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Abstract: No abstract text available
Text: Pulsed Broadband Infrared Light Source MIRL17-900 Intex has developed a series of unique high-intensity pulsed infrared IR light sources capable of operating at high frequencies. Modulation of the light output is achieved by modulating the input electrical power,
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Untitled
Abstract: No abstract text available
Text: Pulsed Broadband Infrared Light Source MIRL17-900 Intex has developed a series of unique high-intensity pulsed infrared IR light sources capable of operating at high frequencies. Modulation of the light output is achieved by modulating the input electrical power,
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mirl17-900
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Untitled
Abstract: No abstract text available
Text: Pulsed Broadband Infrared Light Source MIRL17-900 Intex has developed a series of unique high-intensity pulsed infrared IR light sources capable of operating at high frequencies. Modulation of the light output is achieved by modulating the input electrical power,
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MIRL17-900
Abstract: International Technology Exchange Infrared light source mems IR emitter ZnSe INTEX
Text: Pulsed Broadband Infrared Light Source MIRL17-900 Intex has developed a series of unique high-intensity pulsed infrared IR light sources capable of operating at high frequencies. Modulation of the light output is achieved by modulating the input electrical power,
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MIRL17-900
mirl17-900
International Technology Exchange
Infrared light source
mems IR emitter
ZnSe
INTEX
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Untitled
Abstract: No abstract text available
Text: Pulsed Broadband Infrared Light Source MIRL17-900 Intex has developed a series of unique high-intensity pulsed infrared IR light sources capable of operating at high frequencies. Modulation of the light output is achieved by modulating the input electrical power,
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mirl17-900
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Untitled
Abstract: No abstract text available
Text: Pulsed Broadband Infrared Light Source MIRL17-900 Intex has developed a series of unique high-intensity pulsed infrared IR light sources capable of operating at high frequencies. Modulation of the light output is achieved by modulating the input electrical power,
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mirl17-900
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Abstract: No abstract text available
Text: NEW Ultrafast Pulsed Broadband Infrared Light Source INT05-200 Preliminary Specifications Intex has developed a new, com pact and ultrafast version of its unique high -intensity pulsed infrared IR light source capable of oper ating at high frequencies. The new em itter has 50% faster m odulation rate
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INT05-200
int05-200
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Signal Conditioning Amplifiers
Abstract: No abstract text available
Text: TSL2591 Datasheet - Apr. 2013 - ams163.5 General Description The TSL2591 is a very-high sensitivity light-to-digital converter that transforms light intensity into a digital signal output capable of direct I 2C interface. The device combines one broadband photodiode visible plus infrared and one
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ams163
TSL2591
Signal Conditioning Amplifiers
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Abstract: No abstract text available
Text: Agilent 83437A Broadband Light Source Technical Specifications January 2004 Incoherent light sources for single-mode-fiber component and subsystem characterization. The Technology The Agilent Technologies 83437A Broadband Light Source BBLS is based on Agilent Technologies’ edgeemitting LED (EELED) technology. An
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3437A
3437A
5965-3252E
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electronic ballast for tube light circuit diagram
Abstract: circuit diagram for IR receiver Telefunken ir receiver electronic ballast for uv tube light ELECTRONIC UV LAMP BALLAST circuit diagram BPV23NF TSOP21 ir modulation circuits TSOP17XX TSOP infrared
