2N1042, 2N1043, 2N1044, 2N1045 e 2N2560, 2N2561, 2N2562, 2N2563 @ 2N2564, 2N2565, 2N2566, 2N2567 P-N-P ALLOY-JUNCTION GERMANIUM MEDIUM-POWER TRANSISTORS 40-, 60-, 80-, or 100-VOLT UNITS Guaranteed Icex at 85C 20 WATTS AT 25C CASE TEMPERATURE LOW rcs LOW Ieao LOW Var Choice of TO-5, Stud, or Hex Package for Guaranteed Beta at 3 amps and 50 ma Ic RELAY DRIVERS PULSE AMPLIFIERS SERVO AMPLIFIERS * AUDIO AMPLIFIERS mechanical data The transistors are in hermetically sealed, resistance-welded cases with glass-to-metal seals between case and leads. These devices are available in (1) a hexagonal flanged-nut heat-sink package which weighs approximately 8.6 grams (2N1042 series), (2) a stud heat-sink package which weighs approxi- mately 5.4 grams (2N2560 series) and (3) a round TO-5 package weighing approximately 2.4 grams (2N2564 series). Mounting hardware available is shown on page 8. *THE COLLECTOR IS IN ELECTRICAL CONTACT WITH THE CASE ~m | 0.500 = 0.015 0.0%3 = 0.010 0.280 & 0.010 DIA. wA
2N1042 THROUGH 2N1045 This specification is mandatory for use by all Depart- ments and Agencies of the Department of Defense, ~ 1.1 Seone. SeePes. transistors, Phvsical dimensions, See figure 1. This specification covers the detail requirements for PNP. Aiky ermanium, power, i/ i i i | PT Seog Voro | VeBoj Io | ?stg 204 Top | Cc - av Ww t | | 2N1042 | 2N1043 | 2N1044 | 2N21045 | | re 1 ' : i | | v Vde vic } Vde | ae vee | Ade | C | ' ~ i : oT i i773 i _ i } i 1 a t . t ' 20 ; -40 | -60 ; -80 | -100 | -20 | -3 | -55to+100 | i/ Derate linearly 267 mW/C for Ta > 25C. * 1,4 Primary electrical characteristics at Tc = 25C 43C, ire ire Vorisat) | hie | VBE Limits | Vop = -1 Vde| Vom = 70.5 Vde | Ip 2 -3 Ade Veg 2 71.5 Vde | Vor 2 -1 Vde - | Is +3 Ade Iq = -50 mAde | Ip = -300 mAde| Ic = -0.5 Ade Iq = -3 Ade f= 125 kHz Vde Vde Min 20 50 soe 2 --- Max 60 250 ~0. 75 10 1.5 2. APPLICABLE DOCUMENTS 2.1 The following documents, of the issue in effect on date of invitation for bids or request for
K | 200P | 20/60 1A AHH | OBS | ASZ15 2N1533 2N1041-1 PG | x26 | LS59 | 100V | sov | 20v {3A 95C | 1WF 225K | 200P | 20/60 1A AHH | OBS | ASZ15 2N1533 2N1041-2 PG | x26 | L5e | 100V | 6ov | 20V |3A 95C | 1WF 225K | 200P | 20/60 1A AHH | OBS | ASZ15 2N1533 2N1042 PG | x26 | Lss | 4ov | aov | 20v |3A 100c | 20wc 225K | 200P | 20/60 3A AHG | oBs | ASZ16 2N1536 2N1042-1 PG | x26 | L89 | 4ov | 30v | 20v |3A ooc | 20wc 225k | 200P | 20/60 3A AHG | OBS | ASZ16 2N1536 2N1042-2 PG | x26 | Ls9 | 4ov | 30v | 20V /3A 100C | 20WC 225K | 200P | 20/60 3A AHG | OBS | ASZ16 2N1536 2N1043 PG [TOS | Loa |6ov {| 4ov | 2ov [3A 1o0c | 20wc 225K | 200P | 20/60 3A AHG | OBS | ASZ16 2N1536 2N1043-1 PG | x26 | bs9 | 6ov | 4ov | 2ov |3A 100C | 20WC 225K | 200P | 20/60 3A AHG | OBS | ASZ16 2N1536 2N1043-2 PG | x26 | Ls9 | 6ov | 4ov | 20v |3A 1o0c | 20wc 225K | 200P | 20/60 3A AHG | OBS | ASZ16 2N1536 2N1044 PG | x26 | L29 |80v | Sov | 20v [3A ro0c | 20wc 226K | z00P | 20/60 3A AHH | OBS | ASZ15 2N1
BC 257, BC 307, BC 557, ++ 2N1037 USA Si-P LF. 50V, 0,05A, 0,25W, hfe>9 2a TO-5 BC 212, BC 257,BC307,BC557,++ 2N 1038 USA,Mot,Tix Ge-P LFS P. 40V, 3A, 20W(Tc=25) 2a TO-5 2N2564 2N 1038-4 Ge-P =2N1038: 2a TO-5 2N2552, 2N2560 2N 1038-2 Ge-P =2N1038: 2a TO-5 2N1042, 2N2556 2N 1039 USA,Mot,Tix Ge-P LFS P, 6OV, 3A, 20W(To=25) 2a TO-5 2N2565 2.N 1039-4 Ge-P =2N1039: 2a TO-5 2N2553, 2N2561 2N 1039-2 Ge-P =2N1099: 2a TO-5 2N1043, 2N2557 2.N 1040 USA,Mot,Tix Ge-P LFS P, 80V, 3A, 20W(Tc=25) 2a T0-5 2N2566 2N 1040-1 Ge-P =2N1040: 2a TO-5 2N2554, 2N2562 2N 1040-2 Ge-P =2N1040: 2a TO-5 2N1044, 2N2558 2N 1041 USAMot,Tix Ge-P LFS P, 100V, 3A, 20W(To=25) 2a TO-5 2N2567 2N 1041-1 Ge-P =2N1041: 2a TO-5 2N2555, 2N2563 2N 1041-2 Ge-P =2N1041: 2a TO-5 2N1045, 2N2559 2N 1042 USA,Mot Tix Ge-P LFS P, 40V, 3,5A, 20W(Tc=25) 2a T0-5 2N1038, 2N2556 2N 1042-1 Ge-P =2N1042: 2a TO-5 2N2552, 2N2560 2N 1042-2 Ge-P =2N1042: 2a TO-5 2N1038, 2N2564 2N 1043 USA,MotTix Ge-P LFS P, GOV, 3,5A, 20W(Tc=25) 2a TO
60 tal any |oBS | aSZ15 | 2N1533 | 0 2n1o41/1 | PG | x26 | L59 | 100v | Gov j20v 3A 95c iwe | 225k poop | 20/60 1a] AHH [ops | ASz15 | 2N1533 | O 2N1041/2 | Pc | x26 | L59 | 100v | Gov |20Vv 3a | 95C we | 225k poop | 20/60 1AjaHH {ops | aSZi5 | 2N1533 | 0 2N1042 PG | x26 | L59 4ov | 30v_ |20v 3A } 100C 2owc | 225K Roop | 20/60 BAL ANG |oBS | ASZ16 | 2N1536 | 0 2N1042/1 | PG | x26 | L659 4ov | 30v j2ov 3a | to0c 2owc | 225K POOP | 20/60 3alana|oBs | asz16 | 2N1536 | 0 2N1042/2 | PG |] x26 | L59 4ov | 30v_ |2ov 3A | 1006 2owc | 225K poop | 20/60 3A}AHG}0BS | ASZ16 | 2N1536 | 0 2N1043 pe | Tos | Loa 60v | 40v j20v 3a | 100 2owc | 225K ROOP | 20/60 3ajanaloss | aszie | 2N1536 | 0 2N1043/1 | PG | x26 | L59 6ov | 4ov_ |2ov 3a | 100C 20wc | 225K POOP } 20/60 3a} AHG{oBs | ASZ16 | 2N1536 | 0 2n1043/2 | PG | x26 | L59 6ov | 4ov |20v 3a | 1o0c 20WC | 225K POOP | 20/60 3a] aHG|oBs } ASZ16 | 2N1536 | 0 2n1044 pa | x26 | L29 sov | sov_ |2ov 3a | 100 2owc | 225K poop | 20/60 3a| AHH |
