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    HFD3013

    Abstract: HFD3013-002
    Text: HFD3013 PIN Photodiode FEATURES • High speed: t² = 1.2 ns typical • Low capacitance • High responsivity: 0.33 A/W typical • Electrically isolated from TO-46 case FIBER003.TIF DESCRIPTION The HFD3013 PIN photodiode is designed for high-speed use in fiber optic receivers. It has a greater


    Original     		PDF HFD3013 FIBER003 HFD3013 HFD3013s FIBER043 FIBER102 FIBER045 FIBER046 HFD3013-002

    LED optical SOURCE

    Abstract: PIN photodiode 850 nm HFD3002 HFD3002-002 HFE4050 TO-46 CASE
    Text: 18 September 1997 HFD3002 Silicon PIN Photodiode FEATURES • Electrically isolated from TO-46 case • Low capacitance • High speed: t² = 30 ns max. at Vß = 5 V; 10 ns max. at Vß = 15 V • High responsivity FIBER003.TIF DESCRIPTION The HFD3002 PIN photodiode is designed for high speed


    Original     		PDF HFD3002 FIBER003 HFD3002 HFD3002s FIBER033 FIBER034 FIBER101 FIBER036 FIBER037 LED optical SOURCE PIN photodiode 850 nm HFD3002-002 HFE4050 TO-46 CASE

    LED optical SOURCE

    Abstract: TO-46 CASE HFD3002 HFD3002-002 HFE4050
    Text: HFD3002 Silicon PIN Photodiode FEATURES • Electrically isolated from TO-46 case • Low capacitance • High speed: t² = 30 ns max. at Vß = 5 V; 10 ns max. at Vß = 15 V • High responsivity FIBER003.TIF DESCRIPTION The HFD3002 PIN photodiode is designed for high speed


    Original     		PDF HFD3002 FIBER003 HFD3002 HFD3002s FIBER033 FIBER034 FIBER101 FIBER036 FIBER037 LED optical SOURCE TO-46 CASE HFD3002-002 HFE4050

    HFD3013

    Abstract: HFD3013-002
    Text: 18 September 1997 HFD3013 PIN Photodiode FEATURES • High speed: t² = 1.2 ns typical • Low capacitance • High responsivity: 0.33 A/W typical • Electrically isolated from TO-46 case FIBER003.TIF DESCRIPTION The HFD3013 PIN photodiode is designed for high-speed


    Original     		PDF HFD3013 FIBER003 HFD3013 HFD3013s FIBER043 FIBER102 FIBER045 FIBER046 HFD3013-002

    HFE4000

    Abstract: No abstract text available
    Text: HFE4000-01X/XXX Fiber Optic LED FEATURES • High speed: 85 MHz • Optimized for linear optical output with drive currents between 10 mA and 100 mA • Wave solderable • Mounting options SMA single hole ST single hole SMA PCB ST PCB SMA 4 hole DESCRIPTION


    Original     		PDF HFE4000-01X/XXX HFE4000-01X/XXX HFE4000

    HFE4000-014

    Abstract: HFE4000-01X HFE4000-014ABA 850 nm LED HFE4000-015
    Text: 28 January 1998 HFE4000-01X/ABA Fiber Optic LED FEATURES • High speed: 85 MHz • Optimized for linear optical output with drive currents between 10 mA and 100 mA • Wave solderable • SMA pcb mounting fiber optic connector • Popular straight lead, low profile package


    Original     		PDF HFE4000-01X/ABA FIBER012 HFE4000-01X/ABA FIBER001 FIBER103 FIBER003 HFE4000-014 HFE4000-01X HFE4000-014ABA 850 nm LED HFE4000-015

    HFD3009

    Abstract: preamplifier st block diagram for optical fiber receiver
    Text: 28 January 1998 HFD3009-002/BBA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009-002/BBA FIBER013 HFD3009-002/BBA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 HFD3009 preamplifier st block diagram for optical fiber receiver

    HFE4000-014

    Abstract: HFE4000-013 HFE4000 HFE4000-015 HFE4020
    Text: 29 January 1998 HFE4000 Fiber Optic LED, Metal Package FEATURES • Power out optimized for low drive current 10 to 100 mA • Metal TO-46 type package • Optimized for linear optical output with drive currents between 10 mA and 100 mA • High speed: 85 MHz


