SHINDENGEN ELECTRIC MFG WDE D MM 8219387 0000072 b MMBSHEJ 7-33-/3 @ Outline Di mensions SOW See T8VFi be > wo 3 Oo 3 te i; LZ 16.5MAx 16.0*? 4 7 |: 37| weight 10g | 5 46/5 46 06 LL 3.31 unit: mm _~ @ Ratings EIAJ.No. 2802503 | Item Symbol House. No. tO nit Conditions T8V40F1_ | Storage Temperature _ Tstg 55~ + 150 C Junction Temperature TI + 150 C Collector to Base Voltage VcBO 500 Vv Absolute Collector to Emitter Voltage VcEO 400 v Emitter to Base Voltage VEBO 7 Vv Maximum rr _ | po le 8 A Collector Current r Ratings Peak IcP 16 A DC IB 4 A Base Current Peak lap 8 A Transistor Oissipation Pr Tc= 28C 80 Ww | Collector to Emitter Sustaining Voltage | Vcro(sus) | |c=0.2A MIN 400 V 7 IcBo At Rated Voltage MAX 0.1 Collector Cut-off Current Ick. At Rated Voltage X08 MAX 0.1 mA Emitter Cut-off Current IEBO At Rated Voltage MAX 1 mA heFL VcE=2V MIN 15 Ic =4A STD 90 F. Static Forward Transfer Ratio news Vpn 2Vv MIN 8 lc =8A STP 10 Electrical ~ STD 0.35 Collector to Emitter Saturation Voltage | Vcr (sat) Ic=4A MAX 07 Vv Characteristics Ip=0.4A STD T Base to Emitter Saturation Voltage VbE(sat) , MAX Vv (Tc=25C ) 1.5 Junction to Case Thermal Resistance 8\c Between Junction and Case | M4* 1.56 | C/W Gain Bandwidth Product fr VcE=10V_Ic=1A sTD 20 MHz STD 0.7 Turn on Time ton Ini Ine0.8A MAX 7 us Ic =4A STD 2.4 Storage Time / ts Ri, =5Q MAX 3 us Vv =4V STD 4 Fall Time tf ne MAX OF s @input Output transmission characteristics Vee - [p= 5V. A 4A 3A 2A Q5A Collector current 02A OIA 005A 2 3 5v Base curent Collector voltage Base voltage 3V 1942 F-05 SHINDENGEN ELECTRIC MFG 4JE D MM 6219387 0000073 & MBSHEJ 7.3 ,3-/3 @Static forward transfer ratio vs temp. characteristics @Saturation voltage characteristics 150 4 Conditions ; Tc =25C Vor =2V Conditions .Pulse measure e 100 hrs (MIN) = 80 BV - 60 ~ & wm 40 25 & | = 1 = , 7T 20 v 5 2% = oc he ox = 10 > S 15 e 8 oe 2 6 S28 a ~2ol o> & 4 28 Yo 3g 05 2 on OL 02 04 06081 ~ 2 4 6 B10 16A Colector current 0 001002 004006 01 G2 0406081 2 4 6 8A Base current @ Transition heat impedance 3C/W 2 with ainfinit fin = = = $mS 10 @Collector current vs Switching time 100 8 o wn 6 9 ne Transition thermal impedance 2 005 vo & 1 08 002 2 06 001 2 0.005 001 1 40608) 10S ez oa 0005 001 0 004006 O1 0406081 2 4 6 810mS Time = ; . 02 @Vcc vs Switching time 10S 8 - 6 4A | 01 Tu -Tne 0 8A : Vian 4V R load 0 08 To 25sec! ~ 0 08 0 05 0 2 4 6 8 TOA 2 Collector current v & nl = 08 = 2 06 @Safe operating zone = nm o4 16A 10 8 02 6 4 01 2 05 0% 5 50 100 150 200 250V eo Vee H 0B 5 06 @Dissipation and Is;pe derating curve z 04 100%, T 7 T T T 3 ig! ZS 02 y om By Oo . Case temp 25C SS 30-+--- t LMited + 1 Condition Single pulse es ' | OL las | 0.08 eC vo oo ato 4 0 06 5 Ine 0.04 2) Ne OL s5 ey 2s | | 002 oo | oo a5 I 1 3s 7 if , | 001 oe | 4 68 20 40 60 60100 200 400V 4 | \ Collector Emitter voltage 0 20 ~40 60 80. :100~=S120S140 150 Case temperature 1943 F-06