OPI3151 OPTEK | Alldatasheet
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OPTEK TECHNOLOGY INC ObE D | 6794580 goode4a S I Optoslectronics Bivision 1987 Cost Saver Product! = aan TAW Glctronic Components Group Call TRW for more information! IAAL i Product Bulletin 6222 . anuary 1986 __ T-41-95 Optically Coupled Isolators Types OPI3151, OPI3251 Tete G0 SO pice s foMo) ‘0 | =e < SS se iene “at eT me re wrmocnemt © © © coe ie ‘ veri ane mca pee 8 3 WW +t. Hi 1 B seam is lalate Lpsee ---- 3 ann f4 sm sano om & Foaturas Absolute Maximum Ratings (Tq ~ 25° unless otherwise noted « igh curent transfer ratio 0ptg26 202000002 32600 woo © 2500 or 1600 valt lation ratings Storage Temperature RONGE sss. ssessvsevseevsvestcrsvvssvesevessesvess SRC t0 +150PC Description Input Diode The OPI9151 and OPI9261 are optcaly coupled —Farward DC Curent... es. cscsesesesseeeeesesesvereresevenseeseeveseseeeescOOMA photodrington mounted ina standard plastic sx Power Dstpation ..».vuvvvvsvvvvcsevvvvvvevvsvesevestetecesesrscetes wees = 100 mite pin dua nine package, Excapt fr isolation Output Transistor . CollectorBase Voltage... ss. cscccssesecssceseverersevevsessesevevenseneessess@0V Eritter-Colectr VoRoge sss vv sssvsvsvsevsssesvvvvsisvseseiteveesestetesws ees :60V Notes: {11 Messured with input diode leads shorted together and output leads shorted together. 121 RMA flux is recommended, Duration cea be extended to 10 sec. max. when flow solfering. {31 Darate finesrty 1.33 mWWI"C sbeve 25°C. (4) Derste fineerty 2.0 mW/°C sbove 25°C, ‘Tptoslectrontcs Owvston, TAW Eleatronie Components Graup, 1216 W. Crosby fa, Carralton, TK T6006 Té1a] 30-2000, TIX BTTO0S or 216000 152
OPTEK TECHNOLOGY INC ObE D i 67594560 gogg0e44 7 I Types OPI3151, OPI3251 veo ae Electrical Characteristics (Ta = 25°C unless otherwise noted) [Symbol | ——=s~S~=Carametor Mn Typ. [Max] Unite] eat Conditions Input Diode . [Ve [Forward vonage SCS™~SCSSSCSY SS OT [ip [th [Reverse Curent SCS Sd A VV Qutput Photodarlington [-Vianceo [Colca Sitar Wakdown Volops i TT Ve [Viercan | catecartae tata Vheps PT f= TOA ~ | Warieco | Enter Cer renown Vota | Pg= t00 a AD A LC [eersan [Stor enitwr Suiraion Vote | | 188 V_[ig-100 mA 0-30 mA p-0 |< [eee fame Voc = 10.0 V, i¢ = 10.0 mA, Ay = 1000
4 Output Fall Time | [a |e | Sea Test Circuit
Typical Performance Curves es | Normalized Collector Current vs. Normalized Dark Current vs. Normalized Collector Current vs. Collector-Emitter Voltage Ambient Temperature Ambient Temperature jets Gy few | | i) og Bee SSS = ——— ae (Ise =a A]. ieee OT] eee Hae 4 | Eee YE] CY Leto >Re] FP LVYI TU +eror rT Diode Forward Current vs. Normalized Collector Current vs. ‘Switching Time a Diode Forward Voltage a Diode Forward Current . cmrcune t cic cat TT tet) bess ms " CEST Cee be ' s “CCHIT fi es ee a sr COA) Eee " &* LUA i a LUT - aL UE COICO fo Ten nde (LEZ TT | ® Ce crm ham on 08 wa Ce ee) ee ee a 7 . cy ‘far the cofector current to decreasa from 90% . ‘Ve ~ FORWARD VOLTAGE -V ‘tp - DIODE FORWARD CURRENT - mA to 10% of its intial value. : ‘TRW reserves the right to make changes at time in order to improve design and to supply the best product possible. Plastic color may vary. Optoelectronics Division, AW Electronic Components Group, 7716 W. Crosby Ad., Carrollton, K 7e008 (214) Fas 7000, TX 6716032 Hi ad 163