2N271-2N341A Numerical Index a|> MAXIMUM RATINGS ELECTRICAL CHARACTERISTICS S| = = = nay || REPLACE. | PAGE P |ElN] Y, Vor. | = Nee @ Ie Vegsan @ Ic 2) f = THE VETS] ment | numBer | USE & oe TE 5 a A ol a |B] el B =) @ 25C; B} C | (volts) | (volts) 3 (min) (max) (volts) 5 3 5 3 2N271 G]P RFA | 150M] A] 85] 30 10 Jo 2N271A |G] P RFA] 150M|A] 85] 30 10 fo 2N272 G|eP AFA} L50M]A{ 85 | 30 24 10 60] E 2N273 c|P AFA | 1L50M/A | 85 | 45 25 1s] 30 50M 2N274 GIP RFC 120M] A [100 | 40 40 [O | 204175 1.5M 201 E 2N277 Ge} Pe 7-25 | LPA 7ow} cj] 95 | 40 40 |S] 35} 70] 5.0A 2N278 e|P 7-25 | LRA 7ow} Cc] 95] 50 45 |S | 35] 707 5.0A 1.0 12A 2N279 Gj P | 2N650 6-20 | AFA| 125M] A] 75 20 20, E 2N280 G| Pe | 2N650 6-20 | AFA] 125M{A | 75 20 30) E 2N281 G/ P ] 2N651 6-20 AFA 167M + C 75 16 16 R| 451120 0,35M |B 2N282 G|P AFA 2N283 G{P | 2N650 6-20 MSA 125M |A 75 20 20 30] E 2N284 G|P mMsA | 125mM]A] 75 | 32 32 15 0.35M | B 2N2844 |G] P MSA | 125MiA {| 75 | 60 60 15 0.35M |B 2N285 G| P | 2N3617 7-121) LPA 25W}C} 95 35 |R 0.5} 2.04 2N285A | G|P | 2N3617 7-121] LPA 25w]c| 95 35 {R 0.5{ 1.04 2N290 c}eP LPA 55w]c}] 95 | 70 2N291 G| P| 2n1tg9t 6-30 | AFA| 180M |A] 50] 25 30 E 2N292 G|N RFC 65M JA 85 15 15 016.0 44 2N293, Gi N RFC OSM FA 85 15 15 076.0 55 2N296 G| P | 2N1531 7-60 | AFA 2owic |] 85] 60 19 LOA 1.0] 1.04 4.0K |B 2N297 G| P { 2N297A 7-28 LPA 35wW ] Cc 95 60 50 S 40 | 100 0.5A 1.0 2.0A 5.0K] E 2n297A |G|P 7-28 | LPA 35w]}C | 95] 60 50 |S | 404100] 0.54 1.0] 2.04 5.0K | E 2Nn299 GUP REA 20M]/A] 85]5.0 {4.5 ]V 90M | M 2N300 G|P VID 20M iA 85 | 5.0 4.5 Vv 1lE 85M | M 2N301 G| P | 2N3611 7-118 | LPA llw/Aj} 85 | 40 2N301A |G] P | 2N3612 7+118) LPA 1lw}A? 85] 60 2N302 G|P RFA} 150M/A J] 85} 30 10 j0 451E | 7.0M]B 2N303 G|P RFA] L50M/A| 85 T 30 10 |o 75, E 14m |B 2N306 G[N AFA 50m ]a] 75 | 20 15 |R 0.5 + O.1A 25/E | 0.6M[B 2N307 G|P 7-24 | LPA 25w{c}] 75] 35 35 {R | 20 0.24 1.0] 0.24 3.0K | z 2n307A |G] P 7-24 | LPA 25wilc} 75 | 35 35 |R I] 20 0.24 0.8] 1.04 3.5K | E 2N308 G{P RFA 30M | A 35 20 0 2N309 G|P RFA 30M [A | 55 20 |o 2N310 Gi P RFA 30M) A 55 30 0 2N3LL G|P PMS 7am |A | 85] 15 15 jo | 25] 75 LOM | 0.075 10M 2N312 GIN PMS jsm}Al 85 | 15 15 fo} 25] 75 tom | 0.075 10M 2N315 G}P MSA 100M | A 85 20 15 0 15 30 100M 0.15 100M 2N315A4 G)P MSA 150M] A | 100 30 20 0 20 50 100M 0.15 100m 2N315B 1 G| P MsA| 150M|AJ|1CO} 30 20 Jo] 20] 50] 100M} 0.15] 100M 2N316 G|P MSA] 100M]A| 85] 20 10 Jo} 20] 50} 200M] 0.18] 200M 2N316A G|P MSA 150M | A | 100 30 15 0 20 50 200M 0.18 200M 2N317 G|P MSA 100M | A 85 20 6.0 oO 20 60 400M 0.2 400M 2N317A |G) P MSA} 150M}A] 100) 25 10 )}04 20) 60) 400M 0.2] 400M 2N318 G]P SPP 50M | A 12 2N319 Gj P AFC 225M | A 85 20 R 2N320 G|P 6-6 AFC | 225M] A] 85 20 |R 2N321 G| P 6-6 AFC 225M [A 85 20 R 2N322 G|P 6-7 AFC| 140M/Aj 60] 18 18 |R} 34] 65 20M 1.0M | B 2N323 G|P 6-7 AFc| 140M]Af{ 60] 18 18 |R] 53] 125 20M 1.5M | B 2N324 G} P 6-7 AFC 140M |} A 60 18 18 R 72 | 198 20M 2,0M/B 2N325 G| Pt 2N3611 7-118] AFA 12w}c} 85] 35 35 }s | 30] 60] 500M 0.6] 500M 150K | B 2N326 Gi N AFA| 7.0W]cC | 85] 35 35 |s| 30] 60} 500M 0.64 500M 150K | B 2N327 Ss] P