4ai PG JBEN TIT 211 {TQ 100 60 20.0 320004 400W 1000 -OO8E | 125UA 50 36 1.0004 2N1041-1 PG [GEN 541 541B {100 60 20.0 3.000A 20.000W 100J eGO8E | 125UA 50V 36 1.000A 2N104 1-2 PG | BEN 541 541A 1100 60 20.0 3.000A 20.000W 100J eOO8E | 125UA 50V 36 1.000A 2N1042 PG | BEN TIT S41 5S4iAa 40 30 20.0 3.0004 20.000W 100J sO08E | 125UA 20V 36 1.,000A 2N1042-1 PG | BEN 541 541B 40 30 20.0 3.000A 20.000W 100u -008 | L25UA 20V 36 1.000A 2N1042-2 PG | BEN 2ik |TQ 5 40 30 20.0 3.000A 400W 1005 2O008E ; 125UA 20V 36 1.000A 2N1043 PG | BEN Tif 541 541A 60 40 20.0 3-000A 20.000W 1005 -O08E | 125UA 30V 36 1.000A 2N1043-1 PG {BEN 541 5418 60 40 20.0 3.000A 20.000W 100J eOO8E | 125UA 30V 36 1.000A 2N1043-2 PG } BEN ali |Tu 5 60 40 20.0 32000A 400W 100J -O008E | 125UA 30V 36 1.000A 2N1044 PG /BEN TIT 541 541A 80 (550 20.0 3.000A 20.000W 100J sO008E | 125UA 40V 36 1.000A 2N1044-1 P G {BEN 541 541B 80 50 20.0 3.000A 20.000W 1004 -O08E | 125UA 40V 36 1.000A 2N1044-2 PG | BEN 2il |T0 5 80 50
40 2a ~2N1040 2 N 2555 USAMotTix Ge-P =2N1041 2a -2N1041 2 N 2556 USAMot,Tix Ge-P =2N1038 2a 2N1038 2N 2557 USA,Mot,Tix Ge-P =2N1039 2a >2N1039 2N 2558 USA,Mot,Tix Ge-P =2N1040 2a >2N1040 2.N2589 USA,Mot,Tix Ge-P =2N1041 ae >2N1041 2N 2560 USAMotTix Ge-P =2N1042 2a -2N1042 2.N 2561 USA,Mot,Tix Ge-P =2N1043 2a >2N1043 2 N 2562 USAMot,Tix Ge-P =2N1044 2a >2N1044 2N 2563 USAMot,Tix Ge-P =2N1045 2a >2N1045 2 N 2564(/5) USAMot,Tix Ge-P =2N4042 2a T0-5 >2N1042 2 N 2565(/5) USA,Mot,Tix Ge-P =2N1043 2a T0-5 2N1043 2 N 2566(/5) USA,Mot,Tix Ge-P =2N1044 2a T0-5 2N1044 2N2567(/5) GeP =2N1045 _ 2a _ 2N1045 _ 2 N 2568 Mot Ge-N HF P, 32V, 0,1, >1400MHz _. so - - _ 2N 2569 Amp,PhiSisN Chopper, 20V, 0,1A, 0,3W, >100MHz 2a T0-18 2N2432, 2N4138
eojsus) = 30 to 60V hre @ Ic/Vce VcE{SAT) Vee Icev Pp @ Vceoisus}| Veso (Min-Max ic/lp @ Ic/Vce @Vce |Tc=25C! fic Tamaxy| fr . Type #| (Volts) | (Volts) @ A/V) (V @ A/A) (V @ A/V) | (mA @ V)| (Watts) | (C/W) (C) | (KHz) General Information Generic Product 2N1042 30 20 20-60@3/1 .75@3/.3 1.5@3/1 -65@40 20 3.75 100 250 | 2N1042 Family. General Purpose Power 2N1043 40 20 20-60@3/1 .75@3/.3 1.5@3/1 -65@60 20 3.75 100 250 | 3 Amp PNP Germanium} Switch and Amplifier. 