Text: Vishay Telefunken Disturbance Sources for IR Receiver Modules Receivers in remote control systems have high sensitivity and are ready to receive a signal all the time. This makes it susceptible also for different kinds of disturbances. The concept of Vishay Telefunken IR
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220nF
TSOP18xxSS3V
electronic ballast for tube light circuit diagram
circuit diagram for IR receiver
Telefunken ir receiver
electronic ballast for uv tube light
ELECTRONIC UV LAMP BALLAST circuit diagram
BPV23NF
TSOP21
ir modulation circuits
TSOP17XX
TSOP infrared
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TV IR remote control circuit diagram
Abstract: ir remote control bulb circuit diagrams TSOP32238 Vishay IR receiver TSOP5700 TSOP22xx electronic ballast for tube light circuit diagram TSOP348XX TSOP7000 TSOP34838
Text: VISHAY Vishay Semiconductors Disturbance Sources Receivers in remote control systems have high sensitivity and are ready to receive a signal all the time. This makes it susceptible also to different kinds of disturbances. The concept of Vishay IR receivers is to
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TSOP32238)
05-Aug-03
TSOP7000
TSOP5700
TSOP4838YA1
TSOP34838YA1
TV IR remote control circuit diagram
ir remote control bulb circuit diagrams
TSOP32238
Vishay IR receiver
TSOP22xx
electronic ballast for tube light circuit diagram
TSOP348XX
TSOP34838
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Untitled
Abstract: No abstract text available
Text: TSL245 INFRARED LIGHT-TO-FREQUENCY CONVERTER SOES018 – MAY 1995 D D D D D D D High-Resolution Conversion of Light Intensity to Frequency With No External Components Direct Interface With a Microcontroller Compact Three-Leaded Plastic Package Single-Supply Operation Down to 2.7 V
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Untitled
Abstract: No abstract text available
Text: TSL245 INFRARED LIGHT-TO-FREQUENCY CONVERTER SOES018 – MAY 1995 D D D D D D D High-Resolution Conversion of Light Intensity to Frequency With No External Components Direct Interface With a Microcontroller Compact Three-Leaded Plastic Package Single-Supply Operation Down to 2.7 V
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TSL245
SOES018
TSL245
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tsl24
Abstract: TSL245
Text: TSL245 INFRARED LIGHT-TO-FREQUENCY CONVERTER SOES018 – MAY 1995 D D D D D D D High-Resolution Conversion of Light Intensity to Frequency With No External Components Direct Interface With a Microcontroller Compact Three-Leaded Plastic Package Single-Supply Operation Down to 2.7 V
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TSL245
SOES018
TSL245
tsl24
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CH-8712
Abstract: ELTEC INSTRUMENTS STAEFA 104 eltec
Text: Model 459 Twin Channel Optically Isolated Pyroelectric IR Detector with Source Follower Manufactured under one or more of the following U.S. patents: 3,839,640 - 4,218,620 - 4,326,663 - 4,384,207 -4,437,003 - 4,441,023 - 4,523,095 Model 459 contains two lithium tantalate sensing elements and two JFET
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CH-8712
ELTEC INSTRUMENTS
STAEFA
104 eltec
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Nellcor compatible probe 520-1011N
Abstract: finger probe nellcor 520-1011N finger plethysmography slaa274 IR LED and photodiode heart rate MS430FG437 MSP430FG437PN Nellcor compatible 520-1011N BC856ASMD
Text: SLAA274 – November 2005 A Single-Chip Pulsoximeter Design Using the MSP430 Vincent Chan, Steve Underwood . MSP430 Products This application report discusses the design of non-invasive optical plethysmography
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SLAA274
MSP430
MSP430
MSP430FG437
Nellcor compatible probe 520-1011N
finger probe nellcor
520-1011N
finger plethysmography
slaa274
IR LED and photodiode heart rate
MS430FG437
MSP430FG437PN
Nellcor compatible 520-1011N
BC856ASMD
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TSOP1738 working
Abstract: u2506b how to test TSOP1738 sensor IR TSOP1738 remote control FOR HOME APPLIANCES Infrared sensor TSOP 1738 u1a 4093 TSOP1738 PIN CONFIGURATION working of TSOP1738 TSOP1738 device automatic fan control with tsop1738
Text: TSOP1x IR Detector Photomodules TELEFUNKEN Semiconductors 08.97 Table of Contents General Information. 3 Introduction . 3
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TSOP18.
