2SA1394 NEC

Document overview

  • Manufacturer or author: Provided By digicamel.com
  • PDF pages: 3

Technical content

NEG / _ Pwr SILICON POWER TRANSISTOR DESCRIPTION The 2SA1394 is PNP silicon epitaxial transistor designed for switching regulator, DC-DC converter and high frequency power PACKAGE DIMENSIONS amplifier application. aS Mix. ete FEATURES © Easy mount by eliminating Insulation Sheet and Bushing. 72027 | 354g eit © Low Collector Saturation Voltage. Trozrel | Agize ~ | LI © High Switching Speed. eS z © Complementary to 2SC3566. 33 es m | eg ac lok ABSOLUTE MAXIMUM RATINGS Ee z | Maximum Temperatures 7 28 Maximum Power Dissipation (Ta = 25°C) 234, (east) Maximum Voltages and Currents (Ta = 25 °C) @ Base * PW $300 us, Duty Cycle $10 % 148

ELECTRICAL CHARACTERISTICS (Ta = 25 °C) | SYMBOL CHARACTERISTIC MIN. TYP. MAX. UNIT TEST CONDITIONS ton Turn-on Time 0s us . ig = -3.0A, Ig1 = -Ip2=-03 A tet Storage Time 2. Bs (ie Tae te Fall Time 0s us beet DC Current Gain* 40 - Voe=-5.0V,I¢=-03A hee2 DC Current Gain* 40 200 = VeE=-8.0V,I¢=-3.0 Voe(sat) Collector Saturation Voltage* -06 V_— I¢=-3.0A,Ig=-03A VBE lsat) Base Saturation Voltage* -15 VV Ig=-3.0A, Ig=-03 A VcEo(sus) Collector to Emitter Sustaining Voltage —60 Vi Ig =-3.0A, Ig=-0.3 A, L=1mH Ig = -3.0 A, Ip1 = —Ip2=-0.3 A, VceEx(sus)1 Collector to Emitter Sustaining Voltage —60 vo 180 uH ‘clanped B2 ‘ni I= -6.0 A, Ig} =-0.6 A, , ; 7 v VcEX(SUS)2 Collector to Emitter Sustaining Voltage 60 gs 03 A, L= 180 pH, Clamped Iebo Collector Cutoff Current 10 uA Vog=-60V, Ie =0 Icer Collector Cutoff Current -10 9 mA VcE= 60 V, Rpg = 51.2, Ta = 125°C Ioext Collector Cutoff Current -10 uA Vce=-60V, Vge(orr) = 1.5 Voce =-60V, V =15V, IcEx2 Collector Cutoff Current -1.0 mA Tee 135°C BE(OFF) leBo Emitter Cutoff Current -10 WA Veg=-10V,I¢=0 : * PW S350 us, Duty Cycle $ 2% : Classification of hre2 es 1 [ Range | 401080 | 60t0120 | 100t0200 | Test Conditions: Vcg = -5.0 V, Ic =-3.0A | TYPICAL CHARACTERISTICS (Ta = 25 °C) TOTAL POWER DISSIPATION FORWARD BIAS SAFE DERATING CURVE OF SAFE vs. CASE TEMPERATURE OPERATING AREA x OPERATING AREA = ~ 100 Sy T= 25 c L 5 25 < ett tm £ 109}

2 T sof Seusoma TOF TT 8 N

& 10 eer OS NSN | 3 29 Ee SR NO 3 80 5 2 5 coomaeseme ct = TT ORR LL 6 & robe AIT = 69} B19) N 5 ~ 10 petite Oey ro Lt i Si é 3 EHH Oe 2 a 2 Seti. Soo 2 40 oe IN 3 8 os CII ed CLIT | 1 | SSL 1. X eee 68 TON o ~oot—_L TM T= 5 ol 30 00 io : 025 50 75 100 125 150 175 =T =10 =100 =1000 _ . : . Vcge—Collector to Emitter Voltage—V Te—Case Temperature—"C Te—Case Temperature—"C 149

= TRANSIENT THERMAL REVERSE BIAS SAFE COLLECTOR CURRENT vs. Ps) RESISTANCE OPERATING AREA COLLECTOR TO EMITTER VOLTAGE > Fe FH oo pase | | a

2 COMTI TTT site euise < « GaSe oo

Ae sili aii ati maim atic mii 5 g VEE {2 & oof tH CME Ce Ce tet o_ i | Bo ae

2 LCT eg B-« 3 of Pt

— Ae ° 3} / [| tg=—10 ma 3 oa CANE CC Cn ° =30— —=a0 = 20 a 1 0001 061 07 1 10 100 1000 Vc_E-Collector to Emitter Voltage—V Vcg—Collector to Emitter Voltage-V = PW-Pulse Width—s e DC CURRENT GAIN vs. > BASE AND COLLECTOR SATURATION TURN ON TIME, STORAGE AND COLLECTOR CURRENT 4 VOLTAGE vs. COLLECTOR CURRENT FALL TIME vs. COLLECTOR CURRENT S00 Ft —F Fit} Pulsed 38 Ee a Pulsed ° _—— eee eee cmt eeett nn 62) Epi oe : ba pes eeesee geese ull 2? vo Tee] ope, £0) pate SR ey : aoe ===> CoS 5551 “2: nn a en a ey i) —— assist ie eel as Se 63 4 _ ‘mares | nd 38 Se ee Di iveeih PEE Fae 8 4 Ba oe SESE ER te oa _ SSE eet cet seu = eeee| * BS Se

5 A ool Hill Ci)

I¢—Collector Current—A o> Ig—Collector Current —A I¢—Collector Current—A SWITCHING TIME (ton, tetg, te) TEST CIRCUIT RL=17 9 ie2 Ip: , Pw Ic BI ar a! Kut = ) 1 Vec# —50 V 8? 'c 10 % VIN ‘ec PW50 us . 90 % Duty Cycles2 % Ven=5V | ton stg : 150