Numerical Index 2N992-2N1048C Zle MAXIMUM RATINGS ELECTRICAL CHARACTERISTICS =/ = = = = TRE} 5 REPLACE. | PAGE | yop | Po |S! Ty | Vow | Vcc. 1 tre @le J) Veeisa @ Ie 2) fn |= {S| MENT | NUMBER je 3 2 gl ne |B) 2B zo @ 25C | BS} C | Wolts) | (volts) |= | (min) (max) S| (volts) = 3 5|3 NOSD TG] P RFC, om 7 AT 75] 20 OTR 40 T. 0M ZO | E 2n993 | G| PB RFC| 67M { A] 75] 20 20]; R] 40 1.0M 40) E| 44m] T 2n994 |G) P Hss| 200M } A} 150) 15 | 6.0)0) 45} 140] loM} 0.18] 10m 2n995 | S} P 8-61 | RFA| 360M | A] 200] 20 15/0] 35] 140] 20m} 0.2] 20m 100M | T 2n995a | S| P| 2N3250] 8-208 | RFA] 360M | A| 200] 20 15]; 0] 35] 140] 20m] 0.2] 20m 100M | T 2n996 | S| P| 2N3248] 8-204 | RFA} 360M | A] 200] 15 12} 0] 35 20m] 0.3] 60M 100M | T 2ng907 | s| N AFA] 500M [A] 175] 75 40] 0} 35 100% 1.6| 100M 2ng98 | S| N spp | 500M | A] 200] 100 60 | 0 1.2] 50M} 1000] 2n909 | S| N SPP | 500M } A} 200] 60 60] 0 1.6] 100M antooo | Gin msa| isom | A} loa| 40 2510] 40 tom | 0.25) loom 7.0M|E 2n1003 |G] P RFA| 120M | A] 100} 35 20] u 10] E 2n1004 | G} P vip| 120M | A} 100] 35 20] U 10] 2n1005 [sf N AFA] 150M [A] 175| 15 isPo| io] 25 1om| 0.6] iom 2N1006 | s| N AFA| 150M | A] 175] 15 15]}0] 25] 150] lom| 0.6] om 2n1007 | G| P LPA{ 35W | c}] 95] 25 20/0] 50} 250] 10a] 1.0] 2.0A] 25]E] 60K] T 2n1008 | G] P 6-24 | AFA} o.3w |c] 85] 20 15]R 0.25} O.1A| 40/E IN1008A | G} P 6-24 | aval o.3w |c]} 85) 40 35 1R 0.25} OA) 4olz 2N1008B | G} P 6-24 | AFA| 0.3W | C] 85] 60 55]R 0.25] O.1A} 40} E 2n1009 | G] P AFA| 0.4w | CT 85] 35 35]R 0.25| O.1A] 40]E] 7.5K] E 2n1010 | G| N Arc| 20m |al 55] 10 10] 0 2n1011 | G{ P 7-44 | tpal 35w {cl 95] 80 8015] 30] 75] 3.0A] 1.5] 3.0A] 20} E] 5.0K] E 2N1012 | G] N wsa] 150M | A] 100} 40 22/0] 40 100M| 0.2] 100M 3.0M] E 2n1014 |G] P| 2N1552] 7-67 | LPA}] 5ow |c} 100} 100 65]0} 20] 50] 4.0A] 0.8] 4.04 0.5M} B 2N1015 {S| N| 2N3713} 7-125 | Pms| i50ow | c[ 150} 30 30 |v] 10 2.0A| 1.5| 2.0A 3N1O15A | STN pms | 150w | c[ 150] 60 60; Vv] 10 2.0A[ 1.5] 2.0A 2N1015B| ${ N pas | 150w | c] 150} 100 | 100|v] 10 2.0A| 1.5] 2.04 2N1015c | S$] N pms | 1507 | c}] 150] 150 | 150] v]. 1o 2.0A| 1.5] 2.04 2NL015D | S| N pms | 150w | Cc} 150] 200 | 200] Vv] 10 2.0A} 1.5] 2.0 2NLOLSE | S| N pms | isow | c}] 150] 250 | 250|v] lo 2.0A| 1.5] 2.04 2N1915F | S| N pms | 150W | c}150| 300 | 300] v]| 10 2.0A| 1.51 2.0 2nLo16 |s| N{ 2n3713| 7-125 | PMs} 150W | c|150| 30 30| Vv] 10 5.0A| 2.5] 5.0a 2N1016A | S| N PMs | 150w |] 150] 60 60] vj 10 5.0A| 2.5| 5.04 2N1016B | S| N pms | is0W {C1}150] 100 | 100] vj 10 5.0A} 2.5] 5.0A 2n1016c | s| N pMs| 150W | Cj} 150/150 | iso] Vv] lo 5.0A] 2.5] 5.0A 2n1016D | $] N pMS | 150w | c] 150] 200 | 200} Vv} to 5.0A | 2.5] 5.0A 2NLOL6E | S$] N pms | 150W | c] 150250 | 250] Vv] to 5.0A| 2.5] 5.04 2N1016F [| S| N pms | 150w [| c[ 