OPI102 OPTEK | Alldatasheet
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OPTEK TECHNOLOGY INC ObE D | 6798540 gogdede 3 I Optoslectronics-Division Cle ulead TAW Elecronie Components Group .TA4\\-83 1ityy Product Bulletin 179 . January 1986 Optically Coupled Isolators Types OPI102, OPI103
6 LEADS - GOLD PLATED KOVAR
016(0.41), ao ry 2015.08) DIA 4041.02) aaa Senor | a anal 3 2 4 ‘awlesn sxda0 OY ' 7 94si.14) (3067-75) 3366.50 = “029074, | 4 55 mi -600115.24) | ‘NICKEL 0340.86). 5002.70) CDMENSIONS ARE WY NCHES (LLMETERS COMTAGLLED AT THE MUSH sunFacE ‘COLLECTOR ANODE . 4 BASE we ‘EMITTER. ‘CATHODE BOTTOM VIEW Features Absolute Maximum Ratings (T,~25°C uss otherwise nota) © Base lead is provided for conventional Input Diode Description Output Sensor ‘of heat sinking and superior hostile environment Notes: operation. (0) Measered with input ees shorted togter end ouput leds shorted tuba. (2) RMA flux is recommended. Ouration can be extanded to 10 sec. max. whan flow soldering. (3) Derate finesrty 0.87 mA/°C above 65°C. (4) Oerats nearly 3.0 miW/°C ebove 25°C. (5) Measured with input and output leeds shorted togather.. Optoelectronics Division, AW Electronic Components Group, 1216 W. Crosby Rd., Carrollton, TX 76006 (214) 323-2200, TLX ‘67 T6032 or 215040 106
OPTEK TECHNOLOGY INC ObE D i 67985480 Oo00e03 S i Types OPI102, OPI103 T-41-33 i es Electrical Characteristics (Th =25°C unless otherwise noted) [Symbol | ___—=—=—Parameter_ = Min. Typ. [Max.[Units] Test Conditions Input Diode a a a [—ta_[Reverse Curent A ney Output Sensor [ Visicco —[ostrortnnar Beatdown Vong OTT TV [em tOom ened [Wan —| Celta Breadown Votoe {0 | | V [ea t0yA=0h=0 ——*d . | Wanieao | EnivarBose Breskéown Vofage | OV eth, eo CY at _ ‘OPri02 eatay Tatra F=0 nt Gai 360, Ic= = a ae A er Coupled TTT aes TESTTUTS 7 [oon omc] | [ek veeenveewompso | Callector-Emit tion Volta OPmi02 030 e265 ‘= 20 mA a a = [Rid |inputteOuipur Resstanee OY Vie O0 RV See Nowe [tio [input Ouigut Capuctancs iY 28 | Lo [VO fo 1.00 ie 0 Now| Output Rise Tir = 100 V, F= 100 a a ne Typical Performance Curves Collector Current vs Collector Current vs Collector Current vs Collector-Emitter Voltage (OP1102) Collector-Emittar Voltage (0P1103) Diode Forward Current ia fe] ig fe ia L773 wf eset al Tr] , y i ae a eC — C ee pee | e | 4 eee a P| Pe a Se | (7 210) | | p-tom 32] |} otc o Oe) * FY] | i Sn A ce es A ry 5 10 6 20 Ey 0 5 10 18 20 Be on o4 10 40 10 40 100 vee coution aren raat vex Scoureonenrien tA -¥ won ronwat cone aa Normalized On-State Collector Current Diode Forward Current Test Circuit vs Froa-Air Temperature vs Diode Forward Voltage ee oO peppy PERN Lory et} TT TEN oF - BCCCCCCE) BECP or ae a BCT het | ie rt} tt ttt é. HW i LITT I I LY SSE ss aT TY aT OT] rte drone - 2 Ay -2deFomao veut ‘TRW reserves the right to make changes at any time in order to improve design and to supply the best product possible. Dptosteronis Tyson, TAW Flecorict ‘Components Group, 1215 W. Crosby Tid., Carroiton, 1X 76008 1214 F05 2000, TK BT T6092 fo 7 a 107