k
2.0k
2.0k
2.0k
2.0k
2.0k
2.0k
2.0k
~~ I~g~
~g~
70m
70m
70m
70m
~(jm
70m
40m
19u0
40m
19u!?!
40m
19~~
19u
40m
40m
19u!?!
40m
19~~
40m
19u
40m
40m
40m
l~~~
40m
19u!?!
40m
19~~
19u
40m
1.0
60m
500m . tg~ol
400m
lOu
500m s.0!1
400m S.Ou
500m
10~
400m S.Ou¢
60m
At.
At.
At.
At.
At.
At.
A
A
A
A
A
A
A
T03
T03
i8:1
T041
T041
T03
T03
T041
T041
T03
ig~l
A
A
A
A
A
A
t.
t.
t.
t.
t.
~
~:g~
2.0k
1.0k
4.0k
1.(jk
4.0k
1.0k
4.0k
1.0k
4.0k
1.0k
4.0k
4.0k
4.~~
4.0k
4.0k
4.0k
4.0k
4.0k
4.0k
10k
10k
10k
10k
10k
10k
10k
10k
6.0k
6.0k
6.0k
6.0k
6.0k
6.0k
6.0k
200m 5.0u0
200m 5.0u¢
200m 5.0u(lJ
200m 5.0u¢
100m 5.0~~
100m 5.0u
199~ I~:g~¢
100m 5.0~0
100m 5.0uq;
l~Om
OOm ~:g~~
100m 5.0u\l;1
199~
100m
100m
100m
100m
100m
100m
70m
70m
70m
70m
70m
70m
70m
70m
~:Ok
.Okt. 700m
5.0k
50m
5.0k
50m
5.0k
50m
5.0k
50m
3.0kt.
SOm
5.0k
50m
5.0k
50m
S.Ok
50m
5.0k
50m
1.5Mt 250m
600k§t. 26m
1.5Mt 250m
600k§t. 26m
1.5Mt 250m
600k§t. 26m
25m
5.0kt.
5.0k
200m
1.0k
140m
200m
5.0k
1.0k
140m
5.0k
200m
1.0k
140m
450k§t. 200m
600k§
600k§
600k§
1.5Mt l(j()m
1.5Mt 100m
1.5Mt 100m
60
20
140
50
20
60
140
50
20
60
140
50
120
50
140
35
35
140
140
35
20
60
20
60
20
60
30
100
2.5k!!.
50m
50
100
30
75
5.0kt. 500m
6.0k!!.
100m
10
30
75m
SO
40
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
5.0~~
5.0u
5.0uf!:
S.O~~
5.0u
5.0u8
5.0~~
5.0u
lOu\?!
19~~
10u8
10~~
IOu
10u8
lO~m
lOu
10u~
At.
10~1Zl
At.
10u~
10~~
lOu
7.0u
lOu
7.0u
IOu
7.0u
lOu
10u0
5.0~.~",
5.1~1
1~1
5.0u
5.0u
5.0u
5.0u
700utzl
C0
g~
C0
g~
C0
g~
g~
C0
g~
C0
g~
C0
g¢
C0
T03
g¢
C0
T03
C0
T03
T03
C0
ig~
ig~
g~
g~
g~
C0
T03
g~
T03
T03
C0
T03
T03 Ig¢
C0
T03
T03
T03 Ig¢
T03
C0
T03
g¢
T03
T03
T03
T03
g¢
M06! C.0
T03
T03
g¢
T03
C0
c¢
r,<&~! g~
T03
T03
T03
T03
T041
M027
T041
M027
OA
OA
At.
At.
At.
At.
A!!.
At.
Ig~
ig~
'ig~
At.
At.
At.
At.
OA
AD
g~
C0
g¢
i8:1 C0
T03
T036 g~
T03
C0
T03
g¢
T03
T03
C0
T03
g¢
ig~6 C0
T03
g¢
i8~ C0
T03
T03
g¢
(:0
T03
ig~
At.
10~~
IOu
At.
19~0
C0
C0
~g~
At.
T03
At. ,., T03
T03
T03
At.
At.
At.
At.
At.
At.
At.
At.
At.
At.
At.
At.
At.
At.
At.
At.
At.
At.
At.
At.
At.
At.
AI),
At.
At.
At.
g~
T041
T041
T03
T03
T03
T03
T03
T03
At.
LC
EO
AD
DE
t.
OAt.
OAt.
OAt.
t.
r,~~
ig~6
T03
T03
T03
T03
T03
ig~J
T03
T03
T03
T03
T03
T03
T041
T041
T041
i8;1
C0
g¢
(:0
CIZl
C0
C¢
g¢
C0
g~
C0
g~
C0
g~
(:0
g¢
C0
C(lJ
C0
IN ~~DER OF (1) MAX THERMAL RESISTANCE
8. 21 TYPE No.
8. GERMANIUM PNP . HIGH POWER TRAN ;ISTORS
LINE
No.
~
3
4
5
6
TYPE
No.
f,1JMAX. MAX PC~M T
I !HERM FREE
A E
RES.
AIR @ X M
J[~JC
~;C
P
ABSOLUTE MAX. RATINGS@2S'CMAX.hfe
Ic
Ib
BVcbo BVeboJBVceo Icbo @
BIAS
MIN
MAX
MAX Vc~Vcb IIC
I
C (VI
(AI
(AI
(VI
(VI
(VI
(Al
5ir-
I~~:~;;
2N424~
2N4246
2N4247
2N5156t
1.2
1.2
1.2
1.2
1.2
1.2
106 ~
106 ~
9310
94 ~
94 ~
94 VJ
.J
.J
#J
#J
"tJ
~J
10
10
10
15 ~
15 ~
15 VJ
3.0
3.0
2.0
2.0
2.0
2.0
60
40
100
60
80
40
1.2
1.2
1.2
70 ~
70 ~
70 10
.J
.J
.J
25
25
25
2.5
2.5
2.5
110
130
160
.J
#J
:lj;J
25
15
15
15
5.Q
5.0
5.0
5.0
10
15
15
15
15
15
15
15
15
25
25
25
25
7.0
25
15
15
15
2.5
5.0
5.0
5.0
170
100
80
80
40
40
60
30
20
60
28
28
28
55 ~
40 ¢
60
35
50
25
5.0
5.0
2.010 5.0
2.Q~ 5.0
2.Q~ 5.0
2.010 5.0
2.Q~
60
60
25
30
20
30
n
~ll~gg~
15
B113002
18
B113005t
l~~ll~gg~~
43
44
45
46
47
48
~~
57
58
59
60
g;66
DTG1200
MPll0
MPll0B
MP525
MP1529t
MP1529At
~~l~m
MP1534At
MP1535t
MP1535At
MP1536t
~~m~t
MP1549At
~~
~~m~At
72
MP1552At
~~
~~m;At
78
MP1555At
:~
~~m~At
84
MP1558At
g~
~~~ggg~~
90
MP2100At
94# SFT264
~~~ ~~g~~
~~'/I= ~~~~~I
99
19~
102
19~
105
19~
108
2NllS8
'~~mJ
2N1297
~~m~~
2N1520t
I~~l~m
2N1523t
D.A. T.A. INC.
1:~
~g ~
1.2
70 VJ
1.2
~9 !!)
1.2
90 ~
12
90 10
1.2
90 ~
1.2
90 !?i
1.2
90 10
1.2
90 ~
1.2
90!?i
90 VJ
1.2
1.2
90 ~
1.2
90 ~
1.2
90 10
1.2
90 ~
1.2
90 ~
1.2
90 ""'
1.2
!!O !!)
1.2
90 ¢
1.2
900
1.2
90 ~
1.2
90 ¢
1.2
70 0
1.2?0 ~
1.2
lOS ill
1.2
lOS 0
1.2
lOS ~
U
1.2
1.2
1.2
1.2
1.2
1.2
1.2
U
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.~
1.:<
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.2
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
19~ ~
106
90 ~
90 10
II() ~
90 !?i
90 \£I
110 ~
~8 ~
!j ~~
~J
#J
:ttJ
""J
#J
"tJ
""J
#J
:ttJ
""J
#J
"tJ
~J
#J
#J
ltJ
#J
#J
.J
.J
.J
.J
tJ
!j
7f5
tJ 10
tJ 5.0
tJ 5.0
tJ !~.O
tJ 5.0
tJ 5.0
tJ 5.0
50 !!)
5500 !?i
(0
50 ~
55 00 ~
\£I
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
25
25
#C
"t~
'lI'C
#S
"tJ
15
15
15
15
5.0 !?i
~J 5.0 (0
#J 3.0
:lj;J 3.0
""J 3.0
25
25
35
~5
50
50
l~g
t,>S~05
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
1.0
5.0
3.0
3.0
3.0
~:g
100
80
SO
40
1Q8~00
60
40
SO
80
40
100
90
40
40
60
60
80
80
!j ~:g
~O !!)
tJ
90 ~
tJ
90 (0
.J
90 ~
tJ
90 ~
.J
90 (0
tJ
90 ~
.J
90!?i
tJ
90",
tJ
90 ~
tJ
90 ~:Ij;J
90 (O""J
90!!)
#J
90!?i
,:Ij;J
90 (0
,,,,,J
90 ~
#J
90 ~
#J
9010
I#J
III! ~
#J
90 ~
,"tJ
90\£1
,~J
90 fI:i
#J
90 ~
,"tJ
90\£1
,:J
90 ~
#J
90!?i ,"tJ
90 ""' ,~J
~~ !!)
#J
90 g!
#J
90 (0 IltJ
110 fI:i
#J
90 ~ I"tJ
9010 I'lI'J
90 ~
#J
106!?i
tJ
106 VJ
.J
87 fI:i
87!?i
87 10
87 IZI
I~
188
124~QO
40
SO
60
80
80
100
100
120
40
40
SO
60
80
80
100
100
4~1!0
5.0
5.0
2.5
2.5
2.5
1.0
1.0
.50
.50
.50
4.0
4.0
6.0
6.0
8.0
8.0
60
60
80
80
100
100
40
40
60
60
80
80
100
100
30
40
60
80
SO
50
~60!5
100
50
80
50
80
50
80
70
80
100
2.0
20
60
SO
10
10
10
10
S5
30
30
30
30
100
85
60
SO
30
30
50
50
65
80
70
50
40
~:g
~3~00
30
30
30
30
30
30
2.0
2.0
1.0
1.0
1.0
2.0
20
20
30
30
40
40
~8
~2~0
20
30
30
40
40
50
50
60
20
20
30
30
40
40
50
50
20
20
30
30
40
40
50
50
20
~3100
30
40
40
50
50
2.0
2.0
15
20
40
46()0
20
15
15
15
30
30
30
30
30
30
100mb 2.Q!!) 2.0
100mb 2.Q!?i 2.0
100mb 2.010 2.0
~g
~g~: ~:Q~
~
~
VJ
2.0~~
~
(0
~
~
""'
~O ~
#
SO
20
20
30
30
40
40
22'.00mm~
'f.'
8.0m
8.0m
8.0m
8.0m
8.0m
8.0m
8.0m
8.0m
15m
15m
10m
10m
2.0m
15m#
15~#
100mb
10
2.Q!!)
10
7.0
10
1.0
1.0
1.0
1.0
1.0
2.0(0
2'Q~
2.Q~
2.010
2.Q~
2.Q!?i
2.0VJ 5.0
2'Q~
2.Q~
2.0m~
2.Q!!)
2.Q!?i
2.0\£1
2.Q\i!
2.oill
2.00
5.0
5.0
5.0
15:0
25
25
2.Q~
25
2.0¢
25
2.00 1.0
2.00 1.0
-~
.5Q~
2.Q~
2.Q~
2.0mlO
2.0mfl:i
2.010
2.QfI:i
2.0mlO
2.010
2.QfI:i
2.0m~
2.0m~
5.0
5.0
2.0VJ 5.0
~gO':,~ ~:8~
200u~
19
2.0VJ
2.Q~
22 . 00mm'~
'10
70!?i
50-""
40 \i!
40 ill
SO 0
30 ~
75 ¢
65
40
325 #
200 #
~g
50m*
2.Q~
8.0
1:8
3.0
3.0
3.0
3.0
3.0
3.0
3.0
~8
~:8~~ ~:8~ ~:8
60
20
20
30
30
40
40
50
50
60
20
20
30
30
40
40
50
50
20
20
30
30
40
40
50
50
20
20
30
30
40
40
50
50
30
60
2.0m!!)
15
40
50
60
40 §
30 §
~2 ~
8405!?i
""'
40
60
40
SO
40
SO
3.0m\lJ_
2.Q!!) I~·O
2.Q~ 3.0
3.0
3.0
3.0
3.0
2.Q~ 3.0
2.Q!?i 3.0
2.010 3.0
2.Q~ 3.0
2.<?~
10
2.0(0
10
2.<?!!)
10
2.<?!?i
10
2.010
10
2.<?~
10
2.<?~
10
2.0\£1
10
~ ~.~~
10
2.<?!?i
10
2.0",
10
2.<?!!)
10
2.<?~
10
2.0",
10
2.<?!!)
10
2.<?~
10
2.0(0
10
I~.QfI:i ~ Q
2.Q!?i
10
2.010
10
2.Q~
10
2.Q~
10
2.0\£1
10
200u!?i
200u(O
2.<?\i!
10
2.<?~ 8.0
2.0<0 8.0
2.0m~
2.0m(O
i~.Om~
2.0m~
2.0m(O
2.0m~
2.0m!?i
2.0m",
2.0mfl:i
3.0m~
3.0m(O
3.0m!!)
3.0m!?i
3.0m(O
3.0m~
3.0m~
3.0m\£l
1~'I!m~
3.0m!?i
3.0mVJ
3.0m!!)
3.0m~
3.0m(O
3.0m!!)
3.0m~
3.0m(O
3.0mfl:i
3.0m!?i
3.0m\£l
3.0m~
3.0m~
3.0m.~
8.0m
8.0m
8.0m
8.0m
8.0m
8.0m
1.. !!m
2.0m
4.0m
4.0m
4.0m
4.0m
4.0m
4.0m
4.0m
121
2.0(0
2.Q!!)
2.Q!?i
2.0(0
2.<?11?
2.~~
2.0\£1
2.QIO
2.0
2.0
5.0
5.0
5.0
5.0
1.0
1.0
2.~!!) .50
2.Q!?i .50
2.0<0 .50
4.Q!!)
4.Q~
4.010
4.QfI:i
4.Q~
4.0\£1
15
15
15
15
15
15
40
gg
60
30
30
30
20
30
30
50
50
50
50
75
30
30
30
30
30
30
30
30
25
25
25
25
74
tl5
300
300
300
100
100
100
100m
100m
100m
30m
30m
30m
90m
90m
60m
200m
200m
200m
200m
100m
70m
70m
70m
70m
70m
70m
70m
70m
40m
40m
40m
40m
23
74
65
30
20
20
20
20
20
20
20
20
20
35
35
35
35
35
35
35
35
35
10
10
10
10
10
10
10
10
30
30
30
30
30
30
30
30
50
50
50
50
50
50
50
50
25
25
25
25
25
25
25
25
25
70
30
30
30
15
15
17
17
22
22
20
20
3~~
*
lfi)
75m
75m
75m
150k§b 100m
600kb
80m
300kb
80m
500kb
80m
sum
75
75
75
75
75
75
75
125
125
75
75
250
300
5.0k
5.0k
5.0k
5.0k
320k§
850k§
450k§
450k§
320k§
250
300 * 500k§b
200 *
40
40
5.0kb
40
5.0kb
40
40
5.0kb
40
40
5.0kb
40
40
70
5.0kb
70
70
5.0kb
70
70
70
5.0kb
70
5.0kb
70
70
30
10k
30
10k
30
10k
10k
30
10k
30
10k
30
10k
30
30
10k
SO
6.0k
6.0k
60
SO
6.0k
60
S.Ok
60
6.0k
60
S.Ok
60
S.Ok
6.0k
60
100
5.0k
5.0k
5.0k
5.0k
100
5.0k
100
5.0k
100
5.0k
5.0k
100
210k§
210k§
210k§
210k§
210k§
100
300kt
45 ~ 300kt
45--'P 300kt
40
40
35
35
:~
40
40
tr
DESCRIPTION
ISTRUCI
tTURE
DWG.
No.
LC
E0
A D
D E
(s)
~~~
250k§
250
250 * 250k§
250k§
250
250 * 250k§
250k§
*
MAX.
SAT.
120
120
120
.60
120
80
120
~g
2.0
2.0
2.0
I
~ES.
(Hz)
~g
2.Q~
2.0m
2.0m
4.0m
3.0m
3.0m
3.0m
fae
4.0k
4.0k
4.0k
4.0k
::g~
5.0kb
5.0kb
l~g~
IS0m
40m
20u
30u
30u
30u
AD
AD
Db
Db
Db
Db
Db
Db
T03
T03
T03
A
A
A
T03
T03
T03
T03
6.0u
6.0u
A
A
A
A
M
ig~
~¢
Db
A
A
T03
T041
T041
A
A
T03
T041
T041
C0
A
100m
500m
500m
500m
500m
500m
500m
500m
500m
400m
400m
400m
400m
400m
400m
400m
8.0u!?i
8.0u(O
1~'Ou~
8.0u!?i
8.0u,,",
400m
100m
100m
100m
100m
100m
100m
100m
100m
70m
70m
70m
70m
70m
70m
70m
70m
50m
50m
50m
50m
50m
50m
50m
50m
24m
24m
24m
24m
24m
600m
SOm
60m
SOm
.17
.08
1.0
1.0
1.0
.03
.03
.02
.02
.01
.01
8.0ufl:i
~
T041
g~
A
A
A
ig~l C0
T041 CQ)
T041 clil
T041 C0
A
A
A
T041
T041
T041
C(7)
A
A
A
T041
T041
T041
CQ)
5.0u<o
5.0u~
~
8.0u~
8.0u!?i
8.0u(O
8.0u~
8.0u~
8.0y~
~gg~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
COl
C0
c1il
C0
5.0u~
5.0u~
5.0u!!)
