SD5421 Search Results

SV5637-001

Contextual Info: SV5637-001 Vertical Cavity Surface Emitting LASER GaAs 850 nm VCSEL FEATURES • TO-46 metal can package, dome lens • 2¡ nominal emission angle • Designed for low drive currents (7-15 mA) • High output vs input current performance • Mechanically and spectrally matched to SD5421

Contextual Info: SV5637-001 Preliminary Vertical Cavity Surface Emitting LASER GaAs 850 nm VCSEL FEATURES • TO-46 metal can package, dome lens • 2° nominal emission angle • Designed for low drive currents (7-15 mA) • High output vs input current performance • Mechanically and spectrally matched to SD5421

Contextual Info: SV5637-001 Preliminary Vertical Cavity Surface Emitting LASER GaAs 850 nm VCSEL FEATURES • TO-46 metal can package, dome lens • 2° nominal emission angle • Designed for low drive currents (7-15 mA) • High output vs input current performance • Mechanically and spectrally matched to SD5421

Contextual Info: SD3421/5421 Silicon PIN Photodiode FEATURES • TO-46 metal can package • Choice of flat window or lensed package • 90° or 18° nominal acceptance angle option • Fast response time • Wide operating temperature range (-55°C to +125°C) • Mechanically and spectrally matched to

SV5637-001

Abstract: lens photodiode phototransistor INFRA-87 VCSEL phototransistor sd5443 phototransistor 850 nm LED honeywell sensor VCSEL photodiode SD5421 SD5443
Contextual Info: 17 September 1997 SV5637-001 Preliminary Vertical Cavity Surface Emitting LASER GaAs 850 nm VCSEL FEATURES • TO-46 metal can package, dome lens • 2¡ nominal emission angle • Designed for low drive currents (7-15 mA) • High output vs input current performance

SD-5421-2

Abstract: SD-3421-2 SD-3422-2 sd3421-2 SD-2420-1 34222 SD-1420-2 SD-2420-2 SD-3420-1 SD-3420-2
Contextual Info: W AVELENGTH, nanometers WAVELENGTH, nanometers F IG U R E Z SPECTRAL RESPONSIVITY FIGURE 1. SPECTRAL RESPO NSIVITY PHOTODIODES SILICO N OPTICAL/ELECTRICAL CHARACTERISTICS (25°C) PARAMETER LIG H T CURRENT T E S T C O N D IT IO N r = 20V H as shown SYM BO L

A 69157 scr

Abstract: 65k5 HEDS 5300 HCPL-900J-000E HCPL 0636 DT 8210 IC hcpl788 hcpl 1360 HEDS 8210 83K3
Contextual Info: NON-VISIBLE OPTOELECTRONICS Find Datasheets Online DETECTORS • ENCODERS DETECTORS SCHMITT TRIGGER DETECTORS CONT. PLASTIC PACKAGING Price Each Max. Radiant Operating Output Threshold Range Vcc Mfg. Part No. Fig. Circuit (mW/cm2) (V) Stock No. 2 Buffer

SD5421

Abstract: SD3421 TO-46 transistor 5421 SD-3421
Contextual Info: 17 September 1997 SD3421/5421 Silicon PIN Photodiode FEATURES • TO-46 metal can package • Choice of flat window or lensed package • 90¡ or 18¡ nominal acceptance angle option • Fast response time • Wide operating temperature range (-55¡C to +125¡C)

SD3421-002

Abstract: SD5421-002 SD5421 SD-5421
Contextual Info: SD3421/5421 Silicon PIN Photodiode FEATURES • TO-46 metal can package < Choice of flat window or lensed package • 90° or 18° nominal acceptance angle option • Fast response time • Wide operating temperature range (-55°Cto+125°C) • Mechanically and spectrally matched to

TRANSISTOR ED203

Abstract: FND10 MAN-3A 2N3980 LA 4301 do ic 4532A free germanium Germanium drift transistor texas instruments LED Display TIL epitaxial mesa
Contextual Info: T H E O P T O E L E C T R O N IC S D A T A B O O K Few people in the electronics industry realize that optoelectronics technology has a history which precedes the invention of the integrated circuit. It is also a relatively unknown fact that Texas instruments was a pioneer in the

H0A0872-n55

Abstract: H0A1405-1 H0A0865-L51 h0a1405 HOA708-1 HOA9 til78 phototransistor MOC70T3 ir diode TIL38 H0A1874-12
Contextual Info: Cross Reference Cross Reference Competition P/N Honeywell P/N Code Description Competition P/N 100 H0A0871-N55 B TRANS ASSY. PTX 5082-4205 CALL PHOTODIODES. P P P IN 101 H0A1872-12 BC TRANS ASSY. PTX 5082-4207 CALL PHOTODIODES. T018 TALL PIN 10501 H0A1872-1

TIL149

Abstract: HOA708-1 S-180-a55 SPX2862 HS-230-40W HOA708 SLOTTED OPTICAL SWITCH HOA1160 h0a2001 A11W
Contextual Info: ¿£i^±=<.-=is=a. L FASCO INDS/ Part Number SENISYS Replaced By 40E D 3411736 ^ Part Number Replaces ÜQQ1 3 3 Ô By CLI800 . S-870-T55 C L I8 0 0 A . S-875-T55 C L I8 0 0 M . S-870-N55 C L I8 0 0 M A .S-875-N55

