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    1CM AREA IR PHOTODIODE Search Results

    1CM AREA IR PHOTODIODE Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    CS-SASDDP8282-000.5 Amphenol Cables on Demand Amphenol CS-SASDDP8282-000.5 29 position SAS to SATA Drive Connector Dual Data Lanes Cable 0.5m Datasheet
    CS-SASDDP8282-001 Amphenol Cables on Demand Amphenol CS-SASDDP8282-001 29 position SAS to SATA Drive Connector Dual Data Lanes Cable 1m Datasheet
    QE82527 Rochester Electronics LLC LAN Controller, CMOS, Visit Rochester Electronics LLC Buy
    AS82527 Rochester Electronics AS82527 - LAN Controller, 2 Channel(s), CMOS Visit Rochester Electronics Buy
    AM79C90JC Rochester Electronics LLC AM79C90 - CMOS Local Area Network Controller for Ethernet (C-LANCE) Visit Rochester Electronics LLC Buy

    1CM AREA IR PHOTODIODE Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    LT1328CS8

    Abstract: No abstract text available
    Text: LT1328 4Mbps IrDA Infrared Receiver U DESCRIPTION FEATURES • ■ ■ ■ ■ ■ The LT 1328 is a photodiode receiver that supports IrDA® data rates up to 4Mbps as well as other modulation methods such as Sharp ASK and TV remote control. The LT1328 MSOP contains all the necessary circuitry to


    Original     		PDF LT1328 LT1328 LT1016 LT1116 LT1319 LT1361 50MHz, 434-0507q 1328f LT1328CS8

    BPV22NF

    Abstract: circuit diagram for simple IR receiver Temic 2N7002 IR transmitter and receiver pair 74LS123 keyless entry gm transmitters 2N7002 HSDL-4220 LT1328 LT1328CMS8
    Text: LT1328 4Mbps IrDA Infrared Receiver U DESCRIPTION FEATURES • ■ ■ ■ ■ ■ The LT 1328 is a photodiode receiver that supports IrDA® data rates up to 4Mbps as well as other modulation methods such as Sharp ASK and TV remote control. The LT1328 MSOP contains all the necessary circuitry to


    Original     		PDF LT1328 LT1328 LT1016 LT1116 LT1319 LT1361 50MHz, 434-0507q 1328f BPV22NF circuit diagram for simple IR receiver Temic 2N7002 IR transmitter and receiver pair 74LS123 keyless entry gm transmitters 2N7002 HSDL-4220 LT1328CMS8

    ir led

    Abstract: BPV22NF HSDL-4220 MAX3100 MAX3120 MAX3120CSA MAX3120CUA MAX3120ESA MAX3120EUA ir led PHOTODIODE
    Text: 19-1390; Rev 0; 10/98 Low-Profile, 3V, 120µA, IrDA Infrared Transceiver The MAX3120 IrDA 1.2-compatible infrared transceiver is optimized for battery-powered, space-constrained applications. It consumes only 120µA while supporting data rates up to 115kbps over a wide 3V to 5.5V operating range, and features a 10nA shutdown mode to


    Original     		PDF MAX3120 115kbps MAX3120 MAX3120, ir led BPV22NF HSDL-4220 MAX3100 MAX3120CSA MAX3120CUA MAX3120ESA MAX3120EUA ir led PHOTODIODE

    Untitled

    Abstract: No abstract text available
    Text: 19-1390; Rev 0; 10/98 Low -Profile , 3 V, 1 2 0 µA, I rDA I nfra re d Tra nsc e ive r The MAX3120 IrDA 1.2-compatible infrared transceiver is optimized for battery-powered, space-constrained applications. It consumes only 120µA while supporting data rates up to 115kbps over a wide 3V to 5.5V operating range, and features a 10nA shutdown mode to


    Original     		PDF MAX3120 115kbps

    RS-232 to spi converter with MAX3100

    Abstract: ir photodiode amplifier rs232 infrared transmitter receiver rs232 RS-232 MULTIPLEX BPV22NF ir transmitter receiver rs232 "Infrared TRANSCEIVER" DATASHEET rssd MAX3130 MAX3130EAI
    Text: 19-1402; Rev 0; 11/98 3V to 5.5V, IrDA Infrared Transceiver with Integrated RS-232 Interface Features The MAX3130/MAX3131 combine an IrDA 1.2 compatible infrared transceiver with an RS-232 interface—all in a single 3V-powered hybrid microcircuit. The infrared