2N1044 50 20 20-60@3/1 .75@3/.3 1.5@3/1 -65@80 20 3.75 100 250 | Alloy Power Consumer, Industrial, 2N1045 60 20 20-60@3/1 :75@3/.3 1.5@3/1 .65@ 100 20 3.75 100 250 | Transistors. and Military Usage. 2N2556 30 20 20-60@1/.5 .25@1/.1 1@1/.5 -65@40 20 3.75 100 225 | Case 250 2N2557 40 20 20-60@1/.5 25@1/.1 1@1/.5 -65@60 20 3.75 100 225 2N2558 50 20 20-60@1/.5 -25@1/.1 1@1/.5 -65@80 20 3.75 100 225 2N2559 60 20 20-60@1/.5 25@1/.1 1@1/.5 -65@100 20 3.75 100 225 19
sey Semicoa SprgueElec 2N1038 Motorola Precsn Semi Sid St Dvcs Texas Instr ThmsnCSFEFC 2N1039 Gnrl Trans Motorola Sid St Dvcs Texas Instr ThmsnCSFEFC 2N1040 Motorola SiliconTran Texas Instr ThmsnCSFEFC 2N1041 Inti Diode SiliconTran Texas Instr ThmsnCSFEFC 2N1042 Gnrl Trans Semitronics Solitron 2N1042-2 SiliconTran 2N1043 Motorola SiliconTran Texas Instr 2N1044 Inti Device SiliconTran Texas Instr 2N1045 Motorola Solitron 2N1046 Franel Corp Semitronics 2N1046A Franel Corp Semitronics 2N1046B Franel Corp 2N1047 SprgueElec New Jersey Semicoa SprgueElec ITT Electrn SiliconTran SiliconTran SiliconTran ITT Electrn ITT Electrn ITT Electrn ITT Electrn CSA Indus PPC Product Sohtron CSA Indus PPC Product Solitron CSA Indus PPC Product Solitron CSA Indus Solitron CSA Indus Solitron CSA Indus Solitron CSR Indus Semitronics Solitron CSA Indus Solitron CSR Indus Aaytheon Co Solitron Tadiran Isr CSA Indus Semicoa Sprf,JueElec Tadlran Isr CSA Indus Aaytheon Co Solitron Tadiran Isr CSA Indus Aaytheon
3 4 i 3875081 GE SOLID STATE OTE 18003 dD Unijunction Transistors and Switches 2N2646, 2N2647, GES2646, GES2647 T37:2/ A = w z 5 S > > 2 a a 3 un = > = = = 4 AMBIENT TEMPERATURE RANGE (T,a)= -55C TO 125C NOTE: O% 1 10 C35-2NG81-82 CAPACITANCE {Cy)-pF C348-2N1042-50 9205-42573 C10-2N1770A-T7A, C11-2Nt770-78 0.01 Fig, 19~Minimum supply voltage characteristics. See Fig. 20 for circuit and curve data. 9205-4257! Fig. 20 Circuit for minimum supply voltage curves, Fig. 19. curve | SCR TYPE Ret vet 8 40(2N2023-30) 27+ 10% sv Cc CS2(2N1702-98) | 47 + 10% 20 [ey C5O(2N 1008-16) PULSE av AND C48 TRANS, $C30,40,60 AND PE2Z31 140 SERIES MINIMUM RANGE ( TO125*C o.1 CAPACITANCE+ (Cy) - pF 9208-42574 928-42572 Fig. 21 Minimum supply voltage characteristics. See Fig. 22 for circuit and curve data. Fig. 22Circuit for minimum supply voltage curves, Fig. 21. TERMINAL CONNECTIONS TERMINAL CONNECTIONS TO-92 TO-18 Lead 1 - Emitter Lead 1 - Emitter Lead 2 - Base 1 Lead 2- Base 1 Lead 3 - Base 2 Lead 4 - Base 2 107
