Numerical Index 2NT136B-2NI1201 =} MAXIMUM RATINGS ELECTRICAL CHARACTERISTICS == = = = = |=) REPLACE | PAGE Po FS] To | Vee | Vee |= hee @ Io Veesat) @ le 2) foie Wee TES | ment | numper | USE z e] hw |BL W918 =o @25c | S| C | (volts) | (volts) 2 (min) (max) =| (volts) 5 3 5/3 2n1136B| G] P| 21543 | 7-64 | PA 100} ico} 75{R} 50] Loc] 3.0a] 2.0] 3.04 4.0K| E 2n1137 |G] P] 21544 | 7-64 | LPA 100! 60} 25] 0] 75] 150} 3.0a} L.0] 3.04 2n1137A| G| P| 21547 | 7-64 | LPA 100] 90] 5510} 75] 150] 3:0 1.0] 3.04 2N1137B| G] P} 21548 | 7-64 | LPA 100] 100] 65) of} 75] 150} 3:0a] ilo] 3.0a 2N1138 | G] P| 2N1545 | 7-64 | LPA 100} 60] 25} 0] 100] 200} 3.0a] 1.0] 3:04 2N1138A| G| P| 2N1547 | 7-64 | LPA 100] 906} 55] 0] 100] 200) 3:0a} i.o0] 3.0a 2N1138B{ G| P| 2N1548 | 7-64 | LPA 100} 100} 65} 0} 100] 200} 3:0a} 1.0] 3.0a 2n1139 | s| n| 2Ng35 8-54 | Hss} 6.6m; A] 175] i5| 15] 0] 20] 200] iom] 0:7; io 100M] T 2n1141 | G] P 9-19 | RFA] 750mi c| 100] 35 10 tom] 2.0] som| 12] 8 2N1141a | G] P RFA| 750M] C} 100] 35{ 25] $s] 15 1oM} 2.0] 5om]0.94)B{ 5oom|T 2n1142 | G| P 9-19 | RFA] 750M] C} 100] 30 10 rom} 2.0] S5om|o.98)3B{ 600m] B 2n11424 | Gl Pp RFA| 750m| ci too} 30} 25|s1/ 45 tor} 2:ol Somloio4| at 4oom| + 2n1143 | Gl P 9-19 | RFA] 75on] c] 100{ 25 10 1om| 2.0] 5om|o.98] 3B] 4gom/ B 211434 | G] P REA| 750M| c| 100; 30] 25] $} 15 10M) 2.0] 50M]0.94/ 8] 400m] T 2n1144 |G] P| 2N321 6-6 | arc] irsm] a] 85) 16] 16] R]| 34] 90} 20m 1.0M| B 2n1145 |G] Pp] 2ni414 | 6-33 | arc] i75u] A] 85] 16] 16}R] 25] 90] 20M 1.0M] B 2n1146 | G| P pus} s7y|c]| 95] 40| 20/0] 60] 150] 5.0A| 1.0] 154 0.15M} E 2n1146a | G| P pms| a7] c] 95] 60] 30]0] 60/ 150] S.0a] to] 15a 0.15M| 2N1146B | G| P pms| s77]c}] 95] 8o| 4o]o} 60] 150] Sioa] fof 15a O.15M| E 2n1146C | G| P pys| 877] c] 95] 100} 50] 0] 60) 150] Sioa] Ilo} 15a 0.15M| E 2N1147 | Gt P pus] 87] c}] 95{ 40] 20/0] 60] 150] Sioa] 1:0] 15a 0:15M| 2N1147A} G| P pms} sav|c] 95{ 60] 30/0] 60] 150] 5:0a| 1:0] 15a 0.15M| E 2N1147B | G| P ps; 87} c}] 95| 80] 40/0] 60] 150] 5:0a] 1.0] 15a 0. 15M| E oni147cl al e pms{ si} cl] 95} 100} solo} 60] 150] 5:08] 1:0] 154 O.15M| E 2m1l49 | s| x AFA; isoM/Al 175] 45 9.0| 20] 25m 0.9/8] 4.om| B 2ntiso | S| N AFA| 150M] A]175| 45 is} 40] 25M p.948]}B] 5.0m] B 2N1151 | S| N AFA! 150M] a] 175] 45 18} 90} 25m p.948] BR] 8.0m] B 2N1152 | 8] N ara] isom|a| 175] 45 36| 90] 25M p.9731B| 6.0M| 8 21153 | S| N AFA} 150M] A]175| 45 76| 333} 25M b.987| B| 7.0m] B 2n154 | s| N AFA} 750m] c] 150} 50 9.0 60M 0.9] B 2n1155 | s| Nn aFA| 750M/ Cc] 150] 80 9.0 50M 0.9] B 2n1156 | s| 8 AFA| 750M] c|150| 120 9.0 40M 0.9] 8B 21157 | G| P| MP5OL 7-210| pms} 1877] 3] 100] 60} 45]0] 38] 84] 10a) 0.8] 404 75K| T 2n11574 | G| P | MP502 