    Original     		PDF RS-232 MAX3130/MAX3131 115kbps. 200mA MAX3130/MAX3131 RS-232 to spi converter with MAX3100 ir photodiode amplifier rs232 infrared transmitter receiver rs232 RS-232 MULTIPLEX BPV22NF ir transmitter receiver rs232 "Infrared TRANSCEIVER" DATASHEET rssd MAX3130 MAX3130EAI

    RS-232 to spi converter with MAX3100

    Abstract: infrared transmitter receiver rs232 HP 4220 pin photodiode RS-232 MULTIPLEX MAX3130 MAX3130CAI MAX3130EAI MAX3131 MAX3131CAI MAX3131EAI
    Text: 19-1402; Rev 0; 11/98 3V to 5.5V, IrDA Infrared Transceiver with Integrated RS-232 Interface Features The MAX3130/MAX3131 combine an IrDA 1.2 compatible infrared transceiver with an RS-232 interface—all in a single 3V-powered hybrid microcircuit. The infrared


    Original     		PDF RS-232 MAX3130/MAX3131 115kbps. 200mA MAX3130/MAX3131 RS-232 to spi converter with MAX3100 infrared transmitter receiver rs232 HP 4220 pin photodiode RS-232 MULTIPLEX MAX3130 MAX3130CAI MAX3130EAI MAX3131 MAX3131CAI MAX3131EAI

    Untitled

    Abstract: No abstract text available
    Text: 19-1402; Rev 0; 11/98 3 V t o 5 .5 V, I rDA I nfra re d Tra nsc e ive r w it h I nt e gra t e d RS-2 3 2 I nt e rfa c e Fe a t ure s The MAX3130/MAX3131 combine an IrDA 1.2 compatible infrared transceiver with an RS-232 interface—all in a single 3V-powered hybrid microcircuit. The infrared


    Original     		PDF MAX3130/MAX3131 RS-232 115kbps. 200mA

    LDR sensor light dark sensor

    Abstract: dark light sensor using LDR AND transistor sensor LDR ldr sensor uv light PHOTO detector FillFactory Photoresistor uv pyro sensor InGaAs apd photodiode CCD and CID Technology
    Text: Silicon versus Film CMOS versus CCD Units of sensitivity Color sensitivity B. Dierickx - FillFactory • • • • Photonics West 2000 Short Course Methods of scanning Methods of light detection in Silicon / CMOS Floor plan of a CMOS image sensor Basic CMOS pixels


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    CQY78

    Abstract: cqy77 SF-104 equivalent transistor BPW33 solar cell transistor infrared phototransistor application lux meter photoelectric infra red sensor pair CQY78 IV Infrared phototransistor TO18 phototransistor sensitive to green light
    Text: General IR and Photodetector Information Appnote 37 are separated and a photocurrent flows through an external circuit, also without an additional voltage photovoltaic effect . Carriers occurring in the space charge region are immediately sucked off due to the field prevailing in this layer. The


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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


    Original     		PDF 3x1019 3x1018 3x1017 3x1016 3x1015 3x1014 3x1013 3x1012 3x1011 induction furnace circuit diagram INCOMING RAW MATERIAL INSPECTION REPORT FOR COLD FORGING

    IC 2 5/IRDA

    Abstract: No abstract text available
    Text: U2720-XS1460/U2720XS1462 IrDA FIR Transceiver with RC high power option Data Sheet Rev. 3.4 / June 2009 Data Sheet Preliminary IrDA FIR Transceiver with RC high power option U2720-XS1460/U2720-XS1462 Brief Description The micro sized IC series is compliant to Infrared


