Collector-Cutoff Current (with collector-to-base voits = 30 and TECHNICAL DATA emitter current = 0)... 0.000. ce eee tebe acne 60 maz ua Emitter-Cutoff Current (with emitter-to-base volts = 10 and collector current = 0)... 0.0.0.0 6. cc cece cee ee etn eee teens 50 max ba Thermal Resistance: Junetion-o-case. 0... cee eee ees poe een eee e tees 1.17 max C/watt Thermal Time Constant... 0.0.0 ene ner nee 30 msec In Common-Base Circuit Collector-to-Base Capacitance (with collector-to-base volts = 40 and emitter current = 0).....0 0. occ c cece ee ect e nee eeate 400 pf In Common-Emitter Circuit DC Forward Current-Transfer Ratio: With collector-to-emitter volts = 4 and collector amperes = 5........ 15 to 50 With collector-to-emitter volts = 4 and collector amperes + 10....... 7.5 min Small-Signal Forward-Current-Transfer-Ratio Cutoff Frequency......... 25 ke DC Collector-to-Emitter Saturation Resistance (with collector amperes = 5 and base amperes: = 0.5).......0. 000 eee eee ences 0.25 obro TYPICAL OPERATION IN PULSE-RESPONSE TEST CIRCUIT BELOW DC Gollector-Supply Volsage Veo). cece cece cece ee eet tenet eens 24 volts DC Base-Supply Voltage (Vap)....... 050. cece eee ee teen tees . 6 volts On DO Collector Current ep 10 amperes Turn-On DC Base Current (In:). 2 amperes Base-Circuit Resistance (Rai or Ro). 16 ohne Collector-Circuit Resistance (Rc)........... . . 2 ohme Switching Time: On time (Delay time ta plus rise time tr)... ee eee oe 4 usec Off time (Storage time ts plus fall time th)... 6... cee eee ee eee 7 usec TYPICAL BASE CHAR ACTERISTICS <Ic T 7 T 7 eO) TYPE 2N2016 COMMON - EMIT-TER CIRCUIT, BASE INPUT. COLLECTOR-TO~- EMITTER VOLTS = 4 4 wo CURVE | CASE TEMPERATURE C E oo 25 too - ~68 + z - 175 (4 3 750 aA = Mt B 500 get 3 lf 250 f Veo A Ji}s 4-0 os 16 2 28 3 AWA BASE-TO-EMITTER VOLTS g2cs-tH25Rl 92CS-NO93T TRANSISTOR 8 Silicon n-p-n type used in a wide variety of small-signal and medium- 2 N 91 02 | ; power applications in industrial and @ o military equipment. It can be used in rf service as an amplifier, mixer, oscil- lator, and converter; in af service for small- and large-signal driver and power applications; in switching service for high-speed switching circuits requiring transistors having high voltage and current values. It features low saturation voltage, high sustaining voltage, high dissipa- tion, high pulse beta, low output capacitance, and exceptionally low noise and leakage characteristics. JEDEC No. TO-5 package; outline 6, Outlines Section. 249 RCA TRANSISTOR MANUAL MAXIMUM RATINGS COLLECTOR-TO-BABE VOLTAGE (with emitter open). ......6. eee eee eens . 120 max voits COLLECTOR-TO-EMITTER VOLTAGE: With external base-to-eritter resistance = 10 ohms or less.........+- 80 max volta With base open...... 0.0.2 te een ene oe 65 max volta EMITTER-TO-BASE VOLTAGE (with collector open) .. 7 max volts COLLECTOR CURRENT. 2... ccc cece rete etn e etter ceneereee wae lmax ampere TRANSISTOR DISSIPATION: At case temperatures up to 25C... eee e ee cence eee etree enone . 5 max watts At ambient temperatures up to 25C... . 1 max watt At ease or ambient temperatures above 25C.......6.6 02 eee ee ee eee See curve page 68 TEMPERATURE RANGE: Operating Gunction).... 0.00. c ec ce ee ee eee teeta nes 65 to 200 C Storage . .. ~65 to 300 C LEAD TEMPERATURE (for 10 seconds maximum) oe 300 max C TYPE 2N2102 COMMON~ EMITTER CIRCUIT, BASE INPUT, @IOLAMBIENT TEMPERATURE 225C n | g =8 i s = = 2 a < a 3 = Ny, x ey 3 oy, 54 x ww o 4 ty 2 ar} 8? 3 o @ASE r 0 20 40 60 80 too COLLECTOR-TO-EMITTER VOLTS BASE--TO~EMITTER VOLTS g2cs-ui75t CHARACTERISTICS Collector-to-Base Breakdown Voltage (with collector ma = 0.1 and emitter current = 0)... 