5.0u!?i
5.0u~
5.0ulO
9.b~':,\D
9.0~~
9.0uiZl
S.Ou
6.0u
A
A
A
A
T041
T041
T041
A
ADE
ADE
A
A
~
20u
20u
25u
25u
30u
30u
ig:l
T041
T041
T03
T03
Mig~6
T03
ig~
A
T03
A
T036
~
C¢
cQi
g~
cQi
C(7)
c1il
C0
C(7)
c1il
C0
@
C0
g~
C0
g~
ig~~
C0
T03
T03
CC;IZI
;115
LINE
No.
~
3
4
5
6
~
9
l~
1J
8. GERMANIUM PNP·
HIGH POWER TRANSISTORS
ABSOLUTE MAX. RATINGS @25'C
MAX.
hfe
TYPE
No.
~~m~~
2N1534A
2N1535A
2N1536A
2N1537A
~~H~~
2N2293
~~~~~~
12
2N2296
15
2N2636
2N2637
2N263S
JAN2N5156t
l~
l~
lS
~~~:~~
~~i ~~~~g~
21# 258205
~~: I~~~~g~
258207A
24#
25# 25820S
26# 258208A
27# 258209
~g: ~~~~l~
30# 258212
32# 1~~~~gA
33# 258214
258214A
~~: 258430
811S1
36
~1#
~~
39
:~
ggilg~~
COT1077
gi~~~gg
42
OTG2200
45
46
47
4S
MHT2101
MHT2110
MHT2111
MHT2112
51
MHT2152
:~
~~
~~
54
~~
57
gi~ngg
~~gl~~
~~~:~~i
2N5437t
~~~:m
2N5440t
~~: ~~~~m
60.
61.
62.
63
2N5694t
2N5695t
2N5696t
MHT2205
g~
~~Wf~5
66
2N2734
g~
~~~H~
69
2N2737
72
MHT1908
75
76
77
7S
MHT200S
MHT2009
MHT2010
50T1960
~~# i~~~~S
n
~~
~~i1~~~
~g+l~~~
SI# 2G210
MAX pe~M T
L1f~AX.
HERM FREE A E
RES.
AIR @
J(~iC
~;C
u
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
~g
60
60
60
60
UQJ
1.3 ~
1.3 ¢
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3 ~
1.3
1.3
1.3
1.3
1.~
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.4
1.4
1.4
1.4
1.4
1.4
.4
1.4
1.4
1.4
1.4
1.4
1.4
1.6
1.6
1.!!
1.6
1.6
1.6
1.6
1.6
1.6
1.6
1.6
1.6
1.6
1.6
1.",
~:g
2.0
g~ ~~m
2.0
2N174A
2.0
84
JAN2N174A 2.0
gg# 2N277
2.0
2N27S
2.0
S7
2N441
2.0
2N442
2.0
2N443
2.0
90
JAN2N4568
2.0
~~ JAN2N4578 2.0
JAN2N45S8
2.0
93
2N511
2.0
94
2.0
2N511A
95
2.0
2N5118
96
2.0
2N512
97
2.0
2N512A
9S
2.0
2N5128
99
2.0
2N513
100
2.0
2N513A
101
2.0
2N5138
102
2.0
2N514
2.0
19~ 2N514A
2.0
2N5148
105
JAN2Nl021A 2.0
106
JAN2Nl022A 2.0
107
JAN2N135S
2.0
lOS
2.0
2N135SAt
109
2.0
2N1907
110
90
SO
SO
SO
SO
SO
SO
SO
80
80
SO
SO
80
SO
SO
SO
gg
QJ
q;)
¢
¢
?:1
¢
¢
?:1
¢
0
~
¢
Qi
~
¢
0
!1l
90
90
90
Ib
(AI
#J :!.O
5.0
:~ 5.0
#J 5.0
5.0
:~ 5.0
tJ 10
tJ 10
tJ 10
tJ 10
tJ 10
tJ 10
#J 5.0
20
tJ 25
tJ 25
25
~~ 10
#J 20
30
I:~ 20
#J 30
20
t1~ 20
#J 30
30
l:~ 20
#J 30
20
l:~ 30
#J
(A)
l:~
#J
#C
t
#J
I:~
tJ
tJ
tJ
tJ
~~
#.J
:~
#J
120 ~
120 g
120
120 ~
120 g
120
gg ~
120 ill
120 ~
120 ~
121
m¢.
140 0
l:g
140
140
100
140
140
140
140
140
140
140
QJ
¢
0
~
~
~
g
q;)
¢
150 l!!
$
$
$
$
$
$
$
$
$
$
$
$
$
tJ
tJ
tJ
tJ
tJ
tJ
:~
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
#J
tJ
tJ
tJ
tJ
tJ
tJ
g
q;)
~
#J
#J
I#J
#5
I:~
#J
l:~
#J
l:~
#J
:~
q;)
#J
~
#J
~
~.
?:1
~
g
~
§
:~
:~
#J
i:~
#J
l:~
I:J
199
40
60
SO
100
40
SO
120
40
SO
120
100
100
;g
20
30
40
50
.75
.75
.75
.75
.75
.75
30
12
60
~g
~g
30
30
20
25
25
25
15
25
25
25
25
25
150
150
175
200
150
175
200
60
60
60
60
60
60
5.0
5.0
5.0
5.0
5.0
SO
100
140
100
140
40
40
80
SO
100
140
100
140
70
160
140
115
100
10
10
10
10
40
40
40
40
40
40
40
40
1.0
2.0
140
115
100
1.0
1.0
1.0
1.0
1.0
19
12
12
12
g
12
g
12
12
12
10
10
10
10
10
10
10
10
5.0
10
10
10
10
10
10
10
:g
40
40
40
50
50
65
65
65
65
65
65
30
60
60
60
60
60
60
65
a¢ill
15
14
15
15
15
15
15
7.0
7.0
7.0
25
25
25
25
25
25
25
25
25
25
25
25
7.0
7'P5
15
20
BIAS
BVebo BVeboJ BVeeo lebo @
MAX Ve~Vcb Ie
@25'C
(VI
(VI
'(Al (V) (A)
(V)
100
40
I~J 6.0
~& !1l
50
150 ?:1
150 g
150
150
150
150
150
150
150
150
150
150
150
150
150
150
150
150
150
150
50
60
:~
~:g ~
5.0 ¢
5.0 ?:1
5.0 ~
5.0
1.0
1.0
1.0
1.0
1.0
1.0
5.0
2.0
g~
l:g
50
50
50
:g
D.A. T.A. INC.
90
Ie
X M
p
?:1
¢
0
?:1
¢
0
19
2.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
QJ
4.0
4.0
3.0
10
SO
110
140
SO
110
140
1~·5
2.5
2.5
2.5
2.5
2.5
~~ ~
30 Qi
45 ~
60 ¢
750
40
SO
120
40
SO
120
SO
50
100
100
l~g
30
30
60
60
75
S5
75
85
30
30
60
60
75
S5
75
S5
160
70
60
45
30
60
SO
100
120
5.0
5.0
5.0
5.0
5.0
5.0
5.0
60
90
120
60
90
120
t 12:~t
t 2.5t
t 2.5t
t 2.5t
5.0
5.0
30
30
SO
100
120
5.0
5.0
60
45
~g
~g
60
40
SO
80
60
40
80
60
40
SO
30
20
40
30
30
20
30
30
20
30
45
30
60
60
45
30
60
45
30
60
60
60
SO
SO
SO
40
50
40
50
60
40
60
80
40
60
80
40
60
SO
40
60
80
40
60
SO
100
120
SO
100
100
20
40
60
60
60
20
30
20
30
40
30
35
40
30
30
30
30
30
30
30
30
30
30
30
30
50
60
40
60
1.5
60
45
55
40
40
25
30
25
30
45
30
40
45
30
40
45
30
40
45
30
40
45
30
40
45
50
55
40
60
40
sg
100
120
140
10
10
SO
60
~g
~g
~g
~g
~&
I2l
q;)
¢
¢
?:1
¢
¢
~
¢
0
~
¢
Qi
~
¢
0
\0
~g~ l~:g~ ,~:g
20m
20m
20m
20m
1.0m~
a~g
1.0m?:1
1.0~g
2.0m
5.0m
3.0mfQJ
10m
10mq;)
10m¢
4.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
~g~Ql
2.0m?:1
2.0,,:~
2.0m
10m#
19~:
10m#
10m#
10m#
18::::
10m#
19~:
2.0¢ 3.0
2.(~?:1 3.0
2.~g 3.0
3.0
2.0
2.!!~ 5.0
5.0
2.~g
2.0
5.0
2.Ql!! 5.0
5.0
2.~g
2.0
5.0
2.~\O 2.0
10
~:gQJ 10
10
2.Q~
10
2.~g 500m
2.0
15
1.~q;)
l.~g 15
1.5
15
15
1.~?:1
15
l.~g 15
1.5
15
1.~?:1
1:~g 15
15
15
1.~~
15
l.~g 15
1.5
15
1.~~
15
1.~g
1.5
15
15
1.~!1l
0.0
20
1.5
15
25
2'~?:1
2.~~ 25
2.0
15
~.~~ S.O
S.O·
2.~g S.O
2.0
2.~q;) S.O
2.0¢ S.O
150
150
175
200
150
175
200
25
2.Q~
~:8g 25
25
25
2.Q~
25
2.~g
2.0
25
~g~i l~:g¢
10m#
10m#
10m#
5.0m
5·9 m
5.0m
5.0m
5.!!m
5.0m
5.0m
5.0m
4.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
tg~QJ
4.0m
4.0m
S.Om
15m
S.Om
4.0m
S.Om
4.0m
4.0m
500u~
500~~
500u
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
500u?:1
500u¢
4.0m
4.0m
10m
122
2.00
2.~q;)
2.~~
1.0
1.~?:1
2.~g
2.0
2.!!~
2.~g
2.0
2.~
g:gQl
~:g¢.
2.00
2.Qq;)
~~
25
25
25
50
50
65
65
65
65
65
65
256
50
50
50
50
50
2.~~
2.0
~g
g~
1.!ili
2.0
2.0
2.0
5.0
5.0
5.0
1.2
1.2
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
10
10
10
15
15
15
20
20
20
25
25
25
5.0
5.0
5.0
5.0
15
I~:g¢.
2.~!1l
2.0
2.0
2.0
2.0
2.0
1.~l!!
1.~~
1.5
2.~q;)
2.~~
2.0
2.~q;)
2.~~
2.0
2.~~
2.~
2.0
2.Ql!!
2.~_
2.0
1.~~
1.~g
2.0
2.~¢
1.5
MIN
~g
35
35
35
35
50
50
50
50
50
50
20
20
35
35
35
60
20
50
20
50
20
20
50
50
20
50
20
50
20
20
50
50
~g
Ql
10
15
10
25
25
25
25
25
40
40 ~
40 ¢
40 ¢
40 ~
40 ¢
40¢
20
20
20
40
40
40
~g
20
20
IN ORDER OF (1) MAX THERMAL RESISTANCE
80 21 TYPE No.
DESCRIPTION
MAX
fae
MAX.
tr ~STRUC
,TURE DWG.
SAT.
RES.
No.
(0)
(Hz)
(5)
.50
ig~
:g
~:g~~ .50
70
5.0k6
.40
T03
70
5.0k6
.40
T03
70
5.0k6
.40
T03
70
5.0k6
.40
T03
120
1.5Mt .10
5.0u
OA6
1.5Mt .10
120
5.0u
OA6 ig~
1.5Mt .10
120
OA6 T03
5.0u
120
1.5Mt .10
5.0u
OA6 T041
5.0u
OA6 T041
120
1.5Mt .10
5.0u
OA6 T041
120
1.5Mt .10
100
A
T03
60
.10
T041
4u~1Z OA6
140
T041
140
OA6 T041
140
3.5u# OA6 T041
250
100m
20u
T03
A
M01S
40 ~
A
M01S
100 g
40
A
M01S
100 q;)
A
M01S
A
M01S
40 ~
40
A
M01S
A
M018
100 ?:1
A
M01S
100 g
40
2.5k
30m
A
M01S
20m
A
M01S
100 l!! 2.5k
30m
A
M018
40 g 2.5k
100
2.5k
20m
A
MO!S
A
M01S
40 ~ 2.5k
~Om
A
M01S
30m
40 ¢ 2.5k
1000 2.5k
A
M01S
20m
M01S
100 !1l 2.5k
20m
A
0
10k6
T036
2.0Mt .03
2.0u
OA
T03
200k§6
A
T03
200k§6
A
ig~
200k§6
A
250k§
36m 9.0u?:1 A
T041
250k§
36m 9.0~ A
T041
250k§
36m 9.0u
A
T041
250k§
A
T041
9.0u~
250k§
~~~ 9.0u¢ A
T041
MT41
450k§
MT41a
450k§
MT41a
450k§
MT41a
R121
:~g~~
R121
450k§
R121
60
T03
12u
60
12u
:::g~
60
12u
120
12u
T03
120
12u
T03
120
12u
T03
4ufJ
~~
~g
90
70
50
SO
SO
70
70
40
40
40
90
90
90
60
60
60
60
60
60
60
60
60
60
60
60
90
90
50
50
g~
C¢
g~
cill
g¢.
C0
g~
C¢
~g
C~
A
g~
C0
g~
C¢
g~
g¢.
C0
g¢.
c¢
~g~
65
65
~g # 1~~ Ql 450k
40 # 120 !1l 450k
15
340k~
340k§
15
15
~:g~~
15
340k§
15
15
25 ¢ ~~g~§
15
15
340k§
340k§
15
340k§
15
340k§
15
15
340k§
15
340k§
20
340k
25
35
25
40
40
35
35
20
20
20
30
30
30
20
20
20
20
20
20
20
20
20
20
20
20
30
30
25
25
20
LC
EO
AD
DE
3.0m
3.0m
10m
10m
10m
10m
10m
10m
10m
10m
10m
10m
10m
10m
7.0m
!!.!!m
l~:g~ 7.0m
400k§ .10
10k
.OS
10k
.OS
15k
.06
100kt6 60m
10k
10k
.OS
10k
10k
10k
90m
100m
100m
100m
260k§
50m
260k§
50m
260k§
50m
2S0k§
70m
2S0k§
70m
2S0k§
70m
300k§ 750m
300k§ 750m
300k§ 750m
430k§ SOOm
430k§ SOOm
430k§ SOOm
100m
100m
5.0k6
60m
5.0k
60m
20M§
70m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
20u
20u
20u
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
MT23
T036 C!1l
MT23
MT23
MT23
MT22
MT22
MT22
¢
ZA4
MT23
MT23
MT23
MT22
MT22
MT22
MT23
15u
15u
15u
A
A6
A6
A6
15u
15u
15u
15u
15u
A6
A6
A6
A6
A6
M06
T036
g¢.
T036
T036
C0
MT56 !1l ¢
C
lOu
lOu
lOu
lOu
lOu
lOu
25u¢
lOu
lOu
lOu
lOu
lOu
lOu
lOu
!!!U
lOu
A6
A6
A6
A6
A6
A6
A6
A6
A6
A6
A6
A6
30u
A06
~ig
ig~g
T036
T036
T036
T03
T03
T03
M04
M04
M04
M04
M04
M04
M04
M04
M04
M04
M04
M04
T03
T03
T036
cQi
g~
C0
g¢.
(;0
g~
CQ5
ig~6 ~§
LINE
No.
1
2
3
4
5
6
~
9
10
11
12
l~
f£J
8. GERMANIUM PNP·
HIGH POWER TRANSISTORS
ABSOLUTE MAX. RATINGS @25'C
MAX.
hfe
TYPE
No.
~~l~~g
~~~gn
2N2075A
~~~g~~A
2N2077
2N2077A
2N2078
2N2078A
~~~gj~A
2N2080
18
2N2081A
2N2082
2N2082A
2N2152
2N2152A
2N2153
2N2153A
~g
21
H
24
~~~g:~A
~~
30
~~
33
34
35
36
~~
39
:~
42
43
44
45
46
47
48
~~
51
~~
54
g~
57
~g
60
g~
63
~:
66
g~
69
~~
72
n
75
76
77
78
~g
81
82
83
84
~~
87
~g
90
~~
93
~:
96
~~
99
11g~#
102
19~
105
106
~~;C
~·2 $
l~g ~
~:g as
2.0
2.0 ¢
2.0
2.0 \ZI
~~ 1~~~l~:A
27
JI~IC
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2N1981
15
1~
.!J~AX. MAX pe~M T
THERM FREE A E
RES.
AIR @ X M
~:g '"
2N2156
I?N2156A
2N2157
2N2157A
2N2158
2N2158A
2N2357
2N2358
2N2359
2N2490
2N2491
2N2492
2N2493
2N2691At
2N2728t
2N2730
2N2731
2N2732
2N3146
2N3147
2N3311
2N3312
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
I~~m~
2.0
2N3315
2.0
2N3316
2.0
2.0
2N4048t
2N4049t
2.0
2N4050t
2.0
2N405lt
2.0
2N4052t
2.0
2N4053t
2.0
2.0
2N4276t
2.0
2N4277t
2N4278t
2.0
2N4279t
2.0
2.0
2N4280t
2N428lt
2.0
2N4282t
2.0
2N4283t
2.0
MHT1808
2.0
MHT1809
2.0
MHT1810
2.0
2.0
~~~ggA
2.0
MP501
2.0
MP501A
2.0
MP502
2.0
MP502A
2.0
MP504
2.0
MP504A
2.0
2.0
MP505
2.0
MP505A
MP506
2.0
2.0
MP506A
SOT1860
2.0
SOT18S1
2.0
2.0
SOT1862
2.0
TI3027
2.0
TI3028
2.0
TI3029
2.0
Img~~
2.0
2.5
2N574
2.5
JAN2N574
2.5
2N574A
2.5
2N575
2.5
JAN2N575
2.5
2N575A
JAN2N575A 2.5
2.5
2N1157
2.5
2N1157A
JAN2N1157A 2.5
I~~j~~
MP800
MP801
MP900t
MP90lt
IMP902t
D.A. T.A. INC.
