2SA1395 NEC
Document overview
- Manufacturer or author: Provided By digicamel.com
- PDF pages: 3
Technical content
NEC PNP SILICON POWER TRANSISTOR DESCRIPTION The 2SA1395 is PNP silicon epitaxial transistor designed for switching regulator, DC-DC converter and high frequency PACKAGE DIMENSIONS power amplifier application. in millimeters (inches) (Baa. aa FEATURES _—@ Easy mount by eliminating Insulation Sheet and Bushing. 7:02,| 32402 Potts) © Low Collector Saturation Voltage. (0.276)| | (0.126) © High Switching Speed. HH I 38 . mental 7. x) RO aap 4° Complementary to 2SC356' 4 E a a ABSOLUTE MAXIMUM RATINGS “| || FP ss Maximum Temperatures Maximum Power Dissipation (Ta = 25 °C) | ae Maximum Voltages and Currents (Ta = 25 °C) Post Teas Sa8}|| [loose * PW S 300 us, Duty Cycle = 10% ELECTRICAL CHARACTERISTICS (Ta = 25 °C) Ton Turn-on Time 05 rs Ig= 1.0 A, Igy = —1g2=—0.1 A tstg Storage Time 18 us (‘ = 80 2. Vee #60V tf Fall Time 05 us t “Wee beet DC Current Gain 40 - Voce =-5.0V, Ig =-0.1A hee DC Current Gain 40 200 - Voge = -5.0V, I¢=—1.0A VE isat) Collector Saturation Voltage -06 v I¢=-1.0A, Ip =-0.1 A VBE (sat) Base Saturation Voltage -15 v I¢=-1.0A, Ig =-0.1A Vceo sus) Yornae Emitter Sustaining = _ 499 Vo Ig =-1.0A, Ig =-0.1 A, L= 1 mH | Vex isusi Galletor to Emitter Staining _199 v lon 310 toi = 162 =-0.1A, . Voex (susi2 Coliactor to Emitter Sustaining —_ 199 v lo= 220A Ip1=—02 A,-1p2=0.1 A, 'cBo Collector Cutoff Current 10 BA Veg =-100V, le =0 IcER Collector Cutoff Current -1.0 mA Vcg=—100 V, Reg = 512, Ta = 125°C Icex1 Collector Cutoff Current =10 BA Voge =—100 V, Vge(orr) = 5.0V vi =-100V,V, =5.0V, Ioex2 Collector Cutoff Current -1.0 mA bes 435°C BE(OFF) leso Emitter Cutoff Current -10 BA Veg=—5.0V,I¢=0 Classification of hres ** PW s 350 us, Duty Cycle = 2 % [rok Tom Tot [ « | Test Conditions: Vog = -5.0 V, I¢=-1.0A a 151
TYPICAL CHARACTERISTICS (Ta = 25 °C) | TOTAL POWER DISSIPATION vs. FORWARD BIAS SAFE OPERATING OPERATING CURVE OF SAFE CASE TEMPERATURE AREA se OPERATING AREA t IN FERS era Sire Pace 8 109 3 ' Ft LI 5 Ne 3 \\ 2 ERR Hi | |_R& Lt ° N of CCDOMAX RNs TL E 60 i é , IN 3 FAH ORE 8 ad Kf L XI Eee Se ¢ Lt} TE ETN I & ~ooit LCC OT Oo bg 0 25° 50° =75 «100 125 150 175 -10 =10 ~ 100 ~ 1000 Ty, Case Ter verature—"C Te—Case Temperature—"C Vee—Collector to Emitter Voltage—V fe: mper = REVERSE BIAS SAFE OPERATING COLLECTOR CURRENT vs. © TRANSIENT THERMAL RESISTANCE _ AREA SOLLECTOR TO EMITTER VOLTAGE , Aaa ae -2 LL er G PHSSSSRS RGR eS yee eS \\ -16) FIA 0
3 GH 3 -2 z aa Z22oe=—u
= co ES § ud YZee a
2 Cu areas ci) 3 ol PZT | Tipe “tom
L aaa Seiii Se ets seat y rrrrrteet i > o HEH oa 80 125 aes 0001 001 O1 =1 10 100 1000 VoE-—Collector to Emitter Voltage—V Vce-Collector to Emitter Voltage—V e PW—Pulse Width-s_ vs. ‘OR SATURATION TURN ON TIME, STORAGE AND FALL COLLECTOR CURRENT 7 VouTasevs coucecroa cunmENT TIME vs, COLLECTOR CURRENT soo EAE —pulsea 3 & -S0=P Hn Pulsed =Sees— eae Scot ttt ttt ttt 2S _} ttt ttt | |< Pee Se ee Me) ee oh LT | 6S oS Ae See
20 BE -o2 v eS a
2 EES SSS | S38 oo keeper PE] os eo PS Set
& CESS oo OR Se 2A 33.0 eee eee ee WANT TUTTI TUTTI |S 3 cost LUM TTT UTI | ool LITT TTT | I¢—Collector Current—A o> I¢—Collector Current—A I¢—Collector Current=A 152
NEC 2SA1395 | SWITCHING TIME (ton, tstg, te) TEST CIRCUIT | RL=50 & a2 'e. Pw tic 'B1 ae ‘a1 Kut = 1B2 Vec= ~ 50 V 'c 10 % VIN Ic PW50 us . 90 % Duty Cycles 2% ves5 V | 7 ton tste tf 153