358 -721/73z oe: ee - eet teem ee ee mone we e et Tf ore tad. , SEMELAB TYPES 2N3702, 2N3703 P-N-P SILICON TRANSISTORS ote oe For Complementary Use with 2N3704 thru 2N3706 MECHANICAL DATA i TO-92 LEADS 1 DEVICE 1 2 3 2N3702, 2N3703 Emutter Collector Bese ABSOLUTE MAXIMUM RATINGS 2N3702 2N3703 A8T3702 A8T3703 40Vv -50V Collector-Bame Voltage ww 8 tt te et te et Collector-Emitter Voltage (See Note) 2 0 6. et et es -7v* -30V Emitter-Base Voltage 00 6 wk ee ee ee -5V" -SV Continuous Collector Current ww ww ee et <-200 mA*e Continuous Device Dissipation at (or below} 25C Free-Air Temperature (See Note 2} . fe mp Continuous Device Dissipation at (or below) 25C Lead Temperature (See Note 3)... . . = fhm we _ Storage Temperature Range 0 ww ee ee ~65C w 150C | Lead Temperature 1/16 Inch from Case for 1WSeconds ww ee ee 260C" e VOTES: 1, These values apoly when ths bese-emirwe diode it open-orcuited. 2. Cereus the 625-mw rating linearly to 150C freee temperature st the raw of S mue/C. Derete the 140 mW (JEDEC registered) Fating Ineorly to 150C free-er ternperature st the rate of 2.88 mWw/C. 2. Derece the 1.25-W ranng lincerty to 150C ined tempersture et the rete of 10 mw/"C. Devete the SO0-mW (JEDEC regretered) tating linearty te 180C lead termnpereture at the raw of 4 mW/'C Lead temper suse measured on the collector ised 1/16 ine) frem the cous. The asterisk Wentifies JEDEC regictered dete for the 7N3702 and 7N3703 only, This dete shest contsine all appilcadie regietered date ln elect of the time af sublicetinn on 2 A - owe * a oe eats ne ee ' ee ke ae ee writes . ot tbe - seo *electrical characteristics at 25 C free-air temperature : 2N3702 2NI703 i PARAMETER TEST CONDITIONS asT3s70z | ast370g_ UNIT) : MIN MAX | MIN MAX i 1 Coltector-Base } v le=-!1 le = - 1 I (BRICBO preskdown Voitage OouA, Ie- 0 0 = Vv | ty Collector-Ermitter lee -10mA, Ip See Note 4 2s 0 v | ViBRICEO Breakdown Voltage Cc - ig? ote - : Ermtter-Base : ' VIBRIEBO pe csidown Voltage ig =-100 uA, Ic *0 5 5 viol; Icso Coitector Cutoff Current Veg = -20V. te 9 -100 100| nA . 'eB0 Eemtter Cutoff Current Ves -3. I70 -100 100| nA I hee Static Forward Current Transfer Rave Vce*2-5V. lee 50 mA, See Note 4 60 300 30 150 | Vac Base-Esmtter Voltage Vege -5V, Ics ~SamA, See Note 4 | -0.6 -1|-0.6 <1} Vv ' Coltector-Emitter t Ig = 5 mA, le = 50 mA t VCE (eet) Saturation Voltage 8 5 c so . See Nore 4 0.25 0.25) V if Transition Frequency Veer SV. Ie 7-0 mA, See Note | 100 100 MHz Common-Base Open-Circuit Vege tov, te = 0. f 1H Cobo Output Capscitance ce & * 12 12) PF NOTES: 4. These perarmeters must be measured using pulse techniques, ty 300 us, duty evcte < 2%. 6, To obtain f+, the Prel response with frequency is extrapolated et the rete of 6 dB per octave from f= 20 Mz to the freavency et which Peg] * 3. * The asterisk identifies JECEC registered date for the 2N3702 and 2N37G3 only THERMAL INFORMATION FREE-AIR TEMPERATURE LEAD TEMPERATURE DISSIPATION DERATING CURVE DISSIPATION DERATING CURVE TI Guaranteed Tl Guaranteed JE registered JEDEC registered Py-Maximum Continuous Device DissipstionmW P7Maximum Continuous Device DissipationmW 0 3B 50 7S 100 125=Cs<1800 0 2s 50 ri) om 150: TaFree-Air Temperature"C -mperature"C FIGURE 1 FIGURE 2 ST en te A aR em ee ee one . F so . * aN we tee : < Pu eM, . 222 , + bg -