2N1049-2N1136A Numerical Index ale MAXIMUM RATINGS ELECTRICAL CHARACTERISTICS =|5 ~ = ~ 5) =| REPLACE. | PAGE Po |B) Ts | Vea | Vce_ |= fre @ Ie Voesat) @ Ie 2 fh |< TE {ETS | ment | number | USE = 5 ep AN eel TB) el B =/< @25C | B] C | (volts) | (volts) |= | (min) (max) =| (volts) 5 3 SIs 2NL049 S|N LPA 40W | c | 200 80 30 90 500M 7.5 500M 2N1049A | S| N tpa}| 4ow]c]200] so} solo] 30] 90] soom| 7.5] 500m 75K ]E 2N1049B | S| N tPA; 4ow|c]200} 80] 80/0] 30] 90] Soom} 2:0] Soom 125K | E 2n1049c | s | N tPA] 4ow}c]200{ 80] 80]o] 30] 90} Soom] 1.0] 500m 125K | E 2n1050 |s|N LPA| 40W} Cc] 200] 120 30] 90] 500M] 7.5] Soom 2n1050A | S| N LPA} 40W|C}200] 120] 120/0] 30} 90} Soom] 7.5} 500M PSK }E 2NL050B|S|N LPA 40W | c | 200 120 120 )0 30 90 500M 2.0 500M L25K | E 2n1050c | s | N wPA| 4ow|c]}200{ 120| solo] 30] 90] S500m| 1:0] Soom 125K | E 2N1051 S{[N RFA o.5W] A} 150 40 40/0 25 50M 3.0 50M 30 ]/E 80M | T 2N1052 |S] N RFA} 6.0M/A} 200] 200] 200]v| 20} Ba] 0.24] 5.0] 0.24 2n1054 |s|N vi} o.8w]a|200] 125] 115;0] 20 0.24 15,E | 8.om |r 2N1L055 SUN RFA 5.5M 1A | 200 190 100 [90 20 80 50M 2.0 50M 3.0M {TT 2N1056 G| P | 2N2043 6-39 AFA 240M | A | 100 70 50]R 18 43 20M 0.13 20M 500K |B 2n1057 |G| P| 2n1924 | 6-37 | ara] 240m]a]1oo] 45] 45]v | 34} 90] 20m} 0.13} 20M 500K | B 2n1058 |G|N 50M 75{ 20| 20]R ro |e | 4.om|p 2n1L059 |G|N ara | 180M 7 | 40] 157R 10M 10K {E 2n1060 |S] N|]2n2501 | 8-148] Hss]o.25w{a]1so] 40] 40]0] 17 5.0M}] 0.3] 5.0M 2n1065 |G|P AFA|0.12W{A] 85] 40} 20/0] 20] 80 0.25] om Lom | T 2ntoes || p{2n3s23 | 9-71 | RFA} i2om|Ajico} 40] 4o}o) 20)175) 1.5m 2n1067 |s|N|2n3766 | 7-142] PMS| 5.ow]c}175+ 60] 30}0] 15] 75] 200m] 2.0] 200m 0.75M | B 2N1068 S| N | 2N3766 7-142 | PMS Low | c 7 175 60 30];0 15 75 750M 2.0 200M 0. 75M} B 2n1069 |s|w|2n3766 | 7-142| Pms| Sow]cl175| 60] 45/0] 20] 50[ 1.54] 1.33] 0.58 0.5m | B 2N1070 | S|N]2N3766 | 7-142) PMs] 5ow]c}i75) 6o} 45}0] 20] 50] 1.54] 0.5] 1.54 0.5m | B 2n1072 {S| N|2N3766 | 7-142| PHs| 2.0w|a/i150| 75 | 30]0] 20 0.754 | 2.0 | 0.754 2N1073 G] P 7-48 LPA 110 40 40 [R 20 60 5.0A 1.0 5.0A 2N1073A | G] P 7-48 LPA 110 80 80 ]R 20 60 5.0A 1.0 5.0A 2N1073B | G| P 7-48 | LPA 110 | 120} 120]r]} 20] 60] 50a] 1.0] 5.08 2n1074 |s|N ara| 250m]A]160| 50] 40] 0 9.0{z | 200K |B 2n1075 |S|N AFA| 250M|A/160| 50] 3540 18 |e | 250K |B 2n1076 |S} N AFA| 250M]}4]160} 50] 30]}0 36 | | 300K |B 2n1077 | S| N AFA} 250M|a]160| 50] 35/0 1.0] 8.0m] 9.0} | 200K] 8B 2N1078 |G] P tPA; 20w|/c] 85] 60] 60/35 | 40 0.58] 1.0] 1.08 2ni079 |s|n weal oowtc {200} 604) 60}5]) 20) 80} 1.08} 3.0] Loa} 20)8) liom) t 