OP300 ETC1 | Alldatasheet
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OPTEK TECHNOLOGY INC ObE D | 6794580 goooLyo 7 I Optoelectronics’ Division 7-4-3 eam ‘TRW Electronic Components Group a y | vy Product Bulletin 6091 Jenvery 1985 ee SeeSeeFeeEeSeSeSFSse NPN Silicon Photodarlingtons Types OP300, OP301, OP302, OP303, OP304, OP305 938.1089) presrge > 2115 (202) - ‘aos Sieieeal 024 (0.89) tater iz “<< Te t ar ane oe ied Li : one on eer tana MESS A WERE LEE, Features ‘Absolute Maximum Ratings (Tq = 26°C unless otherwise noted) The OPGO0 through OP305 each consist of an Power Dissipation Steere eee ee eee ee eeeeeteeeeeeteeeeecrerseee reser ener ices «BO IW 'NPN silicon photedartington mounted in & Notes: miniature gless lensed, hermetically sealed, “Pilt’ {1} Rafer to Application Buletin 111 which discusses proper techniques for soldering Fil ‘ype devices into PC boards, package, The lasing effect of th packeg lows 1! AMA fu ommend, Outi ce be cede 010 sex when wie seg, fan acceptance haf angle of 18° moasured from fire Ma 1.0 ni eve 26%, the optical axis to the half power point. (6) Ught source isan unfitered tungsten bulb oparaing at CT = 2870°K or equilent infrared sowrce, Photodarlingtons are normally used in applications. ‘where light signel levels ere low and more current Typical Performance Curves - gain is needed than is possible with Dhotovensistors, This series is mechencaly and Spectral Response of OP300-0P305 Coupling Characteristics ‘spectrally metched to the OP123/124 end 0 va. GaAlAs and GaAs tw of OP123 and OP300 0P229/224 series of infrared emitting diodes. YY “CO CRE o ! eA rr PAZUNRE] CEREEEEEEEE ol Al A | of APT TTT Try PAPAIN) EERE . I © hh oA ATT IN| EEESEEFEEE N af TP NTT CCOANN, THES . AA \\ oC CCP EE oo m0 wo) m0 10001100 0a: aos as a |X WANN = Non CUTAN BETWEEN LS TS = ce Teng 0 41-29 1 wedi Foti STR 80520 8 wD Soa asl usta an ‘Optcslectron ics. Division, W Clectronte Tomponents Group, Tae W. Trosby Wa., carralton, TX 7008 (O74 35-2000, TX 6716080 or 216880
OPTEK- TECHNOLOGY INC ObE D | 67945480 0000141 49 | Types OP300, OP301, 0P302, OP303, 0P304, 0PI05 4) (3 ST EEE na - — Electrical Characteristics (Ta = ~40°C to +70°C unless otherwise noted) ‘On-State Collector Current ‘0P300 | 0.80 Vee = 8.0 V, Eg = 1.00 mWicm?®! OPao1 | 0.80 24 ‘Vee = 5.0 V, Eq = 1.00 mWlom@t 0P02 | 1.80 64 Voce = 6.0 V, Ey = 1.00 mWicms! opa03 | 3.8 120 Vee ~ 6.0 Vy Eq = 1.00 mWfem@) 0P304 | 7.0 20 Vee 6.0 V, Eq = 1.00 mWiem2s i opa0s | 14.0 Veg ~ 6.0 V, Eq = 1.00 mWiemet a A A OC SC I Wieneco | Enite-Colecr Grestdown Votege | eo { {| V [e-ga 0902, 304, 305 g-= 1.00 mA, Ep = 1.00 miler Ho | Typical Performance Curves Collector Dark Current Collector Current Collector Current va. Ambient Temporature vs. Ambient Temperature 0 vs. Itradiance reET TTT Salm PAA a 7 a [hetero [| TI to | | i CEE yr rt
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CCTV] PEERS ob beoroArco "COWL «6 ER BE EA “ L 2. EObZEEER a*tpoaer eT TALL | Oo} Bee sea Boo * a rree_ ei (7A er TTA TTT yy oC »Cttrr rrr Rise and Fail Time Normalized Collector Currant ’ ‘vs. Load Resistance a vs. Angular Displacement Veo=5¥ ‘TEST CONDITIONS afer TE) Beet TTT H y[ moto (meyaot 7 | tere NLL Ean (aT | Sas [Sse 2 [asm ey i ine a a bes EEA oe ee ee eependan aa ea [| a A ain Ley EN A) LH N Py — LOAD RESISTANCE ~ KO 0 — ANGULAR DISPLACEMENT ~ Deg. ‘TRW reserves the right to make changes at any time in order to improve dasign and to supply the best product possible. ‘Throat fectronics Division, TAW Electronic Components Group, 1215 W. 7 Tid., Carrollton, TX To008 1214) 328-2000, TX 6) 16082 oF T1048 © TRW Ine, 1985, 1982. TRW is the name ead mark of TRW tne. Printed in USA.