OPL551

OPL550 OPTEK | Alldatasheet

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OPTEK TECHNOLOGY INC ODbE D 4798580 onoo1be & | T-4/-67 Optoelectronics Division eel jucoaeh TRW Electronic Components Group 4Itwy Product Bullatin 5164 January 1985 oH . . Photologic™ Plastic Serisors Types OPL550, OPL550-0C, OPL551, OPL551-0C, SLB, SLA saxese 2508.64 mea Sia |— Saas) | x20 ey ona 0922.08) “cea 5002.00 7 “ara.7a _— q teas “1804.08 “imoaa } ) ast asoen | 180.38) "lms 7 eZ : asui.30 sean | (Om MOUS —ourrur-/ SAR wet MENSIONS ARE CHES LNETERS) Features Absolute Maximum Ratings (T,~25°C unless otherwise noted) © Direct TTULSTTL interface Operating Temperature R3NG@.... ese sesecsesecsesveseeeevesecsesnceesesseWAO°C to +85°C © Data rates to 250 K-beud Duration of Output Short to VCC (OPL550-0C, OPL561-0C) «oo... eee ee eeeececee eee ee FOO see, centala a monolithic integrated circuit which UYOOQNC8 esses esessesesseseesesussesreseesteveresecveresveneenenveneres26 milem® incorporates @ photodiode, ¢ linear amplifier end a = Notes: ‘Schmitt trigger on a single silicon chip. The {1) RMA fx is recormmendad. Duration can be extended to 10 secends max when flow soldering. devices feature TTULSTTL compatible logic lavel ‘12! OsrataEneary 4.25 mW/° above 60°C. output which can dive up to 6 TTL loads without Schematice additional circuitry, Also featured ere medium speed dats rates to 250 K-baud with typical rise OPL560 (Totem-Pole Output) Butfer ‘OPL551 (Totam-Pole Output) inverter 4 and fall times of 25 nsec, The Schmitt trigger’s Nec fA ce hysteresis characteristics provide high immunity to @) noise on input and Veg. The Photologic™ chip is D>) S encepsulated in a molded plastic package which our PS) Fw hes an integral lens for enhanced optical coupling. = ~ rO Thasa devices are mechanically end spectrally yo oxo matched to the OPL40SL and OP24OSL infrared aiting diodes, OPLE5O-OC (Open Cotector Output) Butter OPLEE4-0C {Oper-Colector Output Inverter Vee Veo “Ete ~ EL oo oxo Tptostectronies Owision, TAW Electron Components Group, 1216 W. Crosby Rd., Carralton, TX TO008 (ia) 202000, TLX 0710002 or T1G040 | .

OPTEK TECHNOLOGY INC ObE D i 6798580 O0001b3 & | Types OPL550, OPL550-0C, OPL551, OPL551-0C, SLB, SLA T-4u\\- lo Electrical Charactaristics (-40°C to +85°C unless otherwise noted) [var [ovomin sy vite Ts PeakioPeak Vot Fipple Newsy Vor=60 voc to Caso Fabs Tagen of Out f=06 to &0 Mite fete) _ | Postie Song Tesh Iredance (P4680, 0P1580-00, OP, OPST-OC Fa 24 |miven2| Voo=60V i” OFLSSOSLA, OPSECOCSLA, OPUSSISLA, onsst-ocsiA | 25 140 |mWen?] Voc=50 V OPLSEOSLB, OPLSSD-OCSLB, OPtsBISLB, OFSS1-0CSLB | ‘65 130_|miWien®| Voe=6.0 OPLSGO (Gur, Totem Pll Fo | oe CO ka ‘Short Cet Output Curent | 2 fs [fm | Voc=55 V, Fo=3.0 mWien?, Quput = GND OPLS50-0C (Buffer, Open-Colector! i oo } = | low Level Oupe Vetage | [alten fy | Vot=45 V,L=128 mA, fo=0 OPLS54 tiverter, Totem Pole) i YC I Sh Get Oupet arent [=| [9] =| Vec=85 V, =, Ouput= ND OPLS54-0C (Inverter, Open Colector } om | ight Ont Caret | [pote] Vor=45 ¥, Yor=20¥, &=0 Pa freee TT rc OPLS50, OPLEG1 te tt) OuputFse Tine, Output Fl Tine 70 Voo=50V, Th=25°C, o=0 or 30 mien? | eicr| Tron Dy, oi ghlow awe 100 ke, 0.60%, RL=8 TTL Loads 0PL850.06, OPLS1.0C Ouput se Tine, Ogu Fl Tine % Vor=60V, TA=25° Eo=0 or 20 mien? | eave | pv, os Wow Lele te | f= 100 Mi, 06. =08, AL =3600 ‘Note: {1) Inradance measurements are made with 4j=935 nm, through an aperture .020.080, centered on the lens, parallel to the leeds, and flush +.005 to the fens surface. Tptoslectroncs Onvsion, -TAW Electronte Components Group, 1216 W. Crosby Rd, Carralton, TK e008 (014) 825-2000, TUX O/TO0GD or 216848