!~:~
1
3.0
3.0
3.0
3.0
3.U
1708
170 ?;1
170~
170
170 ?;1
170g
170
170 8
170 g
170
gg~
1708
170 ?;1
170 g
170
170 ?;1
170 g
170
170 ~
n80
170?;1
170g
170
170 ?;1
170, g
170
170 ~
170g
170
170 ~
17~ g
170
170 ?;1
17~g
170
170 ?;1
17~g
170
170 ~
17~ g
150
150 ~
170g
170
170 ?;1
170g
170
170 ?;1
170g
170
170 ~
17~g
170
170 ?;1
17~ g
170
170 ~
17~g
170
170 ~
17~g
170
170 ~
170, ~
170
170 ?;1
170 g
170
170~
170g
170
170 ?;1
170 g
170
170~
170g
170
170
170
170
2.0
2.0
2.0
2.0
~~7
¢
187 ~
187g
187
187 ?;1
187g
187
187 ~
187g
187
1~~
g
250
250 ?;1
250 g
250
125U ID
Ie
Ib
tAl
20
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
30
30
30
30
30
30
30
30
30
30
30
30
50
50
50
15
15
15
15
20
50
65
65
65
I;/c 15
#C 15
tJ 5.0
tJ 5.0
tJ 5.0
tJ 5.0
tJ 5.0
tJ 5.0
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ SO
tJ 60
tJ SO
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ 60
tJ SO
tJ 60
65
65
65
#C 7.0
7.0
tg 7.0
#C 7.0
7.0
It; 10
#J 10
10
I:~ 25
#J 25
,:~ 25
25
#J 40
40
:~ 40
#J
#J
tJ 150
tJ 150
tJ 150
tJ 150
tJ 150
tAl
13.U
P
#J
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tJ
tC
tC
tJ
tJ
30 \0
30 '"
30 ¢
30 \Il
30
as
30 ¢
5.0
10
10
10
10
3.0
3.0
5.0
5.0
5.0
5.0
5.0
5.0
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
3.0
3.0
3.0
3.0
3.0
2.0
2.0
3.8
3.8
S.O
S.O
.~~
2.5
BVebo BVeboJ BVeeo lebo @
BIAS
MIN
MAX Ve!lJVeb Ie
@25'C
(V)
lA)
(V)
(A)
LV)
JILl
50
15
1.~?;1
1..um
'~g 1.5
20
30
6.0m
5.0
t~
2.~ 5.0
70
20
40
6.0m
2.0
50
90
20
50
6.0m
50
2.~\O 5.0
40
65
80
4.0m
2.0
5.0
20
80
40
65
4.0m
2.0
5.0
20
70
55
4.0m
2.0
5.0
20
70
~~ 55
4.0m
2.0
5.0
20
50
25
45
4.0m
5.0
2.0
20
50
25
45
4.0m
2.0
5.0
20
40
20
25
4.0m
2.0
5.0
20
40
20
25
4.0m
2.0
5.0
20
80
40
65
4.0m
2.0
5.0
35
80
40
65
4.0m
2.0
5.0
35
70
35
55
4.0m
2.0
5.0
35
70
35
55
2.0
5.0
35
~.I;!m
50
25
45
4.0m
2.0
5.0
35
50
25
45
4.0m
2.0
5.0
35
40
20
25
4.0m
2.0
5.0
35
40
20
25
4.0m
5.0
35
45
25
4.0m
30
5.0
50
45
25
30
4.0m
5.0
50
~:g¢ 5.0
60
30
45
4.0m
50
60
45
4.0m
2.0
5.0
30
50
75
40
60
4.0m
50
2~ID 5.0
75
40
60
4.0m
5.0
50
~:g", 5.0
45
30
4.0m
25
80
45
25
30
4.0m
2.0
5.0
80
60
30
45
4.0m
2.0¢ 5.0
80
60
30
45
4.0m
2.0
50
80
75
40
60
4.0m
80
2.~\O 5.0
75
40
60
4.0m
5.0
80
60
2.5
60
5.0m
20
30
2.5
80
20
80
5.0m
30
1.~~
120
1.5¢ 20
2.5
120
5.0m
30
70
40
50
3.0m
2.0
5.0
20
60
30
3.0m
2.0
5.0
35
80
~~
60
2.0m
2.0
5.0
25
100
80
75
3.0m
2.0
5.0
25
5.0
120
80
5.0m
20
50
1.~?;1
15
15 5.0
10m# 2.~ 20
40
80
60
5.0m
2.0
30
65
15
60
30
45
5.0m
65
15
2.~~
40
20
5.0m
65
15
2.~ 5.0
150
60
10m
1.5
30
180
80
10m
5.0
30
1.~~
~g ID 5.0m
30
20
60
2.gg 3.0
45
25
30
5.0m
2.0
3.0
60
60
30
40
5.0m
3.0
60
2·2?;1
30
20
20
5.0m
3.0
100
2.g~ 3.0
45
25
30
5.0m
2.0
100
60
30
40
5.0m
100
2.~~ 3.0
45
25
30
4.0m
15
60
~:8g 15
60
45
30
4.0m
60
75
40
60
4.0m
15
2·2~
45
25
30
4.0m
15
88
2.gg
60
45
4.0m
30
15
80
2.0
40
75
60
4.0m
15
80
2·2?;1
30
20
20
4.0m
15
SO
2.~ 15
20
20
4.0m
2.0
30
80
45
4.0m
25
30
15
SO
2.~~
45
4.0m
25
30
15
80
2.gg
60
45
4.0m
30
15
SO
2.0
SO
30
45
4.0m
15
80
2.~~
75
40
60
4.0m
15
SO
2.gg
75
40
60
4.0m
15
2.0
80
80
30
60
5.0m
50
15
22~
60
30
45
5.0m
15
2.gg 50
40
20
30
5.0m
50
15
2.0
45
25
30
12
200u?;1 2.~?;1 50
45
25
30
12
200~g 2.~g 50
60
45
30
200u
2.0
50
12
60
30
45
50
12
200u~
2.~~
75
40
60
12
200~g 2.~g 50
75
40
60
200u
2.0
50
12
45
30
25
50
12
200~~ 2.~~
45
30
25
12
200~g 2.~g 50
60
45
200u
2.0
30
50
12
60
30
45
200u?;1 2.~~
50
12
60
75
40
50
12
200~~
2.~~ 50
200u
75
40
60
2.0
12
5.0m
65
80
30
60
20
2.~?;1
60
30
45
5.0m
65
20
2.~~_ 65
40
5.0m
20
30
2.0
20
40 § 1.0m?;1t 2.~?;1 3.0
45 t
20
40
50 § 1.0~g~
60 t
20
3.0
40
2.~g_ 3.0
80 t
55 § 1.0m t 2.0
20
40
60 § 1.0",~t 2.~~ 3.0
100 t
20
40
120 t
65 § 1.0m¢t 2.~ 3.0
20
40
60
28
55
7.0m
2.0
10
9.0
28
55
7.0m
10
9.0
2.<1~
~g
28
60
20m
10
9.0
2.gg
60
28
50
7.0m
2.0
25
10
SO
28
50
7.0m
19
2·2?;1 100m
80
28
55
20m
25
10
2.g~ 10
28
55
80
20m
2.0
19
45
60
28
7.0m
40
10
2.~~
28
50
20m
80
10
2.~ 40
50
80
28
20m
2.0
10
38
32
10
32
25uID 0.0
1.0 II
33
35
60
65
10
25
60
12f!!i1L 2.gg
20
2.0
150
15
45
20
15
150
l~:::\O 2·2?;1 70
80
2.0
60
20
~:gg 70
10m
110
2.0
90
20
14u l:l·u
lum I"'.UID
/u
"u
'"u
19¢
U'"
~~ '"
123
IN ORDER OF (1) MAX THERMAL RESISTANCE
& ~TYPE No.
DESCRIPTION L C
MAX
fae
MAX.
tr ~TRUCI
EO
SAT.
·TURE
DWG. AD
RES.
No.
DE
(Hz)
(0)
Is)
AOll
31>~~§ 10~:::
:::g~6 Ig~
100
A
100
3.0kll
100m
A
T036
100
3.0kll
100m
T036
A
40
10k
T036 g~
60m 9.0u
40
10k
60m 9.0u
T036 c8
40
~.I;!u
:::g~~ Ig~
40
1~~
~~::: 9.0u
40
10k
60m 9.0u
T036 c8
40
10k
A
T036
60m 6.0u
40
10k
60m 9.0u
T036 g~
40
10k
T036
60m 9.0u
70
10k
T036
60m 6.0u
70
10k
60m 6.0u
T036 g~
70
10k
60m 6.0u
T036 CQl
70
10k
~Om 6.0u
:::g~~ Ig~
70
10k
80m 6.0u
70
10k
80m 6.0u
T036 c8
70
10k
80m 6.0u
T036
70
10k
80m 6.0u
T036 g~
100
2.7k
20m
A
T036
100
2.0k
20m
T036
100
2.7k
20m
A
T036 g~
100
2.0k
20m
T036 c8
100
2.7k
20m
A
T036
100
T036 g~
2.0k
20m
160
2.7k
20m
A
T036 c8
160
2.0k
20m
T036
160
2.7k
20m
A
T036 Ig~
160
2.0k
20m
T036
160
2.7k
20m
A
T036
160
2.0k
20m
T036 g~
90
18m
OAlI T041 c8
90
18m
OAlI T041
90
18m
OAlI T041 g~
40
10k
60m
20u
T036
All
70
10k
20u
All
,?Om
:::g~~ !g~
50
10k
40m
20u
All
50
10k
40m
20u
All
T036
600k§lI 30m 700u
100
T041
130
3.0kll
2.0m
25u
T036
340k§
10m
lOu
A
T036 c8
340k§
lOu
A
T036
10m
340k§
lOu
A
T036
10m
200k§lI 80m
90
A
T03
~'"
200k§lI 80m
90
A
T03
120
1.0kll
A
T036
120
1.0kll
A
T036
120
1.0kll
A
T036
200
1.0kll
A
T036 g~
200
1.0kll
A
T036 <:8
200
1.0kll
A
T036
2.0kll
T036
2.0kll
T036 <:8
120 # 2.0kll
20~~
:::g~g Ig~
180 # 2.0kll
20~~
180~ 2.0kll
20u
T03S
180 # 2.0kll
T036
20~?;1
2.0kll
T03
20~
2.0kll
20u
T03
<:8
120 # 2.0kll
T03
20~~
g~
180 # 2.0kll
T03
20~
120 # 2.0kll
20u
T03
<:8
180 # 2.0kll
T03
20~~
120 # 2.0kll
g~
T03
20~
180,li; 2.0kll
20u
T03
<:8
340k§
10m
lOu
A
T036
340k§
10m
lOu
A
T036 g~
340k§
10m
lOu
A
T036
9.0m
A
T036
20 ?;1 2.0kll
20 ¢ 2.0kll
9.0m
A
T03S g~
20ii 2.0kll
9.0m
A
T036
2.0kll
9.0m
A
T036
20 ~
20 ¢ 2.0kll
9.0m
T03S Ig~
A
20jl 2.0kll
9.0m
A
T036 c8
9.0m
A
T036
20 ~ 2.0kll
20 ¢ 2.0kll
9.0m
A
T036
9.0m
200 2.0kll
A
T036 c8
9.0m
A
T036
20 ~ 2.0kll
20 ¢ 2.0kll
9.0m
T036 Ig~
A
20
2.0kll
9.0m
A
T036
340k§ 7.0m
lOu
T036
340k
7.0m
lOu
T036
340k
7.0m
lOu
T036
250 # 200k§lI
T03
A
200k§lI
A
T03
~~gl 200k§lI
T03
A
A
T03
2~1;! # 200k§lI
A
T03 Ig~
250 # 200k§lI
100k§
MT7
22
20u
A
20m
MT7
~I;!m
100k§
20m
20u
A
MT7
2~ 150k§
15u
All
MT7
20m
20m
42
MT7
150k§
20m
15u
All
MT7
20m
42
MT7
200k§
lOu
MT7
~~m
200k§
20m
lOu
MT7
84
20m
MT7
110
10k
A
MOll
12u
MT7
X71
A
A
X71
A
3.0m
X71
25u
A
X71
3.0m
25u
A
IX71
I,,·um
"ou
C0
C0
C0
C0
C0
C0
gg
gg
g{
ggj
~8~
gg
C0
mj
gg
C0
C0
gg
0
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
ciil
gg
C0
LINE
No.
~
9. GERMANIUM
TYPE
No.
HERM IM~~;C~~
rt~t:r;
AIR @ X M
RES.
J to C
(Wl
~# ~cm~'"
2.5m0
2i5m:
g# BDY15A
7# BDY15B
BOY15C
BDY16A
17m
77m
17m
17m
17m
80m
80m
116m
116m
117m
g!
l~#
12
l~
~~iJ~~13
2N144/13
~~~~~?26
15# A0165
2N326
AD161
2N1218
18
l~#
~g
21
22
23
24
~g
27
~~
30
I~~m~
2N1296
2N1298
2N1321
2N1323
2N1325
2N1327
2N1329
I~~mg
2N1334
2S'C
(Wl
I~:g
3# AC194
~#
~~n~~
~
n~:::\ll
¢
1.0 '#
1.0
1.6 "'115
12
12 ~
12 ¢
12 ill
12 50
1.0
1.0
7.0 I!J
7.5 115
6.0
7.0
$
\l
4fo <1l
25 ~
¢
333~~ 25
25 ill
333m
333m~
25 ~
¢
333n,:~ 25
333m
250
333mfD
25 ~
270m
~~3m~
~~~~
3~~m
333m
333m
~~,g
25 ~
25115
250
Ie
Ib
(A)
IA)
P
I'fg
!~ 1.0
#C
#5
§J
§J
§J
§J
IJ
~j
1~
!J
#J
!~
#J
!j
#J
IN ORDER 0 F (1) MAX THERMAL RESISTANCE
& TYPE No.
ut:::>\;111 III N
BIAS
MIN
MAX
fae
BVebo BVeboJBVeeo lebo @
MAX.
tr ~TRUC
MAX Vet?jVeb Ie
SAT.
·TURE
DWG. AD
@2S'C
No.
E
J~S' Is)
IV)
(V)
(A)
IV)
(A)
IV)
1Hz)
FI/>
16 .0
~g ~~ § ;t~o":.¢ tg¢ -f_5
* ~g~3
~~
1.0M§"
25 Ql
10
25
25~0
2000
1'01
5.0M
A
10
25
25 I/>
5.0M
25uIg
TOI
A
400m" 2~g I/>
10
25
350
TOI
5.0m"
5.0
36
36
150
100M§
500m
50
PE
M06a
36
S.O
36
100M§
300
100n~
PE
M069
2'2~ SOOm 100
5.0
36
100M§
36
600
500m
200
M06g
PE
100~~ 2.~~
5.0
100MI
64
64
2.0
150
500m
lOOn
50
PE
M06a A0
64
5.0
64
100MI
100n50 2.QIg 500m 100
300
PE
~gfj
30
15
30
2.0m
500m
2.0
11
A
1.~~
60
30
4.5
6.0
60
6.0m
250m
A
11
T013 1=0
15
1.0
15
1.~
~~ 50 500u 1.. ~'e 500m
l~U~~~
3gg
~~317 CI/>¢
10
1.2
50
25~~ 1.0
1.~~ 500m 60 185 0 20k
25
30u
10
20
A
M017
35
300u
35
15
60
A
M09
150kt" 1.2
1.~~ 1.0
500u
32
10
500m
A
20
80
320
3.0MI
M017e
1.~~
1.5
1.0
1.5u
100u
A
45
45 I
1.0
T03
15
30
120
C0
7.0k"
35
1.0
T03
2.qlg 500m
15
30
30
1.0
g~
500m
60
2.0
30
T03
15
1.0
2.~~ 500m 30
2.0
<15
3.0
(;0
80
15
1.0
T03
30
T03
4.0
80
1.0
100
15
2.qlg 500m
1.0
500m
30
T010
15
30
1.0
35
2.~~
45
2.0
2.0
500m
30
T010 Fiil
60
15
1.0
3.0
30
1.0
T010
15
60
80
2.C21g 5Q~m
80
4.0
500m
30
1.0
T010
100
15
2.~~
2.0
500m
T013 1=0
15
30
1.0
30
1.0
35
15
45
1.0
T013
60
30
~.O
2.QI!J 500m
60
80
15
3.0
500m
30
1.0
T013
2.~~ 500m
4.0
2.0
100
15
80
30
1.0
T013 1=0
PN
. HIGH POWER TRANSISTORS
ABsl L fI; MI IX. RA INGS @ZS'
MAx.
h1 e
1.0
1.0
2.5
2.5
2.5
2.5
2.5
1.5
800m
2.0
1.0
1.0
2.0
1.0
3.0
3.0
3.0
3.0
3.0
,!j I~:O.0
#J 3.0
3.0
! j 3.0
#J 3.0
3.0
! j 3.0
ii'
~~
o
:gg~"
~~
1~~~~ 2.b~
~0
~~
~~
~~
~~
~~
~~
~~
I
D.A. T.A.INC.
124
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
LINE
No.
1J
TYPE
No.
L1JMAX. MAX pe~M T
THERM FREE A E
RES.
AIR @ X M
J (~I C
~;C
P
13l?~
4
5
6
7
8
9
10
11
12
l~
15
TRSP3254S
TRSP3255S
TRSP3504S
TRSP3505S
TRSP3754S
TRSP3755S
2N5023t
2N5091
2N5093
~~~8~~
JAN2N3467t
118~ JAN2N3635t
~~~~~~~~~~
~~
I~~;~~y
24
2N5282
~g
27
31
32
33
~~~~~7t
2N3468t
2.2m
2.6m$
2.6m$
~:~~:
2.8m
2.8m
2.8m
2.8m
2.8m
2.8m
2.8m
2.~m
2.8m$
2.8m$
2.8m
5.6m
5.6m
5.6m
5.6m
5.6m
2N4236
2N4314
40537
5.6mg:
5.6m~
40T
41
42
:~
45
:~
48
49
50
51
2N5680
2N5147
2N5149
5.6m'l)
5.6m>,
5.7m
5.7m
5.7m
5.9m
5.9m
I~~~m
TRSP2254
q~~~~~6:S
TRSP2504S
TRSP2754
TRSP2754S
TRSP3014
6.6m~
10 115
6.0
1.0
2.0
1.0
2.0
1.0
2.0
1.0 \I:l
2.0 ~
2.0 'I)
1.0
1.0
1.0
1:8
5.0 ¢
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1:8
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
6.6m~
6.6mll)
6.6m@
6.6m¢
6.6m§
6.6m§
6.6m§
6.6m§
1:8
1.0
1.0
1.0
1.0
1.0
1.0
1.0
6.6m@
6.6m~
6.6m<Zl
1.0
1.0
1.0
1.0
2.0
66
02704t
g~
I~g~g~g
69
ST72041
73
74
75
76
STC5805
STC5806
STC5807
2N3485t
n
79
80
81
g~
~~~~~g~
2N523<;>g:
2N5231¢
TRSP2255
:::~~~~~6~S
84
TRSP2505S
gg
87
:::~~~~~~~S
TRSP3015
90
TRSP3515S
g~
~~
:::~~~~g6~s
:::~~~:gl~s
93
TRSP4255S
96
TRSP4755S
~~
19~
105
:::~~~:~g~s
1~~3~m
2N3245t
D.A. T.A. INC.
