PC4N25V SHARP | Alldatasheet

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SHARP ELEK/ MELEC DIV “LSE D i 6180798 0002432 | Photocouplers PC4N25V/PC4N26V/PC4N27V/PC4N28V ne EEE =P Pune T-41-83 PC4N25V/PC4N26V General Purpose Type PC4N27V/PC4N28V = Photocourler x Lead forming type (I type) is also available. (PC4N25VI/PC4N26VI/PC4N27VI/PC4N28V1) (Page 482) @ Features @ Outline Dimensions (Unit : mm) 1. Response time Model No, Internal connection] tr: TYP. 3us at Vee=10V, Ic=2mA, Ri= 12 7 = diagram

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  1. UL recognized, file No. E64380 Anode mark |PC4NiXIV] 2 TUV approoved (PC4N25V: No. R40182, ae i PC4N26V/27V: No. R40183) oe OKO) @ Applications 1, I/O interfaces for computers ey 162 2. System appliances, measuring instruments ali 3. Signal transmission between circuits of 34 different potentials and impedances x ai tE = 026 5 yt e=0~139' 9 @ Anode @ Emitter @ Cathode © Collector @NC = @ Base ™@ Absolute Maximum Ratings (Ta=25'C) Parameter Unit [Forward current | Te | 80 ma input [Peak forward curent | tne | 8A Put [Reverse voltage | Vex [6 [TV [Power dissipation [| -P [150__| mw Vv v Output Vv [Collector current | Te [_100__| mA mW Total power dissipation | Pir | 250 | mW. . : “Isolation voltage Vie | 1,500 _| Vrms . [500 | Operating temperature c Storage temperature c “Soldering temperature | Tso | _260_—| -C %*1 Pulse width<1ys, Duty ratio=0.001 #3 For 10 seconds *2 RH=40~60%, AC for 1 minute SHARE 258

SHARP ELEK/ MELEC pIv SE O ff 8280798 o002833 a. Photocouplers PC4N25V/PC4N26V/PC4N27V/PC4N28V ae ed HM Electro-optical Characteristics T-41-83 (Ta=25'0) Parameter Unit Input [Reverse current | [Vasa] = | = | | V=0, f=1kHz | = | so | — | oF Vee=10V | = | = [sxi0-| catcor dt covet Freeney] [12a [== fier | & Output | Collector-emitter breakdown voltage | BVero | Ic=0.1mA, Ip=0 | 3 | — |— |v Emitter-collector breakdown voltage Ig=10pA, Ip=0 f7}/—-|[-|fyv Collector-base breakdown voltage Ic=0.1mA, Ip=0 fm |—-|[-|v __ [PCAN25Y,26V| Tp=10mA,Vce=10V | 20 | — | — | Current transfer ratio Pcanz7v,2ev CTR Pulae test input wiath=300us, 79 | — | —_| % Transfer | Collector-emitter saturation voltage | Veusay |Ir=50mA, 1-=2mA_ | — | 01 | 05 | V charac- [Isolation resistance | Riso _ | DCSOOV, RH=40~60% [sxi0°| io" | = | a teristics V=0, f=1MHz | = [10 [| — | Pr Response time (Rise) [te | Vee=10V, 1.=amA [| = [3 [= [as Response time (Fall) [te 1 R=1000, Re=oo | — | 3 | = [us Fig. 1 Forward Current vs. Fig. 2 Collector Power Dissipation vs. Ambient Temperatumre Ambient Temperature 100 5 200 LTT yt | ‘ = 8 4

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‘2 8 & PLEIN J» & 40 PLT N § 2 5 20] 5 * “TET : ol 3 0 55 -25 0 25 50 75 100 125 -55 -25 0 2 50 75 100 125 Ambient temperature Ta (0) Ambient temperature Ta (C) Forward Voltage Forward Current $00 — > % es a a Se | a Vice =10 ‘=== at TAIN TI ss z soc YY a 40 == S 22 BTML TL = oe 2 i — ‘ 2 toe = Wi : E oof i vil /| s/n |» atl == === 4a! SS SS 4 WIA e —e 10 tH v4 FAIR] Lert Meee ll ae okt iil” 0 05 10 15 20 25 30 0102 05 1° 2 5 10 20 50 100 Forward voltage Ve (V) Forward current Ip (mA) SHARE 259

SHARP ELEK/ MELEC OIV LSE off 6180798 0002834 sf Photocouplers 7-41-83 PC4N25V/PC4N26V/PC4N27V/PC4N28V Fig. 5 Collecter Current vs. Fig. 6 Relative Current Transfer Ratio vs. Collecter-emitter Voltage aoohmbient Temperature ° 15| Po(MAX. = Ti toma Frans [ aE 2 Ea] POEs) 6? eee ar | Ls = 20S LP eee | a iN Bec et 5 E-NEE S| s fcr tl | | | 2 oS or re zg Lt homal |_| i a a eS a 8 [Lf fond P eee eS . j [femal | = ee ~~ TT TT 4 8 ot 4 0 5 10 15 55-25 0 25 50 75 (100 Collectomr-emitter voltage Vce (V) Ambient temperature Ta (‘C) Fig. 7 Collector-emitter Saturation Voltage Fig. 8 Collector Dark Current vs. vs. Ambient Temperature _ Ambient Temperature ¢ Gee] [TTA == # coma eS — P+ TTL iy ~~ == oa A i » LED rt SS 5 4 | 5 gw tt 8 _ Se oe ee | cee =e Se oo yo EF 55-25 0 25 50 75 100 85 -25 0 2 50 75 100 125 Ambient temperature Ta (‘C) Ambient temperature Ta ((C) Fig. 9 Response Time vs. Load Resistance Fig. 10 Frequency Response Ten 2m FEF Et iene sohTenese TTT ETH a) PTR 3 ol LOU Ze UI 2 TT ORT He See > IN S Freee th 4 <-5 Q 2 a & \\ ° MIC Ae z- \\ WW 0S HH HEH > 15 Ni \\ 2 een ri rr A a a a NLA * 01°02 05 1 2 5 10 20 50 05 1 2° 5 10 20 50 100 200 500 Load resistance Ry (kQ) Frequency f (kHz) ee SHARORA 260

SHARP ELEK/ MELEC DIv _1S5E 0 ff 4280758 oooesas ? Photocouplers PC4N25V/PC4NZ6V/ N27V/PC4N28V : T-41-83 Fig. 11 Collector-emitter Saturation Voltage Test Circuit for Response Time vs. Forward Current s 6 | ca z — Input Ri Output — Input el r_ one gS os Ro I Hf 10% g l HI | on u h ° (| 90% eu be ehh Ss THA ! H l Test Circuit for Frequency Response ac Vee 32 | i il a “ Re se {UWL Ostout % 5 10 15 20 2% 30 Forward current Tp (mA) a SHARO rr 261