2n1080 | s|N Hpa| 6ow]c|200] 60] 60];s{ 20} so} 2.08] 5.0} 2.0Af 20/E |] loM| Tt 2N1081 S|N MSS 6,0M | A | 200 40 40]0 20 | 100 O.5A 4.0 0.54 2N1082 SUN RFA O.2W | A | 200 25 25/5 10 50 LOM LO|E 17M | T 2n1086 [cl Nn rrc| 65sMla[ 85] 9.0] 9.0/0] 17] 195] 1.0m 2N1086A ;G| N RFC 65M ]A 85 9.0 9.0/0 17 | 195 1.0M 2N1087 G|N RFC 65M | A 85 9.0 9.0/0 17 | 195 1.0M 2N1090 |G] N MSS| 120M)A] 85] 25 30 20m} 0.2) 20M 5.0M | B 2n1091 |a|N Mss | 120M/A} 85] 25 40 zom| 0.3] 200M 1om | B 2n1092 |s| Nn pus! 2.ow/A|175] 60] 30/0] 15] 75] 200M] 2.0] 200M 0.75M | B 2N1093 1G|P aFA| iI5om{al 95 | 30 i5}olt soliso| 20m] o.2| 20m] aole | 5.0m] 8 2n1094 |G] P rFa|o.1sw]a]}100] 30] 15 ]o] is 4,0M 0.96 |B | 560M] T 2n1097 |G@|P|2ni414 | 6-33 | arc} 20om]a|ioo| 18] 18]/R| 34} 90] 20m 1.0M |B gnio9g |c|e]2ni4i4 | 6-33 | arc| 2oom{a]100] i8]{ is8}R| 25} 90] 20m 10M |B 2nio99 | cl P 7-25 |upa} sow}cy 95} 80} 7ols]} 35} 70} 5.0a] 0.7) 128 2N1LLOO G|P 7-17 LPA 50W | C 95 100 65] 0 25 50 5.0A 0.7 L2A 2nlio1 [cw AFA | 180M 7] 20] i5;r] 25{ 50] 35m] 0.5] 100m 10K | E 2n1102 |co|N AFA | 180M m3} 401 25|x | 25| 50} 35m} 0.5} Loom 10K | 2n1103 | s|N ara | i25m{a liso] 45 {| 35/0] 30] 65{ liom] 1.5] tom] 20];e] lom]B 2nl104 |S] N ara] 125M{a]i50] 45 | 35]}0] 45/150] tom] 1.5] 10m] 4o]e! 20m] B 2n1105 |S|N araA| 800m ]a|200] 60] 6o}o]} 12} 36] 200m| 5.0] 200M 2N1106 s)N AFA 800M } A } 200 100 100 ] 0 12 36 200M 5.0 200M 2N1107 |G|P Rra| 30M |C 16 40M | B 2n1108 |G|P rra| 30M |c 16 35M |B 2n1109 |G| P RFA{ 30M{C 16 35M | B 2N1110 |G] P RFA| 30M|c 16 35M | B 2n1111 |G|P RFA| 30M |c 16 35M |B 2N1114 GIN MSS 150M 100 25 15 ]R 40 | 180 20M 7.0M{B 2N1115 |G|P MsA] 150M/A} 85] 20] 15}0 0.35] 60M 5.0M | B 2n11154 |G | P MsA| 15om]a] 85] 20] 15] 0 0.35 | 60M 5.0m | B 2n1116 Is|N RFA; 600M]c]200} 60{ 60/0] 40f150] 0.54} 5.0] 0.58 6.0M | T 2N1117 s|[N REA 600M {Cc | 200 60 6a fa 40 | 150 0.24 4.0 Q.2A 4.OM4T 2nil1s |s|P RFA| 15om/A}140] 25 | 25] u 15|&] 8.0M|M 2N1118A | s | P RFA{ 150M/A]140] 25] 25 ]U 25] 15M 15] | 8.0m] M 2n1119 |s|P mss} tsom/a]i4o] io] itolu| 15 15M | 0.15] 5.0M 7.2M{T amii20 |e}P 7-51 | LPA) 45wi)c} 95} 80) 70]}8] 20] 50) DA} 1.0} 10A} 30} E] 3.0K] E 2nl12i | Go| N rec} o65m{c} 85| 15] I5]o] 34 1.0M 2N1122 Gy} P |} 2N961 8-74 HSS 25M | A | 100 12 11] Ss 25 10M O.L 8.0M 35 ]/E 40M 2N11L22A4 |G | P | 2N960 8-74 HSS 25M | A | 100 15 14158 25 10M O.1 8.0M 35 /E 40M 2n1123_|G]P | 2N3427 | 6-41 | Mss| tomicjioo}| 45 | 4o0[s] 40 loom | 0.2| 1oM 3.0m | B 2n1124 |G] P | 2N651 6-20 | ars} 300om]/a] 85] 40] 35 ] 0.2] loom] 40] | 400K] B 2n1125 |G] P | 2N651 6-20 | HSA} 300M{a| 85] 40} 4ojv| 50[ 150] Soom[ 0.3{ Soom 1.0M | B 2N1126 |G) P | 2N651 6-20 | MSA] l.ow]c}] 85] 40) 35] 0.2} 100M} 40]E] 400K) 8B 2nl127 |G|P|2n3428 | 6-41 | MsA] 1.ow}c] 85} 40] 4o]v] 50]150] 500m] 0.3]. 