OPTEK TECHNOLOGY INC ObE D I 6798580 Godd1b4 O | Types OPLS50, OPL550-0C, OPLS51, OPLS51-0C, SLB, SLA) 41-24 Typical Performance Curves OPL550, OPL551 Output Voltage va. Short Circuit Output Current vs. Ambient Temperature Ambient Temperature eH PiSeecel ol ete | | yee [| “ ett TTT Tt i EEE PLT BCL Pee PCO ' SL eee gL TTT TT a eee et 3 sananaeen le CERRO ~COOTT] OPL560-0C, OPL551-0C Output Current (High) vs Rise Time and Fall time vs Ambient Temperatura Ambient Temperature “EEEEE EET Set eer a ss Eseeceaee s PREEEEPEH @ 4 # Peer Eee i KEEFE ESCCCCeeeee] P.COLD Ee geCLEE EE] Peer Seta LC Cer et | eee {Uses CEPT rrr “lg cg cis 8 m4 os 100 tH rrr ey OPL550, OPLS50-0C ‘OPL551, OPL551-0C Normalized Supply Current vs Normalized Supply Current vs Ambient Temperatura Ambient Temperature eat LTT TTT TI Set Ate TTT LLL TSS | POS TCS COT i TA ga RERRRREEE SERRRREEEE : Yec=san¥ LI 3 Yes S04 | | | Be b ete ced een? hoz b Sate re 3 teat cee tm ew we ten tas ‘ew 8 8 ew we tee es Three fectronics Division, TAW Electronic Components Group, 1216 W. Crosby Ad., Carrollton, TX 76000 1214) ‘Bas-2000, TAX 8710082 or 215040 a

OPTEK TECHNOLOGY INC ObE D ff 4778580 Oooo1bS 1 | Types OPL560, OPLS5O-0C, OPLES1, OPLSE1-OC, SLB, SLA = 131-64 Normalized Threshold Irradiance vs Angular Displacement from Ambient Temperature Package Mechanical Axis im ® Mocha eee. | [11 Wad cia a LLALLN [LW PATIN POSSSUT] cabal i- Pa — eV) X q \\ Ht Handi § ental Vera Zon i- Z whet toashnean PUTT sme | | leas ate 8 as ee Ws 8 (ye 0 a0 100 OO * Propagation Time vs Rise Time and Fall time vs . Ambient Temperature ° Ambient Temperature Whe emeawncn |_| feet _] Pasa Frequency: 10 ke Dotput Lond: 8 TTL aguivalnr circ | | i Lt }.COCeCoce Let POA SPaGnnnnnn Clee FeLi pepe) there Pte LTTE TTT “CREE err “LETT TIT ~=oLLET ET ‘Switching Test Curve for Inverters wt _[) o wm rr iad, a 4 ab "0 fo ssss=ssfar— YA LED: f= 10 kz, OC. = 50% * ‘Switching Test Curve for Buffers tl een ‘0 “ ‘us mt aunt i es oa 4 yh ‘TAW reserves the right to make changes at any time in order to improve design and to supply the best product possible. Optoelectronics Tivision, TAW Electronic Tomponents Group, a W. Crosby Fa, Carrollton, TX 75008 1214) 325-2000, TK 6716082 oF AG , ;