RCA TRANSISTOR MANUAL In Common-Base Circuit Collector-to-Base Capacitance (with collector-to-base 2N1605 2N1605A volts = 6 and collector current = O)............06- 20 max 20 max pt Forward-Current-Transfer-Ratio Cutoff Frequency (with collector-to-base volts = 6 and emitter current = Lo... ce eee tenes 4 min 4 min Me Forward Current-Transfer Ratio: With collector-to-emtter volts = 0.15 and collector ma = 12.0 .0..000 0.00 ce eee 30 min 80 min With collector-to-emitter volts = 0.2 and collector ma = 24.0 ...000. 0000 cee eens 24 min 24 min With collector-to-emitter volts = 0.25 and collector ma = 20.0.6... eee eee eee tenes 40 min 40 min TRANSISTOR Silicon n-p-n type used in a wide ONT 6] 3 variety of small-signal and medium- power applications in industrial and military equipment. It can be used in E rf service as an amplifier, mixer, oscil- lator, and converter; in af service for emall- and large-signal driver and power applications; in switching service for high-speed switching circuits requiring transistors having high voltage, high dissi- pation, high pulse beta, low output capacitance, and exceptionally low noise and leakage characteristics. JEDEC No. TO-5 package; outline 6, Outlines Section. For curve of typical transfer characteristics, refer to type 2NZ102, MAXIMUM RATINGS COLLECTOR-TO-BASE VOLTAGE (with emitter open)...........eseerenes . 75 max volts COLLECTOR-TO-EMITTER VOLTAGE (with external base-to-emitter resistance = 10 ohms or less)... 1. ee ete eee 50 max volts EMITTER-TO-BASE VOLTAGH (with collector open) . : . Tmax volts COLLECTOR CURRENT. 0... cece eee tee tee te eaten eee tn eee 1 max ampere TRANSISTOR DISSIPATION: At case temperatures up to 25C. 0 eee ee eee eee 3 max watts At ambient temperatures up to 25C 0.8 max watt At case or ambient temperatures above 25C See curve page 68 TEMPERATURE RANGE: Operating (junction) wae beens 65 to 200 C Storage... 0... tees sees 65 to 300 C LEAD TEMPERATURE (for 10 seconds maximum) 255 max C CHARACTERISTICS Collector-to-Base Breakdown Voltage (with collector ma = 0.1 and emitter current = 0).........-+4-- aeee 75 min volta Emitter-to-Base Breakdown Voltage (with emitter ma = 0.24 and collector current = 0). .......-. 00.0 ees Tmin volts Collector-to-Emitter Reach-Through Voltage (with emitter-to-base volts = 1.5 and collector ma = 0.1).......-.... 15 min volts Collector-to-Emitter Sustaining Voltage (with external base-to-emitter resistance = 10 ohms or less and collector ma = 100)............... 50 min volts Base-to-Emitter Saturation Voltage (with collector ma = 150 and base ma = 15).........---0 02 ee eee eee 1.3 max volts Collector-to-Emitter Saturation Voltage (with collector ma = 150 and base ma = 15)..... 1.5 max volts Collector-Cutoff Current: (with coflector-to-base volts and emitter current = QO)... eee ene enee 0.01 max us Emitter-Cutoff Current (with emitter-to-base volts = 5 and collector current = DO)... cece eee eee anne teeene 0.01 max ua Thermal Resistance: Tunction-to-case. eee ee tence teeter ence tenets 58.38 max C/watt Junction to ambient... 1... ce eee nee net nena 219 max C/watt in Common-Base Circuit Input Resistance at; 1 kilocycle: With collector-to-base volts 5 and collector ma = 24 to 34 ohms With collector-to-base vclts = 10 and collector ma = Ato 8 ohms 228TECHNICAL Input Capacitance (with emitter-to-base volts = 0.5 and collector current = 0)... 0.0. cee ccc eee tee ee enrene 80 max Output Capacitance (with coliector-to-base volts and emitter current =O)... 00 ce nee terete eneee 25 max Output Conductance at 1 kiloe: With collector-to-base volts 0.1 to 0.5 With collector-to-base volts 0.1 tol Smail-Signal Open-Cireuit Rever 6 and collector ma = 1... 10 and collector ma = 5 Yoltage-Transfer Ratio at 1 kilocycle: With collector-to-base volts & and collectorma = 1.............. 0.0003 max With collector-to-base volig = 10 and collector ma = 5...........04. 0.0003 max In Common-Emitter Circuit DC;Pulse Forward Current-Transfer Ratio:* ith collector-to-emitter volts = 10 and collector ma = 150......... 40 to 120 With collector-to-emitter volts = 10 and collector ma = 500......... 20 min DC Forward Current-Transfer Ratio: With collector-to-emitter volts = 10 and collector ma = 0.1.......... 20 min With colleetor-to-emitter volts = 10 and collector ma = +e 35 min Small-Signal Forward Current-Transfer Ratio: With collector-to-emitter volts =: 5, collector ma = 1, and frequency = 1 kilocycle.. 2... ee eee 30 to 100 With collector-to-emitter valts 10, ecllector ma = 5, and frequency = 1 kilocycle. 2... ee eee eee 35 to 150 With collector-to-emitter volts =: 10, collector ma = 50, and frequency = 20 Mc.... 2.22... eee te ee 3 min Noise Figure (with collector-to-emitter volts = 10, collector ma = 0.3, generator resistance = 1000 ohms, circuit bandwidth = 15 kiloceycles, and signal frequency = 1 kiloeyele). 2... 0... ee 12 max Total Switching Time? (delay time plus rise time plus fall time)......... 80 max * Pulse duration = 300 usec; duty factor = 0.018. t Reler to type 2N2102 for Total-Switching-Time Measurement Circuit. TYPICAL COLLECTOR CHARACTERISTICS TYPE 2NIGIS COMMON-EMITTER CIRCUIT, BASE INPUT. 10 > AMBIENT TEMPERATURE = 25C @ COLLECTOR MILLIAMPERES > na Nn 0 lo 20 30 40 50 60 7% COLLECTOR-TO-EMITTER VOLTS 92cs-l78T TYPICAL COLLECTOR CHARACTERISTICS T T I I TYPE 2NI613 COMMON-EMITTER CIRCUIT, BASE INPUT. AMBIENT TEMPERATURE = 25C wo w ro ul | Z 500 oz 1S a 10 a oe nn _ 8 = 400 oa es ae 6 & Bee rT 4 tees en | 300 ae io ia : ie a ee 2 g 200 4 = at | 100 ff | YY | I { _| [ BASE MILLIAMPERES = 0 l | 2 6 8 10 12 COLLECTOR~TO-EMITTER VOLTS 92CM-1189T DATA pf pf umho umho db nsec 229