KPC815 COSMO | Alldatasheet
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cosmo High Reliability Photocoupler KPC815 UL 1577 (File No.E169586) VDE EN60747-5-2 /EN60950 / EN60065 (File No.40005500) Features Outside Dimension : Unit (mm 1. High current transfer ratio ia ia} vir (CTR:MIN.600% at IF=1mA, Vce=2V) 2. High isolation voltage between input and output YH fl cos (Viso:5000Vrms). out Date Code 3. Compact dual-in-line package. aa ae Applications Lh 4 1. System appliances, measuring instruments. a] 3 2 2. Industrial robots. —I 3. Copiers, automatic vending machines. [+ l\\ 12. ss 4. Signal transmission between circuits of different potentials 18.00 The TOLERANCE": 0.2mm and impedances. . . Schematic : Top View 1, Anode 1 4 2. Cathode ‘3. Emitter 2 3 4. collector Absolute Maximum Ratings (Te=25°0) [Parameter Symbot Rating nt [Forwardcurent—SSSSSCSCS~—SSCi‘iSSSC*dYSSSSY mC a [Rewsevotags —SSSC*dS [Power disspaton———SSSSCSCS~—CSSC<C~<a SSSS*dYSSSSC*S [coletorcurent—SSSSSCSCSC~wCSC“‘CS* Cm [“cotecorpowerdssiaion SCC [Teal power dssbaton——SSSS*dSS | Tssaton vetage Tminuio SSS [______ Soldering temperature 10 second | Taal | 80 | Electro-optical Characteristics 250) [Parameter Symbol [Concitions, MIN. | TP. [ MAX. | Unit [_Forwardvoiags | SSSC*YCS a | te | | Peak forward votage | Vem | rweoA | TT 0 | a [Terminal capactancs S| evant —SSSSS*dYC*d ||| | output | Coleetordarccurent | eco | Veest0vii=o ——SS*| | it | a | Transfer | Curentranaferato | CTR | betmAVoesav———~—~—= (ao || 7500 | % | charac- | Colectoremiter saturation volage | Vests) | i=20ma, o=5mA——SSS*| | (| 40 | | terstcs | Ieolatonrestance === Riso | ——DCSOOV,a0tegDuRH ———+[Sxao®| |_| omm | [Floating capactance [cr | vaste | «| | 80 [~cutonequency Sd te | (Ve, =20mA, R=tODom | 4 | 6 | | we | | Response time (Rise) |r| =20mA, Rix | — | 80 | 300 | us | [Response time fay |e IRINA RSD re | 50 | a ‘A053 © 2005-2006 COSMO ELECTRONICS CORPORATION http:/Awww.cosmo-ic.com
Ambient Temperature Ambient Temperature Voltage vs. Forward Current % 250 g 10 0 3 IE :™ 3 7 (ieee TTT z« 10 s 6 eee em TT = » Bos ee em i iw el Se 3 2 Soo (peewee TT 4 0 2 I TNE
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° go | 2. ae rr re ar 3 0 9° 6 @ % 10 im B 1 OS, 5, EF Py gh gg “Ambient Temperature Ta (°C) “Ambient Temperature Ta (°C) Foard Curent iF (V) Forward Voltage Forward Current Collector-emitter Voltage » fe Se ow He) EEREEEP RA sw LAAT os'c_| z COCA Cn bo =) 7 2 0 EE ees § ETT TA NTT eg A £ °° Ee 1200 7 N E ee 0/2 i PTT CAT NTT 2 » tee Br | ae //AZ= Soo FIAT TT pat Boo tee ST ss 3 LAT tt & wo -} Peer r re oo 2 ooo A) po» ae An » Oe 5 Coco eciin 8 SCOCCeeee » LA TE TT I § » Cor | 8 SOP] LOL2 1418 18 2022 24 8 aie 05 12 6 1 rr Forward Votage VF (V) Forward Curent (ma) Colectr-emiter Votage Veo (V) Ambient Temperature Voltage vs. Ambient Temperature Ambient Temperature 150 15 3 ae = ae w ——— | —— a g a es ew SS — ae | 2 i 0 a | = == = ===— 2===== a a es a z aa er os | es i SS ee a ee a eZ Fr 3 a he a 1 Se @ F4 or Ft — a! Cr) ee 3 [ee ee eer ere eee % 0 8 7% 100 3 5 0% 0 % 100 “Ambient Temperature Ta (°C) Ambient Temperature Ta (°C) ‘Ambient Temperature Ta (0) Fig.10 Response Time vs. Load Resistance
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0.01 at 1 10 Load Resistance RL (K ohm) © 2005-2006 COSMO ELECTRONICS CORPORATION A0S4 http:/Avww.cosmo-ic.com