    Original     		PDF U2720-XS1460/U2720XS1462 U2720-XS1460/U2720-XS1462 i4-21-3, IC 2 5/IRDA

    design of the IC CD4013

    Abstract: LT1151 panasonic inverter dv 700 manual schematic diagram tv sharp circuit diagram for 24V mobility battery charger scr FIR 3d panasonic inverter dv 700 7 amp. manual Manual panasonic inverter dv 700 panasonic dv 700 inverter Leader 8020 schematics Oscilloscope
    Text: LINEAR TECHNOLOGY FEBRUARY 1996 IN THIS ISSUE . . . COVER ARTICLE New LTC 1435–LTC1439 DC/DC Controllers Feature Value and Performance. 1 Randy Flatness, Steve Hobrecht and Milton Wilcox Editor’s Page . 2 Richard Markell


    Original     		PDF LTC1439 12-Bit 100ksps LTC1520 LTC1446 LTC1446L: 1-800-4-LINEAR design of the IC CD4013 LT1151 panasonic inverter dv 700 manual schematic diagram tv sharp circuit diagram for 24V mobility battery charger scr FIR 3d panasonic inverter dv 700 7 amp. manual Manual panasonic inverter dv 700 panasonic dv 700 inverter Leader 8020 schematics Oscilloscope

    SF810

    Abstract: ABB CI854 UVISOR 300 flame detectors IR flame detector burner safe flame dfs SF810INT UVISOR modbus pinout flame detector burner working principle flame scanner block diagram
    Text: Uvisor System User Manual Uvisor™ SF810 Integrated SafeFlame Scanner User Manual rev. C2 Uvisor SF810 User Manual NOTICE The information in this document is subject to change without notice and should not be construed as a commitment by ABB. ABB assumes no responsibility for any errors that


    Original     		PDF SF810 SF810 SF810i 9AKK101130D3798-C2 ABB CI854 UVISOR 300 flame detectors IR flame detector burner safe flame dfs SF810INT UVISOR modbus pinout flame detector burner working principle flame scanner block diagram

    DIN 18541

    Abstract: Opto Coupler TLP 621 ic 741 clamper LM 10841 IEC 60061-1 TLHY46 smd glass zener diode color codes TDC 310 NTC an 17807 a Opto Coupler TLP 521
    Text: VISHAY INTERTECHNO L O G Y , INC . INTERACTIVE data book leds and displays vishay semiconductors vHN-db2101-0409 Notes: 1. To navigate: a Click on the Vishay logo on any datasheet to go to the Contents page for that section. Click on the Vishay logo on any Contents


    Original     		PDF vHN-db2101-0409 DIN 18541 Opto Coupler TLP 621 ic 741 clamper LM 10841 IEC 60061-1 TLHY46 smd glass zener diode color codes TDC 310 NTC an 17807 a Opto Coupler TLP 521

    GE SCR M anual

    Abstract: No abstract text available
    Text: MEASUREMENT OF OPTOELECTRONIC DEVICE PARAMETERS IRED PA R A M ETER S M easurem ent o f IR E D param eters is relatively straight forw ard, since the electrical param eters are those o f a diode. T hey can be m easured on test equipm ent used to m easure diode param eters, from the


    OCR Scan     		PDF

    Untitled

    Abstract: No abstract text available
    Text: MEASUREMENT OF OPTOELECTRONIC DEVICE PARAMETERS IRED PA R A M ETER S M easurem ent o f IR E D param eters is relatively straight forw ard, since the electrical p aram eters are those o f a diode. T hey can be m easured on test equipm ent used to m easure diode param eters, from the


    OCR Scan     		PDF

    Untitled

    Abstract: No abstract text available
    Text: 19-1402; Rev 0; 11/98 > k l> J X I> k l 3 V t o 5. 5V, I r DA I n f r a r e d T r a n s c e i v e r w i t h I n t e g r a t e d RS-232 I n t e r f a c e Description _F e a t u r e s The MAX3130/MAX3131 com bine an IrDA 1.2 com pati­


    OCR Scan     		PDF RS-232 MAX3130/MAX3131 115kbps. 100pA El-0056

    AX3131

    Abstract: 4pw transistor 900nm LED
    Text: 19-1402; Rev 0; 11/98 > k l> J X I> k l 3 V t o 5. 5V, I r DA I n f r a r e d T r a n s c e i v e r w i t h I n t e g r a t e d RS-232 I n t e r f a c e Description _F e a t u r e s The MAX3130/MAX3131 com bine an IrDA 1.2 com pati­


