2N3065 -2N3173 Numerical Index a} MAXIMUM RATINGS ELECTRICAL CHARACTERISTICS s|/ = = = = =| a | REPLACE: | PAGE Pp El ty | Vee Vee |B ote @le Versan @ le Ble |B TYPE JE]S| ment | numer | USE 3] Sa] mh TB} Tel z\o @25C | SB} C | (volts) | (volts) | 5 | (min) (max) S| (volts) = 3 s|3 2N3065 S|} P AFA 400M | A | 200 110 100 | 0 30 90 1,0M 30/E 2N3066, Al one Field Effect Transistors, see Table on Page 1-166 2N3072 | S| P MNS] 800M] A | 200 60 60] 0] 30} 130 50M} 0.25 50M 25 ]/E | 130M/T 2N3073 s|P MNS 360M | A | 200 60 60/0 30 } 130 50M 0.25 50M 25 |E 130M | T 2N3074 | G] P RFA] O.14W] A] 85 30 25 |S | 25} 300] 3.5M 2N3075 | GI] P RFA| O.14W/] A] 85 35 25 |S | 20} 250] 3.0M 2N3076 | S|N PHS | 125W|C | 175 140 50/0] 30} 90] 7,0A 1.0 10A 60, E 50M | T 2N3077 | S| N AFC | 0,36W | A | 200 80 60 | oO | 100 | 400 10* | 0.35 1.0M] 120]E 15M | T 2N3078 | S| N AFC | 0,36W | A | 200 80 60] 0] 40] 120 10* | 0.35 1.0M SO |E 15M | T 2N3079 | S| N PMS | 178W{C}] 150] 200 | 200/0]7.0}| 40] 5.0A 0.7] 5.0A 30K] E 2N3080 S| N PMS 178W | C | 150 300 300 }01]7.0 40 5.0A 0.7 5.04 30K JE 2N3081 | S| P HSS | 600M | A | 200 70 50}o0] 20 500M 0.3 150M 150M | T 2N3082 | Sj N CHP | O0.5W | A | 200 25 7.0} 0 | 100 0.25M 100M | T 2N3083 | Sj N CHP | 0.5W | A 4200 25 7.0 | O } 100 0.25M 100M | T 2N3084 thru Field Effect Transistors, see Table on Page 1-166 2N3089,A 2N3091 thru Thyristors, see Table on Page 1-154 2N3 106 2N3107 S]N MSS 0.8W | A } 200 100 60 | 0 | 100 | 300 | 0,15A 1.0 1,0A 60 /E 70M {T 2N3108 S|N MSS 800M {A | 200 100 60 | 0 40 | 120 150M 0.25 150M 60M {T 2N3109 | S| N MSS} 0.8W}A | 200 80 40 | 0 | 100 | 300] 0.154 1.0] 1.04 60} E 70M} T 2N3110 | S| Nj 2N2218A | 8-114] MSS | 800M | A | 200 80 40/0] 40] 120) 150M] 0.25 150M 60M | T ana ts Field Effect Transistors, see Table on Page 1~166 2N3114 |S] N | 2N3500 8-232] VID} 800M]}A]|200] i150] 150]0] 30] 120 30M 1.0 50M 25 |E 40M | T 2N3115 | S| N 8-175] HNS | O.4W] A | 200 60 20|0] 40! 120] 0.15A 0.5 | 0.15A 250M | T 2N3116 | S| N 8-175] HNS | 0.4W] A | 200 60 20] 0 | 100 | 300} 0.15A 0.5) 0,154 250M | T 2N3117 | S| N AFC | 360M | A | 200 60 60 | 0 | 250 | 500 1o* | 0,35 1.0M] 400] E 60M | T 2N3118 | S|N RFA} 1.0W | A | 200 85 60 | 0 | 50] 275 25M 250M | T 2N3119 | S|N HSA} 1.0W]A]200] 100 80]0] 50] 200] 100M 0.5] 100M 250M | T 2N3120 {S| Pj 2N2800 8-161] MNS | 800M] A | 200 45 45 |}0] 30] 130 50M | 0.25 50M 25/E } 130M/T 2N3121 |S] P | 2N2837 8-161] MNS | 360M] A | 200 45 45 |0]} 30} 130 50M | 0.25 50M 25 )E | 130M] T 2N3122 | S| N AFA | 800M | A | 200 50 30;0] 25} 100} 300M 1.5] 300M 60M | T 2N3123 | S| N HSS | 0.8W|A 1/175 60 30 {0 | 100 | 300] 0.154 0.4/1 0,154 400M | T 2N3124 G| P LPA 90w | c | 100 40 3034S 50 | 100 LOA 0.5 LOA 20 )/E 2.5KiE 2N3125 | G| P LPA 90W | C } 100 80 80]/S } 30} 75] 3.0A 1.5[/ 3.0A 10] E | 5.0K/E 2N3126 | G| P LPA 90W}C} 100} 100 7515S 10] 30 10A 1.0 10A 10] E] 6,0K/E 2N3127 | G|P 9-43 | RFA] 0,1W{ Aj 100 30 20)0; 20] 75] 3.0M 0.3) 5.0M 20) E | 400M] T 2N3128 | S| N AFA | 0.15W f A | 150 20 20)/0} 50]150] O.IM] 0.25 1. 