OPI2153 OPTEK | Alldatasheet
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OPTEK TECHNOLOGY INC OLE D | 6794540 0000230 & | Optoslectronics Division 1987 Cost Saver Product! = _e me TW Electronic Components Group Call TRW for more information! AStWY Fad ult 6208 wary 1985 . T-4) 3 ee -3 Optically Coupled Isolators Types OPI2153, OPI2253 Ta = ire “ See ee aia ee & a E ee OR OROMEr er re 2100 ges fi s¢ eS ei ng s1gas o _. val “ag ee, CA ii s2v0.sy = ama ra a ie Fontures Absolute Maximum Ratings (%,~25°C unless otherwise noted) © High current transfer ratio OPI2269 eee eee eee eee eeeeeeee sees sees #2600 VOCU © Low cost 6 pin dualintine package Storage Temperate Rago cesnetveeinetneesneeeceevees ees SCO +10 - ferognaad He Ne Lead Soldering Temperatura (1/18 inch (1.6 mm] from case for 6 sec. wit soldering iran!) .260°C Description Input Diode The OF17163 and OF12253 coch consist of @ Farad OC Cun aoe ggcccisetnerseeeceesceesceenereeeene DMA allum arsenide infrared light emitting diode an owatd jurrent (1 ws pulse [ Peeeeeee eee eee eee eee eeeeeereeieey iov tiled wen NPN oko ghtreraer named REEBEYABE oo vseeorrenntnrnernrneerertroneenrneererergg OY ina cx palin gage. The OPIS ed POET Daten LS) cc cegegnsensivesenstsees 072293 ee oka exept fer Inpaeto-ont Power DSSpatOn nn. ccccseeeceseeeeseeeeeeceeeeseeesesessarensnseeeese 8D mi i Motes: (1) Meesured with input diode leads shorted together and ovigut leads shorted together, (2) RMA Fux is (4) Derats finearty 2.0 m¥°C above 26°C. Typical Performance Curves Diode Forward Current vs - Relative Collector Current vs Diode Forward Voltage Diode Forward Current 19 mn fe | ba Hy " Wave LILYY TT) tid 0610 1a A By us 100 F100 FORWARO VOLTAGE - ¥ | -Pv oe omwea CURRENT - =k ‘proslactranies Oivsion, YAW Electronic Components Group, 1216 W. Crosby Rd., Carrolton, TX 7o008 (214) G202000, TUX 8710082 or 210000
OPTEK TECHNOLOGY INC Ob D 4798580 coooea2 o ff Types OPI2153, OPI2253 are Oe TH BSL Electrical Characteristics (T4=25°C unless otherwise noted) Simbel [Paramotor [in [Typ [Mon [Wats] Test Conditions] Input Diode ee a Output Phototransistor [—Iteo | ollector-Emitter Dark Curent ——————SSSCSCSCSC~dCSSC*id | | A [Vem WOOV [“iego[Cottector Base Dark Curemt i 2 [A [eget [tee Copecitance Colctortofminar | i | oF [Veg es a sae (— Ici [OC Curent Transfer ato SCC OT OT Ud AVe=soV ee me er OmA c=20mA [wT eee smer———— f [Hig [input to Outpt Resstanes VO [Vig 800 V, See Note PT [fies tne Pah q
0 S100 V, b=2
Typical Performance Curves Collector Current vs Relative Collector Current vs Relative Collector Dark Current vs Collector-Emitter Voltage Ambient Temperature Ambient Temperature Ff 13 co % “oeeert tT) TTT TT) LM tat teeS | geT SAY HITE POSSCeS becca i 7 PHOS cece) Pca pies] CCC) Bercrceectrn aaa msm TEE) eT a % 1 203 4 6 6 7 . ery -% 0 50 75 (100 155 “230 2% «680 75100 ‘Wee - COLLECTOR-EMITTER VOLTAGE ~ V ‘TA ~ AMBIENT TEMPERATURE - °C ‘TA ~ AMBIENT TEMPERATURE ~ "C Rise and Fall Time vs Delay, Rise, and Fall Time Switching Time
0 Load Resistance " vs Base Resistance Test Circuits
eee beste EH te we" <0 y 2ST on PEL A] eee Ot g* Bobet “3 Rococo RePREEHE bel 1, Pe ant ae en 3 p2nEE re a st we 20 20] = A ee on F CET Ty) eee i Jt \\ o 200 400-600 8001000 100K Ty 10m four Ay LOAD RESSTANCE - a BASE RESISTANCE - 0 "smote ‘TRW reserves the right to make changes at any time in order to improve design and to supply the best product possible. Plastic color may vary. Tho Tectronies Division, TAW Electronic Components Group, NeW. Crosby fo, ent Tx 75008 (214) S2d-20 0, TX 6716080 or 216649 © TRW Inc, 1985. TAW is the name end mark of TRW Inc. Printed in USA. 136