GERMANIUM PNP (Cont.) 2N2668 MT-27 30 20 50-150@.5/.5 .25@.5/.025 .6@.5/.5 -6@50 15 5.0 | 100 | 300 2N2669 MT-27 40 20 50-150@.5/.5 .25@.5/.025 6@.5/.5 -6@70 15 5.0 | 100 | 300 2N2670 MT-27 50 20 50-150@.5/.5 .25@.5/.025 -6@.5/,5 -6@90 i5 5.0 | 100 ; 300 2N1042 MT-28 30 20 20-60@3/1 -75@3/.3 1.5@3/1 -65@40 20 3.75 | 100 | 250 2N1043 MT-28 40 20 20-60@3/1 .75@3/.3 1.5@3/1 .65@60 20 3.75 | 100 | 250 2N1044 MT-28 50 20 20-60@3/1 .715@3/.3 1.5@3/1 -65@80 20 3.75 | 100 | 250 2N1045 MT-28 60 20 20-60@3/1 -715@3/.3 1.5@3/) -65@100 20 3.75 | 100 | 250 2N2556 MT-28 30 20 20-60@1/.5 25@1/.1 1@1/.5 -65@40 20 3.75 | 100 | 225 2N2557 MT-28 40 20 20-60@1/.5 25@1/.1 1@1/.5 -65@60 20 3.75 | 100 | 225 2N2558 MT-28 50 20 20-60@1/.5 .25@1/.1 1@1/.5 -65@80 20 3.75 | 100 | 225 2N2559 MT-28 60 20 20-60@1/.5 .25@1/.1 1@1/.5 .65@1i00 20 3.75 | 100 | 225 2N2282 TO-37 30 1.5 30-75@.5/1 .4@1/.05 -7@1/.05 -1@20 5.0 15 110 | 2500 2N2283 TO-37 60 1.5 30-75 @.5/1 .4@1/.05 -7@1/.05 -1@40 5.0 15 110 | 2500 2N2284 TO-37 100 1.5
MP2146 MP2146 2N2146 2N1758 2N1762 2N1040 CK311 CK411 2N1295 2N1324 2N1331 2N1298 2N1327 2N1334 AD163 AD163 AD163 AUY34 AUY34 2N1437 2N1438 CST1789 2N1041 CK312 CK412 2N1297 2N1326 2N1333 CK313 CK314 2N3125 2SB126A 2SB127A 2N2560 2N2564 AD149 ADY27 AD150 2N1042 2N2561 2N2565 2N1501 2N1502 2N1261 2N1262 2N1263 2N2562 2N2566 2SB449 2SB449 2N2836 2N1043 See Index See Index See Index See Index See Index See Index See Index See Index See Index SemiconTech See index See Index See Index See Index See Index See Index See Index CentralSemi Germanium NthAmerSemi See Index NthAmerSemi See Index See Index See Index See Index CentralSemi Germanium NthAmerSemi CentralSemi Germanium See Index See Index Germanium See Index Germanium See Index See Index See Index See Index See Index See Index See Index Germanium See Index Germanium SemiconTech See Index See Index See Index See Index SemiconTech SemiconTech See Index See Index See Index See Index See Index See Index CentralSemi Germanium NthAmerSemi Germanium Nth
