@Outline Dimensions 36.0 MAX 56 30.15*? [20 17.5 MAX . | a r T10V F1 oT) Nil | C2504 cost) 3) 4-H BCE ~ 21 z 12 f a iE 2 weight 10g [546/546 eal 331 . unit :mm @ Ratings aaa 2802504 Item Symbol House. No. Unit Conditions T10V40r1 Storage Temperature Tstg 55~+ 150 C Junction Temperature Ty _ +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 DC Ie 10 A Collector Current Ratings Peak lop 20 A DC IB 4 A Cc t Base Curren Peak InP 8 A Transistor Dissipation Pr Tc =25C 100 Ww | Collector to Emitter Sustining Voltage | Vcro(sus) | Ic=0.2A MIN 400 7 IcBo At Rated Voltage MAX 0.1 llect Cut-off t A ei lcco | At Rated Voltage X0.8 WAX gt | Emitter Cut-off Current lEBO At Rated Voltage a 1 mA a VcE=2V MIN 15 lc =5A ue 20 Static Forward Transfer Ratio _ Vann ov min 8 ? lc =10A ST 19 Electrical STD 0.4 Collector to Emitter Saturation Voltage | Vce(sat) = BA Ma oe v Characteristics 30 5A SED 7 Base to Emitter Saturation Voltage VsBE(sat) mee v (Tc =25C ) a 1.5 Junction to Case Thermal Resistance 8c Between Junction and Case | MAX 1.25 | C/W Gain Bandwidth Product fr Vce=10V Ic=1A STD 20 | MHz Ibi =lbe= 1A STD 0.7 Turn on Time ton Ic =BA MAX 1 us RL =5 aa 2.4 Ol Storage Time ts Visue = 4V MAX 3 us STD Fall Time tf MAX OF aS @input Output transmission characteristics Vce= Is= A 4A 3A 2A 05A Collector current Q2A OIA 005A 2 3 5V Collector voltage Base curent Base voltage av@Static forward transfer ratio vs temp. characteristics 200 Conditrons Vce=2V 100 80 60 40 20 Static forward transfer ratio 2 01 02 04 06 1 2 4 6 810 20A Collector current @ Transition heat impedance 3C/W 2 with anfinit fin 5 ~10S _ o an o ee = to bd 2 cA Transition thermal impedance 2 o S 0.01 0 005 0.06 O1 0005 0.01 0.02 0.04006 0.1 02 4060.81 2 4 6 810mS Time @Vcc vs Switching time 10#S 8 6 =5A ImIne-TA |p 4 Vinz=4V load Tr ~25C oo Ron Switching time a = 02 01 005 0 50 100 150 200 250V Vee @Saturation voltage characteristics Tc =25C Conditions : Pulse measure hr ( MIN) Collector-base voltage Base-emitter voltage 0 001 002 0040001 02 0406081 2 4 638A Base current | @Collector current vs Switching time 10u5 8 6 08 06 04 Switching time 02 01 005 0 2 4 6 8 10A Collector current @Dissipation and Is/s derating curve 100% NX i s 80 N 2 mteg 60 40 7 + 20 N Collector current ratio (Collector voltage fixed) 0 20 40 60 80 100 120 140 150 Case temperature @Safe operating zone 20A A &y 10 2 0.8 06 0o4 Collector current 02 Case temp 25C Single pulse Condition 0.1 0.08 0.06 G04 0.02 0.01 2 4 6 810 20 40 6080100 200 400V Collector Emitter voltage 11