    OCR Scan     		PDF RS-232 28-Pin MAX3130/MAX3131 115kbps. 100pA AX3131 4pw transistor 900nm LED

    AX3120

    Abstract: S3478
    Text: 19-1390; RevO; 10/98 A M X IA 1 L o w - P r o f i l e , 3V, 1 2 0 ^ A , I r DA I n f r a r e d T r a n s c e i v e r The MAX3120 IrDA 1.2-com patible infrared transceiver is optim ized for battery-pow ered, space-constrained applications. It consumes only 120^A while supporting


    OCR Scan     		PDF 200mA, MAX3120 115kbps AX3120 S3478

    IR sensor LFN

    Abstract: lfn photodiode TUR varistor IR detector LFN IR LED and photodiode heart rate scr firing circuit schematic diagram using optocoupler led and phototransistor simple circuit Triacs form factors TRIACS EQUIVALENT LIST ge optoelectronics
    Text: SYSTEMS DESIGN CONSIDERATIONS EMITTER AND DETECTOR SYSTEMS Light, Irradiance and Effectiveness W hen the word “ light” is used in this discussion instead of ‘ ‘electromagnetic radiation,” it does not refer to just the visible part of the spectrum, but to that part o f the spectrum where silicon light


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    reed relay spice model

    Abstract: AD549 1117 AT AN-280 MC6801 SN7474 77ti Mixed Signal Circuit Techniques AD549 spice
    Text: P | ANALjOG U d e v ic e s AN-280 application note ONE TECHNOLOGY WAY • P.O. BOX 9106 • NORWOOD, MASSACHUSETTS 02062-9106 • 617/329-4700 M ixed Signal Circuit Techniques I n t r o d u c t io n There are considerably more problems involved in the successful design of Mixed


    OCR Scan     		PDF AN-280 DW-8138 reed relay spice model AD549 1117 AT MC6801 SN7474 77ti Mixed Signal Circuit Techniques AD549 spice

    reed relay spice model

    Abstract: AD549 spice chob Faraday Technology cable clone 1N914 74F32 AD549 ADSP-2100 AN-280 Magnetic Field Sensor FLC 100
    Text: r a ANALOG U DEVICES AN-280 APPLICATION NOTE ONE TECHNOLOGY WAY • P.O. BOX 9106 • NORWOOD, MASSACHUSETTS 02062-9106 • 617/329-4700 Mixed Signal Circuit Techniques I n t r o d u c t io n There are considerably more problems involved in the successful design of Mixed


    OCR Scan     		PDF AN-280 DW-8138 94-fiO reed relay spice model AD549 spice chob Faraday Technology cable clone 1N914 74F32 AD549 ADSP-2100 Magnetic Field Sensor FLC 100

    transistor A726 pnp

    Abstract: UA726 transistor equivalent book FOR A 1941 transistor A726 uA726 equivalent PM 8058 error budget analysis incircuit using op amp AD77xx-series SOT-23 vhz 463 vacuum tube amplifier
    Text: Op Amp Applications Seminar W orldw ide H eadquarters One Technology Way 3000 P.O. Box 9106 Norw ood, MA 02062-9106 U.S.A. 1000 Tel: 781 329 4700, 1 800 262 5643, U.S.A. only 300 Fax: 781 326 8703 AD811 100 AD817 Japan H eadquarters New Pier Takeshiba South Tower Building


    OCR Scan     		PDF AD811 AD817 OP482 AD712, OP249 AD624 AD625 AD526 transistor A726 pnp UA726 transistor equivalent book FOR A 1941 transistor A726 uA726 equivalent PM 8058 error budget analysis incircuit using op amp AD77xx-series SOT-23 vhz 463 vacuum tube amplifier

    TRANSISTOR si 6822

    Abstract: LM 3140 si 6822 transistor transistor 6822 si transistors Si 6822 lm3140 SN-72500 transistors br 6822 Siemens technische transistor 6823
    Text: Technische Erläuterungen SIEMENS Allgem eines O ptoelektronische Bauelem ente haben in der m odernen Elektronik und dam it in fast allen Bereichen unseres Lebens weiten Eingang gefunden. Sie sind in hohem Maße an dem Um stellungsprozeß von Mechanik auf Elektronik beteiligt und haben, aufgrund ihrer Funktion als


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