REFLECTIVE OPTO SWITCH Search Results

Infrared photodiode sensor

Abstract: PHOTO SENSOR of application OTR600 600/OTR
Contextual Info: ta böoaaMs ooooeo? t OPTO TECHN0L06Y INC OPTO TECHNOLOGY REFLECTIVE SWITCH T Y P E O TR 6 OO/OTR 610 Features • TO-18 reflective sensor ■ .030 diameter aperture ■ Photo IC sensor Description Opto Technology's O TR 600/610 reflective se n so rs combine a G a A IA s infrared emit­

3 CG 708

Abstract: motion sensor IR TRANSISTOR BH RW H100 Reflective Sensor reflective opto switch
Contextual Info: m OPTO bô0224S TECHNOLOGY DDQQSn b INC OPTO TECHNOLOGY REFLECTIVE SWITCH T Y P E OTR 6 5 0 Features • TD-18 reflective sensor ■ .0 3 0 aperture ■ Pho totransistor Description Opto Technology's OTR 650 re­ flective sensor combines two GaA1 As LEDs and an NPN silicon

br A 708

Contextual Info: •I bôOESMS DDDD21S OPTO TECHNOLOGY ‘i M O T I INC 42E OPTO TECHNOLOGY REFLECTIVE SWITCH TYPE OTR 636 Features ■ Photodarlington ■ Low c o s t plastic housing ■ High gain Description □ p to Technology's OTR 63B reflective sensors combine a gallium arsenide infrared emit­

8ati

Abstract: 25CC kodak
Contextual Info: • bòOSc^S 0000225 1 IOTI OPTO TECHNOLOGY I N C OPTO TECHNOLOGY REFLECTIVE SWITCH T Y P E OTR 6 6 7 Features • Photodarlington ■ Low co st plastic housing ■ Lensed fo r ambient light filtratio n and dust protection. Description The OTR 6 6 7 reflective sen­

3M reflective tape

Abstract: reflective ir infrared detectors LSTTL 121 122 opto
Contextual Info: OPTO TECHNOLOGY I N C — 13 D | bS0224£ 0DDDQ31 T I D OP-TEC REFLECTIVE TRANSDUCERS — SERIES OTR121, OTR122, OTR125, OTR126 . Adjustable rahge is provided by Opto Technology's reflective transducer assemblies which consist of high efficiency gallium arsenide infrared emitting diodes and silicon phototransistor or photodarlington detectors with highly stable

S41 sensor

Abstract: OTR641 Infrared phototransistor TO18 diameter lens phototransistor sensor s41
Contextual Info: •I bô 022M5 0 Q D D E 1 7 2 « I O T I OPTO T E CH NO LO GY INC M2E B -4 -T> OPTO TECHNOLOGY REFLECTIVE SWITCH T Y P E OTR S 41 Features ■ T O -18 reflective sensor ■ .0 2 0 diameter aperture ■ Phototransistor Description Mark sense reading is accomplished with

521 opto

Contextual Info: • OPTO bû022M5 0 0 0 0 2 2 3 TECHNOLOGY ô i O T I I NC OPTO TECHNOLOGY REFLECTIVE SWITCH TYPE OTR 66 5 Features * P h ototra nsisto r ■ Low c o s t plastic housing * Lensed fo r ambient light filtratio n and dust protection. Description The OTR 6 6 5 reflective sen­

Contextual Info: Opto–Switch EE–SY169A Reflective Phototransistor output. Optimum sensing distance 4mm. High-quality model with plastic lenses. Highly precise sensing range with a tolerance of ±0.6 mm horizontally and vertically. Convergent reflective model. Dimensions

amp mta 100

Abstract: amp mta-100 MTA-100
Contextual Info: •i t,ÖOE24S □DDDBS'i T OPTO TECHNOLOGY ■ OTI INC 42E D 4 0 OPTO TECHNOLOGY 3 - REFLECTIVE SWITCH T Y P E OTR 6 9 6 Features ■ Photodarlington ■ Low profile * Narrow depth of field to eliminate background interference Description Opto Technology's OTR 6 9 6 consists of a

Contextual Info: Opto–Switch EE–SY191 Reflective Phototransistor output. Uses latest in Fresnel lens technology to enhance sensing position characteristics. Convergent reflective model, the operation of which is hardly interfered by any background object. Sensing distance 5mm.

Contextual Info: Opto–Switch EE–SY190 Reflective Phototransistor output. Uses latest in Fresnel lens technology to enhance sensing position characteristics. Convergent reflective model, the operation of which is hardly interfered by any background object. Sensing distance 5mm.

Contextual Info: Back Opto–Switch EE–SY169A Reflective Phototransistor output. Optimum sensing distance 4mm. High-quality model with plastic lenses. Highly precise sensing range with a tolerance of ±0.6 mm horizontally and vertically. Convergent reflective model. Dimensions

Contextual Info: Back Opto–Switch EE–SY190 Reflective Phototransistor output. Uses latest in Fresnel lens technology to enhance sensing position characteristics. Convergent reflective model, the operation of which is hardly interfered by any background object. Sensing distance 5mm.