10m
10m
10m
lQm
10m
10m
10m
10m
10m
10m
10m
10m
11m
11m
12m
13m~
13m~
§J
§S
§A
§A
§S 1.0
§S 1.0
§J 1.0
:~
§J
1:8
1.0
§J
§S
§S
§S
§J
§J
§J
§S
§J
:j§J
§J
§J
§J
§J
§J
§J
§J
§J
§A
700m
1.0
1.0
1.0
1.0
1.0
1.0
1.0
700m
~88;::
500m
500m
1.5
1.0
1.0
2.0
2.0
5.0
5.0
400m
:~ :88~
§A
§A
§A
§A
§A
§A
§A
400m
400m
400m
400m
400m
400m
400m
:~
:88;::
400m
§A
§A
§A
§A
:~
400m
400m
400m
:8g;::
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
3.0
3.0
3.0
3.0
5.0
5.0
5.0
3.0
3.0
3.0
19 ~ :j§J
~:8
~.Q
2.0
2.0
lQ ~
10 ~
10 <LJ
18 ~
18!.?l
18'1)
18 'I)
2.0 g:
2.0 \'1
2.0 ID
2.0 g:
2.0 ¢
2.0
2.0
§S 600m
§S 600m
§S 50m
§S 50m
§S 50m
§A 400m
~:8
:~ :88~
13m(/) 2.0
13m@
13m\'1
13m(lJ
13m@
13m~
13m'l) 2.0
13m~ 2.0
13m~ 2.0
13m\£l 2.0
13m~ 2.0
13m\!) 2.0
13m\£l 2.0
2.Q
2.0
3.5
3.0 #
1.0
1.0
~:g
~~~
28m
28m
28m
28m
28m
28m
(AI
(VI
1.~2!'~0
50
350
350
375
375
400
400
30
350
400
(VI
4.~
4.0
4.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
6.0
6.0
~'C
('ll
1.~0\!0
.5um
40
325
325
350
350
375
375
3.0
300
350
1.0u
.02m
.02m
.02m
.02m
.02m
.02m
1.0u§
500~~
5001lllL
fae
JILL It\l
1~·~\I:l
10
50
150m
20
20
20
20
20
20
1.~J>_ 500m
1~~ 100m
1~ 100m
4.0¢
3.00
10
10
10
10
10
10
~~
10
30
30
30
30
30
30
40
20
20
50
140
140
500m
m
90
5.0
5.0
5.0
~:8
7.0
15400
140
100u
100u
100u
65
100u
m
188~
1.02, 500m
12~ 50m
1011i 50m
18~ ~8~
1(ill 150m
40
25
50
100
50
100
40
~g
1:8
g~~g~+
(AI
.~\!
.70
1.0
.40
.40
.40.40
.40
.40
.40
.40
.40
.40
.40
.40
500m
1.0
500m
1.0
500m
MAX
~~DER OF (1)
~TYPE No.
~8g
MAX THERMAL RESISTANCE
MAX.
SAT.
RES.
(OJ
100
200
200
200M§
400k§
30M
30M
30M
30M
30M
30M
200M§LI
20M §LI 120
20M §LI 120
75
150 #
300,ii:
150 #
300 #
140
150M§LI 1.2
150M§LI
200M §LI
150M§LI
200M§LI
60M§LI 4.3
250
tr
DES RIPTI N
ISTRUCI
l:.TURE
DWG.
No.
L C I
E0
A D
D E
(s)
PE
PE
1.7
TOI
T066
T039 A
T05
M014
T05
M014
T05
M014
T039 ~~
ig~
AQI
T05
A>'
~g
1:8
g~
IN
8.
ABS( L TE MAX. RATIN S @ 2 S ' M A X . h f e
Ie
Ib
BVebo BVeboJBVeeo lebo @
BIAS
MIN
MAX Ve!lJVeb Ie
1:8
1.0
1.0
1.0
§A 400m
:~
:gg~
§A 400m
§A
§A
§A
§S
§A
§A
§S
§S
§J
§J
§S
§S
~~
400m
400m
400m
400m
400m
400m
I400m
'!Q~m
1.0
700m
1.5
1.5
l:g
§S 1.0
§S 1.0
§S 50m
200m
500m
200m
200m
200m
500m
200m
200m
500m
500m
1.0
1.0
2.5
2.5
50m
40
50
60
40
60
80
90
150
200
250
60
100 t
120 t
100
100
100
100
225
~8;:: ~~8
4.0
5.0
5.0
7.0
7.0
7.0
7.0
7.0
5.0
~:8
4.0
4.0
5.0
4.0t
4.0t
5.5
5.5
5.5
5.5
5.0
275
275
300
300
325
350
375
5.0
5.0
5.0
5.0
5.0
5.0
5.0
~8;::
:~g
~:8
450
450
475
500
~g~ I~~~
100
80
120
40
60
80
~8
1~6 ~
200 *
250 *
60 *
100
120
80
80
80
80
225 §
~:8 ~~6
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50
40
50
40
40
60
80
65
55 §
§
250
275 §
275
300 §
300
I ~50 §
,,;150
:88
425
§
5.0
5.0
5.0
5.0
450 §
450
475
Itg
§
5.0
5.0
5.0
5.0
10
10
10
10
10
10
18
~gg
1~_uLl
100n~
1OOn\£l
250n
100u
1OOu
100u
250n¢
100u*
1~~~*
5.0u\£l
5.0~!,~
100n¢
1.0u
1.0u
11·.00mm~=tt.
HE
1.0m#
1.0m#
3.0u0
~:8~~
1..'1"
100u
1.0¢. 500m
1.0~ 500m
l0i 150m
1.0~
250m
1.~
250m
1.0~l250m
10
4.~
150m
50~
4·P&¢ 5~8:
10Qj 10m
Igi 10m
1.0
10m
2.0
1.0
2.~~ 1.0
5.~?;1 1.0
5.~ 1.0
5.~~ 2.5
5.0p", 2.5
10\£1 25m
~:8~~
1~~ ~~;::
25 #
50
~
20M§LI 200
3.0~~
lQ!:9
lQ\!)
101D
25 #
25 #
25jt
50 'I)
50 Qj
50~
20M§LI 200
20M§LI 200
20M§LI 200
3.0u?:l
3.0ulD
I~:g~¢
10u§
1Ou§
10u§
10u§
~2·00Uu
120
40
60
80
20u
~8
1~
1~
25m
25m
25m
25m
19~ ~~~
1.0'0 200m
1.2~ 200m
I.Q?;1 200m
1.0\£1 200m
10 2.0
10 2.0
10 2.0
~.~~ 1.0
3.Q?:l 1.0
3.~ 1.0
~:~~ ~88~
50m
10
5.0
5.0
15
30
50
5.0
225 §
31 . 00nu.'\'1
U\£l
3.01D 500m
1~?t 150m
10 150m
1.0
100u
I.Q~ 100u
1.0~", 1OOu
1011i 25m
~8~
~~8
~:8
~~6
~:8~~
1~~ ~~~
275
~g~ ~~g
375
50m
50m
50m
50m
50m
50m
50m
400
425
450
450
475
500
500m
200m
60
~5~0'mm
5~Q2Q5
40
60
1:8
175
175
300
5.0
1.0n~
~:g
~gg
5.0
350
5.0
5.0
5.0
5.0
5.0
5.0
5.Q
5.0
7.0
5.0
5.0
5.0
~:g
5.0
5.0
5.0
20n
1.200n.~
n\£l
250
§
400 §
400
425
450 §
450
475
55~~0~0 §
40
90 §
40
60
1:8
175
,175
'.>00
30M§LI 2.0
50M§LI
60M§LI
lQ!:9
10¢
10Qj
1~?;1
80
60
60
15
30
50
225
50m
150
90
120
33.'00uu¢~
U\£l
40
40
30
30
1~8!00
§
40
30
70
3.0~
1~
l~~
~~~
1~
25m
33'.00Uu¢~
lQ\I:l
10¢
10Qj
UJV
3.0~~
3.0~\!)
3.0~
I~3~.···~0'~U~'"
'"
250n
1.0m*
11 0000nn=tt.
'>I'
198~~
100~
100nl'!
3000\Zl
125
12~
25m
25m
25m
25m
25m
25m
lQ?:l
10\£1
1Q~ ~5m
10¢ 25m
100 1.0m
4.2~ 150m
1.~~ 1.0
1.5\£1 1.0
1~~ ~g~
101D
lOll!
100
~~1 ~8j ~8~:~ ~88
~8
20
20
20
20
20
20
20
40
100
50
50
40M§
40M§
40M§
120
Ig8
120
750m
750m
750m
:~8;::
450m
60
300m
60
300m
60
~OOm
60
800m
60
800m
60
800m
120 # 200M§ 3.2
300 # 200M§ 3.2
8.0M§LI
8.0M§LI
~g At 50 115_ 8foMJfLl 200
25m
~3·. g0~u~¢
UID
3.0u~
~~1 ~8j ~8~:~ ~88
25
40
25
50m
50m
30m
25 #
2
5!
25
'IF
25 #
25 #
25 #
50
50
50
50
50
50
~
¢
Qj
(JJ
~
~
20M§LI
20M§LI
20M§LI
20M§LI
20M§LI
20M§LI
200
200
200
200
200
200
50
30
20
250
120
80
168
I~gg
~6gm
150
300
250
150k§LI 40
200k§LI 40
30M §LI 500
50
100
25
AA.'~
~(lJ
T05
35n
3.0~~
3.0u?;1
3.0!!l!<.
25m
25m
25m
25m
25m
25m
25m
T05
T05
OPE
OPE
EA
EA
EA
~8 :
~~;::
1~
1~~
o
30n
30n
1~8j ~:8~:~
20M§LI 200
3.0~~
400~~
400n¢
70n
150 # 3.0M§LI
250
200M§\Zl9.3
300
100M§
22
90 # 100M§ 4.0
50 ~
3.0ulD
80
40
40
200
o~g~;~ 5.0m
200
20M§LI 5.0m
200
!~~!'-1§
120 # 175M§LI
75 # 150M§LI
250
60M§LI 930m
25 #
3.0!!l!<.
1~~
20
30
40
25
50
30
30
30
50
50
15
30n
30n
400n¢
400nQj
100M§LI 9.3
180M§LI 10
150M§LI 10
T05
T039
T039
T039
:::g~
T05
T039
T039
200D
200p
200p
20012.
200p
200p
20012.
200p
200p
200D
200p
200p
20012.
200p
222~
2~
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
O~~
OM"
~8~~ ~t
50n\£l
1.5u
1.5u
1.5u
40n
40n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
40n
40n
:8
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
:::g~
400mso
PL
PE
PE
PE
OLI
OLI
OLI
OLI
OLI
OLI
EA
EA
~~
A0
~~
A¢
A~
A~~
A~
~g:
A¢
;"0
:::8~~ ~~
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
~~1
X51
T05
T05
T05
T037
T037
T037
T037
T037
T037
T046
:::8:g
~~
A0
OMLI M014
g~~ ~gl!
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
~~~ ~g1!
OPELI MM9
MM9
T05
T05
o
AA:~
'10
LINE
No.
2
3
4
5.
6
7
8
9
10
11
12
flJ
.
10 SILICON PNP .ABSOLUTE
HIGH MAX.
POWER
TRANSISTORS
RATINGS @25'C
TYPE
No.
I~~::~~i
15
2N4406t
2N4407t
2N4890t
2N4929
2N4930
2N4931
2N55S3
40319
40362
40634
MM3126t
2N3719t
2N3120t
lS
40394
21y
MPSU56
2N2SS1
2N2882
2N3202
1~
1~: ~~~~~~i
~~y ~Ep!lSoJt5
~~
24
~~
27
~~
30
31
32
33
~~
36
37
38
39
:~
42
:~
45
46
47
48
~g
51
~~
54
~~
57
58
59
60
g~
63
64
65
66y
~!y
68
69
~~~~g~
2N3208
2N3795t
SOT3321
SOT3322
SOT3323
SOT3324
SOT3325
SOT3326
SOT3327
SOT3328
SOT3329
STC5610
STC5611
·~ig~g~~
MPSU52
~!~~~~~t67t
JAN2N3868t
2N5322t
2N5323t
2N5415
2N5416
40595
TRSP15X
i~~~~~~
TRSP30X
i~~~~bri~
TRSP4001
TRSP4002
TRSP4003
TRSP4930
i~~~~~~l
TRSP5282
TRSP5415
TRSP5416
MJ8100t
MJ810tt
2N3660
2N3661
~~: ~~~~:4A
12
~~
75
ST75006
B0127
2N4387
2N4388
g~
~~
1~~~J~j
2N5599
I~~~gg~
90y:jj 2SA613
~t'll I~~~~~~
93
~;
96
~~
99
19~
102
19~
105
19~
108
~¥~
~~~#
TRSP2006
1+~~~~22~
TRSP4016S
TRSP4296
TRSP4297
TRSP4298
i~~~:~g~
TRSP5006
i~~~~ggg
TRSP8006
~~~g~~
D.A. T.A. INC.
AIR @
25'C
(WI
~g
&
5.0 ~
5.0 ~
1.0
1.0
1.0
J:g
1.0
5.0
1.0
1.0
6.0
6.0
1.0
1.0
7.0
1.0
1.0
1.0
8.5
8.5
8.7
8.7
87
8.7
5.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
8.8
8.8
8.8
8.8
1.0
125
¢
$
?;1
$
~
~
~
$
~,
¢§
5.0 \0
1.0
1.0
1~;
10
1.0
56m# 1.0 ~
56m
1.,z0 0
56m
10 ~
~~m
10 ¢
56m
56m
100
~.O
~~m
1.0
56m
56m
1.0
56m
1.0
56m
1.0
56m
2.0
56m
2.0
56m
2.0
2.0
56m
56m
2.0
56m
2·PO ¢
57m
57m
10!
66m
5.0
66m
5.0
~~~
142m
I~g~gg~
87
2Sm
28m
28m
28m
28m
28m
2Sm
2Sm
2Sm
2Sm
2Sm
34m
34m
34m
34m
40m
40m
45m
45m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
54m
55mS
56m
56m
56m
I~~~~~~
~g
83
84
~~~
2N4899
MPSU51
81
~2#
RES.
J to C
(W)
66m
!j6m
66m
66m
67m
12m¢
12m
75m
75m
75m
111m
114m
114m
114m
114m
114m
114m
114m
119m
119m
133m
133m
1~~m
133m
133m
133m
133m
133m
133m
133m
133m
133m
133m
133m
138m
142m
142m
TRSP15X5
TRSP20X5
TRSP25X5
TRSP30X5
4~# ~~l~o~
78
f1!~AX.
MAX PCf
HERM FREE A
l~~m
12 ¢
2.0
2.0
2.0
2.0
9.0 ¢
1.0
7.5 ~
7.5 g
7.5
14
~g
g
~g ~
20
20
~~
125
15 I:';
10 ¢
20 0
~g
g
200
20 ~
20 ¢
200
20 I:';
20 ¢
20 ~
20 \1)
20 ¢
200
20 ?;1
25 ¢
250
~~ ~
T
E
X M
P
Ic
Ib
(AI
(AI
~gg~
~~
§S
§S
§S
§S
§S
§S
§S
§J
§J
§A
§J
§J
§J
§J
§J
§J
§J
tJ
tJ
§J
§J
§C
§C
§C
§C
§J
§J
§J
§J
J
tJ
§A
§S
§S
§J
§J
§S
§S
§A
§A
§A
§A
§A
§
§
§
§
§
§
§
§
§
§
§
§J
§J
§S
§S
~j
§J
§J
§J
§J
§J
§J
tJ
§J
§J
§J
§J
§J
§J
§S
§J
§J
§J
§J
SJ
SJ
§A
§
§
§
§
§J
§J
§J
§J
i
§
§
§
§
§C
§J
§J
§J
§J
1.5
1.5
500m
500m
500m
500m
500m
700m
700m
700m
1.5
3.0
3.0
3.0
3.0
1.0
1.0
1.0
1.0
2.0
2.0
3.0
3.0
3.0
2.0
1.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
750m
750m
750m
1.0
800m
1.0
3.0
3.0
2.0
2.0
1.0
1.0
2.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
5.0
5.0
1.5
1.5
~~
SO
SO
60
150
200
250
30
200m
200m
200m
500m
500m
500m
1.0
1.0
1.5
1.5
1.5
1.0
500m
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
500m
500m
500m
1.0
1.0
500m
500m
1.0
500m
500m
500m
500m
500m
500m
500m
500m
1.0
1.0
1.~
1.0
1.0
1.0
1.0
1.0
~gOm
1.5
2.0
2.0
2.0
150m
2.0
2.0
1.5
2.0
2.0
2.0
500m
500m
500m
500m
!.20
50m
300m
300m
:It
2.0 #
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
2.0
1.0
1.0
1.0
1.0
1.0
1.0
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
200m
1.0
1.0
3.0
JgOm
~:g
1.~
IN ORDER OF (1) MAX THERMAL RESISTANCE
& 21 TYPE No.
