2SC2333 NEC | Alldatasheet
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DESCRIPTION The 2SC2333 is NPN silicon triple diffused transistor designed for switching regulator, DC-DC converter and ultrasonic appliance ap- PACKAGE DIMENSIONS in millimeters (inches) plications, FEATURES © High speed switching. 25 82Mho so ume Low collector saturation voltage. ce so 436592 ©193 Maxo © Specified of reverse biased SOA with inductive loads. re EE ed 133.02 FACE xe (051)
5 SF )z| = 35
ABSOLUTE MAXIMUM RATINGS jg [ae Rag Maximum Temperatures mi es £ ° . 313 22 los, Maximum Power Dissipation (T; = 25 °C) 234 58 Maximum Voltages and Currents (T, = 25 °C) 1. Base (8) 4. Fin (Collector) : * PW = 350 us, Duty Cycle = 10% : ELECTRICAL CHARACTERISTICS (T, = 25 °C) SYMBOL CHARACTERISTIC MIN. TYP. MAX, UNIT TEST CONDITIONS Ristic MIN, TYP. MAX. UNIT __sTesT cones ton Turn On Time 1.0 us 1¢=0.5A,1g1=—1g2=0.1A tstg Storage Time 25 us RL = 300 2, Veo #150 V tf Fall Time 1.0 us See Test Circuit. neE1 DC Current Gain . 20 80 = VoE=5.0V,I¢=0.1A hee2 DC Current Gain 10 - Vee=5.0V,1c=0.5A VcEl(sat) Collector Saturation Voltage 1.0 v I¢=0.5A,1g=0.1 A Vee(sat) Base Saturation Voltage 12 v 1¢=0.5A,1g=0.1A VcEo(sus) Collector to Emitter Sustaining Voltage 400 Vv 1¢=0.5A,1g=0.1A,L=1mH . I¢=0.5 A, Ig1=—Ig2=0.1 A, Ta=125 °C} VceEX(sus)1 Collector to Emitter Sustaining Voltage 450 Vo y80 ui, clamped Mi r it io Bt 182 a ICEX(SUS)2 Collector to Emitter Sustaining Voltage 400 v y= 128°C, L= 180 ult, Clamped leBo Collector Cutoff Current 10 uA Vog=400V,1E=0 IcER Collector Cutoff Current 1.0 mA Vcg= 400 V, Rpe=51 2, Ta= 125°C IceEx1 Collector Cutoff Current 10 uA Vog=400V,Vge(oFF) = -5.0V Icex2 Collector Cutoff Current 1.0 ma Vce= 400 V, Veg(orr)=—5.0 V,
2 Ta= 125°C
lEBO Emitter Cutoff Current 10 uA Veg=5.0V,1c¢=0 **Pulse Test : PW = 350 us, Duty Cycle s 2 %/Pulsed Classification of hres [rok Tow Toe Tt «| [rome | aoe%0 | sores | wwe | Test Conditions : Voce =5.0 V, I¢=0.1A a 296
TYPICAL CHARACTERISTICS (T, = 25 °c) TOTAL POWER DISSIPATION vs. CASE QERATING CURVE OF SAFE OPERATING Reverse BIAS SAFE OPERATING AREA 6 8 |] TT TT TTT Ty) tat NTT TT) fT g§ 125 § 100 ww < op tT Pr ett Nitti ttl es CN pce = 10 X! 3 3 S re | sti TK TTT EP oLEN 3° a IN 2 > i PCCONTH 3 Coes PEE Patt IN eee ER TD oS. ee 7 28 r \\ § 20) red I eo EET TP Tyr e LETT EIN | § EE N CeEEeeeor ey oO 50 100 150 i oO 50 100 150 0 100 200 300 400 500 To--Case Temperature—°C Te~-Case Temperature °C VcE—Collector to Emitter Voltage--V FORWARD BIAS SAFE OPERATING AREA TRANSIENT THERMAL RESISTANCE TO EMITTER VOLTAGE to PRNSSCH f sLEHETHERHT | “epee i = CoN 4 ¢ ——— : 6 soo =F SOs west 3 oS aS Peers +e % oo LH SAN a2 eee ieemaniiime mati 2, aa Ao EA Eg “ee 8 eet ae é SS 5 55S S555 SS SESEE:, = i i+ : = COIS 8 i P02 ~ | i | ower FS EA ae OO Crt TTT Try ry. OS 10 20 50 100 200 500 <= 01 02 051 2 5 10 20 50 100 0 1 2 3 4 5 Ve ~Collector to Emitter Voltage ~ V PW—Pulse Width—ms. VcE--Collector to Emitter Voltage—V CORRENT YS CAIN Y# COLLECTOR FAUL TIME vs, COLLECTOR CURRENT & > VOLTAGE ve COLLECTOR CURRENT. SS. SS OS SS & SSE SSS ESSE Hirer Vce=5 V sR tig Ss SS can | , STS | ee ESET § © | Rg € Conn 2 3 20 & ook TM ge, SE Se LE se cao ELT 6 (Sry oie es Se
8 SEOUMIECECINY £25 SCOOT 4 8 SCC
ae a —==:= aaa eesti act emesis £ SER 8 a. 00S = 3 OSE rt
2 Co 002 Fai area SS of ee
EL ooiL_L_| | [Ti lflruisea $2 oo LLM TT TTT 1 2 5 10 20 50 100200 5001000 10 20 50 100 200 $00 1000 1.020 5.0 10 20 50 100200 5001000 ic Collector Current---mA Ic Collector Current-——mA I¢-Collector Current~-mA 297
SWITCHING TIME (ton, tstg, te) TEST CIRCUIT | RL=300 2 VIN 1 | 'c Ip ‘Br BL _ , | | —kKwt = 'p2
182 Voc 150 V
few 90 % Ic PW350 us Ic 10% Duty Cycle <2 % ~Veps—SV ton stg tf . 298