0M 75 /E 60M | T 2N3129 S| N AFA {| 0.15W | A | 150 45 45 | 0 | 100 ; 300 LON 0.25 1.0M 160 /E 60M | T 2N3130 | S|N AFA} 0.15W | A | 150 60 60]0] 60] 180 LON | 0.25 1.0M] 11OJE 60M | T 2N3131 | S|N HSS | 0.15W] A | 150 40 15 |O] 304 120 10M } 0.25 10M 250M | T 2N3132 Gy] P PMS 90W | c | 100 100 7OTS 40 | 200 2.0A 1.5 5.04 3.0K] E 2N3133 1 S7)P 8-194] HSs | 0.6W | A | 200 50 3540 | 40] 120] 6,15A 0.64 0,154 200M | T 2N3134 |S} P 8-194] HSS} 0O.6W] A | 200 50 35 | 0 | 100 | 300 | 0.154 0.6] 0,15A 200M | T 2N3135 | S} P 8-194] HSS} 0.4W | A | 200 50 35 | 0 | 40] 120] 0.154 0.6] 0.154 200M | T 2N3136 | S| P 8-194) HSS} 0.4W | A | 200 50 35 | 0 | 100 | 300} 0.154 0.6) 0.154 200M | T 2N3137 | S| N 9-47 | RFA| 600M} A | 200 40 20 | 0 0.3 50M 500M | T 2N3138 | S|N HPA 20W {Cc } 200 65 65 |o} 1o 1.0A 100M | T 2N3139 | S}N HPA 20Ww[C) 200; 140; 140]0] 16 1.0A 100M | T 2N3140 S|N HPA 20W | C | 200 65 65 | 0 10 1.0A 100M | T 2N3141 S|N HPA 20W | C | 200 140 140 | 0 10 1.0A 100M | T 2N3142 S|N HPA 25W | Cc | 200 65 6510 10 L.OA LOOM | T 2N3143 S| N HPA 25wW | C | 200 140 140 Jo 10 1L.0A LOOM | T 2N3144 S|N HPA 25w | c | 200 65 65 40 10 1.04 LOOM | T 2N3145 | Sj N HPA 25W}C|200] 140] 140}0] 10 1.04 100M} T 2N3146 | G] P | 2N3616 7-121] LPA} 150W] C1100] 150 | 140}; Vv} 30) 90] 5.0A 0.4] 5.04 20/E | 200K | T 2N3147 {Gl P | 2N3616 7-121{ LPA} 150W]C {100} 180 160 |V {| 30] 90} 5.0A 0.4] 5.04 20|E | 200K |T 2N3148 |G] P MSS |] 0.45M | A | 100 11] 6.0]0} 70 20M 0.2 50M 80|E 25M | T 2N3149 |S|N PMS | 300W jC | 200 80 80];o] 10 50A 1.5 50A O.1M|T 2N3150 S|N PMS 300W | C | 200 100 100 | 0 10 504A 1.5 50A 0.1M|T 2N3151 S|N PMS 300W | C | 200 150 150] 0 10 50A 1.5 SGA O.1M{T 2N3152 S| N VID 25M | C | 200 120 120 | 0 40 30M 20|)E 200M | T 2N3153 S| N CHP 0.3W | A | 200 15 1540 30M | T 2N3154 |G] P PMS | 37.5W | C | 100 40 25 $0] 60/180] 0.5A 1.1] 3.0A 15K] E 2N3155 G]P PMS | 37.5W | C | 100 60 40/0 60 | 180 O.5A 1.1 3.0A LIKI E 2N3156 GI] P PMS | 37,.5W 7 C | 100 80 55 | 0 60 | 180 O.5A Lil 3.0A ISK|E 2N3157 G|P PMS | 37.5W Cj 100 100 65 | 0 60 | 180 O.5A 1.1 3.0A I5K| E 2N3158 |G{P PMS | 37.5W | C } 100 40 25/0] 30) 75] O.5A 1.4} 3.04 10K | E 2N3159 GIP PMS | 37.5W | C |} 100 60 40 ])0 30 75 O.5A 1.4 3.0A 10K] E 2N3160 G| P PMS | 37.5W |} C | 100 80 55 4,0 30 75 0.5A 1.4 3.0A 1OK/ E 2N3161 |G] P PMS | 37.5W | C | 2100] 100 65;0] 30] 75] 0.5A 1.4] 3.0A 10K | E 2N3162 S{N | 2N3411 11-33 | DFA 300M {A | 200 45 25 (90 50 { 200 LOM O.5 LOM 300M | T 2N3163 S| P HPA 85W ] C | 200 40 40] 0 12 36 1.0A 0.75 1.0A lO] E 1.0M | T 2N3164 S|P HPA g5w }c | 200 60 60 | 0 12 36 1.0A 0.75 1L.0A LO} E 1.0M/T 2N3165 s|P HPA 85wW | C | 200 80 80/0 12 36 1.0A 0.75 L.0A 10} E 1.0M|T 2N3166 S| P HPA 