MAX.
hfe
BVcbo BVeboJBvceo Icbo @
BIAS
MIN
MAX Vc~Vcb Ic
@25'C
(V)
(AI
(V)
(VI
(VI
(AI
40
60
40
60
60
~g
SO
60
100
40
60
80
40
120
40
60
80
100
40
60
80
100
120
120
60
175
40
60
100
75
200
350
175
200
250
300
~gg
150
200
250
200
250
175
325
350
60
80
40
60
92
175
200
250
300
199
100
SO
120
350
40
60
60
80
100
100
120
60
80
450
200
I~gg
450
350
350
500
500
450
500
600
700
SOO
60
40
60
~~
I~:~
5.0
5.0
5.0
4.0
4.0
4.0
3.0
2.5
4.0
7.0
5.0
4.0
4.0
4.0
4.0
7.0
5.0
4.0
4.0
10
10
10
10
10
10
10
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
10
10
10
10
5.0
5.0
4.0
4.0
7.0
5.0
4.0
6.0
4.0
12
12
12
12
5.0
4.0
4.0
4.0
4.0
4.0
4.0
6.0
6.0
4.0
6.0
5.0
5.0
5.0
5.0
I~:~
12
12
12
12
~.O
~~
SO
80
40
150
200
250
30
40
70 §
50
40
60
40
60
40
6:~
6.0
6.0
6.0
6.0
4.0
4.0
4.0
4.0
Kg
6.0
6.0
6.0
5.0
5.0
5.0
5.0
7.0
~:gg
1~~1
~g
150
~~2
300
300
100
150
200
250
200
200
150
300
200
300
60
SO
30
50
~2
3:~~¢
300
~g
~:~¢
~:gg
§
§
§
§
§
§
§
§
1.~
1.0
10125 30m
1<2~ 30m
100 30m
100 30m
10 .50
200m
5.~g
150m
1.0
10 1.0
10 1.0
10 1.0
2<2\1) 50m
10¢ 500m
tO~:.
lOu • 100 500m
100u~ 5.~~ 250m
1.0
1:g~:
1.0
1.0m# 5.~~ 1.0
1.0
5.~g 500m
l:g~g 5.0
1.0m.? 5.0JlA 500m
5.0n¢
100m
100u
199 50m
100u
1~?;1 50m
100u
10¢ 50m
100u
100 50m
100u
1~~ 50m
100u
10¢ 50m
100u
100 50m
100u
1~~ 50m
100u
10¢ 50m
100u
100 20m
100u
20m
100u
199 20m
100u
100 20m
6.<2~ 1.5
1.~g 500m
100u
1.0
500m
100u
1:g§ ~~gm
1.0m
4.0
lOOn
lOOn
tOOn
lOOn
10m
3.0u¢
100u
lOu
lOu
lOu
120uY?,
~~g
4gg
200
300
400
400
250
250
350
350
450
500
600
700
SOO
50
40
60
4·fg¢
\jE
r
2.b~
150
8.0
S.O
8.0
7.0
5.0
5.0
4.0
5.5
5.5
5.5
5.5
7.0
25~i
~~~:
200 III
300 III
~g
5.~g 500m
5.0
5.0JlA 500m
150m
250n
199 1.0
SOOn
1.0u~
1~~ 1.0
10¢ 1.0
1.0u~Qj
2.00 100m
SOn
250n
50m
4.<21:';
10mt:.
50
10u* tgg 150m
500m
2.~\1)
1~g~~
1.0
1.0
lOu
2.5
150u
3.~~
150u
3.0~Qj 2.5
250n
10 1.0m
SOn
1.~1:'; l~~m
50m
50m
500m
4.~\1)
4.~~ 500m
1.0
751J# 2.0
75u# 2.<2~ 1.0
1.0
2.~g 500m
2.0
1.0m# 2.<2~
10m
.01m
2.0
.01m
2.0
.01m
5.~~ 2.0
.01m
5.~& 2.0
2.0
.01m
5.0
.01m
5.~?;1 2.0
.01m
2.0
5'~$ 2.0
.01m
5.0
.01m
5.~?;1 2.0
4.~ 150m
4.0
150m
4.~~ 150m
3.0~Qj .01
10 150m
tOOn:lt
1~ 50m
2.~g 1.5
1.0u# 2.0
1.5
4.<2\1) 500m
100;;
100u
500m
SOu
50m
50m
~g~~ 4.0 ¢ 300m
100u
10
30m
100u
1~~ 30m
10¢ 30m
100u
100u
10~ 30m
300n
10
30m
1.0u
10
10m
1.0u
10
10m
3.0u
10
10m
3.0u
10
10m
10
1.0u
10m
1.0u
10
10m
1.0u
10
10m
1.0u
10
10m
50ut>
10
50m
50ut:.
50m
lOu
2.0
lOu
2.02, 2.0
500m
tOO~g
1~g 500m
10
lOOn
25~~
199~g ~:gg
SO
60
100
40
60
SO
40
120
40
60
80
100
40
60
80
100
120
40
60
100
120
40
175
40
60
30
100
80
120
300
40
60
40
60
80
80
100
40
1~~~ lri~
1:~~
~g
5.0
~~~¢
5.~1:';
19o~
126
MAX
(HzI
l~g
~IS.
150M§t:.
150M§t:.
100M§t:. 9.3
100M§t:.
20M§t:.
20M§t:.
1.0G§t:. S.O
100M§ 9.3
100M§
2.7
200M§t:. 1.2
60M§t:.
60M§t:.
60M§t:. 1.0
60M§t:. 1.0
60M§t:. 9.3
500M§
125M§ 2.4
125M§ 2.4
1.0M§t:.
1.0M§t:.
1.0M§t:.
1.0M§t:.
500k§t:.
40M§t:.
40M§t:.
40M§t:.
40M§t>
40M§t>
40M§t>
40Mt
40Mt
40Mt
1.0M§t>
1.0M§t>
1.0M§t>
150M§
200M§t:.
60M§t:.
60M§t>
50M§t:.
50M§t>
15M§t>
15M§t:.
300m
300m
300m
300m
20
.50
.50
.50
.50
.50
.50
.60
.60
.60
200m
200m
200m
20
2.6
15
500m
500m
1.4
2.4
2.7
25M§t>
25M§t>
25M§t>
25M§t>
30M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
30M§t:.
30M§t>
25M§t> 2.4
25M§t> 2.4
lr
199 : !~:g~~
IDESCRIPTIONIL
STRUCI
E
l:TURE
DWG. A
No.
0
T039 A~
T039
T05
!&
T05
T05
T05
!g
t:.
T039 ';''riJ
PE
T05
!§
PE
T05
PE
T05
A0
T05
EA
T05
!&
100~[
';'0
lOOn
T05
T05
65n~
T05
!g
65nlll
OPEt:. M02Sa
OPL
A
~~r~
AN
!g
AN
XSl
T05
!g
T05
';'0
T05
T05
!g
T05
A0
T05
5.0u
T05
!\Zl
.50u
PEt:. T05
.50u
PEt:. T05
.50u
PEt> T05
.50u
PEt> T05
.50u
PEt> T05
.50u
PEt> T05
.50u
PEt> T05
PEt> T05
.50u
.50u
pEt:. T05
0
T05
A
T05
0
A
T05
0
A
Ot>
T05
A
ANt X81
A
100nl:';. PE\Zl T05
T05
100~&~
tOOn
T05
A0
T05
100n?;1
tOOn¢
T05
!&
';'0
T05
T05
!g
PE
T05
T05
T05
T05
T05
M014
T05
T05
T05
T05
M014
M014
M014
M014
M014
M014
100n0
T059 A
T039 A
tOOn\£l
T05
!g
T05
Aiii
!~
3.0
3.0
3.0
1.0u
1.0u
1.0u
6OOn
1
\Zl
PE
ANt
PE
PE
PE
ME
+~~7 I~¢
M014
M014
M014
M014
T05
A~
T05
X81
A
T05
T05
T05
M017
T066
T066
T060
T066 A~¢
T066
T066
T066
T066
g{
C~
PE
PE
120
3.0
800m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
I
!+~~~ ~¢
~~~
60n
60n
SOn
I~~
1.0
380m
380m
380m
C
0
0
E
lsI
~~~~
25M§t>
900
40k
25M§t:.
40k
900
25M§t>
900
40k
25M§t>
900
40k
20
60
25kt
30 # 100 #
70
50M§t>
20
120
20M
20
120
20M
20
120
20M
10M§t>
50
25
100
25M§t>
25M§t:.
25
100
10
60M§t>
70
2gg :
50M§t:.
30
70
200 # 60M§t>
50M§t:.
30
2gg :
30
~g I~gg # 20M§t:.
300
25M
30
300
25M
30
300
25M
30
300
2.5M
30
150
20M§t:.
50
300
20Mit>
75
150
20M§t:.
75
150
20M§t:.
75
300
30
25M
300
30
25M
300
30
25M
300
30
25M
30
300
25M
15
60 # 25Mt:.
20
100 # 3.0Mt:.
20
100 # 3.0Mt:.
~g
MAX. I
SAT.
j~~ : ~~~~~~
120 #
30
80
240 #
50
250
20
20
20
100
25
35
200
35
200
50
250
120
30
25
l~g :
25
25
20
15
40 #
~~~ #
100
100
lS0
20
60
20
60
20
60
20
60
20
60
20
60
12
36
40
120
40
120
40
120
40
120
20
60
20
60
20
60
20
60
20
60
20
60
60
20
20
60
12
36
50
300
100
300
40
200
150
30
30
130
40
250
30
150
120
30
70
350
40k
900
900
40k
40k
900
40k
900
25
250
20
250
20
250
20
250
20
250
20
200
20
200
30
200
30
200
150
30
30
:It
25
25
lS0 #
25
100
100
25
~~
fae
PL
C~
~'?,~~ ~~
T066
T066
T066
T066
T066
T066
T066
T066
T066
T066
T066
T066
T066
MT21
T066
T066
ig~~
gg
:g§
D.A. T.A.INC.
127
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
LINE
No.
~
3
4
5
6
~
~
10. SILICON PNP· HIGH POWER TRANSISTORS
ABS( L TE M lX. I1A INIl:> @;tD'
TYPE
No.
. ~~~m
2N3184
2N3185
2N3186
2N3195
~~~1~~
9
2N3198
12
2N3166
1~
l~
15
1~
18
~~~lg~
~~~1:~
2N3168
~~~1~~
2N3175
J~ I~~~m
21
2N3178
24
25
26
27
I~~~m
~~ '~~~1~~
2N3181
2N3188
~g
I~~~;g~
30
2N3191
~J '~~~1~~
33
~~
36
2N3194
~~:~g~
2N4903
~~ I~~:~g~
39
:y
2N4906
I~~~~m
45
2N5316t
2N5318t
2N5386
MJ490
48
SDT3102t
51
SDT3105t
42
:~
:~ 1~&~:"01t
~~ I~gmg~~
~~
~gg18n
SDT3108t
~g 1!1.DT3109t
ST72015
57' ST72016
54
~g~ 1~~~~~~7
60
gJ
63
g~
66~
TlP34t
~~~~t;
2N5009
~~~~~~
2N5621
~~AX.
HERM
RES.
75
i::::~~glt
2N4907
~~
I~~:~gg
~~
1~~~~~376I1t
78
81
8~
84
:g
87
:g
90
2N3789
JAN2N3790t
I~~~~~~791 t
2N3792
JAN211iJ792t
MJ450
MJ2267
~#~g87
STlOO08
~J I~H~g¥~
93
~~
96
ST72019
~g~g~~
2N4398t
~~~ I~~~~~~t
99
ST54004
19~ l~i~:g8g
102
19~
105
19~
108
2N5683
2N5684
ST40002
ST40003
~~~~~~i
2N3775t
1~~ I~~~~m
D.A. T.A.INC.
(A)
~~ ~
;g I~:g
~~ ~
:g
434m
434m
434m
434m
434m
434m
434m
454m
454m
454m
454m
454m
454m
454m
454m
454m
454m
454m
454m
454m
454m
454m
454m
454m
454m
454m
454m
454m
~!!4m
454m
454m
500m
500m
500m
500m
500m
500m
500mS
500m$
500m$
500mS
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
~gg~s
500mS
5('>':ImS
522m
641m
641m
ggg:::i
666m#
gg~~i
709m
719m
719m
~~
tAl
:~:~
70
7,.
72~
Ib
~;C
667m#
2N5627
MJ2901
MJE2901
MJE2955
Ie
JI:IC
g~: I~~~g~~
69~
M~~:yl
AIR @ X M
gg~~i
~l~:::
833m
.~~~~
854m
8~:~
854m
854m
854m
854m
854m
854m
866m
866m
1.0
1.0
1:8
1.0
1.0
1.0
1.1
1.1
1.1
1.2
1.2
1:2
1.7
S
S
$
S
750
2.0
2.0
2.0
50 $
50 $
:
§C
§C
§C
§C
5.0
5.0
5.0
5.0
5.0
5.0
§C 5.0
I~:g
:~ ~ :g
§C 3.0
850
85 !!?
85 ¢
850
85!!?
85 ~
85
85 ~
85 ¢
850
85 ~
85 ¢
850
85 ~
85 ¢
850
g~ ~
850
g~ ~
850
87 ~
87 ¢
870
87 !!?
87 ¢
870
50 ~
50 ¢
500
50 !2l
3;7(/)
87 !2l
I~:g §
3.0
3.0
3.0
3.0
3.0
3.0
13 .0
50 ¢.
500
50 ~
65 ¢
3.5
3.5
100 ~
100
100 !!?
100 ~
100
100 ~
100 ~
100
120 ~
90 ~
90
H
150 CIl
l~g ~
150 0
1~~ ~
1500
l~g ~
1500
150 !!?
150 ~
150
150 !!?
100 ~
100
100 ~
100 ~
100
100 ~
100 ~
200
~gg ~
1.7
~g
750
75 !!?
75 ¢
750
P
125
125
125
300
300
200
200
200
5.~
5.0 ~
5.0 ~
5.0
0
!!?
~
~
~
f>
§C
§C
§C
§c
§C
§C
:g§C
§C
§C
§C
:g
§C
:g§C
§C
§C
§C
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
J
§J
§J
§J
§J
§J
§J
§J
SJ
§J
§J
§J
§J
§J
§J
§J
I:j
§J
§J
SJ
$J
§J
$J
§J
§J
§J
§J
§A
§J
§A
:i
3.0
3.0
3.0
:!.O
3.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.~
~:g
2.0
2.0
2.0
2.0
2.0
2.0
2.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.(,>
2.0
2.0
~.~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
10
10
10
10
12
2.0
2.0
2.0
2.0
2.0
1.0
1.0
1.0
1.0
1.0
1.0
2.5
2.5
2.0
2.0
4.0
20
20
5.0
5.0
5.0
5.0
4.0
4.0
4.0
4.0
4.0
~g
10
10
10
10
10
10
10
10
5.0
10
10
10
10
10
10
10
10
10
10
10
10
~~
10
10
10
10
10
10
10
19
§J
10
§A 10
§J
§J 5.0
§J 5.0
§J
§J ~g
§J 30
20
20
20
20
§J 30
§J
§J ~g
§J 40
§J 40
§J 60
§J 50
§J 50
§J 60
§J 60
§J 60
§J 1.0
§J 1.0
§J
§J l:g
2.5
3.0
~.':I
3.0
3.0
3.0
3.0
3.0
I~:g
3.0
5.0
6.0
5.0
5.0
7.0
I~:g
4.()
4.0
4.0
4.0
4.Q
4.0
4.0
4.0
3.0
13.0
7.5
1:?:·5
7.5
15
15
500m
500m
500m
500m
MAA..:
BVebo BVeboJBVeeo lebo @
BIAS
MAX Ve~Veb Ie
MIN
IN ORDER OF (1) MAX THERMAL RESISTANCE
& TYPE No.
DESCRIPTI N
~g
MAX
fae
MAX.
tr
~STRUC
SAT.
-TURE DWG. AD
RES.
No.
DE
l~
~g
n
hfe
@2S'C
~Ill
l~g
60
80
100
40
:g
100
40
60
80
100
40
60
,gg
40
~g
100
40
60
80
'~g
60
80
100
40
:~
100
40
60
80
40
60
80
80
100
80
100
100
60
60
40
60
(V)
l~
10
10
10
10
19
10
l~
10
10
10
10
10
10
10
10
10
10
10
10
10
19
10
19
10
10
10
10
5.0
5.0
5.0
5.0
5.0
5.0
6.0
6.0
6.0
6.0
6.0
5.0
5.0
6.0
6.0
,gg
40
60
80
100
120
60
80
Ig:8
6.0
6.0
6;0
6.0
I~'O
7.0
7.0
'~g 7.':1
4.0
40
5.0
5.0
,gg
5.5
100
5.5
100
5.5
100
5.5
80 t 5.5t
5.5t
1~~ ~ !i.5t
120 t 5.5t
7.0
50
60
4.0
70
5.0
40
5.~
60
5.0
40
5.0
~g
60
~~
60
gg
80
80
40
40
55
80
100
120
40
60
80
100
40
,gg
80
100
120
60
80
80
100
120
40
60
80
100
5.~
5.0
7.0
~:~
7.0
7.~
7.0
7.0
7.0
5.0
5.0
5.0
10
10
10
7.0
7.0
7.0
7.0
5.0
5.0
4.0
5.0
5.0
8.0
8.0
8.0
8.0
(V)
'~~
60
80
100
40
~8
100
40
:g
100
40
60
80
100
40
60
80
100
40
60
80
'~g
60
,gg
40
~g
100
40
60
80
40
60
80
80
100
80
100·
80
40
40
40
60
,gg
40
60
80
100
120
60
80
0
50
40
60
80
80
100
100
60
80
80
100
40
60
60
40
60
40
'2
~g
60
~~
80
60
60
80
80
40
40
55
80
100
120
40
60
80
100
40
gg
80
100
120
60
80
80
100
120
40
60
80
100
(AI
M.1&
l~~: ~:g¢. ~:g
10m# 3.60 2.0
10m# 3.~~ 2.0
10m# 3.~~
10m# 3.0 I~:g
3.0
~:g¢. 3.0
10m
3.~ 3.0
10m# ~.~~ 1.~
10m# 3.g~ 1.0
10m# 3.0
1.0
10m#
1.0
10m# I~:g¢ 1.0
10m# 3.00 1.0
10m~ 3.~~ 1.0
10mJ. 3.~ 1.0
10m
3.0 2.0
10m# 3.~~ 2.0
3.g~ 2.0
19~i 3.0
2.0
10m# 3·2~ 2.0
10m#
2.0
10m#
2.0
10m# 3'2~
12:~
19~i 3'8!