150/300 [| 300/ Vv] 10 5.0A | 2.5] 5.0A 2NLOl? | Gl Pe usa! isom | al 85} 30 lolol 70 20M | 2.6| 200M 15M| B 2ntols | Gc] P mss{ 200m |a|100] 30 | 6.0] 0] 70 7om| 2.6] 200M 20M | B 2N1021 | G] P 7-46 | uPAl 5ow |c| 95] 100 | 100]; x] 23] 7o] 1.0A] 1.0] 5.0A 2N1021A| G{ P| 2N1021] 7-46 | LPA| 150W | C | 100] 100 50]0] 30] 90] 5.0A] 0.5] 5.0A 200K | T 2n1022 | G| P Lea} sow |c} 95|120 | 120/x | 23] 7a] 5.0a] 1.0] 5.0a 2N1022A| G| P| 2N1022] 7-46 | LPA| 150W | Cc | 100] 120 5510] 30] 90] 5.0A] 0.5] 5.0A 200K | T 2n1023 | G| P| 2N3323] 9-71 | RFA| 120M |A| 100] 40 40] 0] 20] 175] 1.5M 2N1024 | s| P AFA|o.25w | A|175{ 18 15|U 9.0; E| 1.0m] B 2N1025 | S| PB AFA JO.25W | A]175] 40 35] U 9.0) E) 1.om| 8 2N1026 | S| P AFA |0.25w | A| 175] 40 35] U ig} |] 2.0m] B 2N1027 } s| PB AFA|o.25w | A] 175] 18 15|U 18|#] 4.0m! B 2N1028 | STP AFA|O.25W | A] 175] 12 10 | U y.0;E| 7.om|T 2n1029 |G) P| 2N1553] 7-67 | LPA| 90W | Cy] 100} 50 20} 0| 20] 60 10A] 1.0 10A 2nN1029A| G| P| 2N1554| 7-67 | LPA| 90w | CJ] 100] 60 30] 0] 20] 60] 0A] 1.0] 10a 2n10298| G] P| 2N1555| 7-67 | LeA| 90w | c | 100] 90 60} 0] 20] 60] 110A] 1.0] 10a 2NL029C | G| P| 2N1556] 7-67 } LPA] 90W | C} 100} 100 70)0} 20) 60} OA} 1.0) i0A 2N1030 | G| P| 2N1557| 7-67 | LPA| 90w | C | 100] 50 20] 0] 50/100] 10A] 1.0] 10a 2n1030a| G| P| 2N1558] 7-67 | LPA| gow | c| 100] 60 30]}0] 50] 100 10A| 1.0] 10a 2NL030B| G| P| 2N1559] 7-67 | LPA 100} 90 60} 0] 50} 100] 110A] 1.0] 10a 2n1030C| G| P| 2Ni560] 7-67 | LPA 100 | 100 70{ 0] 50] 100 10A| 1.0] 104 2N1031 | G| P| 2N1553| 7-67 | LPA| gow | Cc] 100] 50 30] Ss] 20] 60 10a} 1.0] 0A] 10] E| 2.0K] E 2N1031A| G| P| 2N1554] 7-67 | LPA] 9oW | Cc] 100] 60 40|s| 20] 60] oa} 1.0{ loa} 10] E] 2.0K} E 2N10318{} Gl p| 2N15551 7-67 | LPA| sow | Cc} Loo! 90 yols|{ 20} 6ol oA} 1.0] 1OAl 10] E | 2.0K} E 2N1031C| G{ P| 2N1550| 7-67 | LPA| 90W | CJ i00/ 100 801s] 20) 60] LOA] 1.0] 10A| I0/E] 2.0K] E 2nL032 |G} P| 2N1557] 7-67 | LPA| 90w | C] 100] 50 30}s{ 50/100} 110A] 1.0] 0A} 25] E| 2.0K] E 2N1032a | G} P LPA} gow | C} 100} 60 40] $s] 50} 100] oa] 1.0 10A| 25} E] 2.0K|E 2N1032B | G| P Lpa} gow | c| too] 90 7O}S} 50} 100] 104] 1.0] oA} 25} E| 2.0K] E 2N1032C | G] P LPA] 90w | Cc} 100] 100 go|s} 50] 100) 10a} 1.0] 10a] 25|E) 2.0K} E 2N1034 | S| PB AFA| 250M | A] 160] 50 40] 0 0.5] 8.0M} 9.0] E}] 150K] B 2nio35 | s| P aral| 250M | al 160| 50 35 | 0 o.4{ 8.om/ i8}e| 200K| B 2nN1036 | s| P AFA| 250m | A| 160] 50 30| 0 0:3] 8.0m] 34] E} 300K] B 2n1037 | s{ P ara] 250m | A] 160] 50 35] 0 0.5] 8.0M{ 9.0] E}] 150K] B 2N1038 |G| P| 2N2138| 7-78 | LPA] 20W |c| 95] 40 4o!v] 20] 60] t.oa} 0.25] loa] i8] E} 8.0K] E 2n1039 |G| P| 2N2139| 7-78 | LPA] 20w | Cc] 95] 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 } 500M] 7.5] 500M 75K] E 2N10478 | S| N ypa| 4ow | c} 