Numerical Index 2N1292-2N1382 ale MAXIMUM RATINGS ELECTRICAL CHARACTERISTICS | ce] REPLACE- | PAGE Py |El ts | Vor |= Nee @ Ie Versany @ le Bl = TYPE =)3| MENT | NUMBER USE = cB 5 2 (SAT) 2| hl els zis @25C |B} C | (wolts) | (volts) | | (min) (max) | (volts) s 3 5/3 2n1292 | G{N tepA] 25 | Cc | 100 35 30 |S |] 30 0.54 1.0[ 1.04 2N1293 ]G) P | 2N1531 7-60 | LPA}] 20W]C} 85 60 60]s]} 40 O.5A LO} 1.04 2N1294 | G|N LPA| 257] c | 100 60 | 45]s | 30 0.54 1.0] 1.0A ani295 |{Glplanis32 { 7-60 | tPA} 2owlc| 85 go} 8a}s | 40 0.54 1.01 1.04 2n1296 |G|N LPA 25w{c]100] 380 60|s | 30 0.54 1.0 | 1.04 2n1297 | Gj | 211533 7-60 | tPA} 20W}c] 85] 100 | 10048] 40 0.58 1.0} 1.0A 2n1298 | GIN tPA] 25W}c]100]} 100 so|s | 30 0.54 1.0] 1.04 2N1299 |G|N MSS | 150M 100} 40 20}R| 35] 110 50M | 0.17 LSM 4.0M | B 2n1300 |G] P Hss | 150M ]A] 85 13 12 ]o | 30 10M 25M | T 2n1301 |G|P Hss | 150M |A | 85 13 12/0 | 30 LoM 35M | T 2n1302 |G] N mss | 15soM|A | 85 25 20 LOM} 0.2 10M 3.0M | B 2n1303_ [G] P| 2N1192 6-30 | Mss | 150M| a] 85 30 20 loM | 0.2 10M 3.0M | B 2n1304 |G] N MSS | 150M{A } 85 25 40 | 200 tom] 0.2 10M 5.0M |B 2N1305 ic|P Mss | 150m} A | 85 30 40 | 200 loM | 0.2 LOM 5.0M |B 2N1306 |G] N Mss | i5oM|A| 85 25 60 | 300 1om | 0.2 10M Lom | B 2n1307 |G] P Mss | isoM|A| 85 30 60 | 300 10M} 0.2 10M 10M | B 2n1308 |G|N MSS | L50Mj;A] 85 25 80 10M | 0.2 LOM 15M | B 2N1309 |G] P Mss | 150om}A[ 85 30 80 tom | 0.2 10M 15M |B 2N1309A | G] P MSS] 0.15W]A | 85 35 15 ]0] 80 LOM | 0.2 10M 15M | B 2n1310 |GlN spp | i20M]}A] 85 90 20 5.0M 2N1311 | S|N SPP} 120m] A} 85 75 75 15 5.0M 2N1312 |G] N MSA] 120M{A |] 85 50 50 20 20M 20M 2n1313 |GleP Mss |o.isw{A|100 | 30 15 |o} 40] 125 0.28} 0.34 6.0M |B 2NL314 |G] P | 2N3611 6-110] LPA] 125w|c]}| 90] 40] 40[R] 20] 55] 1.04 2n13i5 [Gc] P | 2N3611 7-118/ tea] 125w]c] 90 32 16 45 ]135] 1.0a 2N1316 |G] P MSS} O.2Ww/A] 85 30 15 ]04} 50 | 200 10M | B ani3i7 | o|P MSS) O.2W} A 85 20 1210} 45) 180 10M | B 2n1318 |G] P Mss | 0.2w|a| 85 10 | 6.0/0] 40] 150 10M | B 21319 |G] P BMS | 120M|/A| 71] 20 20}; ] 15 0.44 | 0.3] 0.48 3.0M | T 2NL320 |G] P LPA{ 20W|C] 85 35 30]s | 40 0.54 1.04 1.04 2N1321 |G4N LPA| 25W 1c {100 35 30 1s | 30 0.54 L.0| L.0A 2N1322 |G} P LPA| 20W/ Cc} 85 60 60}S 1} 40 0.5A 1.0} 1.04 2N1323 | G/N LPA| 25W | c | 100 60 | 45]S | 30 0.5A 1.0] 1.0A 2nN1324 |G] P LPAT 20W/C| 85 80} 8o0}s]| 40 0.5A 1.0] 1.0A 2N1325 1G{N uPA| 25w/c|1oo| 80 60 1S | 30 0.5A 1.0] 1.04 2N1326 |G] P LPA| 20W|c} 85] 100] 100]s]| 40 0.54 1.0] 