3.0
2.0
10m# 3.~~
19~
~:g~
19~i I~:g~
10m#
10m#
10m#
100u#
100u#
100u#
100u#
188~i
3·2~
3.g~
3.0
2·2~
2.~
2.0
2'2~
2.g~
2.0
10u# 5.~~
5.g~
19~i 5.0
10u# 5.~~
10ult 4.0¢
I~:g
2.0
2.0
2.0
2.0
1.0
1.0
1.0
2.5
2.5
2.5
10
10
5.0
5.0
6.0
1.0
1.0
10
10
10m# 5.~
.0Im# 5.0
10m# ~.~~
19
5~ 5.0
19= 5.
10m# ~.~ 5.0
5.g~ 5.0
18:::i 5.0
5.0
10m# 5·2~ 5.0
3.0
1.0~& 2.0
2.g~ 13.0
2.0u
3.0
2·2?d 2.0
I~~o.;z' 2.0¢
700u!!. 4.0
1.0
700u!!. 4.0
1.0
5.0
5.~
l:g= 5.0 5.0
1.0m# 5'~?d 5.0
5.0
5.g~ 5.0
1:g~i+ 5.0
1.0~!+ ~.~!!? ~.~
1.0m#+ 5.g~ 5.0
1.0m#+ 5.0
5.0
8.0
100u
3.0
2.~
1.0m
4.0
4.0
l.~m
~:g~#
2.0m#
2.0m#
5.0m t
1.0m
5.0m
1.0m t
~.Om t
1.0m
5.0m It:t
1.0m
1.0m#
1.0m§
100u
100u
100u
.01r;:~
.01m
.0Im~
.0Im¢
1.0m
1.0m
1.0m
100u
100u
100u
2.0m
2.0m
100u
100u
100u
~gg~
~gg~
128
4.~
tgal
4.~~
4.0¢
2.00
2.~~
~:~
2.
~:g~
I~'O
5.0
4.0
4.0
4.0
1.0
3.0
1.0
3.0
'..~
2.00 ~:g
2.010 3.0
10
2.0al 1.0
1.0
2.p~
10
10
10
10
10
10
5.g&
5.0
10
10
5·2~
5.g~ 10
4.0
15
15
~.~~
2.0¢ 7.5
10
10
10
10
10
2.b~ 25
25
2·p<f 30
10
30
10
30
200m
2.gt
2.0
200m
200m
2.
t8¢ 200m
~H~
16
10
10
10
10
10
10
g
12
12
12
12
12
12
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
20
20
20
25
25
25
30
30
30
30
20
30
30
30
30
30
30
30
30
30
30
30
30
30
25
25
25
30
70
30
70
70
30
70
30
15
25
20
20
20
20
2~
25
20
25
20
25
50
50
50
20
20
~g
30
~~
20
20
20
15
15
25
30
30
30
15
15
20
20
20
20
20
20
20
.1Ol
1:~M;~ 150~~
36
30
30
30
1.0M§!!. Is66m
1.0M§!!. 500m
1.0M§!!.
1.0MI!!. ~gg~
3g
30
36
36
36
36
36
36
UlM§!!.
1.0M§!!.
1.0M§!!.
1.0M§!!.
1.0M§!!.
~~
30
30
30
30
30
30
30
3~
..3.0
30
30
30
30
30
30
80
80
80
100
1:~M:~
L8.~:~
l:~~:~
1.0M§!!.
1.0M§!!.
1.0M§!!.
1.0M§!!.
1.0M§!!.
1.0M§!!.
1.0M§!!.
lsI
1:::8~
T03
ig~
l~pOm
OOm
750m
750m
750m
750m
750m
750m
~~
~~
I:::g~~ 040
7~~m
~~
T053
T053
MTIO A0
MTIO
MT10 ~~
MT10 040
T053
T053 ~~
T053 A0
750m
500m
500m
500m
500m
500m
~~
Ir,~~~ ~~
MTIO Alii
300m
300m
300m
300m
300m
300m
300m
70.3t
1~·Ok§!!.
M~
~~~§!!.
200m
200m
200m
250m
250m
200m
200m
100m
80m
80m
80m
10M§!!.
266
10M§!!.
200
10M§!!.
200
60 # 4.0M§!!.
1;,um~
.~P #
100 # t~~:~
120
20M
100m
120
20M
100m
20M
100m
'~g # 2.0M§!!.
60 # 2.0M§!!.
120
20M
60m
120
20M
60m
120
20M
oum
1.0M§LI
ggj 1.0M§!!.
60 # 1.0M§!!.
60.li: I.JLM§!!.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
MTIO
MTIO ~~
T053 A0
T053
T053
T053 A0
~~
#
# ::g~:~
# 4.0M§!!.
# 4.0M§!!.
4.0M§!!.
188j 4.0M§!!.
90 # 30M§!!.
500n
30M§!!.
500n
~gj 30M§!!.
200n
90 # 30M§!!.
200n
80 # 30M§!!.
4.0M§!!. 400m
200
4.0M§!!. 400m
200
90 # 30M§!!.
500n
90 # 30M§!!.
.50u
90 #
500n
90 # 3g~:~
500n
90.li: .30M§!!.
200n
90 # 30M§!!.
I~OOn
30M§!!.
~8g~
~8 i 30M§!!.
90 # 30M§!!.
200n
30M§!!.
200
30M§!!.
200
30M§!!.
200
100
350nCll
125 # 3.0k§!!.
125 # 1.. :Ok§!!.
350n\l>
90 # 30M§!!.
200.li: 40M§!!.
90 # 30M§!!.
40M§!!.
~ggj 40M§!!.
_~O #
~g~:~
200 i
90
30M§!!.
4.0M§!!. 190m
60
100
2.0M§LI
199 : 3.0k§!!.
4.0M§
80
4.0M§
8~ 4.0M§
90
30k!!.
!!p
# 430~~!!.
90
80.3t 4.0M§LI
180
30k!!.
150 # 4.0M§!!.
180
30k!!.
150 # 4.0M§!!.
2.0M§!!.
3.0M§!!.
3.0M§!!.
120
20M
120
20M
g~
Tal
C0
T03
T03 Ig~
clii
T03
IT03
MT18
040
MTI
MT10
3~~m
1:~~:~ ~~~~
1.0M§!!.
1.0M§!!.
1.0M§!!.
1.0M§!!.
1.0M§!!.
1.0M§!!.
1.0M§!!.
g~
C0
:~g~¢
:::g~
Tn~
T03
T03
T03
T061
T061
T061
:::8:1
T03
PE
PE
PE
PE
PE
PE
PE
PE
PE
PE
PE
PE
D
D
TQ~
:::g~'
T
61
T061
T061
T061
T061
T061
T061
T061
T061
T061
A¢
A
A
A
A
A
A
A
A
Tq~1
X58a
X86
~ol
~~~6a !!2l
lig~
T03
T03
D
D
!!.~m
X86
~~~
T03
T03
T03
i8~
1.5uCll
1.5n¢
1.5nl/>
T03
T03
T03
T03
T03
MD6c
T03
T03
1.5n
1.5n
1.5"
PE
PE
PE
PE
PE
PE
PE
1.5u
1.5u
1.5u
PE
PE
PE
T063
1.5u
1.5u
1.5u
PE
PE
PE
igg~
3.0~~
3.0u
g~
clii
A
A
A
A
A¢CIl
MTl6a A
MTl6a A
MTl6a
T03
~CIl
1.5u!2l
~:g~~
g~
C0
g~
C0
B !2l
B
~~
C0
g~
C0
g~
clii
g~
C0
C!2l
cCll
CI/>
igg1
T061
T063
T063
T063
T063
MD6d ACIl
~gg~ ~~
Tq~3
T01~~
MD d cal
MD6d CI/>
T063
:::g~
T05
T05
~~
~~
I"
I
LINE
No.
1J
HIGH MAX.
POWER
TRANSISTORS
10. SILICON PNP .ABSOLUTE
RATINus @25'C
MAX.
TYPE
No.
MAX pe~M T
-1~AX.
HERM FREE A E
RES.
J(~)C
~
3
4
5
6
~
9
~~~n~~
2N37S0t
2N37S1t
2N37S2t
2N5404t
~~~:g~i
2N5407t
~g
50
50
50
50
50
50
50
:
$
$
$
$
$
$
$
Ib
P IAI
(l>.)
LV)
~gg~
~g
I~:g
~g
500m
500m
1.0
2.0
2.0
2.0
2.0
SO
100
40
SO
100
SO
100
S.O
S.O
S.O
6.0
6.0
6.0
6.0
SO
100
40
SO
100
SO
100
AIR @ X M
~;C
~:g
¢
50 iii
5.0 ((!
5.0 ¢
1.0
1.0
1.0
1.0
BVebo BVeboJ BVeeo lebo @
BIAS
MAX Ve!lJVeb Ie
Ie
§J
§J
§J
§J
§J
§J
§J
§J
§J
1.~
1.0
1.0
1.0
3.0
5.0
5.0
5.0
5.0
[V)
(V)
~iI'C
~gg~i_
500u
JV)
2.~~
2.~~
2.0
hfe
I
(A)
~gg~
200m
2<?((! 200m
1.0
3.~~
5~g~: 5.0 2.0
10u# 5.<?~ 2.0
10u# 5.~~ 2.0
10u# 5.0
2.0
500u#
MIN
IN ORDER OF (1) MAX THERMAL RESISTANCE
81 21 TYPE No.
DESCRIPTION L C
MAX
fae
MAX.
tr
EO
~TRUC
SAT.
·TURE DWG. AD
RES.
No.
oE
(Hz)
(0)
(s)
19
20
10
10
20
20
40
40
4\! #
40 # Lg~~~
60# 1.0M§£>
40 # 1.0M§£>
40 # 1.0M§£>
40M§£> 1.0
60
40M§£> 1.0
60
40M§£> SOOm
120
40M§£> SOOm
120
I~:g~¢
3.0~(.3
3.0u~
3.0u¢
500n
500n
500n
500n
ig~
T05
T05
T05
T05
T05
T05
T05
~¢
A(.3
~~
A0
~~
..\0
I
,
"
i
il
D.A. T.A. INC.
129
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
LINE
No.
TYPE
No.
WMAX. MAX pe~M T
I !HERM FREE A E
RES. AIR @ X M
J (~) C
~;C
ABSOLUTE MAX. RATINGS@25'MAX.hfe
Ie
Ib
BVebo BVeboJBVeeo lebo @
BIAS
MIN
MAX Ve~Veb Ie
P (N
(A)
(V)
(V)
(V)
@(i5'C (V)
(A)
::g 10
:5.JI~~um
1.0.
§J
~g
3.0.
5.0.
5.0.
1DO.
~g
60.
4# 2SC293
3.b~~
3.D~~
2.b¢
2.00
~~um
2SC6D8T
1.0.
50. ~
8.0. 'Ll
~~#
14#
15#
1!!#
1~1f:
18'11'
19#
8.D,~
2SC68DA
2SC681
2SC681A
2SC685
2SC685A
2SC756
2SC795
50 ~
50. W
3.0 t
6.5 !Ii~
10. 'Ll
1.5
1.0.
1.0.
8DDm
10.70.5
4.0.
5.0.
6.0.
6.0.
5.0.
5.0.
3.0.
4.0.
6.0.
20.0
20.0.
20.0.
250.
30.0
30.0.
130.
60.
5.0.
120.
140.
70.
80.
30.0 §
30.0
40.
1.7 \!)
2.5 ¢~
25 'Ll
2~1f: 2SC822
24,. 2SC83D
§J
§J
6DDm
8DDm
3.0.
40.
40.
50.
4.0.
4.0.
4.0.
20.
20.
50.
~:!# ~~~!!~3
2~1f:
2SC898
2SC935
~~~~36
2SC937
2SC996
~.1#
~~~IDDI
32# 2SC1DD2
33# 2SC1DD3
34# 2So.28
1180
g~
~~: ~~g~~
40.
41
42
~~#
4~1f:
45,.
~!!#
47#
48#
49#
50.#
51#
~~#
53#
54#
50. ~
3D ¢
25 0
7.D,~
3TX6Dl
3TX6D2
3TX6D3
lDDT2
lD4T2
BLY47t
BLY47At
BLY48t
BLY48At
BLY49t
BLY49At
BLY5Dt
BLY5DAt
BLY61
BLY62
20.
62
63
~4
65
66
67
68
69
76
77
78
g~
84
ga
90.+
~~
BSX49t
A21D
A211
TRS14DMP
TRS16DMP
TRS18DMP
TRS2DDMP
TRS225MP
TRS25DMP
TRS425MP
TRS451MP
TRS475MP
iii
¢
H~~J~
2N24D5
~~~~:~
93
2N2989
96
2N3419t
99+
10.0.+
10.1
10.2
2N3439
2N344D
2N3444t
2N3498
~~
~~
19~
10.5
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.5m
4.Sm
4.5m
4.5m
4.5m
4.5m
4.5m
~~~~~~t
~~~:~?~
~~~~~g
2N35Dl
5.5m
5.5m
5.5m
5.:!m
5.5m
5.7m
5.7m
5.7m
5.7m
5.7m
5.7m~
5.7mw
5. 7mlB
5.7mf!j
5.7mw
5.7m?;1
5.7m~
5.7mw
5.7m\!)
5.7m\!j
5.7mw
5.7m~
5.7m¢
5.7m
10.9
lID
1.6 10
2.0.
1.0. *
1.0. *
~:~
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
l:::~~~&~~~
A2D3
2N3725At
JAN2N3735t
D.A. T.A. INC.
!Ii
40. (J)
40.
40. \'3
40. (J)
40.
40. \'3
40. 2
5.0., IOn<
11 (f)
17 10
2.Dm
~.1#
1~.D5
.0.5
10.
2.0.
5.Dm~
I.Du\!)
I.Du¢
.IDm~
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.2
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
I.\!
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
&
SJ
§J
§J
§J
~j
sJ
sJ
SJ
sJ
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§A
§A
§A
§J
§J
§J
§J
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§J
§J
§J
§J
§J
§J
§S
:~
§C
§C
§C
§C
§S
§S
§S
§S
§S
§S
1.0.
2.5
lDDm
5DDm
1.0.
2.0.
2.5!1i
I.Dk
1.2k
30.0.
36
36
36
l8
3.0.
1:8
1.0.
i8
10.0.
5.0.
3.0.
3.0.
1.0.
4.0.
6.0.
1.5
1.0.
10.0.
220.
10.0.
36
36
40.
3.0. t
3.0. t
3.0. t
3.0. t
3.0. t
3.0. t
3.0. t
3.0. t
SDDmt
2.0. t
2.0.
2.0.
2.0.
2.0.
2.0.
2.0.
2.0.
2.0.
lDDm
5DDm
2.0.
3.0.
3.0.
1.0.
1.0.
5DDm
5DDm
3DDm
3DDm
:~ l~:g
§S 1.2
§S 1.2
§J 1.5
8.0.
8.0.
8.0.
8.0.
8.0.
8.0.
8.0.
8.0.
4.0.
4.0.
36 t
~:g
3~~ ~
8.0.
5.0.
3.5
5.0.
5.0.
2.0.
2.0.
6.0.
6.0.
6.0.
6.0.
6.0.
6.0.
6.0.
6.0.
6.0.
6.0.
6.0.
6.0.
6.0.
6.0.
6.0.
6.0.
6.0.
6.0.
30.0. w
50. §
25
25
40.
25 ~
25w
140. §
160. §
180. §
20.0. §
225 §
250. §
275 §
30.0. §
325 §
350. §
375 §
40.0. §
425 §
450. §
475 §
50.0. §
525 §
550. §
l~:g
~b~:
2.0.
10.
10.
4.0.
20.
20.0. §
20.0. §
75 §
3D
65
90.
80.
10.0.
80.
40.
20.0.
20.0.
75
l~g
2DDm
2DDm
2DDm
2~Dm
1.0.
1.0.
1.0.
1.0.
5DDm
5DDm
~8
t
t
t
t
t
t
t
t
t
t
1~6~
120.
95
155
95
155
85
125
85
125
450. t
30.0. t
80.
10.0.
gg
50.
80.
75
4.2
6.0.
7.0.
7.0.
7.0.
7.0.
~.D
1~
3.~~
3.Qw_
b~
13
4.0.
10.2
5.Dp~
10.10
lDDm
lDm
2.0.
100.
lODm
lDDm
1.0
.10.
1.0
.30.
50.0.
50.0.
30.0.
18
18
18
60.
50.
80.
80.
18
18
20.
80.
50.
75
75
75
75
150.
150.
150.
150.
18
18
10.0.
10.0.
10.0.
100.
250.
250.
250.
250.
36
36
10.
6.0.
18
10.
4.0.
4.0.
4.0.
45
45
50.
60.
40.
40.
140.
160.
180.
20.0.
225
250.
275
30.0.
325
350.
375
40.0.
425
450.
475
50.0.
525
550.
lDDm
6DDm
6DDm
15Dm
15Dm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
4DDm
5DDm
5DDm
1.0.
1.0.
1.0.
1.0.
l:g
1.0.
1.0.
3.0.
3.0.
5.0.
6.0.
5.0.
4.0.
4.0.
4.0.
60.
~:gt 3~g iZl
l:gt
2~g IZl
6.0.
6.0.
6.0.
6.0.
5.0.
5.0.
6.0.
6.0.
5.0.
10.0.
10.0.
150.
150.
40.
50.
3D
50.
50. •
3D
40.
10.
10.
35
60.
45
9DM§
3DDk§
25DM§
25DM§
25DM§
(J)
iii
20.0.
240.
180.
3DDk
15m
I.Dm
5.Dm
12
22 !Ii
1.2
5.0. ,~"
10. ~
20. W
4.~~ .10.
5.0~~ 1.0.
lD'Ll .20.
10.10 .20.
5.Dm(21
2~~821
27'11'
~,!#
29#
3D",'il
5.Dm
lDu~
~?t ~~g:g~
~~#
1.5 #
5.0
2.0.
2.0.
6.0.
6.0.
