OP240 OPTEK Search Results

OP240 Optek

Contextual Info: Plastic Infrared Emitting Diode OP240 Series OP245 Series Features: • • • • Wide irradiance pattern Side-looking package for space-limited applications Wavelength matched to silicon’s peak response Mechanically and spectrally matched to other OPTEK products

OPL55C

Abstract: QPL550 OP140 OP240 OPL550 OPL550-OC OPL551 OPL551-OC OP-240
Contextual Info: OPTEK Product Bulletin OPL550 December 2004 Photologic Plastic Sensors Types OPL55Q, OPL551 Series Four output options High noise immunity Direct TTL/LSTTL interface Low cost plastic side-looking package Mechanically and spectrally matched to OP14Û and OP240 series LEDs

Contextual Info: Plastic Infrared Emitting Diode OP240 Series OP245 Series Features: • • • • Wide irradiance pattern Side-looking package for space-limited applications Wavelength matched to silicon’s peak response Mechanically and spectrally matched to other OPTEK products

OP240

Abstract: vibra tite OP240A OP240B OP240C OP240D OP550 OP555 OP560 OP565
Contextual Info: Plastic Infrared Emitting Diode OP240 Series OP245 Series Features: • • • • Wide irradiance pattern Side-looking package for space-limited applications Wavelength matched to silicon’s peak response Mechanically and spectrally matched to other OPTEK products

OP560

Abstract: OP240 OP240A OP240B OP240C OP240D OP550 OP555 OP565
Contextual Info: Plastic Infrared Emitting Diode OP240 Series OP245 Series Features: • • • • Wide irradiance pattern Side-looking package for space-limited applications Wavelength matched to silicon’s peak response Mechanically and spectrally matched to other OPTEK products

AN890

Contextual Info: Plastic Infrared Emitting Diode OP240 Series OP245 Series Features: x x x x Wide irradiance pattern Side-looking package for space-limited applications Wavelength matched to silicon’s peak response Mechanically and spectrally matched to other OPTEK products

QP240A

Abstract: OP240D
Contextual Info: OPTEK Product Bulletin OP240A January 1995 GaAIAs Plastic Infrared Emitting Diodes Types QP240A, OP24QB, OP24QC, QP240D I, ^ 100 2.541 .080(2 03 - .600(12.701MIN J— .230(5.84) 220(5.59) £l .09212.341 .09212.08) .10012.54 NOM .18014.57) .170(4.321 J_ »

OP140

Abstract: OP240 OPL550 OPL550A OPL550-OC OPL550-OCA OPL551 OPL551-OC
Contextual Info: OPTEK Product Bulletin O PL550 b? clfl5flQ □ □ □2 ti 7c] TS^ July 1996 Photologic Plastic Sensors Types OPL550, OPL551 Series .080 2 .0 3 .070 ( 1 . 7 8 ) ’ .060 (1 .5 2 ) .025 (0 .6 4 ) II .092 (2 .3 4 ) .0 82 ( 2 . 0B) Lr & .170 (4 .3 2 ) L OUTPUT -J

Contextual Info: OPTEK Product Bulletin OPL550 b?clfl5flD DDüEbTT July 1996 1 5 e] Photologic Plastic Sensors Types OPL550, OPL551 Series Four output options High noise immunity Direct TTL/LSTTL interface Low cost plastic side-looking package Mechanically and spectrally matched

Contextual Info: OPTEK TECHNOLOGY INC S7E D t ^ a S S O 00Q071Ö S OPTEK Product Bulletin OPL550 July 1989 Replaces January 1985 Photologic Plastic Sensors Types OPL55Q, OPL551 Series Four output options High noise immunity Direct TTL/LSTTL interface Low cost plastic side-looking

Contextual Info: Fiber Optic Isolator—Phototransistor Sensor OPI1280 Series Features: • • • • • • Opaque plastic housings High noise immunity Visible Red LED with Phototranisitor Output 0.05” 1.27 mm lead spacing Data Transfer through plastic fiber optic cable

OP240

Abstract: OPI1280 OPI1280-018 OPI1280-026 OPI1280-032
Contextual Info: Fiber Optic Isolator—Phototransistor Sensor OPI1280 Series Features: • • • • • • Opaque plastic housings High noise immunity Visible Red LED with Phototranisitor Output 0.05” 1.27 mm lead spacing Data Transfer through plastic fiber optic cable