1.04 2N1327 |G] N uPpA{ = 25w}]cl|100{ 100 so; Ss] 30 0.5A 1.0] 1.04 2nN1328 |G| P LPA| 20W]C| 85 35 30] s } 40 0.5A 1.0] 1.04 2N1329 | G/N LPA| 25W 1c | 100 35 30 1s | 30 0.5A 1.0 | 1.0A 2n1330 | c] N LPA| 25W]c | 100 60 | 45]s | 30 0.54 1.0] 1.04 2N1331 |G] P LPA| 20W}C} 85 80 so js | 40 0.5A 1.0] 1.04 2N1332 |G] N LPA{ 25W]C/100{ 80 60}s | 30 0.5A 1.0] 1.04 2N1333 | G|P LPA| 20W]}c] 85] 100] 100|s | 40 0.5A 1.0| 1.04 2N1334 |G} N EPA] 25W]cC | 100] i00 80] S| 30 0.5A 1.0] 1.04 2N1335 |S|N HPA| 0.8W|A]175| 120] 45/0] 10] 150 30M 70M | T 2nN1336 |S] N HPA| 0.84 /A]175| 120] 45/0] lo] 150] 30M 70M | T 2N1337 {S| N HPA] 0.8W/A 1175 | 120 45 }0] 10] 150 30M 70M | T 2n1338 {si u HPA | 0.8W | A | 175 so | 25)0]} 10] 150] 30M 70M | T 2n1339 | S|N HPA| 0.8W]A [175] 120 5010] 10] 150 30M 70M | T 2n1340 |S} WN HPA| 0.8 /A|/175 | 120] 50}0] 10] 150 30M 70M | T 2n1341 | S| N HPA| 0.8W/A]175 | 120] 50]0] 10] 150 30M 70M | T 2n1342 |s|N HPA! o.8W {41175 | 150 | 65}0]) 10} 150 30M 70M | T 2N1343 |G] P MSA{0.15W| A] 85 20 16];o] 15 50M 4.0M | B 2N1344 |G] P Mss | 0.15w|A| 85 15 10 |o}| 60 20M 7,0M |B 2N1345 |G] P Mss |0.15w|A | 85 10 | 8.0]0] 30]100} 0.44 10M | B 2N1346 | G| P MSS | 0.15W | A | 85 12 10 {0 | 40 | 250 | 0.35m | 0.13 12M Lom | B 2N1347 | G| P Mss |0.15W]A | 85 20 12 }o0] 30 tom | 0.2 10M 5.0M | B 2N1352 | G{ P | 2N651 6-20 | AFA] O.15w/ A] 85 30 20}0] 40} 100 2N1353 |G] P Mss | 0.2w|A| 85 15 10 |o] 25 | 150 10M | 0.2 50M LOM} B 2N1354 |G| P Mss | 0.2W/A | 85 30 15 ]o]} 25 | 150 LOM | 0.2 50M 3.0M | B 2N1355 |G] P Mss| o.2w]a] 85 30 2010] 30] 150 1oM | 0.2 50M 5.0M | B 2N1356 | GI} P MSS} 0,.2W | A | 100 30 20101 40] 140 10M | 0.2 50M 5.0M | B 2n1357 |G] P Mss | 0.2W;A| 85 30 15} 0} 40 | 150 10M] 0.2 50M 10M | B 2N1358 |G] P 7-17 | PMs 90W 95 so! 40/0} 40} 801 1.24] 0.7 124 100K | B 2N1358A | G| P 7-17 | PMs | i50W]c]100] Loo 60|o] 40] 80] 1.24] 0.7 124 LOOK | B 2N1359 |G] P 7-32 | tPA] 90w] as ]100} 50] 4048s] 35] 90] 1.0A O.1] 2.04 5.0K | E 2N1360 |G] P 7-32 | tPA] 90w] I {100} 50] 407s] 60] 140] 1.04 1.0{ 2.0A 5.0K|E 2N1361 | G| P MSs] 0.15W}A 100] 25 20 }0} 40] 100 25M 4.0M | B 2NL361A 1G P Mss | 0.2w{ajioo| 25 20}0} 40)100) 25m 4.0M] B 2N1362 |G] P 7-32 | LPA} 90W|J]100] 100 75/S |] 35] 90] 1.04 1.0] 2.04 5.0K E 2N1363 |G] P 7-32 | EPA} 90Wj)I|100} 100 75 }s | 60] 140] 1.04 1.0] 2.04 5.0K} E 2N1364_|G] P 7-32 | tpal 9ow| gz] 100} 120 | 100/s | 35] 90| 1.04 1.0 | 2.04 5.0K [E anis6s | ol Pp 7-32 | tea} gow} s{i00}] 120 | 100)s } 60) 140] 1.04 1.0} 2.04 5.0K] E 2N1366 |G] N AFC| 100M|A | 85 18 18]R |] 20 1.0M 10} E] 5.0M|T 2N1367 | G|N AFC] loom] A | 85 18 18{;R| 10 1.0M 5,0;E] 2.5M|T 2N1370 | G| P | 2N1192 6-30 | AFC} 250M]}A]100] 25 25]R{ 45] 165 som] 1.0} 100M| 40] 2N1371 |G] P | 2n1192 6-30 | AFC| 250M|A|100| 45 45 |R | 45 | 165 som | 1.0| loom} 40} 8 2n1372 |G] P | 2N1191 6-30 | AFc| 250M] A | 100 25 25|R | 27 | 105 50M.! 1.0] 100M] 20/E 2N1373 }c|{P|2nii91 | 6-30 | arc) 250m]ali00] 45 45 |R | 27 | 105 som | 1.0) loom | 20) 5 2N1374 |G] P | 2N1192 6-30 | AFC] 250M|A]100] 25 25|R{ 45 | 165 50M] 1.0} 100M] 40/E 2N1375 |G| P | 2N1192 6-30 | AFC} 250M;A|100{ 45 45 |r| 45 | 165 5om| 1.0] 100M{ 40/ 2N1376 |G] P | 2N1192 6-30 | AFC) 250M}A]100) 25 25 )R) 67 | 165 50M] 1.0] 100M| 60] E 2N1377 | G| P | 2N651 6-20 | AFC| 250M} A]100| 45 45|R| 67 | 165 50M] 1.0} OOM] 60]/E 2N1378 | GJ P | 2N1193 6-30 | AFC| 250M | A | 100 12 12]R] 85 | 330 som] 1.0! 100M] 75/5 2n1379 |G] P | 2N1193 6-30 | AFC| 250M|A]100{ 25 25|R} 85/330] 50M] 1.0] 100M] 75/6 21380 |cG| P | 2N1192 6-30 | AFC { 250M] A | 100 12 12 |R | 27 | 330 Som {| 1.0} 100M! 20/8 2N1381 |G] P | 2N1192 6-30 | AFC] 250M] A | 100 25 25|R| 27/330] 50M} L.o}] loom] 20/E 2N1382 |G] P | 2N1192 6-30 | AFC] 250M|A/100| 25 25 1R | 45 | 165 5oM| 1.0] 100M] 40/E 1-117WWI XX '/Wwr~w isi BCB}OH, CBCj})(@iCiiC SS K'""'w;')WwWNQDQ))Ww& w Power Transistors GERMANIUM PNP POWER TRANSISTOR SELECTOR GUIDE -3-AMP HIGH-FREQUENCY DRIVER hee Ves) 30V | 45v | 6ov | 75v | 90v te = O.5 A, \ LOW eto - Ver = 2 Vos 30V 45V 60V 75V 90V foe ne Gob, 30-60 2N2137| 2N2138 | 2N2139| 2N2140| 2N2141 10.3 7 yo-a1t@ 50-100 2N2142 | 2N2143|2N2144 | 2N2145 | 2N2146 -3-AMP 3 GENERAL: PURPOSE te, [Nes } aov | cov | 75v | 100v Po = 106 W LIFIER Va=4V | Ves ) 50v | 80v | 100v | 120V fy = 0.35 MHz Gas 35.90 2N1359| 2N375 |2N1362 | 2N1364 Toa 60-140 2N1360| 2N618 |2N1363 |2N1365 p 5-AMP ~cENERAL-PURPOSE be, [Ves] 30v | a5v | cov | 75v | 90V ps = t06w SWITCH AND AMPLIFIER Ve=2 [Vc J 40V_ | 60v_| gov | 100v | 120V ~ 20-40 1.0.35 MHz 2N1529 | 2N1530 | 2N1531 | 2N1532| 2N1533 35-70 ae, Ge ose wz 2N1534 | 2N1535 | 2N1536 | 2N1537| 2N1538 103 T0410 50-100 2N1539 | 2N1540 | 2N154] | 2N1542 | 2N1543 f; - 0.4 MHz 75-150 hos Miz 2N1544 |2N1545 | 2N1546 | 2N1547 | 2N1548 Pr S-AMP ich oc GAIN Ire Voss} 30 45V 60V LOW-SATURATION SWITCH lea 3A, Pp = 170W . Ve=2V | Vee} 30 45V 60V fy 0.3 MHz Fives 60-120 2N3311 2N3312 2N3313 100-200 2N3314 2N3315 2N3316 ~ 7-AMP