.10
.10
sJ 4.0.
PE
PE
PE
PE
PE
PE
PE
lDDm
~t ~~g~g
a ~~g~H
9#
IN ORDER OF (1) MAX THERMAL RESISTANCE
& 2i' TYPE No.
IDESCRIPTION IL C
MAX
fae
MAX.
tr ISTRUCI
E0
SAT.
l:TURE DWG. A D
RES.
No. DE
(0)
(5)
22DDUU~~~0'"
)V
2Du
5.D,,:,.~
11·DD~~
10
DDm
.~~
m
3.D'Ll
5Du~
lDDu'Ll
1.~~
5.D'Ll
I.D".'~
5.~~
5.~~
1.0.
2.0.
lDDm
5DDm
lDDm
2DDm
50.0.
2.0.
2.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0.
1.0m!li
.IDm
5.D'Ll
lDm\!)
1~\!)
lDmz5
1~~
5Du'Ll
lD'Ll
5DulB
1~lB
5Du~
1~~
5Duw
lDw
5DulB
1~lB
5Du~
12~
5Duw
lDw
Igg~~ 5.bD(ll ~~Dm
lDDu
5.0.
25Dm
lDDu
5.0.
25Dm
5.~~ 12Dm
I.Dw 1DDm¢
l.~lB lD5DDmm'~
2Du!~ 5.~~
2DutlO 5.0.10
5Dm
3.Du~
4.~~
5Dm
3.Du~ 4.~~ 5Dm
3.Du\<!
4.Dw
5Dm
2.Du~
4.~~
5Dm
3.Du~ 4·2~ 5Dm
2.DulO
4.0.10
5Dm
3.Du~
4.2~
5Dm
2.Du~
4.~~
5Dm
5Dm
3.Dmw 4.0.10
2.DmlB 4'~lB
5Dm
3. Dm 9:l 4.~9:l
5Dm
2.Dmw 4.Dw
5Dm
3.Dm~
4.~~
5Dm
5Dm
2.Dmf!j 4.gi?)
2.Dm'" 4.D'Ll
5Dm
lDmlB 4.2lB
25m
lDmf!j 4.~~
25m
lDm\<! 4.D\<!
25m
7Dn~~
I.Du¢~
lDulO
.:!9n§
5DDn!
5DDn..
5DDn~t#
5DDn
2Du
2DM§
25M§
6DM§
150.
~g!li 160.
70. fIJ
3D
50.
20.
20.
20.0.
35
40.
25
8.0.
3D
120.
8~D 0 120.
iii
0
10.
10.
20.
32
32
25
3D
15
3D
10.
20.
10.
40. t
~g
t
TD
5.5k§
5.5k§
35DM§
4DDM§
2DM§
D
D
ME
lDDM§
250.
250.
250.
276
276
10.0.
120.
150.
30.0.
60.
1DO.
20.0.
120. #
DPL
PE
PE
PE
D
~gg~:
6DDk§
2.DMt
1Dkt
~gg: 1~~:~
~g
~gg: l~~~~
1~~ 2DDm
5.0.
15M§t. 1.0.
15M§t.
7
DD
.... 5.0.
M !§.~
4D
DM
42
41D.2DGM§§1Zl
2DDm
1.0.
1.0.
1.0
2.D~~ 1.0.
lDw 2Dm
60. ~
~9
20.
20.
40.
40.
40.
~~
I.Du¢12l
I.DulB!?J DM
I.Du~~ DM
I.DuwlLJ DM
I.Du§
I.Du§
#
DPE
DPE
~gg
~
A
A
A
A
~
~
TD3
fIJ
MD17
TD66 C
MT12g R
MT72g R
it
TD3
:::g3
C0
TD3
TD66
TD3
<;:\?!
C¢
(:0
ig~g
A¢
TD5
TD5
TD5
TD5
TD5
TD5
TD5
55DDMM§§~
u
5DM§t.
55DDMM§§~
u
5DM§t.
5DM§t.
5DM§t.
5DM§t.
:::g~
TD5
55DDMM§§~
ig~
u
TD5
TD5
TD5
TD5
TD5
TD5
5DM§t.
55DDMM§§~
u
5DM§t.
55DOMM§§~
u
:::g~
15M§t.
PE
PE
PL¢
""
#
#
#
#
#
Mo.25
Mo.25
TD3
TD66
TD66
TD3
TD3
TD3
TD66
TD5
MD17
TD3
TD3
TD39
TD39
TD66
TD66
TD3
TD3
TD3
TD3
TD37
TD5
TD6D
TD6D
MD17
~~g
1.1 G§
5DM§t.
:f!: 2D1D5MM§§t.
1~~
60.
60.
120.
120.
160.
A 0
PE
PE
TD117 GE
DMt. TD3
DMt. TD3
TD5
PE
lDw lDDm..\£! 5.0.
5.~\!)
2.~f!j
PE
PE
ig~~
iggg
I.Du(lliZJ ~~
42
1~9:l 2DDm"" lID ¢
2.Dw
2'~lB
D
D
15M§t.
20.0. #
15M§t.
120.
4DDk
120.
4DDk
120.
4DDk
25
25
3D
#
3D
!
3D
.'11'
20.
#
22
:f!:
20.
..
22
#
3D
#
22
#
20.
#
22
!
3D
..'11'
22
#
3D
:If:
22
..
3D
#
22
:f!:
20.'11'
ME
1.5Mt
3DOM§t. 1.2
25DM§t. 3DDm
3DDM§t.
lDk§
5DDm
~g
10.0. #
D
D
6DDm'"
5DDm
3D
60.
10.
10.
10.
EM
0.
6DDm
1.0.
PE
PE
10.0.:
10.0. #
3D
45Dm
1.2 '"
1.2 '"
3D,,:,~
4Du~
12Dnw
I.Du~
3D
TD5
~2M§t.
4DM§t.
4DM§t.
4DMM.
4DM§t.
15M§t.
TD39
TD5
TD5
TD39
A
AfIJ
ig~
AA~~o\
A0
A0
TD5
~C£
T05
TD5
AA~9'
3DDn~
3DDnw
. 3DDn?;1
3DDn¢
10.
35niZl
~g~~
5Dn",
I.Dm#
I.Dm!
5DDuw
5DDu(ll
25Dn0
130
1~~ l~g~ l~g
10.", 15Dm
1.5
2.~~ 1.5
1.0.10 lDDm
1.0.9' lDDm
1.0.0
lDm
2.2~
10.0.
40.
3D
60.
60.
35
~~g: m~~~
30.0.
20.0.
150.
150.
150.
#
15DM§t.
6DM§t. 1.0.
6DMM 1.0.
3DDM§t.
3DDM§t.
25DM§t. 20.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
3Dn!?:!
3DniZl
3Dn
~0
LlNE
No.
TYPE
No.
L1J.MAX. MAX pe~M T
. !HERM FREE A E
RES.
AIR @ X M
J (~) C
~·Zm
S.7m
5.7m
4'1'
S
6
~
9
l~
12
a
~~~~~g
MM3000
~~~gg~
MM3003
~~~88~
l~# ~~JW8
~g
21
2NS1S0
~~~m
2N3298
1.0
1.0
1.0
§J 300m
§J 300m
§J 200m
S.7m
S.7m
S.7m
S.7m
S.7m
1:8
1.0
1.0
1.0
1.0
1.0
§J
§J
§J
§J
§J
SOm
400m
400m
200m
200m
6.0m
6.0m ~
6.6m\O
6.t:lmlO
6.6m ~
6.6m\O
1:8
1.0
1.0
1.0
1.0
1.0
1.0
§J
§J
§J
§S
§J
§J
2.0
2,0
100m
200m
2.0
1,S
§J
§J
§J
§J
§J
§J
§J
§J
§
§S
S
200m
SOOm
SOOm
500m
500m
500m
500m
BOm
1.2
3.0
30
3:0
g~
g:8~
6.6m~
oTlm
33# OTl121
:~
42
+m~~:~
TRL3014
:~
t~t:~6:S
48
TRLS014
Sl
S2
S3
S4
TRL6014
TRL6S04
TRL7014
TRL7S04
S8
S9
60
61
62
63
!RM2S04
TRM2S04S
TRM27S4S
TRM3014
TRM3014S
TRM3S04
~g
g~
69
70
71
72
+~t~~~:S
i~~~g~:
TRMS014S
TRMSS04
TRM6014
TRM6504
6.6mlO
IH.Hm0
I ii:ii;';iIl
6.6';;05
6.6":'10
6.6m ~
6.6m\O
6.6mw
6 6 ";i(
6:6~i15
Ig:g~~
1.0
S.O
S.O
5.n
5:0
5.0
5.0
1.5
1.0
1.0
0
1:0
~7()S
500m
100 t
{VI
s.()
S.O
4.0t
~irc. (VI
{VI
~50!S
l~Uu
1.0u§
LOu
100
ill
05
~
¢
~S
~~ ~:8
SOm
SOm
50m
50m
50m
50m
1.0
1:8
188
100
100
2S
lS0
100
60
g:8
6.0
6.0
3.0
S.O
12
12
BO
80
lS
ISO
60
40
4S
30
60
ln3nO
. ""
60
100
30
60
200
7':-'10~
~~8
1~6g
1:8
1.0
1.0
1:8
:~ ~:8
6.6m\O
1.0
1.0
1.0
§S 3.0
§S 3,0
§S 3.0
6.6m~
1.0
g:g~¢
6.6m(!l
6.6m~
g:g~0
6.6m\O
6.6m~
1:8
1.0
1.0
1.0
1.0
6.6m
6.6m
6.7m
6.7m
6.7m
6.7m
1:8
1.0
1.0
1.0
1.0
1.0
1.0
6.6m~
6.6m~
1.2
88#
89
90
91
92
93
2SC6lt
2N343A
2N2106
2N2107
2N2108
2N4073
7.6m
S.Om ~
S.Om\O
B.Om
B.Om
B.6m
10mS
10m S
10mS
10mS
10m
10m
10m
10m
10m
10m
10m
10m
10m
10m
11m
11 m
11m
1.2
1.0
1.0
1.0
1.0
1.5
1.0
1,0
1.0
1.0
1.S
1.S
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.0
2.0
2.0
2.0
~:~~\2> 1:~
3.0
3.0
3.0
3.0
~
~
10
¢S
lOw
100n¢
SOOu
500u
lOw
~~g
~~~
100~~
1~~
1~~
\~
1:8~: ~:8Qj
1.0~1O
lOu
§
1~~ 18~
1:8
S.<?(!l 2.S
S.<?~ 2.S
LOw
10m
1~
30m
2.<?g) SOOm
4.0<D 200m
10n\2> S.<?(!l
2.0u
6.<?~
2.0u
6.010
17.nu
IH.00
'2:0~
1ii:6i1l
2.0u
6.oill
2.0u
6.~~
50n~ 5.<?~
500n\O 5.0<D
lOu
10(1)
:;;.
1
18i15
g~
18~
10m
10m
10m
SOm
SOm
2.0m
300m
300m
"onm
300;';
300m
300m
5.0m
1.0
500m
~88~
1~~ ~88~
lS0M§l>
lS0M§Ll.
lS0M§Ll.
20
40
40
20
20
lS0M§l>
SOk
50M§Ll.
1.4G
1.2G
~8
~8
2S0
20
20
2n
40
40
40
40
~
2
5 \0
15
15
15
1~
35
35
35
(I)
§
0
~~ ~
::8
4.0
4.0
§
600 §
650 §
10m
lOu
H)iIl 500m
1001 500m
1:8
~g8
::8
~g8:
18~
18Qj
15
15
15
15
35 ill
35 (7)
35 ;
35 :;;
1.0
1.0
1.0
250
275
300
6.0
6.0
6.0
250
275
§S 3.0
1.0
450
6.0
550
600
650
700
1:8
~58
g:8
6.0
6.0
6.0
6.0
500
§S
§S
§S
§S
1:8
1.0
1.0
1.0
1.0
§J 400m
§J 400m
§J 3.0
§J 3.0
§J 3.0
§J 3.0
1.0
1.0
1.0
1.0
300
400
155
lB5
155
185
g:8
S.O
5.0
8.0
8.0
8.0
8.0
BOO §
300
400
80
120
80
120
§J 5.0
J30m
500m
3.0
3.0
3.0
3.0
~C ~:8
§J
SJ
SJ
SJ
SJ
§S
§A
§A
§A
§A
§S
§S
§J
§J
§J
§J
§J
§J
§J
§J
§C
§C
§C
300m
60m
500m
500m
500m
150m
3.0
3.0
3.0
3.0
1.0
1.0
600m
600m
600m
1.0
1.0
1.0
1.0
100m
1.0
1.0
1.0
200m
200m
200m
200m
200m
~gg
3~~
~:8
100
8.0
30
60
60
60
60
40
S5
125
85
125
60
60
50
25
SO
50
25
SO
SO
20
95
155
95
5.0
1.0
S.O
S.O
S,O
4.0
S.O
S.O
8.0
B.O
5.0
5,0
3~g
18~
~88~
1~
~~ ~
~~ ~
1~(!l 1.0
lQ~ 1.0
lOw 1.0
10
10
10
15 (!l
15 ~
15 10
3.0u
1~~ 1.0
18
1~ ~
3.0u
3.0u
3.0u
3.0u
18Ql 1:8
lQ(!l 1.0
lQ~ 1.0
lOw 1.0
lQ~ 1.0
10
10
10
10
18
15
15
15
lS
1~
180 1:8
1)~ 20m
10
20m
5.0
1.0
S.<?~ 1.0
5.<?~ 1.0
5.010 1.0
10
43 0
15 \0
66 5 (!l",,#
20
20
40
0
4
60
60 #
11 2 0 =If:
~:8~
~:8~
10u~
10uYJ
10u§
10u§
10u§
10u§
'Pdo":,~
80
200n\O
20 §
60
60 §
60 §
60 §
20
60
SO
60
SO
30
30
1.0u~
1.0u¢~
200ulO
100n¢
500n#
550000nn"'!
l'lF.
500n#
1100nU'~
U<D
100~1O
JOIO
100p~
SO §
10
SO
100
SO
~;;.
1~
35 ill
350
35 ®
35 \0
3.0u
3.0u
3.0u
110000:P~
5.0
2.0
7.0
7.0
7.0
19~ ~g8~
15
15
15
15
330
60
60
"n
120
120
120
185
600
650
~~g
10~p~
100010
1OOp",
300n
30n§
30n§
30n§
131
~gOm
AN
AN
AN
E
E
E
E
16
16
PE
PE
~8~~~
35 \0
~~g
PE
\0
(!l
~
w
~
lS0M§l>
SOOkt
4.0
SOOkt
4.0
~nnkt
4.n
1~5-Mt 4:0
1.5Mt
4.0
1.5Mt
4.0
21.550GM§§'
"
20M§Ll.
20M§Ll.
20M§l>
20M§Ll.
20M§Ll.
20M§Ll.
20M§l>
20M§Ll.
20M§Ll.
20M§l>
20M§Ll.
20M§Ll.
20M§Ll.
20M§Ll.
20M§l>
20M§Ll.
20M§l>
20M§Ll.
20M§Ll.
20M§l>
20M§Ll.
20M§l>
20M§Ll.
20M§l>
20M§Ll.
20M§Ll.
20M§Ll.
20M§Ll.
20M§Ll.
20M§Ll.
20M§Ll.
20M§Ll.
20M§Ll.
20M§Ll.
20M§l>
20M§l>
20M§l>
20M§Ll.
20M§Ll.
yJ
1.b9t
5.00 1.0
165
30
6.0F 1.0m
1~~ 5.0 Ll.
1010 200m
1)~ 200m
10 200m
2.0
25m
2.~~ 1.0
2.<?~ 1.0
2.010 1.0
2.02, 1.0
1<?~ 150m
lOlL! 150m
1<?~
20mLl.
1<?~ 20mLl.
10\0 20mLl.
1<?(!l 20mLl.
1<?~ 20mLl.
1010 20mLl.
1.~~ 100m
6.Q~
50m
5.01L! 200m
5.0\11 200m
S.00 200m
50
2S
12
30
75
10
20
20
40
40
100
200
'fF
60M§
60M§
6 0 M §§
600m
600m
660000mm
3~5 ~ ~8~:~
350 #
90
36
90
200
t
500m
20M§Ll. 600m
180M§
350
#
#
#
300M§l>
PE
o
o
PL
PL
LOu
LOu
1.()u
LOu
LOu
LOu
400n
400n
400n
4~2n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400m
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
ig~
T039
T039
T039
T039
T039
T039
X39
A\2>
AiZI
A
A
A
A
A
X39
o
o
o
PE
PE
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
T039
T039
T018
Rl19
TOS
TOS
T05
RllS
T018
T018
TOS
TOS
G
:::g~
TOS
TOS
X77
T05
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
T05
TOS
TOS
TOS
A¢
ig~
TOS
TOS
T05
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
TOS
T05
T05
T05
TOS
TOS
o
o
TOS
TOS
TOS
TOS
TOS
TOS
.40u
OM
TOS
2S0utl2l PL
T039
SOOn
TOS
PE
T039
ME
R56
MELl. RS6
TOll
TOS
TOS
TOS
TOS
A¢
A
A
A
120
300
500
50
50
50
#
t
t
t
40M§l>
400M§l> 1.0
500M§Ll. 1.0
150M§
150M§
150M§
300nlO~
~8 ~ m~~
20
25
25
60
R81
T039
TOS
TOS
TOS
TOS
LC
E0
AD
DE
ig~~
2g8
30
90
60M§Ll.
70
200
70M§Ll.
BO
200M§Ll.
30
SOM§l> 100
BO #
t
IS
100
24k
S.O
15
1~~ ~88~
(sl
DESCRIPTION
ISTRUCI
l:TURE DWG.
No.
1~8~:~
lOw 500m
18~
500m
500m
500m
500m
50 #
SO #
20
10m
:~5::8
lOw
100
1~®
10\0
ISO
:g8 §
500 §
~~ ~:8
\0
::8
4.0
4.0
4.0
4.0
S.OUIO
10m
10m
10m
40
l~~{
tr
400M§Ll.