500M 1.0m | B 2nN1128 |G} P|2N1192 | 6-30 | AFA] L5oM]A| 85] 257 18/5 70|E 2n1129 |G] P| 2N3427 | 6-41 | AFAT 150M{A | 85 | 25 | 25 {v |i00|200/ Loom | 0.254 loom 2n1130 |G|P|2n1193 | 6-30 | AFA] 150m]a]| 85 | 30 50] 165 | loom} 0.25} 100m 2n1131 |s}P 8-90 | MsA| 600M {A ]175{ 50] 35/0] 20] 45] 150m] 1.5] 150m] i5]e | 5om|T 2n11314 |s|P|2n2800 | 8-161] MsA} 0.6w}A1175| 60/1 40fo] 20] 45]0.154] 1.5]0.154{ 15]e] Som|T 2ni132 |s|P 8-36 | MsA| 6oom }a]175) 50] 35)0 4 30) 90] 150m} 1.5) isom| 25]E] GomyT 2N1132a | 8 | P 8-36 | MsA| o.6wla ]i75{ 60] 40/0] 30] 90]0.15A]| 1:5]0.158] 25]e | 6om|T 2N1132B |S | P 8-36 | MSA} 0.6W|A1175 | 70] 45/0] 30] 90]0.15A |] 1.5} 0.154} 25]E] 60M] T 2N1135 |s| P mss| loom]4 {140] 12] 12]6 5.6M | T 2N1135A | S| P MSs | 100M]A]140] 12] 12]0 5.6M | T 2N1136 |G] P|2Nn1540 | 7-64 | LPA 100} 60] 35 |r] 50]100] 3.04] 1.0] 3.04 4l0K | E 2NL136A |G} P | 2N1542 | 7-64 | EPA 100 | 90} 35}R{ 50} 1001 3.04 | 1.0] 3.08 4.0K | E 1-114Power Transistors 2N1073, A, Bicermanium) Vex = 40-120 V Ic =10A Pp = 85W _ PNP germanium power transistors for high-voltage CASE 4 @ power switching applications. . 1) MAXIMUM RATINGS Collector-Emitter Voltage VceR 40 80 120 Vdc Collector-Base Voltage VcB 40 80 120 Vde Emitter-Base Voltage VEB 1.5 1.5 1.5 Vde Collector Current (Cont) Io 10 10 10 Amp Base Current (Cont) Ip 5 5 5 Amp Emitter Reverse Current Ip Amp (Surge 60 cps Recurrent) 1.5 1.5 1.5 Storage and Operating Tstg Temperature Ty ~65 to +110 c Collector Dissipation Py Watts (25C Mtg. Case Temp.) 85 85 85 POWER-TEMPERATURE DERATING CURVE an g = WATTS M _ 85 WATTS MAX The maximum continuous power is related to 3 Maximum junction temperature by the thermat & resistance factor. This curve has a value of 85 & watts at a case temperature of 25C and is 0 3 110 watts at 110C with a finear retation between a the two temperatures such that: a 0 25 50 75 100125 110 Te 3 Te, CASE TEMPERATURE (C) Allowable Py = 5 Watts a SAFE OPERATING AREAS PULSE CONDITIONS 2N1073 2N1073A 2N1073B 500 us 5.0 250 us 3.0 1.0 0.5 0.3 0.1 ic, ALLOWABLE COLLECTOR CURRENT (AMP) 05 .03 01 o 610 20 40 30 40 oO 10 20 30 50 60 70 The Safe Operating Area Curves indicate lc Vee limits below which the device will not go into secondary breakdown. Collector load lines for spe- cific circuits must fall within the applicable Safe Area to avoid causing a collector-emitter short. 