7-210] pMs| 1s7v| a] 100} so] sojo] 38] 84] oa} o.8] 40a 75K | T 2N1158 P}2N1143 | 9-19 | RFA] 6om|A]100} 20] 20] 8 5.7/5 2n1158a | G| P| 2N1142_ | 9-19 | ReA| 75m{ali1o0} 20} 20] s 9.01 E 2n1is9 | c[ P| 2n3616 | 7-118] PMs] 35w{c] 95] 80] 60; of. 30) 75] 3.0a! 1.0] 3.0a 2N1160 | G| P| 2N3616 | 7-118] pMs| 35wic} 95) 80] 60/0] 20] 50] 5.0A] 1.0] 5.0a 21162 | Gl P 7-53 | pMS| 907} c}100] 50] 35/s] 15] 65] 25a} o18| 25a 1.0K] E 2n1162a | G| P 7-53 | pMS| gow} c}100} 50] 35]/s] 15] 65] 25a] 0.8] 258 3.0K /E 2n1163 | G| P 7-53 | pvs| gow] cli100] 50] 35/s| 15] 65] 25a] 0.8] 254 1.0K] E 2N1163A | G| P 7-53 | pMs| g907]c}ico| 50] 35]s] 15} 65) 25a} o.8| 25a 3.0K] E oni164 | Gl P 7-53 | pus| gow] c}100} 80] 60/8] 15] 65] 254] 0.8] 254 1.0K | E 2N1164A | G| P 7-53 | pMs| gow] c]}100| go] 6o}s] 15] 63} 25a! o18| 25a 3.0K | E 2n1165 | G| P 7-53 | pMs| gow] c}i100} so] 60s] is] 65] 25a} 0.8] 25a 1.0K | E 2N1165A | G| P 7-53 | pms| gow] c]}100| so} 6o;s] 15] 65) 25a] 0.8] 25a 3.0K| E 21166 |G] P 7-53 | pMs| 907] ec} 100] 100} 75/s] 15] 651 25a] o.8| 25a 1.0K | 2N1166a | G| P 7-53 | pMs| 9ow|c]} 100} too} 751s] 15] 65] 25a} 0.8) 25a 3.0K | E 2N1167 | Gl e 7-53 | pms| gow] c]ioo{ 100; 75[s] is} 65] 25a] 0.8] 25a 1.0K | E 2N1167A | G] P 7-53 | PMs| 90w|c]ioo} too} 75}$s] 15] 65] 25a] O.8] 25a 3.0K] E 2N1168 |G] P| 23614 | 7-118] LPA| 45w]c] 95] 50| 30!R 2N1169 | G] Ww BMs| 120N]A] 71] 40} 20}0] 20 zoom| 0.3] 200m 4.5M| B 2n1170 |G] ems} izom|a| 71} 40] 20/0] 20 200M} 0.3] 200M 4.5m] B 2n1171 [G] P mms| 170m/A|] 85| 30] 12/0] 30 30M 10M | B 2n1172 |G] P}2N2137 | 7-78 | PMs 95| 40] 30]0] 30] 90] 100m 2nN1173 |G] N Mss | 0.25w]/A]100} 35} 20/0] 50] 200] tom]o.075) om] 50] E 2n1174 |G] P Mss|0.25w/A|100| 35{ 20/0] 50]200) iom}0o.075) 1om| So/E 2N1175 |G] P 6-33 | AFA| 200m] A} 85] 35} 25/R |] 70) 140] 20M 1.5M] B 2N1176 |G} P/2N1189 | 6-28 | AFA] O.3w]c} 85} i0| io|R 0.3] ota] 20/8 2N1177 |G] P| 2N2957 | 8-173] RFA| som} a] 71] 30 2ni178 |G] Pp|2n2955 | 8-173] pFaA| gsom[a|] 71] 30 2n1179 |G] P| 2n2956 | 8-173} RFA| som|a] 71] 30 2N1180 |G] P| 2N2956 | 8-173] RFA| som|A| 71] 30 2ni182 |G|P|2n2140 | 7-78 | pms} 1o6w}c}i00] 50] 60]o] 30] 85] 0.54] 0.9] 2.04 5.0K|E 2N1183 || P| 2N2140 | 7-78 | PMS! 7.5w]c}100| 45] 20/0] 20} 60] 400m} 0:5] 400m 500K | B 2n1183A | G| P| 2n2140 | 7-78 | pms| 7.5wic}100| 60] 30/0] 20] 60] 4oom] 0.5] 4oom 500K | B 2N11838 |G} P| 2Nn2141 | 7-78 | PMs} 7.5w]c{100| 80] 40/0] 20] 60} 400m] 0:5] 400m 500K | B 21184 |G] P| 2N2144 | 7-78 | PMS| 7.5w}c|1oo| 45] 20/0] 40]120] 4oom] 0:51 400m 500K | B 2n1184A |G P| 2N2145 | 7-78 | PMs] 7.5w}c}100| 60] 30/0] 40] 120} 4oom] 0:5| 4oom 500K | B 211848 |G] P|] 2n2146 | 7-78 | PMS| 7.5wW}C}100| 80] 40/0] 40] 120] 400m] 0.5] 400m 500K | B 2N1185 |G} P 6-25 | AFA] 200m|A]100] 45] 30]R | 130 10M 190] Ee] 1.M] 3B 2ni1s6 |G| P 6-25 | aval 200om/A{i00| 60 | 45|R1} 33 LOM 30 | |o,75M| B 2n1is7 |G] P 6-25 | AFA| 200m} A/100] 60] 45|/R I 45 10M 50/E | 1.0M| B 2N1188 |G| P 6-25 | ara| 200M} a]100] 60] 45/R| 80 10M 100; E) 1.2m] B 2n1189 | G| P 6-28 | AFA| 200M|Aj100| 45] 30]R| 60 tom | 0.22] 5om| 75| |. 