TciGain AUDIO hee AMPLIFIER le=14, | Vets 50V P= 106 W | Vor = 2 f; 0.32 MHz ars i 74-250 MP110 - 7-AMP ECONOMY LINE AMPLIFIER ty, [Vos} sov | sv | cov | 75v Va=2 | Ves } 40V 60V | 80V | 100V Po = 77W fy 0.6 MHz 30-60 2N3615 | 2N3616 Ges yes 35-70 2N3611| 2N3612 703 TO4ITO 45-90 2N3617 | 2N3618 60-120 2N3613 | 2N3614 -7-AMP ECONOMY LINE AMPLIFIER he Ves) gov | asv | cov | 75v le=3A, Po=77W Gs Ve=2 | Vo } 40v | 6ov | 75V | 90V f; 0.6 MHz 709 30-200 MP2060|MP2061| MP2062| MP2063Power Transistors 2N375, 2N618, 2N1359, 2N1360, 2N1362 thru 2N1365 (continued) ELECTRICAL CHARACTERISTICS (At= 25C unless otherwise noted) Characteristic Types Symbol | Minimum| Typical | Maximum! Unit Collector-Base Cutoff Current 2N1359, 2N1360 lopo mA (Vay = 40 V, I, = 0) B . . 3.0 (Vop ~50V, TE = 9%) -- [= 20.0 (Vop = 60 V, Iz = 0) 2N375, 2N618 -- - 3.0 (Vcp = 80 V, Iz = 0) -- -- 20.0 Vop=75V, Ig = 0) 2N1362, 2N1363 -- |e 3.0 (VcB = 100 V, Ik = 0) -- - 20.0 (Vc = 100 V, Ig = 0) 2N1364, 2N1365 -- -- 3.0 (Vcp = 120 V, Iz = 90) = -- 20.0 Collector-Base Cutoff Current at Tc = +90C lopo -- -- 20 mA Veg = 1/2 BVcgs rating Emitter -Base Cutoff Current (Vep = 12V, Ip = 9) leBO - -- 0.5 mA (VeB = 25V, Ic = 0) 2N1359, 2N1360 - -- 20 (VEB = 50V, Ic = 0) 2N1362, 2N1363 - -- 20 (VEB = 60V, Ic = 0) 2N1364, 2N1365 - -- 20 Collector-Emitter Breakdown Voltage Vade 1, = 500 mA, VEB = 0) 2N1359, 2N1360 BVcEs 40 -- -- 2N375, 2N618 60 -- -- 2N1362, 2N1363 75 -- -- 2N1364, 2N1365 100 -- -- DC Current Transfer Ratio her -- (Vog =4V, 1, = 1.04) 2N1359, 375, 1362, 64 36 55 90 2N1360, 618, 1363, 65 60 90 140 (Voge = 4V,I, = 1.04) 2N1359, 375, 1362, 64 15 22 -- 2N1360, 618, 1363, 65 20 35 -- Transconductance mhos (VcE = 4V, Ic = 1.04) 2n378 SFE 0.8 1. 25 2.2 Ni . . 2N1359, 2N1362, 2N1364 0.8 | 1.25 -- 2N1360, 2N1363, 2N1365 1.0 | 1.6 -- Frequency Cutoff fue kHz (Voz = 4V, Io = 1A) 2N375 5 8.5 -- (VcE = 4V, Ig = 1A) 2N618 5 8.5 -- (Vop = 4V, Ic = 3A) 2N1359, 2N1362, 2N1364 7 10 -- (VCE = 4V, Ic = 3A) 2N1360, 2N1363, 2N1365 5 8.5 -- Collector Saturation Voltage VCE(sat) Vde (IL, = 2.0 A, Ig = 200mA) 2N1359, 375, 1362, 64 -- 0.4 1.0 c 2N1360, 618, 1363, 65 -- | 0.3 0.8 Base-Emitter Drive Voltage Var Vde (I, = 2.04, Ig = 200 mA) 2N1359, 375, 1362, 64 -- 0.7 -- 2N1360, 618, 1363, 65 -- 0.6 -- Collector-Emitter Punch- Through Voltage VeBF Vde (Veg = 50 V, Ic = 9) 2N1359, 2N1360 -- -- 1.25 (VoR = 100V, Ic = 0) 2N1362, 2N1363 -- -- 1.25 (YoR = 120 V, Ie = 0) 2N1364, 2N1365 -- -- 1. 25 7-33