85wW | C | 200 100 100 | 0 12 36 1,0A 0.75 1.0A LO] E 1.0M|T 2N3167 S| P | MJ2267 7-202 | HPA 85W | C | 200 40 4070 12 36 1L.0A 0.75 1.0A 10 | E 1.0M | T 2N3168 | S| P | 2N3789 7-147 | HPA 85W |} C | 200 60 60}O] 12] 36] 1.0A] 0.75 1.0A lo; E |] 1.0M/T 2N3169 | S| P | 2N3790 7-147 | HPA 85W | C | 200 80 80}]O] 12] 36] 1.0A] 0.75] 1.0A 1O;E } 1.0M}T 2N3170 S| P } 2N3790 7-147 | HPA 85W | C +200 100 100 | O 12 36 1.0A 0.75 1.04 lO] E 1.0M | T 2N3171 |S] P | MJ2267 7-202 | HPA 75W | C | 200 40 40}/o] 12] 36 1.0A | 0.75 1.0A 10] E 1.0M | T 2N3172 S| P | 2N3789 7147] HPA 75W | C | 200 60 60 | 0 12 36 1.0A 0.75 1.0A 10 | E 1L.OM | T 2N3173 S} P | 2N3790 7-147 | HPA 75w | C | 200 80 80 | 0 12 36 1.0A 0.75 1.0A lO, E L.OM|T 1-136 Switching and General Purpose Transistors 2n2958 (siLicon) Vero = 20V Ic = 600 mA 2n2959 2N3115 2N3116 NPN silicon annular Star transistors for high-speed re and amplifier applications. CASE 31 CASE 22 (TO-5) (TO-18) 2N2958 2N3115 2N2959 2N3116 Collector connected to case MAXIMUM RATINGS 2N2958 | 2N3115 Rating Symbol | 2N2959 | 2N3116 nit Y (T0-5) | cro-18) | Collector-Base Voltage Vos 60 60 Vde Collector-Emitter Voltage VoEo 20 20 Vdc Emitter-Base Voltage Veg 5 5 Vde Collector-Current Io 600 600 mAdc Total Device Dissipation Ph 25C Case Temperature 3 1.8 Watts Derate above 25C 20 12 mw/C Total Device Dissipation Pp 25C Ambient Temperature 0.6 0.4 Watts Derate above 25C 4.00 2.67 | mw/C Junction Temperature Ty -65 to +175 C Storage Temperature Tstg ~65 to +200 c 8-179 Switching and General Purpose Transistors 2N2958, 2N2959, 2N3115, 2N3116 (Continued) ELECTRICAL CHARACTERISTICS Ta = 25C unless otherwise noted Characteristic Symbol Min Max Unit Collector Cutoff Current (VcB = 50 Vdc, Ip = 0) (Voz = 50 Vdc, Ip = 0, Ty = 150 C) IcBo 0.025 15 u Adc Collector Cutoff Current (VoE = 30 Vdc, VBE = 0.5 Vdc) IcEx .050 w Adc Base Cutoff Current (Vop = 30 Vde, Vpp = 0.5 Vde) Ip .050 u Adc Collector-Base Breakdown Voltage (Ic = 10 pAdc, Ip = 0) BVcBO Vdc Collector-Emitter Breakdown Voltage* (Ic = 10 mAdc, pulsed, Ip = 0) BVcEo* 20 Vdc Emitter-Base Breakdown Voltage (Ig = 10 pAdc, Ico = 0) BVEBO Vdc Collector Saturation Voltage* (Ic = 150 mAdc, Ip = 15 mAdc) VcE (sat)* 0.5 Vde Base-Emitter Saturation Voltage * (Ie = 150 mAdc, Ip = 15 mAdc) VBE (sat)* 1.3 Vde DC Forward Current Transfer Ratio (Ic = 150 mAdc, 2N2958, 2N3115 VCE = 10 Vdc) 2N2959, 2N311i6 hee 120 300 Common-Base Open Circuit Output Capacitance (Voz = 10V, Ig = 0,f = 100kHz) Cop pF Delay Time (Vcc = 30V,Igg = 150 mA, Ip, = 15 mA) 20 ns Rise Time (Voc = 30V,IGg = 150 mA, Ip, = 15 mA) 1S ns Storage Time Vcc = 6 V, Icg = 150 mA, Ip, = 15 mA, 300 ns Fall Time (Veco = 6 V. Ics Igo = 15 ma) tt 150 mA, Ipi = 15 mA, 200 ns Current Gain- Bandwidth Product (Io = 20 mA, Veg = 20 V, f = 100 MHz) 250 MHz *PULSE TEST: Pulse width <= 300 us, duty cycle =< 2% 8-180