350M§
30M§Ll. 2.0
rio
YJ
4.0
~~ ~:8
¢
::8
10\0
1.0m#
1.0m#
SOu
SOnJ>
45
30
60
lno
. 30
60
100
14 ill
40
200 §
lQ~
lQ~
(Hz)
10
S
4
10m
10m
10m
10m
:~ ~:g
300
325
350
400
10
In
;0
10
10
4.0
5.0
4.0
~8
1.0
1.<?~ 500m
2.0<D 2S0m
300 §
300
350 §
400 §
:~ ~:8
§
1:8
1.0
1.0
1.0
1.0
30
30
§S 3.0
§S 3.0
6.6';;0
6.6mOl
";;'
6.9m
D.A. T.A. INC.
~
10
0
1.0
SO~t
{AI
1'2~
SOn
LOu
~58: J:8~~
2S0 *
120 *
180 *
15
15
1:8
1.0
1.0
Ig:g~~
NS900lt
106# 2SC229
107
K04025
108
2N2991
(!l
1:8
1.0
1.0
175
175
100 *
S.O
6.0
6.0
2.0
2.0
500
84
JAN2N3420t
JAN2N342lt
2NS079
2NS080
:~ ~:8
S.O
S.O
S.O
~:8
1:8
1.0
i~~~~~~4S
~!~~~~:m
:~ 2~8~
§S 3.0
g~
2N29B6
175
175
1:8
1.0
g:g~~
6.6m\O
I~~~~~~
96
97
98
99
(V)
§S
§S
§S
§S
6.6mlO
6.6m0
6.6';;®
6.6m\O
~g
~~
(A)
1:8
1.0
1.0
1.0
1.0
g:g~iIl
81
P {AI
~s 2.0
§ 2.0
§J 1.0
5.7m
S.7m
S.7m
6.6m*
~~:
ABSOLUTE MAX. R A T I N G S @ 2 5 ' C M A x . h f e l
Ie
Ib
BVebo BVeboJBVeeo lebo @
BIAS
MIN
MAX
fae
MAX.
MAX Ve~Veb Ie
SAT.
2NS682
MM1812
MM22SB
lS# TIXS12
18
~;C
1.()
1.0
1.0
I
~ ~r~~EO~O~11 MAX THERMAL RESISTANCE
11. SILICON NPN . HIGH POWER TRANSISTORS
20 t 150M§
50", 1.2m
75 #
3.5
30M§Ll.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
4Sn
~
PL
PL
PL
PE
PE
PE
PELl.
¢
TOS
T018
T018
TOB
TOB
TOB
T08
TOB
TOB
T08
X72
MT13
MT13
MT13
11. SILICON NPN . HIGH POWER TRANSISTORS
MAX.
LINE
No.
TYPE
No.
~~~~~~~t
3
4
5
6#
lJMAX. MAX pe~M T
THERM FREE A E
RES.
AIR @ X M
J I~I C
2N55S2t
400S1
2N2952
2SC130
~: ~~g~~
9#
10
11
12
2Sc236
2Nl092t
2N3295
2N52S0
n~
11 m
11m
12m
12m
g~
12m
13m
13m
13m
~;C
It~
¢
2.0 Ql
2.0 ~
I.S ¢
I.S
l:~
I.S
2.0 ~
2.0 ¢~
15 'D
hfe
ABSOLUTE MAX. RATINGS@25'C
BIAS
Ie
Ib
BVcbo BVeboJ BVeeo lebo @
MIN
MAX Ve!!lveb Ie
@25'C
PIAl
IAI
IVI
IVI
IVI
IAI
IVI
IAI
:5 ~gom
§S
§J
§C
§J
:j§J
SOOm
250m
250m
400m
500m
§A 500m
§C 250m
§A 1.0
13m
2.0
13mg) 2.0
13mjl.l 2.0
§J
§S 3.0
§S 3.0
21
13m'D
2.0
§S 3.0
2.0
§S 3.0
2.0
§S 3.0
~~
24
~~
27
~~
36
i~t~g1~s
TRL5505
1:::~tg~J~
TRL7015
i~t~~~~
TRM2015
i~~~~~~s
TRM4015
:~
I:::~~~~J~:;
:~
~~~~~~~1/33ti
42
48
49#
50
51
52
53
TRM6015
2N3869
2N429St
2N4297t
2N429St
2N4299t
~~X46
BF109
2N1505
2N 1506
2N2951
2N3917
~~ I~~~~J~
67
g~
113m'D
~~~
113m\£l
~~~
:~ ~:8
~:g
:~ ~:8
~:g
:~ ~:8
1
~~~ ~:8
13m\£l 2.0
:~ ~:8
§S 3.0
1~~~ ~:g
2N4427
~~~gl~
70
71
72
73
2N5012
2N5013
2N5014
2N5015
76
?s
2N5470
g~
~~~~m
~~: ~~~lg~
~~~~m
79
2N5530§
82
2N5534§
94
:g:~~
40456
~~~~~
B374S
103
104",
lOS",
106",
MM1501
MMSOOS
MMS009
MMS010
19~# ~'-J~~OO
D.A. T.A. INC.
1:8
1.0
13m\/>
13m
2.0
2.3
§S 3.0
§J SOOm
1.0
20m
20m
20m
20m
20m
20m
20m
20m§
20m~
~~
1:8
1.0
1:g
1.0
1:8
1.0
1:g
1.0
20m\£l
100
1.0
1.0
:~ ~:g
2.0 #
~:g
2.0
:
:11=
3.0 ~
2.5 ID
3.0 ~
3.0 g)
3.0jl.l
3.0 ~
3.0 ¢~
20 'D
20)l
3.0
3.5
I~.O ~
2.0 ~
2.0 \£I
2.0 ~
2.0 ~
2.0 \£I
3.5 ~
3.5 ~
3.5 \£I
"5 (7)
35
~g~W
20m$
20m
20m
20m
20m
20m
20m
35 0
35 ~
35 ~
35 'D
3.5 ~
3.5 ~
3.0 \£I
'''.~
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
3.5 ¢
3.5
U
§J
§J
§C
$J
$J
§J
§J
§S
§S
§S
§S
§S
§S
§S
§S
§J
600m
500m
1.0
1.0
1.0
1.0
500m
300m
1.0
1.0
1.0
1.0
.04
500m
500m
250m
2.0
2.0
600m
400m
500m
500m
SOOm
500m
500m
SOOm
400m
400m
200m
i2l
20~i/l'io #
~~
200m
50m
500m
§S 3.0
§J
§J
§S
§S
§S
§S
§C
§J
§J
§J
§J
§J
$
1.5 $
5.0
3.5
3.5
3.5!?l
3.5 g)
3.5 \£I
§J
§J
§J
§S
§S
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§J
§A
§A
§J
§J
§J
§J
§J
§J
§J
§J
§J
§A
10
10
10
250m
500m
400m
700m
700m
1~~
75
6.0
2.0
5.0
40
100m
250m
250m
250m
250m
250m
.01
200m
200m
50m
1.0
1.0
100m
400m
250m
250m
250m
250m
250m
250m
400m
4,0
4.0
4.0
4.0
4.0
4.0
60
60
400
80
425
450
~g~
550
g~g
700
~~g
200
~~~
400
~g~
600
800
60
120
40
350
350
500
500
36
40
80
80
80
100
135
50
60
60
80
SO
90
40
500
600
700
SOO
900
1.0k
55 t
40 t
55
~g
60
90
90
90
36
40 t
40
60
200m
30
40
300m
200m
200m
200m
200m
1.0
400m
1.0
1.0
800m
SOOm
200m
200m
100m
400m
100m
100m
350m
~~
300m¢
25m
25m
25m
25m
60
40
12
5.0
7.0
5.0
5.0
5.0
5.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
I~·O
6.0
6.0
30
60
300
60
60
60
60
400
450
500
500
550
600
650
700
750
800
200
225
250
250
275
300
300
350
350
400
400
450
500
III
20u'D
*
50uD.
75u
75u
IOu
IOu
lOu
lOu
lOu
IOu
lOu
lOu
lOu
lOu
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3 .Ou
10
20mD.
1~~ 150mD.
lQg) 150mD.
10ID 20mD.
4.02, 200m
lQ~ 10m
10'D 20m
2.Q~ 1.0
2.0Fl~ 1.0
10ID 200m
lQ~ 200m
lQg) 500m
10\£1 500m
lQ~ 500m
lqg) 500m
10", 500m
lQ~ 500m
lQg) 500m
10\£1 500m
lQ~ 500m
lQg) 500m
10\£1 1.0
lQ~ 1.0
lqg) 1.0
10~ 1.0
lq~ 1.0
lQ~ 1.0
10\£1 1.0
lQ~ 1.0
lq~ 1,0
10\£1 1.0
1~~ 1.0
1()~ 1.0
10'D 1.0
~2~ 1,0
lq~ 1.0
10\£1 \.0
1~~ 1.0
1~?;)1.0
1~ 1.0
10\0 1.0
1.0u0
4.00 250m
lOOp?;)
100nllJ
1.~~~
1.0!,,~
1000'D
500u
*
100m
~()uD.
§
§
§
§
§
§
§
§
§
j
§
§
§
§
§
6.~
SOO §
5.0
40
~.O
3.0
3.0
3.0
3.0
3.0
4.0
3.0t
2.0
5.0
4.0
7.5
S.O
S.O
7.5
7.5
7.0
7.0
S.O
SO
20
250
250
350
350
IS
20
40
40
40
60
135
40 §
40 §
60 ¢
40
40
80
20
500 §
600 §
700 §
SOO §
900 §
1.0k§
55 §
20
55 §
40
40
40
75
75
75
IS
IS
20
40
90 §
25
40
40
25
25
IS
IS
2.0
4.0
4.0
4.0
3.0
3.0
3.0
3.0
5.0
1
IS
15
15
30
50
30
30
100 §
10¢
100
1,Oug)
1.0u'D
100u
100u
100u
100u
1.0ug)
1.0uID
100 150m
5.00 30m
lQ~
50m
lQg) 50m
10ID 50m
1~
50m
5.Q~ 100m
5.0ID 100m
1.0u~
I.Q~ 150m
1.0u¢~ 1.~~ 150m
1OUIiL 1.0~ 150m
1Ou
1.~J> 150m
50u0
10u~
100p¢
1.0';0'
~g0 'Prio~
2S
10
4.0
100m
10
1.0
I.PO':.~ ~:~~ ~gom
20uD. + 5.0\£1 100m
1~·Ou~
!2!?l 25m
6.Oug)
1Q~ 25m
6.0u",
10ID 25m
1.0u§
20mD.
1.0m§
LOrn
1.0m
1.0m
LOrn
1.0m
LOrn
100~~
1:g~J
15¢
5.~!?l
50m
~.()
5.0¢ 3.0
5.0~ 3.0
5.Q~ 3.0
3.0
5.0" 3.0
5.0!", 100m
5.q0
5.17 lrig~
250n+\/> 101" 150m
1.0u*~ 4.0~~ 150m
1~
10m
100nIiL
19~\O
1~~ 19~
lOOn
10\£1
J~~~
1~~
19~
1~ 10m
50un
10n~
100';D.
250n
250n
7.0
7.0
36
30
30
35
55
35
35
100
100n~
~
6.0
6.0
6.0
6.0
6.0
6.0
5.0
4.0
4.0
4.0
4.0
4.0
4.0
2.0
7.0
7.0
7.0
7.0
2.0
3.0
4.0
5.0
6.0
6.0
5.0
2.0
5.0
5.0
5.0
5.0
5.0
5.0
3.0t
3.0t
3.5
IHzl
10m
1()~ 10m
1~g) 50m
10ID 150m
10\0 150m
5.0\/> 500m\/>
20
20 t
15
20
40
30
75
30
75
15
15
15
15
15
15
15
15
15
15
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
lu
19 #
2~~~:~
ISO
ISO
20 t
20 t
17 t
300M§D.
27M*
200M§D. 3.3
160Mt
140M§
120M§
100M§
132
55m
200 #
35 g)
35 ID
35 f/J
35 ~
350
35 (/)
35
35 Ql
35 (/)
35
15 Ql
15 (7)
15 ~
150
iii
iii
15 \0
20M§D.
20M§D.
20M§D.
20M§D.
20M§D.
20M§D.
20M§D.
20M§D.
20M§D.
20M§D.
20M§D.
20M§D.
20M§D.
20M§D.
lsi
OPL
PL
EM
EM
EM
o
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
400n
zuM§D.
50M§D.
No.
25n
2Sn
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
DE
I~d~t i~~
T046 AQl
T05
A'D
T05
A~
M014 AQl
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
150n0
300n¢
50
75
25
50
10
10
40
100
40
40
20
7.0
10
20
30
100
10
10
30
30
30
30
30
30
150
300
75
ISO
60
200
120
300
120
120
40
120
20M§D.
20M§D.
20M§D.
20M§D.
300M§ 2.0
SOOM§
60M§
60M§
60M§
60M§
~~OMM*
100 #
100 # 250M*
m
7.0uf/J
7.0u\O
PL
PL
PED.
PED.
ME
PL
PL
13
10
# 2~g~:~ 3.3
300 # 80M§D.
SO # 200M§D.
200
500M§D. 5.0
l~g
ISO
ISO
ISO
ISO
T05
T066
T066
T066
7.0u~
7.0u~
64
SO
SO
90
50 \/>
30
200n
200n
ciii
cQl
A
A
ig~
~~
T05
T05
T05
A'D
A~
A0
l~g : ~88~:~ g
400M§D.
200
SOOM§
250 # 100M§D. 9. I
250
100M§ 9.3
200
175M§ 1.2
300
175M§ 1.0
300
80M~!2.l1.0
600
SOM§llJ 1.2
200M§ 1.0
700M§D. 20
1.3G§
1.5G§
1.0m
1.1G§
1.0G§D.
1.1G§
500m
3.0
5.0
3.0
3.0
25
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
PE
OPL
50m
50m
50n
:::g~~ ~~
XS2
A
ig~~ ~~
150 # 200M§D. 3.7
300
120
300
300
T05
T05
T05
T05
T05
T05
T05
A
COl
~g~:~ ~g
20M§D.
20M§D.
20M§D.
20M §D.
1.2G§D.
1.2G§D.
PE
40
40
40
30
30
30
15
30
10
50
50
100
125
75
165
75
165
75
100
35
100
100
100ng)
100njl.l
100uD.
100uD.
100uD.
100
~~{
lZ0 #
35
!2u
60 ¢
50 §
18g
90
2.0
13m
ISm
16m
16m
16m
16m
16m
16m
16m
16m
16m
16m
17m
20m
20m
20m ..
20m""
20m#
20m
20m
20m
20m
20m
20m
20m
20m
20m
20m
20m
2n m§
20;"§
20m
20m
20m
20m
20m
20m
20m
20m(/)
I~:~
60
13m'D
USA55191/34r
~~# ~~~~gl
~~#
60#
61
62
63
64
1~~~ ~:8
l~~
50m
1:~
16# 74T2
17
TRL40 I 5S
IS
TRL4505
~g
;wum
IN ORDER OF (1) MAX THERMAL RESISTANCE
& 21 TYPE No.
DESCRIPTION L C
fae
MAX
MAX.
tr ISTRUC
E0
SAT.
L:TURE DWG. A D
o
PE
T061 A
MT72h R
T039 A¢
T05
MM9
MM9
R119
~~\O ~11~
PE
PE
PE
PE
OPE
PE
PL
R119
R119
R119
R119
R119
T039
XS4
XS4
MT27
MT27
X63a
~~g
A¢
A
A
R
g
11. SILICON NPN . HIGH
POWER TRANSISTORS
LUTE MAX. RATINGS @25'C
LINE
No.
i
3
4
S
6
13
14
lS
1~
18
~g
lYPE
No.
~~~~g
MST25
MST30
MSl35
MST40
MST75
MSl80
MST85
~~+~~
MST100
2N497
2N498
2N656
2N657
~~
~~~11~
~1#
32#
33
34
35
36#
~7oft
38#
39
40
41
42
:~
48
49+
2N3734t
2S019
2S020
40346Vl
40412Vl
A245
BF179A
BF179B
BF179C
PT1558
2N1506A
2N3309
2N3659
:~~:~~1
40349Vl
A778
~~!:# ~~*~9
~~
57
~~~g~~
2N5098
:~ I~~g~
~gg~
igg
20m
20m
20m
20m
20m
20m
20m
20m
20m
20m
20m
20m
20m
20m
1.0
1.0
§A
§A
§A
§A
§A
§A
§A
§A
§A
§A
§A
§A
§A
§A
350m
350m
350m
350m
350m
300m
300m
300m
300m
250m
250m
200m
200m
200m
:~
150m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
50m
50m
50m
50m
250
300
350
400
450
500
550
600
650
700
750
800
850
900
950
1.0k
~g~$
U
~
4,0 \0
~5m~
25m~
25mlO
25m
25m
25m
1,0
~g~
~:g
1,0
1,0
1.0
1,0
1:g
1.0
1:g
lRS2254
lRS6014
TRS6204S
TRS6504
~~
I+~~~g¥~~
99
TRS7014S
103
104
lOS
19~
108
2N497A
2N498A
2N6S6A
~~~~j~
JAN2N1479
D.A. T.A. INC.
10
~
~
10
2.0 ~
2,0 ~
2,010
~~~$ ~:g
69
+~~~~~:S
~
3,5 ~
3,5 ¢
2,0
4,4
4,4
4,4
1,7 ~
1,7 ¢
2,5
26m
~~~
TRS5404S
~
10
§J
§J
§J
§S
§S
§S
§S
§A
§A
§A
§A
§J
§J
§J
§J
§J
§J
§J
500m
500m
1.5
1.5
400m
400m
400m
400m
1.0
1,0
60
100
60
100
85
100
50
75
60
100
60
100
500m
500m
40
50m
50m
50m
500m
:~ ~gg~
§S
§J
§J
§J
§J
§J
§J
§J
§J
§J
~g
500m
400m
400m
1,0
1,5
1,5
1,5
50m
50m
250m
10m
10m
10m
200m
200m
100m
250m
!~gg~
80
80
50
220
40
55
75
~g
500m
160
160
250
700m# 65
~g
26m$
26m$
26m$
+~~~gg~
+~~:g~:
~
~~~
23m
23m
23m
25m
g~
94
95
96
i:g95
4,0
4,0