200] 80 so}lo| 12/36 | Soom} 2.0] 500m 125K| E 2n1047 | S| N Lea] 4ow | Cc} 200} 80 so] oO} 12] 36 | 500M] 1.0} 500M 125K| E 2N1048 | S| N Lea| 4ow | c | 200] 120 12/36 | Soom] 7.5] 500m 2N1048A | S| N LeA| 40w |c| 200] 120 | 120] 0] 12] 36 | 500m] 7.5] 500m 75K | E 2N1048B | S| N Lea} 40w |C|200| 120 | 120] 0] 12] 36 | Soom] 2.0] 500m 125K] E 2nLo4gc | S| N wpa] 4ow | c | 200/120 | 120/0] 12] 36 | 500m] 1.0] 500m 125K | E 1-113Germanium Milliwatt Transistors - GERMANIUM MILLIWATT TRANSISTORS This line of low-frequency, low-power transistors consists of a wide selection of highly reliable germanium PNP devices designed for general] purpose switching, amplifier, and control applications. The line is generally characterized by devices having a power rating to 225 mW, a maximum operating temperature range from -65C to +100C, anda typical cutoff frequency (Eo) to 8 MHz. QUICK SELECTION GUIDE FOR AMPLIFIER / OSCILLATOR AND SWITCHING APPLICATIONS TO 20 KILOCYCLES The following transistors merit first consideration within the specified gain- voltage groups. All of the specified devices have collector power dissipation ratings (P,) of 150-225 mW, and a maximum operating junction temperature of 100C. MINIMUM TRANSISTOR VOLTAGE RATING; Veen (R = 10k) OE AN RENT (Mee) 12-24 25-39 40-49 50-60 20 2N524 MAQ10 (@) 2N2042 30 2N322 2N525 2N1924 2N1191 G@) 2N1186 40 2N323 2N526 2N1008A Gd) @ 2N1008B @) @) 2N1008 @) @) 2N1192 (@) 2N1925 2N2043 60 2N324 2N527 2N1926 . 2N1705 2N1175 90 2N467 2N1193 (4) 2N508 2N2171 2N1188 MA1706 2N3427 130 MAL1707 2N3428 180 MA1708 2N1194 (1) __ MA1702 @ Small Signal Current Gain hg, @ Vero @ Vers 6-3KW ,]], WNW AACATAi Wn As Germanium Milliwatt Transistors COMPLETE NUMERICAL-ALPHABETICAL LISTING MAXIMUM RATINGS ELECTRICAL CHARACTERISTICS MILITARY VceR hre @ Vee & Ic fab and Type Po | Ta |Vcso] (R= 10k)! Ic typ Hekel mW C | volts volts mA min max volts mA MHz 2N319 225 | 100| | 20 500 | 25 42 1 | 20 | 1.0 2N320 225 | 100| | 20 500 | 34 65 1 | 20 | 1.5 2N321 225 | 100| | 20 300 | 53 | 121 1 | 20 | 2.0 2N322 225 | 100| | 18 500 | 34 65 1 | 20 | 1.0 2N323 225 | 100] | 18 500 | 53 | 121 1 | 20 | 15 2N324 225 | 100; | 18 500 | 72 198 1 | 20 | 2.0 2N331 200 | 100| 30|Vgp=iz| 200 | 30 70 6 1 }1.5 |JAN 2N331 2N381 225 | 100| 50| 25 400 | 35 65 1 | 20 |3 2N382 225 | 100] 50| 25 400 | 60 95 1 | 20 |4 2N383 225 | 100] 50] 25 400 | 75 {120 1 | 20 |5 2N398 50 | 85 | 105 | Vp=105 | 100 | 20 .35 | 5 |1.0 [USN 2N398 2n308a | 150 | 100 | 105 | Vyz=105 | 200 | 20 35 1 5 | 1. 