AFA| 350M{A | 160] 50 9.0, E 2N327A S| P DFA 385M 7 A | 160 50 40 019.0 22 3.0M 0.3 5.0M 2n327B |S] P DFA] 385M/A 1200] 50 40 |0/]9.0] 22] 3.0m 0.3] 5.0M 2N328 S|P AFA; 350M/A [160] 35 18] E 2n328A | s|P DFA} 385M|A|160| 50 35 fol 18| 444 3.0m 0.5 10M 2N328B | S| P DFA| 385M]A]200| 50 35 Jo] 18| 44] 3.0m 0.5 LOM 2N329 s|P AFA | 350M [A | 160] 30 36 E 2N329A | S| P DFA] 385M/A/] 160} 50 30 Jo] 36] 88] 3.0m 0.6 LSM 2N329B [S| P DFA} 385M |A| 200] 50 30 Jo| 36{ 88| 3.0m 0.6 15M 2N330 S|) P AFA] 350M] A] 160] 45 9.05 2N330A | S| P DFA] 385M]/A]160] 50 30 | 0 2N331 GIP 6-8 aFc| 200M|A{ 71] 30 2N332 S| N RFA{ 150M[A}175| 45 9.0] 20 0.4 B 2N332A | S| N aFc| 500M/A [175] 45 45 [0 1.0] 5.0M 0.9 B | 2.5M/B 2N333 S| N RFA} 150M)A]175 ] 45 18) 40 0.943 B 2N333A [S| N AFC| 500M/A]175{ 45 45 | 0 1.0] 5.0M]0.948 B | 2.5m] 8 2N334 s| N RFA] 150M/A|175 | 45 18 | 86 0.943 B 2n3344 | S| N aFc{ 500M] A 175] 45 45 10 1.0] 5.0M]0.94@ Bj] 8.0M] 8B 2N334B [S| N AFc| 500M] A [175 | 60 60 |o |] 15} 85 | 1.om 1.0] 5.0M 18 E | 8.0M]| B 2N335 S|N RFA| L50M[A]|175] 45 36| 86 0.973 B 2N335A {S)N AFC | 500M|A|175] 45 45 |o0 1.0] 5.0M 10.979 B |] 2.5M/B 2N335B | S| N AFC] 500M}A{175] 60 60 |o} 28] 90] 1.oM 1.0] 5.0M 37H | 2.5M{/ RB 2N336 s|N RFA| 150M/A [175 | 45 76 | 333 0.987 B 2n336A |S(N AFC { 500M|a {175 | 45 45 La 1.0) 5.om |o.984 8 | 2.5M{ 3 2N337 SIN MsA} 125M{cC|150] 45 20] 55 10M LOM | B 2N337A |S|N AFC] 500M]A]175 | 45 20] 55 10M 19 E 15M | B 2N338 s|N MSA] 125M}C]150 1 45 45 | 150 10M 20M | B 2N338A |S|N AFC] 500M|A 175} 45 45 1 150 LOM SOE 25M 1B 2N339 S{N AFA| L.ow]c [150] 55 55 10 0.4 B 2N339A |S|N RFA} 3.0W]A|200]| 60 60 |o{ 20] 80 25, E LOM | T 2N340 s|N AFA] 1.0W]C]150] 85 85 |O 0.9 B 2N340A |S] N RFA | 3.0W|A | 200] 85 85 ]o]| 201 80 25, E 1oM | T 2N341 s|N AFA] 1,0Ww] C4150] 125 85 [0 0.9 B 2N34tA | S| N RFA( 3.0W/A [200/125 [125 fal 20} 80 25) E Lom | T 1-104KW ,]], 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 2N3 19 thru 2NG21 Vero = 25 V hre to 53-121 (min-max) fa, to 2.0 MHz CASE 31 PNP germanium transistor for audio amplifier and low-frequency switching applications. Base connected to case MAXIMUM RATINGS Rating Symbol Value Unit Collector-Base Voltage Von 25 Vde Collector-Emitter Voltage Vero 20 Vde Emitter-Base Voltage Ves 5 Vdc Collector Current Ilo 500 mAdc Junction and Storage Temperature Ty T stg -65 to + 100 C Power Dissipation at 25C Free Air Pp 225 mW ELECTRICAL CHARACTERISTICS (At 25C unless otherwise noted) Characteristics Symbol Min Max Unit Collector Cutoff Current logo Vop = -25 Vde, I, = 0 - 16 HAdc Emitter Cutoff Current IeBo Veg = -45 Vde, In =0 - 10 uAdc Collector-Emitter Voltage BVcER I, = 0.6 mAdc, Ree =10K 20 - Vdc DC Current Gain hep Io = 20 mAdc, Vor = -1 Vde 2N319 25 42 - 2N320 34 65 2N321 53 121 DC Current Gain hop In = 100 mAdc, Vor = -1 Vde 2N319 23 - - 2N320 30 - 2N321 47 - Base Input Voltage VBE mVdc Vv = -] Vdc, 1, = 20 mAdc 180 320 CE ec Output Capacitance; Input AC Open Circuit Cob Vop = 75 Ve, I, = 1 mAde, f = 1 MHz - 35 pF Frequency Cutoff bos Vog = -5 Vdc, I, = 1 mAde 2N319 1.0 - MHz 2N320 1.5 - 2N321 2.0 - 6-6