7-48 80 0 10 Vee, COLLECTOR-EMITTER VOLTAGE (VOLTS) 20 30 40 50 60 70 80 90 100 110 120 (Duty cycle of the excursions make no significant change in these safe areas.) To insure operation below the maximum Tj, the power-temperature derating curve must be observed for both steady State and pulse power conditions.2N1073, A, B (continued) Ie, COLLECTOR CURRENT (AMP) Power Transistors ELECTRICAL CHARACTERISTICS (Ts = 25C unless otherwise noted) Characteristic Symbol | Min | Typ ; Max] Unit Collector-Base Cutoff Current I mAdc Vop = 25 Vde, I = 0) 2N1073 CBO - - {11.0 Vop = 25 Vdc, I, =0, Te = 85C) 2N1073 - - 15 Vop = 40 Vde, In = 0) 2N1073 - ~ 20 (Von = 60 Vdc, I, = 0) 2N1073A - - | 1.0 (Vop = 60 Vdc, Int 0, To = 85C) 2N1073A - - 15 Vop = 80 Vdc, In = 0) 2N1073A - - 20 op = 100 Vdc, I, = 0) 2N1073B - - 2.0 Vox = 100 Vac, la =0, To = 85C) 2N1073B - - 20 (Veg = 120 Vdc, I, = 0) 2N1073B - - | 20 (Vos = 2.0 Vde, I, = 0) - - 0.3 Emitter-Base Leakage Current IeBo mAdc (Veep = 0.75 Vdc) - - 50 Emitter Floating Potential VEBF Vde Vor = 40 Vdc) 2N1073 - - 1.0 Vor = 80 Vdc) 2N1073A - - 1.0 Vor = 120 Vdc) 2N1073B - - 1.0 Collector-Emitter Breakdown Voltage* BVopR* Vdc (I, = 50 mAdc, Ror = 1002) 2N1073 40 - - 2N1073A 80 - - 2N1073B 120 - - DC Current Gain hop - Ug = .0 Adc, Vor = 2.0 Vdc) 20 - 60 Small-Signal Current Gain hee - (ly = 0.5 Adc, Vor = 12 Vdc, f = 30 kHz) - 15 - Base Input Voltage Var Vde Vor = 2.0 Vdc, Ia = 5.0 Adc) - - 1.0 Ug e 3 O Ade, fy =0-8 Ade) "cE(sat) - 10.5] 1.0 vee Rise Time u - 5.5 - BS Storage Time ty - 1.2 - US Fall Time u - 2.0 - us ~ . Ae COLLECTOR CURRENT versus BASE CURRENT 55C ai AV +25C +1oeec] JL 0 100 200 300 400 500 600 1, BASE CURRENT (MILLIAMPS) *To avoid excessive heating of collector junction, perform this test with a sweep method. COLLECTOR CURRENT versus DRIVE VOLTAGE -5C 25C + 100C tg, COLLECTOR CURRENT (AMP } 700 0 05 1.0 15 Veg, BASE-EMITTER VOLTAGE (VOLTS) 7-49Power Transistors 2N1073, A, B (continued) DC CURRENT GAIN versus COLLECTOR CURRENT COLLECTOR CURRENT versus DRIVE VOLTAGE 50 25 40 \ \ \ we 20 = z \ Veg = 2V = Veg == MAX. RATING 3 30 = 15 @ NX NX - 20 _ 5C 5 10 * [-- +25C i D4 TF ooee 3 10 6 5 0 0 0 2 4 6 8 10 12 +03 +0.2 +0.1 0 -0.1 02 - 03 [c, COLLECTOR CURRENT (AMP) Vpe, BASE-EMITTER VOLTAGE (VOLTS) SWITCHING TEST CIRCUIT a MERCURY 40 SWITCH 0200 AAA le MANA 12 52 + + 4aV | {if _}, PULSE CONDITIONS ; ic = 3 Adc, ly = 300 mAdc 2N1 099 (Germanium) For Specifications, See 2N277 Data Sheet 2n1100 (Germanium) For Specifications, See 2N174 Data Sheet 7-50