Contextual Info: Fiber Optic Isolator—Phototransistor Sensor OPI1280 Series Features: • • • • • • Opaque plastic housings High noise immunity Visible Red LED with Phototranisitor Output 0.05” 1.27 mm lead spacing Data Transfer through plastic fiber optic cable

OP550

Abstract: OP240 OP140 OPB857Z OPB817Z opb857 OP550 Optek
Contextual Info: Slotted Optical Switch OPB857Z Features: • • • • • Choice of opaque or IR transmissive shell material Three lead wires for electrical connection Sealed plastic housing Non-contact switching fast switching speed 11.5” (292 mm) minimum length 26 AWG lead wires

OPB857

Abstract: OP140 OP240 OPB85
Contextual Info: OPTEK Product Bulletin OPB857 July 1996 Slotted Optical Switch Type OPB857 Features • Non-contact switching • Three lead wires for electrical connection • Sealed plastic housing • Fast switching speed Description Storage and Operating Temperature R a n g e .

935 PC

Abstract: OP550A OP140 OP240 OP550 OP550B OP550C OP550D
Contextual Info: { 0 OPTEK Product B ulletin O P550A Jun e 1996 NPN Silicon Phototransistors Types OP550A, QP550B, QP550C, QP550D Wide receiving angle Variety of sensitivity ranges Side-looking package for space limited applications Collector-Emitter Voltage. 30 V

OP950

Abstract: OP240
Contextual Info: OPTEK Product B ulletin OP9SO June 1996 PIN Silicon Photodiode Type OP950 Wide receiving angle Linear response vs. irradiance Fast switching time Side-looking package idéal for space limited applications Description The OP950 device consists of a PIN silicon photodiode molded in a clear

Contextual Info: OPTEK Product Bulletin OPB857 July 1996 Slotted Optical Switch Type OPB857 Features Absolute Maximum R atings Ta = 25° C unless otherwise noted • Non-contact switching • Three lead wires for electrical connection • Sealed plastic housing • Fast switching speed

OPB815WZ

Abstract: OP240 OPB815
Contextual Info: Application Bulletin 248 BASIC STEPS datasheet will specify the range of forward current that can be Connecting and Using Infrared Optoelectronics forward current will be set at 20 mA. The forward current can be safely used without causing damage to the LED. Typically, the

OP140

Abstract: QPL530
Contextual Info: OPTEK Product Bulletin OPL530 December 1997 Photologic Sensors Types QPL530, OPL53Q-OC, OPL531, OPL531-OC Features Absolute Maximum Ratings T a = 2 5 ° C u n le s s o th e rw is e no te d • Four output options • High noise immunity • Direct TTL/LSTTL CMOS interface

OP560

Abstract: OP240 OP240A OP550
Contextual Info: OPTEK Product Bulletin OP240A June 1996 GaAIAs Plastic Infrared Emitting Diodes Types OP24QA, OP24QB, OP24QC, OP24QD .100 2.54 .080 (2.03) .067 (1.70) .057 (1.45) -.500 (12.70)MIN •— .230 (5.84) .220 (5.59) .092 (2.34) .082 (2.08) .100 (2.54) NOM .020 (0.51)

Contextual Info: 0 OPTEK Product Bulletin O P550A Jun e 1996 NPN Silicon Phototransistors Types OP550A, QP550B, QP550C, QP550D Features • Wide receiving angle • Variety of sensitivity ranges • Side-looking package for space limited applications Collector-Emitter Voltage. 30 V

OP140

Abstract: OP240 OP550 OP550A OP550B OP550C OP550D
Contextual Info: OPTEK Product Bulletin OP550A June 1996 NPN Silicon Phototransistors Types OP550A, QP550B, QP550C, OP55QD Wide receiving angle Variety of sensitivity ranges Side-looking package for space limited applications Description Collector-Emitter Voltage. 30 V

OP123

Abstract: OP124 OP140 OP165 OP166 OP169 OP223 OP265 OP266
Contextual Info: Converting Radiant Intensity in Units of mW/cm2 to mW/sr. Application Bulletin 222 Radiant intensity is commonly measured in units of power per steradian and power per area. The SI standard is power per steradian. Optek’s standard is power per area. Many customers will design their