1.7m] B 2N1190 |G\P 6-28 | AFA] 200M|A|100} 45] 30]R | 100 tom | 0.22] Som] 125; 5 | 2.2m} B 2N1191 |G|P 6-30 | AFA] 200M/{A|100| 40] 25/R{ 20] 80] 10m 30 | E 2N1192 | G| P 6-30 | AFA] 200om|A]too} 40) 25|/R] 40/135] Tom 50|E 2N1193 |G] P 6-30 | AFA] 200m] A|100; 40] 25|/R} 70/300] tom 100 | E 2n1194 | G| P 6-30 | AFA] 200om]A|100! 40) 25|R]125]600| 10m 190 E 2N1195 |G| P 9-19 | RFA] 225M/A]100] 30 0.96| 8B | 400m] T 2N1196 | S| P RFA| 0.350 }A|200] 70] 70]0}5.0} 30] 2.0m 0.85 |B 2n1197 |s|P RFA|0.35W]A|200] 70] 70/0]5.0/ 30] 2:0m 0.85 | B 2nN1198 1G|N usa] 65m ]}a] 85] 25] 25/0] i7| 90] 8.0m p.952/B] 5.0M| 8 2ni199 |s| Nn | 2N835 8-54 | ss] 150m] ]150] 20] 15/0] 12} 60] 20m] 0.25] 10m 75M | T 2N1199a | 5 | | 2N835 8-54 | HSS} 150m]A]150{ 20] 15/0] 12] 60] 20m] 0.25] tom 75M | T 2n1200 | S| N RFA} 100M]A]150} 20] 15]0]7.0] 200] 1.5m 9.0] E 2n1201 | 5 RFA] 100M/A]150{ 20] 15/0 |7.0| 200} 1.5m 9.0 1-115Power Transistors GERMANIUM POWER TRANSISTOR SELECTOR GUIDE (continued) 10-AMP -neR-vocracE LOW-SATURATION SWITCH sy, [Yeod_ 80 | tov | 1600 Vees Foy MHz Ss as Va=2 | Vee \ 80V | 120v | 160V] 200v| 320v P= SEW 20-50 3 . : ohne MHz 70.3 1 oat 20 min 2N2526 |2N2527 | 2N2528|MP3730|/MP3731 15-AMP GENERAL PURPOSE SWITCH T Ree ac ieite , hag . Ves 40V | 50V | 7ov | B80V P= 170" ~~ Va=2 | Veo 40V | 50V / 7ov | 80V "0-3. MHz 10-36 20-40 2N2078 |2N2077 /2N2076 | 2N2075 35-70 2N2082 |2N2081 }2N2080 |2N2079 15-AMP GENERAL PURPOSE SWITCH [~ Ree eine \ bg Ves 40V | 45v | 50v | 7oV | 8OV P, = 150W ; Va=2 | Veo 4ov | 5sov | 6ov | sov | 100Vv f 0.3 MHz 2 20-40 2N441 | 2N442 | 2N443 10.36 25-50 2N174 |2N1100 35-70 2N277 | 2N278 | 2N173 |2N1099 15-AMP HIGH-FREQUENCY SWITCH AND AMPLIFIER ; be ; Ves 30V 45V 60V 75V Ve =2 | Ves 40V | 60V ) 80V | 100V Po = 106W 10-30 Gon Gay 1. 0.55 MHz 2N1549 |2N1550 |2N1551 |2N1552 30-60 1554 |2N1555 | 2N1556 08 0 ante h0.4 MHz 2N1553 |2N1554 | 2N1555 | 2 50-100 th o4mie 2N1557 |2N1558.