D42C ETC1
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NPN POWER TRANSISTORS 2c Ser —
0 E 30-80 VOLTS
COMPLEMENTARY TO THE D43C SERIES 3 AMP, 12.5 WATTS The General Electric D42C is a power transistor designed for NPN various specific and general purpose applications, such as: couscron output and driver stages of amplifiers operating at frequencies from DC to greater than 1.0 MHz; series, shunt and switching A a Lal regulators; low and high frequency inverters/converters; and pL many others. Ze eurten : CASE STYLE TO-202 Features: DIMENSIONS ARE IN INCHES ANO (MILLIMETERS) © High free-air power dissipation ares ¢ NPN complement to D48C PNP. ~y 0120-0199 * Low collector saturation voltage (0.5V typ. @ 3.0A Ic) woos | ial Tea * Excellent linearity ‘ ¢ Fast Switching oassoais 0065.0075 Tasr-eoory | Tai a) aR CHANrER ae ou : Toa i ; SET fe, e.700.190 easter 05-0108, olstoe ozs are aoe aoa comer | Rey . (wee [rena 1] rena 2 [Teas Tas) (roca | ewirren [eouuecron ease — J cousoroa_| maximum ratings (Ta = 25°C) (unless otherwise specified) | ___RATING TT SvmBou T4261, 2,8 | 42C4, 5,6 | Da2c7, 89 [D42C10, 11, 12] UNITS] |Gollector-EmitterVoltage | Vozo | 30 |5| OTS 80” ‘ols | | Collector-Emitter Voltage | Vces | 40ST Si S70 «~~ ‘Vola | [Emitter Base Voltage | Ven | 8 | ST S| CS —*t (Volts | Collector Current — Continuous Ic A Peak(t) tom | Base Current Continuous | tg | 2 | dP Cd | Total Power Dissipation @ Ta = 25°C. 2.1 Watts @To= 26°C 12.6 thermal characteristics’ Thermal Resistance, Junction to Ambient [ Rasa | 60 [60ST 60S] SC«dSC Thermal Resistance, JunctiontoGase__ | Rwo | 10 [0 TT —=«d;CS | Maximum Lead T ture for Solderi Peeper iereectreses [| ee [we [am | ae | (1) Pulse Test Pulse Width = 300ms Duty Cycle < 2%. .
electrical characteristics (To = 25°C) (unless otherwise specified) ; CHARACTERISTIC symBou | MIN [ typ [Max [UNIT | off characteristics Collector-Emitter Sustaining Voltage ' , 04201, 2,3 Vceo(sus) | 30 Volts {Ig = 100mA) 4204, 5,6 45 ° D42C7, 8,9 “| 60 ; . . 042C10, 11, 12 80 . Collector Cutoff Current , (Vce = Rated Vces) Ices 10 HA Emitter Cutoff Current A (Vep=8V) ba second breakdown . SEE FIGURES 3 & 4 on characteristics : DC Current Gain D42C1, 4, 7, 10 25 (Ig = 200MA, Veg = 1V) 4202) 5, 8, 11 400 04263, 6, 9, 12 40 (Ig = 1A, Vog = 1V). 042ct, 4,7, 10 (Ic = 2A, Vee = 1) 04263, 6, 9, 12 Collector-Emitter Saturation Voltage (Io = 1A, Ip = 50mA) 0D42C2, 5, 8, 11 VoE(sat) Volts D42C3, 6, 9, 12 (Ig = 1A, Ig = 100mA) 04261, 4, 7,10 | Ve;sat Volts Base-Emitter Saturation Voltage dynamic characteristics Collector Capacitance wera | cowo | | = | te |r Current-Gain — Bandwidth Product tr | 50 | (Ig = 20mA, Voce = 4V) switching characteristics : [Resistvetoad —SSOSCSC~—CSCSSCSCSCSC‘dC.—Ssd[—Ssd dd Delay Time + Io= = = Delay Tim lo = 1A, It = Ip2 = 0.1, tatty 100 Voc = 80V, tp = 25 usec [ts | — 500 | Fall Time [= ts = (1) Pulse Test PW = 300ms Duty Cycle < 2%. :
. eS) eo | ee - -|_—E fc ee ee ee oO ee eo eed) aon a ee fo | eee eet ASE Pee TI ~E PT Ss PF Lee FTA NNT F 2, = q a] Ne) Eee TT NT a SN ee ee ofa NSA [oj a a eS | ETH SS re Tren SCO CEs . or oo 10 « FIG.2 TYPICAL NORMALIZED heg VS. Ic ‘0 ° «freer coutaroneetor—}—}-+— feranpansinovmanot iEmrctemaber i Steitaees 5 er outyore eS femora SSS sere, Pemermm— | AS a S< rl a Ssh SST e 8 DERWERDRSPIONZ AS et RAT a a SSS i «Tice, SE SZ 2 emi SSC) SERED oe a eS | [TT ANN 8 ee 0 SAH | aot oes Sos Sot Sones somes TAS ST Py a PA 8 ee STA es mri \\] [TN : : a a a : a Vee COLLEGTOR TO EMITTER OLTAOE-vOLTa VoE-COLLEOTOR TO EMITTER VOLTAGE VOLTS FIG.3 SAFE REGION OF OPERATION FIG.4 SAFE REGION OF OPERATION ° vere PJ pty a . a pm ee itd i ' 7 CASE AY) Bipr All E10 | Tessre gl Veeisanit 26 (38 -Fe TT YT Dee TTT Le) SEE & Lf fevers i \\ : =a ee Zo | coe : a Cn all EWE beepers eer TTT & WAX. 0¢ CURRENT NNN GE a a a ae wrecca SS sow aan gamer SS] FCT H °5 10 20 30 40 $0 60 70 60 90 100 ol FIG. 5 MAXIMUM PERMISSIBLE DC 1 OE 08 08 80D Lad Ld . POWER DISSIPATION gr COLLECTOR CURRENT- AMPERES FIG.6 TYPICAL SATURATION VOLTAGE - aaa CHARACTERISTICS
prion tp crs pie T | Pes ee a, ae ee ah es a a who [Pe [ree rt i 4 Poe eT fa a 0 i AS [| [peer iy ot tt SS a 6 ee 8 FIG.7 MAXIMUM TRANSIENT THERMAL IMPEDANCE FIG.8 TYPICAL INPUT CHARACTERISTICS ‘Fee. GA ; vere Ae a a ee eee Pop ae DN, Saterremmei on a ee CON a | | . 0 NI oe ee Ba INES fe a 2 ae ee FIG.9 FIG. 10 TYPICAL TRANSCONDUCTANCE CHARACTERISTICS TYPICAL Iceo, Ices VS. TEMPERATURE