SHINDENGEN ELECTRIC MFG WDE D MM 4219387 OOGO0080 5 MBSHEJ 7- 7?-/ @ Outline Dimensions gay 10 L_1aMa* | pax vk BT e & Z in 3] Z LI weight | 6.3g 5.1202 unit mm @ Ratings E1AJ.No. 2SC2505 Item Symbol House. No. Unit Conditions T3M40F1 Storage Temperature Tstg 55~ + 150 C Junction Temperature Tj + 150 C Collector to Base Voltage VcBo 500 Vv Absolute Collector to Emitter Voltage VcEO 400 v Emitter to Base Voitage VEBO 7 Vv Maximum : DC Ic 3 A Collector Current [~ Ratings Peak lup 6 A DC IB 1 A Base Current Peak lap 2 A Transistor Dissipation Pr Tc=25C 60 WwW Collector to Emitter Sustaining Voltage | Vceo(sus) | lc=0.1A MIN 400 Vv IcBo At Rated Voltage MAX 0.1 I - A Collector Cut-off Current 1cEO At Rated Voltage x08 MAX 0.4 m Emitter Cut-off Current lEBo At Rated Voltage MAX 1 mA neE1 VcE=2V MIN 15 Ic =1.5A ST 20 Static Forward Transfer Ratio ee Vina av MIN 8 ee Ic =3A STD 40 Electrical STD 0.35 Collector to Emitter Saturation Voltage | Vce(sat) c= 1.5A MAX 07 Vv Characteristics ips 015A STP + Base to Emitter Saturation Voltage Vaz (sat) , MAX v (Tc=25C ) 1.5 Junction to Case Thermal Resistance ajc Between Junction and Case | M4* 2.08 | C/W Gain Bandwidth Product fr VcE=10V_ Ic=0.3A STD 20 MHz ~ STD 0.55 Turn on Time ton Ipi=/lp2=0.3A MAX 1 us Ic =1.5A STD 2.3 Storage Time ts RL =202 MAX 3 nS Veu2=4V STD 0.5 Fall Time tf Bee MAX O7 us @ input Output transmission characteristics 5 Vece= AS vv tee 2s @ 500mA 200mA 100mA 50mA 20mA 10mA LA 06 04 0.2 2 3 5V Base current Collector voltage 05 Base valtage 2V 16 1950 F-13SHINDENGEN ELECTRIC MFG GLE D MM 8219387 0000081 7 MESHEY 7-33I\ @Static forward transfer ratio vs 7 temp. characteristics @Saturation voltage characteristics 0 pee T, 25C | Conditions Conditions : Pulse measure Te= a hy; (MIN) a Cc ss Static forward transfer ratio aot 55C o ab 3 te 3s 10 >So 8 2 * 6 a2 VS 4 = E vu 33 2 Om 01 0.2 0.4 06081 2 4 6A Collector current 0 0.005 0.01 002 0040.06 01 0.2 0.4 060.81 2A @ Transition heat impedance Base current 5 CW 4 : with infimit fin ~ 2 = @Collector current vs Switching time 1048 8 ko 6 {Teal 5 Voce -30V Ven 4V 4 Te =25C Transition thermal impedance Switching time o oOo nD Om 002 0.4 ool 1 D LL 1 1 Jpd it | Jo 1 pp 005 oot 002 004 006 o1 02 O 06 08 1 2 4 6 4 10mS Time 0.2 @Vcc vs Switching time ol 10uS . 8 k=15A Ta: =[p2=0.3A 6 Vine 4 |B: load 0.05 a2 0 0.5 1 15 2 2.5 3A ts Collector current 2 wo E = @Safe operating zone wood = 08 6A g E06 4 wn 0.4 2 2 4 1 0.8 0.1 2 0.6 0 B04 0.06 3 0.05 0 50 100 150 200 250 92 Vec 3 2 7g . , . 3 Ol @Dissipation and IsB derating curve 908 100% 0.06 0.04 os 80 Condition : so temp 26C 23 ingle pulse La a 0.02 = & col 2s 4 0.01 oF 10 2 40 6080100 200 400V 55 Collector Emitter voltage 2s ee UF Oo 0 1 0 20 40 60 30 100 120-140 150T Case temperature 1951 F-14 "1