|2N1559 | 2N1560 ~ 20-AMP 20 HIGH-SPEED SWITCH he Veo ) 50V 75V 100V Ig = 104A, pos: 85w Gras Va=2 | Vo 80V 120V 140V fr 18 MHz fh TO-3 TO-41t 25-100 2N2832 2N2833 2N2834 rp 25-AMP Tai be GAIN SWITCH hee Ves ) 35V 6OV 75V le = 25A, Saeoby Va=1 | Va \ 50V 80V 100 Po = 106 W f; 0.4 MHz 5 2N1162 2N1164 2N1166 10-3 TO-41t 15-65 2N1163t 2N1165 N11671 25-AMP 25 HIGH DC GAIN Veen LOW-SATURATION SWITCH , bre , [ez 05V am Va=2v Fo P= 750 fer? Ves 15V fr 10 MHz CASE 8 200-800 2N2912 7-9Power Transistors 2N1 162 thro 2NT 167 (Germanium) Vox = 50-100 V 2N1162A thru 2N1167A Ic = 25A 2N1165 JAN AVAILABLE P, = 106W PNP germanium power transistors for switching and amplifier applications in high reliability equipment. CASE 3,4 (T0-3,41) TO-3 package (without lugs) even numbered types. TO-41 package (with lugs) odd numbered types. MAXIMUM RATINGS Apply also to standard, non-A series . 2N1162A 2N1164A 2N1166A . Rating Symbol | oyii63a | 2Nnit6sa | 2nite7a | Units Collector-Base Voltage Vos 50 80 100 Vde Collector-Emitter Voltage Vors 35 60 75 Vde Emitter-Base Voltage Ves 25 40 50 Vdc Total Device Dissipation @ 25C Pn 106 Watts Derate above 25C 1.25 w/C Operating and Storage _B5 | Junction Temperature Range Ty ; Tete 65 to +110 c 7-532N1162 thru 2N1167 (continued) FIGURE 2 ACTIVE REGION SAFE OPERATING AREAS The active region safe operating area curves indicate I-Ve_e limits to be observed in order to avoid secondary breakdown. (Secondary breakdown is independent of tem- perature and duty cycle.) These curves do not define operation in the avalanche region. To insure operation below the maximum junction temperature, power de- rating must be observed for both steady state and pulse conditions. 250 pS OR LESS Ic, COLLECTOR CURRENT (AMP) Power Transistors Ic, COLLECTOR CURRENT (AMP) fo, COLLECTOR CURRENT (AMP) 250 OR LESS TO 50 V, 20 mA WITH BACK BIAS APPLIED PULSE CURVES ONLY) 0 10 20 30 40 Vee. COLLECTOR-EMITTER VOLTAGE (VOLTS) n 250 eS Te 20 OR LESS 10 5.0 3.0 2.0 05 04 03 TO 90 V, 20 mA 02 WITH BACK BIAS APPLIED (PULSE CURVES ONLY! o 0 10 20 30 40 50 60 70 80 90 Vee, COLLECTOR-EMITTER VOLTAGE (VOLTS) LARGE SIGNAL CHARACTERISTICS TO 80 , 20 mA WITH BACK BIAS APPLIED (PULSE CURVES ONLY) a 10 20 30 40 50 60 70 Voce, COLLECTOR-EMITTER VOLTAGE (VOLTS; FIGURE 3 TRANSCONDUCTANCE 30 Vee=1 20 10 5.0 T, = 100C 3.0 2.0 Io, COLLECTOR CURRENT (AMP) 05 0 02 0.4 0.6 08 10 Vae, BASE-EMITTER VOLTAGE (VOLTS) 7-55 FIGURE 4 INPUT ADMITTANCE 2000 Voe=1V 1000 500 Ty = 100C 200 100 50 1, BASE CURRENT (mA) 0.2 0.4 0.6 0.8 10 Vane, BASE-EMITTER VOLTAGE (VOLTS)Power Transistors 2N1162 thru 2N1167 (continued) FIGURE 5 CURRENT GAIN FIGURE 6 SATURATION REGION 200 Voge =1 16 14 12 100 hee, OC CURRENT GAIN 3 Ic, COLLECTOR CURRENT (AMPS) Ip = 0.2 AMP we o 20 10 0.3 05 10 20 3.0 5.0 10 20 30 0 0.2 0.4 0.6 08 10 le, COLLECTOR CURRENT (AMP) Voce, COLLECTOR-EMITTER VOLTAGE (VOLTS) 2N1358, Aicermanium) 2N1358 JAN AVAILABLE For Specifications, See 2N174 Data Sheet 2N 1359 (GERMANIUM) 2n1360 2n1 362 thru an I 365 For Specifications, See 2N375 Data Sheet 7-56