SHINDENGEN ELECTRIC MFG WIE D W@@ 86219387 O000062 9 MBSHEJ T- 33-/3 @ Outline Dimensions Max 10 1gMAx 8S O W : | me | Max x Kg i, q 2 % gy a0? werght | 6.3g . unit - mm @ Ratings Item Symbol House. No. Unit Conditions T6M40F1 Storage Temperature Tstg 55~ + 150 C Junction Temperature Ty + 150 "Cc Collector to Base Voltage VcsBo 500 Vv Absolute Collector to Emitter Voltage VcEO 400 Vv Emitter to Base Voltage VEBO 7 V Maximum OC Ic 6 A Collector Current Ratings Peak Icp 12 A DC lB 2 A Base Current Peak Bp 4 A Transistor Dissipation Pr Tc= 28C 80 Ww Collector to Emitter Sustaining Voltage | Vceo(sus) | Ic=0.2A MIN 400 Vv IcBo At Rated Voitage MAX 0.1 Collect -off t ector Cut-off Curren iceo. | At Rated Voltage X0.8 wax o7 | A Emitter Cut-off Current IEBO At Rated Voltage MAX 1 mA heEt VcE=2V MIN 15 Ic =3A STD 20 Static Forward Transfer Ratio _ Ver=2V MIN 8 : ic =6A STD 40 Electrical STD 0.25 Collector to Emitter Saturation Voltage | Vcr(sat) c= 3A MAX O7 Vv Characteristics ra 0.3A STD 1 Base to Emitter Saturation Voltage Vee(sat) | MAX Vv (Tc=25C ) 1.5 Junction to Case Thermal Resistance 8\c Between Junction and Case | MA4* 1.56 | C/W Gain Bandwidth Product fr Vce=10V_Ic=0.6A sTD 20 MHz STD 1 Turn on Time ton Ini In2=0.6A WAX 055 us lc =3A STD 3 St T orage Time ts AL = 102 MAX 25 us _- STD Fall Time tf Vap2=4V MAX oe Ss @input Output transmission characteristics Ver= la= 3A tor current 500 mA Co 200 100 50 2 3 5V Collector voltage Base current Ver=05V 1 Base voltage 3V 18 1952 G-O1SHINDENGEN ELECTRIC MFG W1E D M@ 62193467? 0000083 O MBSHEJ 47~wH33-/32 @Static forward transfer ratio vs temp. characteristics 200 Condition Wer=2V 3 te = 3 sc wi aao Statie forward transfer ratio =~ 20 0.2 04 06081 4 Collector current 6 8 1012A @ Transition heat impedance SC/W 4 at with infinit fin o1 008 0 06 Transition thermal impedance 004 002 001 ol 4 Litiit 1 4 Pot tig 1 de aL 4k 0.005 tol 002 O04 006 601 az O4 06 081 a 4 Time @Saturation voltage characteristics TT. =25C Conditions : Pulse measure hy (MIN) 3V 34 5A Collector -base voltage Base-emitter voltage aT 002 000% 01 02 (04 06081 2 4A Base current @Vcc vs Switching time 10uS BL =3A 6 In =Im=0 6A View =4V 4 reac R. load co nm wom Switching time o = 02 01 0 20 40 60 80 100 120 140 160 180 200 220 250V Vee @Collector current vs Switching time 10nS 8 6 4 08 06 0.4 Switching time a let 02 Vcc =30V Visu2 74 Tco=25'C ol 0 08 0 06 0 055 7 2 3 4 5 6A Collector current @Dissipation and Iss derating curve 100% N i | om Pa | == 80 N a NY = ee -~ s 60 4+ on 53 e 5 40 Loy, ig w OO 29F- -4--- N. 3s 20 %9 20 40 60 80 100 120 140 150T Case temperature @Safe operating zone 12A 10 8 6 4 08 0.6 o4 02 Condition : Case temp 25C Single pulse Collector current 01 0.08 0 06 0.04 0.02 001 80 CoHector Emitter voltage 19