Zo ns SILICON POWER TRANSISTORS Zo COMPLEMENTARY 10 AMPERES P hee h Package t v I FE To= 25C Wie cont, @1V,2A @1V.4A COMMENTS Penge Outline o. Max. Hn (vy (A) Min. Min. RED Power Pac GREEN Pac RED Power Pac GREEN Pac RED Power Pac GREEN 30 35 20 --30 35 20 30 60 40 --30 60 40 45 35 20 35 20 RED Power Pac GREEN D44HS 60 40 - 60 40 RED Power Pac 40 Pore Pac 60 40 oR eee 60 40 pene RED pane : 38 20 Power Pac D45H10 - 35 20 GREEN Power Pac D44H7 35 20 D44H8 _ 60 044H11 - 60 40 RED Power Pac D45H11 60 40 GREEN Power Pac D45H12 60 40 {GREEN 118Silicon Power Pac =. . | [rs | Transistors = Color Molded The General Electric D45H is a green, silicone plastic encapsulated, power S transistor designed for various specific and general purpose applications, xe such as: output and driver stages of amplifiers operating at frequencies from DC to greater than 1.0 MHz; series, shunt and switching regulators; i f B Li c E low and high frequency inverters/converters; and many others. Green FEATURING: @ PNP complement to D44H NPN @ Excellent linearity @ Green for PNP, red for NPN Fast switching JEDEC T0-220 AB @ Very tow collector saturation voltage @ Round leads (0.37 V typ. @ 5.0 A Ig) @ Hard solder mount down oso) eo r So . . TERMINAL ARRANGEMENT 040 : 14s rts absolute maximum ratings: (25C unless otherwise specified) . Teh ad ai 2 4.88 MP) D45H1 D45H4 D45H7 D45H10 FY ~pomt qt D45H2 D45H5 D45H8 D45H11 Cyr | Voltages D45H9 D45H12 Sx, || Collector to Emitter VcEO 30 45 60 80 Volts | BASE on - | Emitter to Base VeEBo a) - 3 ~ $3 - Volts 3. EMITTER : Current (1) * NELecTICaLLY conwon S00 Collector (Continuous) Ie : ~-10 Amps Collector (Peak) - 20 Amps Power Dissipation(1) hte Tab at 25C Pr 50 Watts Tab at 70C 32 Watts Free Air at 25C 1.67 Watts Dimensional Outlines Free Air at 50C 1.33 Watts Thermal Resistance (2) Junction to Case R6ic so Se sh Junction to Ambient R643 OO 5 OO CW Temperature (2) Operating Ty i __ -55 to +150 > CO Storage TstG __ -55 to #150 Lead Soldering, 1/16 + 1/32 from case for 10 seconds max. TL ___ +2460 >-. NOTES: (1) Refer to the Safe Region of Operation curve for further information (2) Case temperature reference point is indicated on the Dimensional Outline Drawing. electrical characteristics: (25C unless otherwise specified) Min. Max. Forward Current Transfer Ratio (Veg =-1V,I=-2A) D45H1, 4,7, 10 her 35 - D45H2, 5,8, 11, 9,12 hee 60 _ (Vee =-1V, Ig =-4A) D45H1,4,7, 10 hee 20 - D45H2, 5, 8, 11, 9, 12 hee 40 - Collector to Emitter Sustaining Voltage) (Ie = 100 mA) D45H1, 2 30 _ Volts D45H4,5 Veceo(SuUs) 4 _ Volts D45H7, 8, 9 -60 = Volts D45H10, 11 , 12 80 - Volts Collector Saturation Voltage(?) (ic = -8A,1p=-0.4A) D45H2, 5,8, 11 Vce(SAT) - 1,0 Volt dc =8A,Ip=-0.8A) D45HI1,4,7,10, 9,12 Voe(SAT) - -1.0 Volt Base Saturation Voltage(3) (Ic = ~8A, Ip = 0.8A) Vee (SAT) - -1.5 Volts On-Voltage (I = 10 mA, Vee = 2V) VBE(on) 0.54 0.64 Volts Collector Cutoff Current (VcE= Rated VeEo, Ty = 25) logo - 10 BA Emitter Cutoff Current (Veg = 5V, Ty = 25) lego 1171 - 100 UACollector Capacitance (Veg = 10V, f= 1 MHz) Gain Bandwidth Product (Vcr = 10V, I = 500 mA) Switching Times Rise Time and Delay Time (Ig = SA, Igy = -0.5A) Storage Time (le =SA, Ipi = Igo = 0,5A) Fall Time (Ic = ~SA, Ip1 = Igo = 0.S5A) NOTE: (3) Pulsed measurement, 300 usec pulse, duty cycle =2%. D4asH PARTS 1,4,7,10 Vopet AHH Nog BV -oo1 ~o1 -10 Tg COLLECTOR CURRENT~ AMPERES TYPICAL GAIN CHARACTERISTICS 50 a 2 5 : > z s ; 2 2 * 0 2 >. } ? 2] z & EI E & 5 z | # z = : a 3 zt 3 3 2 30 T.eosee 2 =z | =z z ro 788" 2 = revere 8 3] 8 a : > 2 Tetloorc NK > | >| > + 20 T c | KL] { | | + ! 1 0 20 -30 -40 -50 -60 -70 80 Vp -COLLECTOR~ TO- EMITTER VOLTAGE ~ VOLTS MAXIMUM PERMISSIBLE DC POWER DISSIPATION -10.0 Tj =180C owT =25C Vee (sat) Ic/Tg=!O Vee(saty Ic/Ip*20 Voe(sat) Te/Ig=!0 SATURATION VOLTAGES VOLTS Or 01 -Lo -10.0 Tg-COLLECTOR CURRENT- AMPERES TYPICAL SATURATION VOLTAGE CHARACTERISTICS TRANSIENT THERMAL IMPEDANCE-C/W Typ. 230 pF 40 MHz 135 nsec 500 nsec 100 nsec 45H PARTS 2,5,8,1 -0.01 -O.l -10 -1090 T- COLLECTOR CURRERT- AMPERES TYPICAL GAIN CHARACTERISTICS 20 WAPEAK COLLECTOR CURRENT Vceo MAX PARTS U2 MAX. OC POWER DISSIPATION Veo MAX. PARTS 4,5 Soe Vogo MAX. PARTS 7, WAX. PART 10,11, , OUTY CYCLE 50% Tp 7 COLLECTOR CURRENT - AMPERES 1 T,. 70C 701 -to 10 100 Vog ~COLLECTOR TO EMITTER VOLTAGE - VOLTS SAFE REGION OF OPERATION YUNCTION TO. 0.001 1078 we ors ior? 1ort 10 0 yor we TIME SECONDS TRANSIENT THERMAL IMPEDANCE 1172