SD-5443-3

Abstract: SD5491-4 SD5491-2 transistor 24 SD5491-5 sd5410-3 sd3410-3 SD1420-2L SD-3421-2 SD5443-2
Contextual Info: HO NE Y W E L L Sensors INC/ MICRO 41E D • 45 51 Ô3 0 QG13âbt> □ ■ H0N1 Hermetic Saturation voltages are measured at approximately 25% of the minimum specified light current for each device; typical values are 0.3 V for phototransistors, and 1.0 V

Contextual Info: SD3421/5421 Silicon PIN Photodiode FEATURES . T O -4 6 m etal can p ackage . C h o ic e of flat w indow or lensed p ackage • 9 0 ° or 1 8° nom inal a cc ep tan ce ang le option • Fast respo nse tim e • W id e operating tem p eratu re range (-5 5 °C to + 1 2 5 °C )

A 69157 scr

Abstract: HCPL 1458 TRANSISTOR SMD 431H SMPS 666 VER 2.3 SMPS 666 VER 2.1 acsl 086 s LHi 878 2057 LED dot matrix display 5x7 smd ic A9A 42-M41
Contextual Info: ND3% BASE1 XXXX4641-1306-1-P 1306 TSQ: 3001 CMS: CMS-USM TS host OP: NN COMP: 18-07-11 Hour: 14:59 TS:TS date TS time LEDS & ACCESSORIES Find Datasheets Online LED DESIGN KITS • THROUGH-HOLE LEDS POWER LINE DESIGNER KIT HIGH-INTENSITY LED LAMPS CONT. T- 13⁄4 (5mm)

SD5421

Abstract: SD3421
Contextual Info: SD3421/5421 Silicon PIN Photodiode FEATURES • TO-46 metal can package • Choice of flat window or lensed package • 90¡ or 18¡ nominal acceptance angle option • Fast response time • Wide operating temperature range (- 55¡C to +125¡C) • Mechanically and spectrally matched to

optomechanical mouse encoder

Abstract: Optical encoder mouse encoder MOUSE ENCODER power detector wheel mouse sensor mouse wheel encoder basic optical mouse basic optical mouse 5v 100ma mouse Phototransistor shadow detector circuits motion DETECTOR flow chart
Contextual Info: Application Note Optoelectronics for Mouse and Shaft Encoder Applications Figure 1 Figure 3 IRED/PHOTODIODE CIRCUIT The mouse, a small hand-held device, usually with two or three buttons on top, is by far the most commonly used alternative input device for personal computers. As

HOA1395

Abstract: dual Phototransistor mouse ACTIVE INFRARED MOTION DETECTOR TO46 lens phototransistor mouse Optical tachometer IR SENSOR wheel mouse HOA2498 HOA0149 HLC2705 mouse photodetector se3470
Contextual Info: Infrared Sensors Line Guide Solid, sensitive solutions. Optoelectronics integrates optical principles and semi-conductor electronics — the inter-conversion of electricity to light. In electronic systems where feedback and control systems are common, these infrared sensors are often

TIL702

Abstract: TIL701 TIL393-9 til78 phototransistor TIL81 til312 7 segment display TIL78 TIL393 TIL313 TIL393-6
Contextual Info: m The Optoelectronics Data Book for Design Engineers T e x a s In s t r u m e n t s IMPORTANT NOTICES Texas Instruments reserves the right to make changes at any time in order to improve design and to supply the best product possible. Tl cannot assume any responsibility for any circuits shown or

KT853

Abstract: KT850 KT853A LTR-305D H0A0872-n55 H0A1405-1 h0a2001 MOC70T3 HOA708-1 smd diode 825B
Contextual Info: Cross Reference Competition Honeywell P/N P/N 100 H 0A0871-N55 50B2-4204 CALL PHOTODIODES, T 0 1 8 T A LL PIN 101 HOA1872-12 BC TR AN S A S S Y . PTX 5082-4205 CALL PHOTODIODES. P P PIN 10501 H 0A 1872-1 BC TRAN S A S S Y , PTX 5082-4207 CALL PHOTODIODES. T 0 1 8 T A LL PIN

HOA1395

Abstract: Infrared Phototransistor
Contextual Info: Infrared Sensors Line Guide Solid, sensitive solutions. Optoelectronics integrates optical principles and semi-conductor electronics — the inter-conversion of electricity to light. In electronic systems where feedback and control systems are common, these infrared sensors are often

HOA0901-11

Abstract: HOA0901-12 HOA0902-11 quadrature mouse phototransistor 2N2222 hfe ir slotted wheel encoder mouse joystick circuit how an INFRARED MOTION DETECTOR works shadow detector circuits HOA0901
Contextual Info: Application Notes Application Note Light Emitting Diode IRED Power Output Specifications A method of specifying power output is to measure the power radiated into a cone whose apex is at the IRED. This cone is the solid angle over which the power output