OP841W OPTEK | Alldatasheet
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OPTEK TECHNOLOGY INC OLE D 4798580 coooles 2 electronics Division =! amas PAW Becton Components Group TA Ly\\-lo) 7 xtT Product Bulletin 6148 . Jenuary 1985 NPN Silicon Phototransistors Types OP841W, OP842W, OP843W, OP844W, OP845W . 202 (8.13) ™ “187 (4.75) ae i 1m ia ‘reiaatr 9 250 4 TH aAse. ‘4 Now 107 478) i Qo 048 (1.22) ATO 688) EA re) 1028 (0.71) ae > ir eat [a UN ‘oss uan | sayen Sx Sena euren DIMENSIONS ARE IN INCHES (MILLIMETERS). as Features Absolute Maximum Ratings (Tq ~ 25°C unless otherwise noted) meesured from the optical axis to the half power Motor: ovat nb ens 18 i” seg point. The base lead is bonded to enable 5s recoramended, {an be extended to 10 sec. max. when wava soldering, Convention! transistor biasing. Except for minor fy yeulgaa 25.0? sho 257 ditferences in coca Saran ange and (4) Light source isan unfitered tungstan bulb opaating at CT = 2870° or equivalent infrared source, miimum range bing oly, this saris i identical tothe OPGOOW sarias and is Typical Performance Curves mechanically and spectrally matched to the Spoctral Response ofOP841W-OP45W Coupling Characteristics OPY30W and OP231W series of infrered emitting wo GeAlAs and GaAs of OP130W and OPa40W - 0 “ 7 2 ee
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Tmo w00 aon me 000 oo anos Te Wart ~Aenews OTe EWE LN 8 — . Fett thot -aFe ys nDoh entatls Sree a tmastan ms . Shen asia oat se Optoelectronics Division, THW Electronic Components Group, 1216 W. Crosby Ad., Carrollton, TX 7000 1014) 42-2000, TIX 6110090 or 210040
OPTEK TECHNOLOGY INC ObE D ff e798580 Cooo1es 4 Bf Types OP841W, OP842W, OPS43W, OPB44w, OPa4sW 2 T- 411~lo) Electrical Charactoristics (Tq - 25°C uniess otherwise noted Tons — | On-State Collector Current ‘OPB4IW | 0.30 Vee = 50 V, & = 5.0 mcm ope42w | 1.00 Vog = 6.0 V, Ey = 5.0 mic . Ope4aw | 1.60 Ve ~ 6.0 V, Ey = 6.0 mWicm oped | 20 Vog = 6.0 V, Ey = 6.0 mivicm2 opessw | 25 Veg = 6.0 V, Ey - 6.0 mWiem@™ [eg [Rar wt =e “ [Wenced [coterie esdonn Vote Vig tok [enon —| Entec etd Vege [80° | | Vig 100 [Weis [ Ctr Enter SetraionVtege |_| [0 | -V [ip = 000 = eae] a a eee Fall Tine Ry = 1000, See Text Circuit o_o ED Typical Performance Curves Collector Dark Curront Normalized Collector Current Collector Current - 00 vs. Ambient Temperatura a vs. Ambient Temperature vs. Irradiance: Taney a 7 5 vs Latte a ZI Hy VA a, ge [ronments 7] | | i ‘TEAL i HAH SCA a EAPEEECH RCO a PPV rT Te : 4 Po PFPeeeeeey 6 LYE ETT I sLLT TT Trey ZL TT TT I 0 2 40 60 80 100 120 140 80-25 0 25 60 75 100 125 o 4 6 2m 6 mo Mm ‘y-Ana arDati = Maer rear te So Rise and Fall Time Normalized Collector Current ‘Switching Time vs. Load Resistance vs. Angular Displacement Test Circuit bd rey . 14 i | outner «10 ve 4 Py oN | _ * freeman | Y7| ia eos Pi pee WA gef7-t tI I Fi Vaw PoC ooo > a ee eet ve PAEH ips a 5 [| | 5° ae soa, + | 774 I os Pf titotas IH alah aad .74r Yes TY a Pr so» 6 0 ww 6 cro wsstnt~ oe 2 tt erucet ‘TAW reserves the right to make changes at eny time in order to improve design end to supply the best product possible, Optoclectronics Division, TAW Electronic Components Group, 7216 W. Crosby Ad., Carrollton, 1X 76008 [214] 325-2200, TX 716092 or F160e ‘© TRW Inc. 1986, 1982. TRW is the name end merk of TRW lnc. Printed in USA.