2N460 225 | 100| 45| $5 400 | 31 |200 6 1Q@)\ 4 2N461 225 | 100] 45] 35 400 | 0.94 , [0.972 | 6 179) 1.2 USAF 2N461 2N464 200 | 100] 45] 40 100 | 14 _ 6 1 | 1.0 2N465 200 | 100} 45} 30 100 | 27 _ 6 1 |15 \uSA 2N465 2N466 200 | 100 | 35| 20 100 | 56 _ 6 1 [2.0 [JAN 2N466 2N467 200 | 100| 35| 15 100 | 112 _ 6 1 12.5 |USA 2N467 2N508 225 | 100| | 18 500 | 99 ~=*/198 1 | 20 | 2.5 g 2N524 225 | 100} | 30 500 | 25 42 1 | 20 | 0.86) [2N524a 2N525 225 | 100| | 30 500 | 34 65 1 | 20 | 1.06) |2N595A 2N526 225 | 100; | 30 500 | 53 90 1 | 2 1130 NA 2N527 225 | 100; | 30 500 | 72 {121 1 | 20 | 1.5@ |2N597A 8 2N650 200 | 100] 45] 30 500 | 30 70 6 1 11.5 |2N650A USN 2N650A 2N651 200 | 100] 45 | 30 500 | 50 {120 6 1 [2.0 |2ane51A @ USN 2N651A 2N652 200 | 100 | 45| 30 500 | 100 =: {225 6 1 |2.5 lones2a USN 2N652A 2N653 200 | 100] 301 25 250 | 30 70 6 1 11.5 2N654 200 | 100| 30] 25 250 | 50 |125 6 1 | 2.0 2N655 200 | 100 | 30| 25 250 | 100 |250 6 1 | 2.5 2N1008 | 200 | 100] 20] 20 300 | 40 hge | 150 5 | 10 | 2n1008A | 200 | 100} 40/ 40@ | 300 | 40 hfe |150 5 | 10 2n1008B | 200 | 100] 60! 60@ | 300 | 40 hg | 150 5 10 | 2n1175 | 225 | 100| | 25 500 | 70 |140 1 | 20 }156 2N1185 | 200 | 100] 45] 30 500 | 190 |400 6 1 |3.0 2n1186 | 200 | 100| 60] 45 500 | 30 70 6 1/15 2N1187 | 200 | 100| 60| 45 500 | 50 |120 6 1 | 2.0 2n1188 | 200 | 100| 60| 45 500 | 100 [225 6 1 [2.5 2Niis9 | 200 | 100 | 45 | 30 500 | 60 _ 1 | 10@ 3.5 2N1190 | 200 | 100| 45| 30 500 | 100 1 1003) 4.5 2N1191 | 200 | 100| 40] 25 200 | 30 70 6 1 115 2n1192 | 200 | 100| 40] 25 200 | 50 125 6 1 | 2.0 6-4Germanium Milliwatt Transistors 2n1008, A,B Ves = 60V 2N1008B USA/JAN hr. = 40-150 (min-max) PNP germanium transistor for audio driver and med- ium speed switching applications. CASE 31 {TO-5) All leads isolated MAXIMUM RATINGS Rating Symbol | 2N1008 | 2N1008A | 2N1008B Unit Collector-Base Voltage VcB 20 40 60 Volts Collector-Emitter Voltage VCEO 20 40 | 60 Volts Emitter-Base Voltage VEB 15 Voits Collector Current Ic 300 mAdc Base Current Ip 30 mAdc Collector Dissipation Pp Ta = 25C 200 mW derate 2.78 mw/c To = 25C 300 mW derate 4.0 mw/C Junction and Storage Temperature Range tT, T stg -65 to +100 C ELECTRICAL CHARACTERISTICS (At 25C unless otherwise noted) Characteristics Symbol Min Typ Max UNIT Collector Leakage Current IcZBo pAdc (VcB = 10 Vde) 0 2N1008 --- 5 10 (VcB = 10 Vdc, T, = 85 C) 2N1008 --- | --- 500 (VcB = 25 Vde) 2N1008A + 5 10 (Vop = 25 Vde, Ta = 85C) 2N1008A --- | --- 500 (VoR = 45 Vdc) 2N1008B --- 7 15 (Vop = 45 Vde, T, = 85C) 2N1008B w= | --- 750 Emitter Leakage Current IgRo p Adc (VER = 10 Vdc) 2N1008 o-e 5 10 2N1008A --- --- 10 2N1008B oon coe 10 Collector-Emitter Breakdown Voltage BVcER Vdc (Ic = 1.0 mAdc, RBE = 10 K) 2N1008 15 === --- 2N1008A 5 --- --- 2Ni008B 55 -- _ Collector-Emitter Saturation Voltage VCE (sat) Vde (ig = 100 mAdc, Ip = 10 mAdc) --= | --- 0.25 Small Signal Current Gain hee ae- (Ic = -10 mAdc, VcE = 5.0 Vdc, f = 1 kHz) 40 | --- 150 Input Resistance (V,,, = 6V, I, = 1mA)} hie 200 | --- 1000 | ohms 6-24