0... cece cee eee cette anaes . 120 min Emitter-to-Base Breakdown Voltage (with emitter ma = 0.1 and collector current = TI min Collector-to-Emitter Reac: volts = 1.5 and collector ma = 0.1 120 min Collector-to-Emitter Sustaining Voltage: With external base-to-emitter resistance = 10 ohms or Jess and collector ma = 100... 02... 0c ee ee ee eee eee ee 80 min With collector ma = 100 and base current = 0.....-... 00. eee cues 65 min Base-to-Emitter Saturation Voltage (with collector ma = 150 and base ma = 15)... 00 wee tte eer nae 1.1 max Collector-to-Emitter Saturation Voltage (with collector ma = 150 and base ma = 15)......-..-..-- 0.5 max Collector-Cutoff Current (with collec! and emitter current = O0)...... 2.00 c eee ee tet teen en tenet 0.002 max Emitter-Cutoff Current (with emitter-to-base volts = 5 and collector current == O).. 0... cece cee et ee eee ener rete tare cees 0.002 max Thermal Resistance: Junetion-to-case. oe eee eee e ena ee enna ee enreeas 35 max Junction-to-ambient. 0. ee cece ee eee rene reenter ata eaeees 176 max In Common-Base Circuit Input. Resistance at 1 kilocycle: With collector-to-base volts = 5 and collector ma = 1.......,-500505 24 to 34 With collector-to-base volis = 10 and collector ma = 5.......--,++-- 4108 Input Capacitance (with emitter-to-base volts = 0.5 and vollector current =O)... 6c cee ee tee te ee tee ee ee teens 80 max Output Capacitance (with collector-to-base volts = 10 and emitter current =O)... 00. ee eee een erate etna enn enes 15 max Output Conductance at 1 kilocyel With collector-to-base volts and collector ma = 1....-..--.6e eee 0.1 to 0.5 With collector-to-base volts = 10 and collector ma_ = 5.......--.---- 0.1 tol Smaii-Signal Open-Circuit Reverse Voltage-Transfer Ratio at 1 kilocycle: With collector-to-base volts = 5 and collector ma = 1 . With collector-to-base volis = 10 and collector ma = 250 0.0003 max 9.0003 max TYPICAL. TRANSFER CHARACTERISTICS CIRCUIT, BASE 92CS-mesT volta volts volts volta volts volts volt ua ua C/watt C/watt ohms ohms pi pi umho #mhbo TECHNICAL DATA TYPICAL COLLECTOR CHARACTERISTICS TYPE 2N2102 COMMON-EMITTER CIRCUIT, BASE INPUT. AMBIENT TEMPERATURE = 25C COLLECTOR MILLIAMPERES 0 2 4 6 8 {0 l2 COLLECTOR~ TO-EMITTER VOLTS 92CM-II76T na Common-Emitter Circuit DC-Pulse Forward Current-Transfer Ratio:* With collector-to-emitter vols = 10 and collector ma = 40 to 120 With collector-to-emitter volis = 10 and collector ma 25 min With collector-to-emitter volts = 10 and collector ma 10 min DC Forward Current-Transfer Ratio: With collector-to-emitter volts = 10 and collector ma 10 min With collector-to-emitter volta = 10 and collector ma 20 min With collector-to-emitter volta = 10 and collector ma 35 min Small-Signal Forward Current-Transfer Ratio: With collector-to-emitter volts = 5, collector ma = 1, and frequency = 1 kilocycle. . 0.6... ee ee te tree tans 30 to 100 With collector-to-emitter volts = 10, collector ma = 5, and frequency = 1 Kilocycle.. 2... 0. cece ee ee eee eet eeee 35 to 150 With collector-to-emitter volts = 60, and frequency = 20 Me... 3 min Noise Figure (with coilector-:o-emitter volts = 10, collector ma generator resistance = 1000 ohms, circuit bandwidth = 15 kilocycles, and signal frequency = 1 kilocycle)............. 00sec eae 6 max db Total Switching Timet (delay time plus rise time plus fall time)........ . 30 max nsec * Pulse duration = $00 psec, duty factor = 0.018. { See Total-Switching-Time Measurement Circuit below. -50V +20 V Ci = 0.01 uf Q 2 = 1000 ohms OUTPUT Ra = 4700 ohms SAMPLING Bi = oor ok bse es Spe Re = 1000 ohms, 5 watts ti Re -SOV mCR 92CS-II86RI 251