TSOP1738 working
u2506b
how to test TSOP1738 sensor
IR TSOP1738 remote control FOR HOME APPLIANCES
Infrared sensor TSOP 1738
u1a 4093
TSOP1738 PIN CONFIGURATION
working of TSOP1738
TSOP1738 device
automatic fan control with tsop1738
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Infrared sensor TSOP 1738
Abstract: TSOP1738 working IR TSOP1738 remote control FOR HOME APPLIANCES u2506b TSOP1738 sensor DATASHEETS working of TSOP1738 IC 4093 RF Remote-control Receiver Module IC 4093 pin block diagram remote control for home appliances rf based
Text: TSOP1x IR Detector Photomodules TELEFUNKEN Semiconductors 08.97 Table of Contents General Information . 3 Introduction. 3
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induction furnace circuit diagram
Abstract: INCOMING RAW MATERIAL INSPECTION REPORT FOR COLD FORGING
Text: THE ELECTROMAGNET Visible Micro Gamma Rays Wavelength Frequency, Hz: 0.1Å X-Rays U.V. Infrared EHF 10Å 100Å 0.1µ 1Å 1µ 10µ 100µ 0.1cm 1cm 3x1019 3x1018 3x1017 3x1016 3x1015 3x1014 3x1013 3x1012 3x1011 3x1 cycles per second VISIBLE SHORT WAVELENGTH
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3x1019
3x1018
3x1017
3x1016
3x1015
3x1014
3x1013
3x1012
3x1011
induction furnace circuit diagram
INCOMING RAW MATERIAL INSPECTION REPORT FOR COLD FORGING
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ir tv receiver
Abstract: TSOP381xx FLUORESCENT LIGHT BALLAST TSOP343XX TV IR remote control circuit diagram very long range ir remote control ELECTRONIC BALLAST circuit DIAGRAMs infrared receiver agc fluorescent lamp transistor Electronic ballast Vishay IR receiver
Text: Disturbance Sources Vishay Semiconductors Disturbance Sources Receivers in remote control systems must have high sensitivity and be ready to receive a signal any time. This operating environment also means that they are susceptible to different kinds of disturbance signals. Vishay IR receivers
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21-Apr-09
ir tv receiver
TSOP381xx
FLUORESCENT LIGHT BALLAST
TSOP343XX
TV IR remote control circuit diagram
very long range ir remote control
ELECTRONIC BALLAST circuit DIAGRAMs
infrared receiver agc
fluorescent lamp transistor Electronic ballast
Vishay IR receiver
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Abstract: No abstract text available
Text: Disturbance Sources www.vishay.com Vishay Semiconductors Disturbance Sources Receivers in remote control systems must have high sensitivity and be ready to receive a signal any time. This operating environment also means that they are susceptible to different kinds of disturbance signals. Vishay IR receivers
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LASCR
Abstract: fiber optic schematic symbols scr control light intensity IR thyristor manual "Programmable Unijunction Transistor" OPTOCOUPLER for thyristor gate electronic symbols and parts Broadband Infrared Light Source
Text: GLOSSARY OF SYMBOLS AND TERMS Optoelectronics spans the disciplines o f electronics, photometry, radiometry and optics with dashes o f physics and statistical analysis. The same word o r symbol can have two different m eanings, depending on the discipline involved. T o simplify use of this glossary, words and symbols are
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LASCR
Abstract: Unit junction transistor UJT
Text: GLOSSARY OF SYMBOLS AND TERMS O ptoelectronics spans the d isciplines o f electronics, photom etry, radiom etry and optics w ith dashes o f physics and statistical analysis. T he sam e w ord or sym bol can have tw o differen t m eanings, depending on the discipline involved. To sim plify use o f this glossary, w ords and sym bols are
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silicon carbide LED
Abstract: silicon carbide
Text: ¡g r technical information LU Êâi The semiconductor used in a solid state device consists initially of a carefully prepared pure material, having a crystalline structure. Ordinarily, since the crystal has relatively few free electrons, the pure semiconduc
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