Contextual Info: Back Opto–Switch EE–SY191 Reflective Phototransistor output. Uses latest in Fresnel lens technology to enhance sensing position characteristics. Convergent reflective model, the operation of which is hardly interfered by any background object. Sensing distance 5mm.

OTR630

Abstract: U/25/20/TN26/15/850/FPT100 phototransistor
Contextual Info: •I bÔOBBMS OOD QEOT 3 OPTO TECHNOLOGY 6 INC OPTO TECHNOLOGY REFLECTIVE SWITCH T Y P E OTR 6 3 0 Features ■ P h ototra nsisto r ■ Low cost plastic housing ■ Lensed fo r dust protection and ambient light filtra tio n i A i Description Opto Technology's OTR B30 Re­

631 opto

Abstract: opto 631
Contextual Info: •I OPTO bfl022MS ODQOail TECHNOLOGY INC 1 M2E I OPTO TECHNOLOGY REFLECTIVE SWITCH T Y P E O TR 6 3 1 F e a tu re s ■ Photodarlington ■ Low c o st plastic housing ■ Lensed fo r dust protection and ambient light filtra tio n D es c rip tio n Opto Technology's OTR 631 Re

phototransistor 650 nm

Abstract: phototransistor visible light C660 phototransistor peak 550 nm
Contextual Info: •I bfl02245 DD002B1 OPTO TECHNOLOGY OPTO TECHNOLOGY 4 M IOTI INC 42E J> - " T - M l - T l , REFLECTIVE SWITCH T Y P E OTR 6 6 0 Features ■ Visible LED C660 nM ■ Phototransistor ■ Low cost plastic housing Description Dpto Technology's OTR 660 Re­

562CHADDICK

Abstract: Reflective Sensors
Contextual Info: •I bfiDBBMS O O D Q E O T 3 OPTO TE CH N O L O G Y 6 INC OPTO TECHNOLOGY REFLECTIVE SWITCH T Y P E OTR 6 3 0 Features ■ P h ototra nsisto r ■ Low cost plastic housing ■ Lensed fo r dust protection and ambient light filtra tio n i A i Description Opto Technology's OTR B30 Re­

TIL139

Abstract: KlA 511 A 708 transistor 4785 25CC photo switch Opto Diode kodak 0224S
Contextual Info: • bfi0224S 0000213 5 B O T I 42E D OPTO TECHNOLOGY INC OPTO TECHNOLOGY - ^ T 7 H i - ^ 3 REFLECTIVE SWITCH T Y P E OTR 6 3 5 Features ■ P h ototra nsisto r ■ Low co st plastic housing ■ D ire ct replacement fo r TIL139 Description

WORKING PRINCIPLE IR SENSOR

Abstract: "BJT Transistors" IR phototransistor TRANSISTOR SUBSTITUTION BJT Transistors qrb1114 phototransistor as sensor parallax infrared sensor WORKING PRINCIPLE OF proximity sensor working principle of encoder
Contextual Info: Web Site: www.parallax.com Forums: forums.parallax.com Sales: sales@parallax.com Technical: support@parallax.com Office: 916 624-8333 Fax: (916) 624-8003 Sales: (888) 512-1024 Tech Support: (888) 997-8267 Errata for Process Control v1.0 (#122-28176) Chapter 4 Opto-Reflective Switch Use

Contextual Info: Optoelektronische Sensoren Photo electric sensors Cellules opto-électroniques Abmessungen Dimensions Dimensions FPAM 18N3151 Elektrischer Anschluss Connection diagram Schéma de raccordement BN 1 4 Retro-reflective sensor with polarization filter Barrière réflex avec

Infrared object counter circuit

Abstract: rs 306-061 306-061 304-560 object counter 307-913 INFRARED OBJECT COUNTER rs 301-606 reflective opto switch kodak counter
Contextual Info: Issued March 1997 232-2447 Data Pack F Reflective and slotted opto switches 2601 Data Sheet Gallium Arsenide infra-red emitting diodes and spectrally matched detectors housed in moulded packages mechanically designed to enable sensing in a variety of applications, i.e. limit switching,

ee-sb5

Contextual Info: Opto–Switch EE–SB5 –B Reflective Phototransistor output. Sensing distance 5mm. Dust-tight construction. With a visible-light intercepting filter which allows objects to be sensed without being greatly influenced by the light radiated from fluorescent lamps.

Infrared object counter circuit

Abstract: rs 306-061 306-061 304-560 INFRARED OBJECT COUNTER object counter reflective opto switch rs 301-606 307-913 photo reflective sensor application note
Contextual Info: Issued March 1987 004-276 Data Pack F Reflective and slotted opto switches 2601 Data Sheet Gallium Arsenide infra-red emitting diodes and spectrally matched detectors housed in moulded packages mechanically designed to enable sensing in a variety of applications, i.e. limit switching,