OPI6000 OPTEK | Alldatasheet
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; OPTEK TECHNOLOGY INC ObE D i 67985480 oogdes4 O | Optoelectronics Division 1987 Cost Saver Product! tual aan TAW Beetronic Components Group Call TRW for more information! IXY Product Bulletin §228 January 1985 TW -83 a Ane Aah ee Optically Coupled Isolators, High Vigayceo Types OPI6000, OPIG100 mee. ee ia $030 acy . lo foo) a= oe em a SHE reed e cormecansrart OO @ \\ boon ane nent orueren i i hate » ¥ ¥ sp 939 (088) He |e (ema at swam eu Features Absolute Maximum Ratings (T\\=25°C unless otherwise noted) © 300 V collector-emitter breakdown voltage Input-to-Output Isolation Voltage... ee. seeeeeseeceseeeceseeeseeerceneeseees £1600 VOC Description Input Diode infrared emitting diode end an NPN silicon Raverse Voltage... . eee eeeeeesuseueeeeessesssseseescesecesrneereeceeeesssee SOV phototransistor mounted in a standard plastic six Power Dissipation oo... eee seeseeeseeeeeveoveveeereeeeee eee 00 mwel pin duain-iine package. This series is intended for Output Phototransistor applications where high collector-emittar BIBRICED --. 000s e00seeeeeeseeeeeeeeesee se OPIBDOO. eee cecceeceecsecerseee ee 800V Power Dissipation... es eceeseseececeeesesevsseseeneesesecesevecsseeesesees 900 mWl4b Notes: (1) Measured with input diode leads shorted together end ouput leads shorted together. {12} RMA fux is recommended. Duration can be extended to 10 sec. max. whan flow soldering. 13) Derate lineerty 1.33 miW/°C above 25°C, ‘(41 Darate Eneerly 4.0 mWi°C sbove 26°C. Optoelectronics Division, TAW Electronic Components Troup, 1216 W. Crosby Wa, Carrollton, X 75008 TALEVEWT 0, TK G7 T6082 or 21040 158
OPTEK TECHNOLOGY INC OLE D i 6798580 Ooodess 2 I 0, OPI6100 Types OPI6000, 0 TH4I-93 _ Electrical Characteristics (T4=25°C unless otherwise noted) [aap [ ax [a Csymb [Parameter TW. Ty. [i [it Yon Coniens ~) Input Diode . . A A CT a CC Output Phototransistor — : [eRe [ClearcTERa TERS PERT eT TT [ewe . [ wencin[cierdeetesenm toon ef | [eer ie ee Teh De Curent ster Ratio OPI6000 ii % F=100 VWee=50V [eee a] ao] | [Wis oltion Votoge roo Wor Seo Noe , a ce a a A f a dt Typical Performance Curves Collector Current vs Collector Current vs Relative Collector Current vs Collactor-Emitter Voltage Collactor-Emitter Voltage Diode Forward Current « oPi6000 “ ‘0Pi6100 ” ee eee : : i, mEEpe ns a | i Eee ose i ‘ELT erst au ogre] peer /| Efe ietel | 3g zee rT) ee Yy | Wear hg: 7a ‘WELLL CAEL TT Relative Collector Current vs Relative Collector Dark Current vs Switching Time “ ‘Ambient Temperature wx ‘Ambient Temperature Test Circuit SS ‘Switching Ti Load Resists i.CONS CEP eS=A0 Om BCCONT SZ = tL BE’ ISR | ode vege ae fn a ae 7 ar | mL aSCTT TT TT) ?. Gaz eS tit cae w ncn 108% VLEET] 8 ERASE SSS at tan on ‘TRW reserves the fight. to make changes at any time in order to improve design and to supply the best product possible. Plastic color may vary. Jptoelectronics Division, TRW Elactronic Components Group, 7216 W. Crosby Rd., Carrollton, 1 OO (214) 323-2200, TLX 6716032 or 21849 © TRW lnc, 1985, TRW is the name and merk of TRW Inc, Printed in U.S A. 159