60 60; Vv] 20] 60] 1.04] 0.25] 1.oA| 18] E| 8.0K| E 2n1040 | G| Pp] 2N2140| 7-78 | LPA] 20w | c|] 95] 80 solv] 20] 60] 1.0A] 0.25] 1.04] 18] E] 8.0K] E QNLO41 | Gl P| 2N2141| 7-78 | tPA] 2ow [Cc] 95] 100 { loofv] 20/7 Go] 1.0A| 0.257 1.0a] 18] E] 8.0K] E 2N1042 {G| P{ 2N2143| 7-78 | Leal 20w | cl} 100} 4a 4o{v} 20| 6c} 3.04] 0.75} 3.0A} 2.01 E| 250K| 7 2N1043 ]G| P| 2N2144] 7-78 | LPA| 20W | c| 100] 60 60|/ Vv} 20] 60} 3.04] 0.25] 1.0 250K] T 2n1044 | G| P| 2N2145] 7-78 | LpA]| 20W | c| loo} 80 Bo} Vv] 207 60} 3.04] 0.25] l.oa 250K] T 2nt045 |G| e| 2n2146] 7-78 | Leal 20W | c] 100] 100 | 100]; Vv] 20] 60] 3.04] 0.25] 1l.oa 250K | T 2n1046 | G| P| 2N2832] 7-91 | HPA] 50w | C| 100] 100 50} 0] 40 5.0A| 0.2| 500M 15M| T 2N1046A | G| P| 2N2832] 7-91 | HPA| 50w | c | Loo] 130 50] 0] 40 5.0A} 0.4] 5.0A 15M| T 2n1046B| G| P| 2N2833] 7-91 | HPA] 50w | Cc] 100] 130 5010] 20 LOA} 0.4] 5.0A 15M| T 2n1047 [S| N LPA| 40W [Cc] 200] 80 12/36 | soom] 7.5] 500M QN1O47A | S| N LPA] 40W | C} 200) 80 80} 0} 121/36 }
Radiation Resistant Device (Also see top of reverse side of card.) 79 TYPE TE} FREE No. JtoC |AIR @ 25C 0C30B 40 6 2N83A 2SB144P 288274 2SB362 2N1659 258 107 2SB239A 28B241 2SB242A 288244 AD 160 GFT 2006/90 355 2SB357 GFT4308/80 GFT 4608/80 SETI14 TEBO/60 2N1042-21 2N1043-2t 2N1044-21 2N1045-2t GFT3008/40 GFT3408/40 T1158 TH58L GFT30 KM7007 KM7010 LT13 LT5201 XD5082 2N352 2N1246 273021 D.A.T.A. AE XM P DJ 15d SYMBOLS AND CODES fae 50k 500K8A 500kt 500kt 500kt 500kt 500kt 300k 400kt EXPLAINED IN INTERPRETER IN ORDER OF (1) MIN. DERATING FACTOR MAX.) tr SAT. RES. 180m 160m 250m |5.0u STRUC/Y200 jE O TURE | s/a |AD TO200/D E MD11 79
60 60; Vv] 20] 60] 1.04] 0.25] 1.oA| 18] E| 8.0K| E 2n1040 | G| Pp] 2N2140| 7-78 | LPA] 20w | c|] 95] 80 solv] 20] 60] 1.0A] 0.25] 1.04] 18] E] 8.0K] E QNLO41 | Gl P| 2N2141| 7-78 | tPA] 2ow [Cc] 95] 100 { loofv] 20/7 Go] 1.0A| 0.257 1.0a] 18] E] 8.0K] E 2N1042 {G| P{ 2N2143| 7-78 | Leal 20w | cl} 100} 4a 4o{v} 20| 6c} 3.04] 0.75} 3.0A} 2.01 E| 250K| 7 2N1043 ]G| P| 2N2144] 7-78 | LPA| 20W | c| 100] 60 60|/ Vv} 20] 60} 3.04] 0.25] 1.0 250K] T 2n1044 | G| P| 2N2145] 7-78 | LpA]| 20W | c| loo} 80 Bo} Vv] 207 60} 3.04] 0.25] l.oa 250K] T 2nt045 |G| e| 2n2146] 7-78 | Leal 20W | c] 100] 100 | 100]; Vv] 20] 60] 3.04] 0.25] 1l.oa 250K | T 2n1046 | G| P| 2N2832] 7-91 | HPA] 50w | C| 100] 100 50} 0] 40 5.0A| 0.2| 500M 15M| T 2N1046A | G| P| 2N2832] 7-91 | HPA| 50w | c | Loo] 130 50] 0] 40 5.0A} 0.4] 5.0A 15M| T 2n1046B| G| P| 2N2833] 7-91 | HPA] 50w | Cc] 100] 130 5010] 20 LOA} 0.4] 5.0A 15M| T 2n1047 [S| N LPA| 40W [Cc] 200] 80 12/36 | soom] 7.5] 500M QN1O47A | S| N LPA] 40W | C} 200) 80 80} 0} 121/36 }