    Original     		PDF HFE4000 HFE4020) FIBER001 HFE4000 FIBER103 FIBER003 HFE4000-014 HFE4000-013 HFE4000-015 HFE4020

    HFD3000

    Abstract: HFD-3000 HFD3000-002 HFD3020 leds for optical fibres preamplifier st
    Text: 18 September 1997 HFD3000 TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL digital outputs • Typical sensitivity 500 nW peak -33 dBm • Single 5 V supply requirement • Edge detection circuitry gives 20 dB minimum dynamic range, low Pulse Width Distortion


    Original     		PDF HFD3000 HFD3020) FIBER003 HFD3000 constructionIBER002 FIBER026 FIBER027 FIBER300 FIBER305 HFD-3000 HFD3000-002 HFD3020 leds for optical fibres preamplifier st

    HFE4003

    Abstract: Honeywell DBM 01 HFE4023 HFE4003-024 HFE4003-023
    Text: 29 January 1998 HFE4003 High Speed Fiber Optic LED, Metal Package FEATURES • High speed: 150 MHz • Optimized for linear optical output with drive currents between 10 mA and 100 mA • Metal TO-46 type package • High reliability • Metal TO-18 style package also available


    Original     		PDF HFE4003 HFE4023) FIBER001 HFE4003 FIBER103 FIBER003 Honeywell DBM 01 HFE4023 HFE4003-024 HFE4003-023

    block diagram for optical fiber receiver

    Abstract: HFD3029-002/ABA
    Text: 28 January 1998 HFD3029-002/ABA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Maximum sensitivity 1.5 µW peak -28.2 dBm • Wide variety of cable options, operates with 50/125,


    Original     		PDF HFD3029-002/ABA FIBER012 HFD3029-002/ABA FIBER101 FIBER003 FIBER038 FIBER039 FIBER041 FIBER040 block diagram for optical fiber receiver

    preamplifier st

    Abstract: No abstract text available
    Text: 28 January 1998 HFD3031-002/BAA Schmitt Input, Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3031-002/BAA FIBER011 HFD3031-002/BAA HFD3031l FIBER003 FIBER202 FIBER038 FIBER039 FIBER041 preamplifier st

    preamplifier st

    Abstract: block diagram for optical fiber receiver HFD3009
    Text: 10 November 1997 HFD3009-002/BBA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009-002/BBA FIBER013 HFD3009-002/BBA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 preamplifier st block diagram for optical fiber receiver HFD3009

    Honeywell DBM 01

    Abstract: HFE4003-024 850 nm LED fiber optic
    Text: 18 September 1997 HFE4003-02X/ADA High Speed Fiber Optic LED FEATURES • High speed: 150 MHz • Optimized for linear optical output with drive currents between 10 mA and 100 mA • Wave solderable • SMA four hole mounting fiber optic connector FIBER014.TIF


    Original     		PDF HFE4003-02X/ADA FIBER014 HFE4003-02X/ADA HFE4003-024/ADA FIBER001 FIBER103 FIBER003 Honeywell DBM 01 HFE4003-024 850 nm LED fiber optic

    Untitled

    Abstract: No abstract text available
    Text: 28 January 1998 HFD3031-002/ADA Schmitt Input, Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3031-002/ADA FIBER014 HFD3031-002/ADA HFD3031l FIBER003 FIBER202 FIBER038 FIBER039 FIBER041

    Honeywell DBM 01

    Abstract: HFE4003-024 HFE4003-023 AEI Semiconductors HFE4003-024ABA microlens
    Text: 18 September 1997 HFE4003-02X/ABA High Speed Fiber Optic LED FEATURES • High speed: 150 MHz • Optimized for linear optical output with drive currents between 10 mA and 100 mA • Wave solderable • SMA pcb mounting fiber optic connector • Popular straight lead, low profile package


    Original     		PDF HFE4003-02X/ABA FIBER012 HFE4003-02X/ABA HFE4003-024/ABA FIBER001 FIBER103 FIBER003 Honeywell DBM 01 HFE4003-024 HFE4003-023 AEI Semiconductors HFE4003-024ABA microlens

    Untitled

    Abstract: No abstract text available
    Text: 28 January 1998 HFD3031-002/ABA Schmitt Input, Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3031-002/ABA FIBER012 HFD3031-002/ABA HFD3031l FIBER003 FIBER202 FIBER038 FIBER039 FIBER041

    HFD3906-002

    Abstract: Honeywell DBM 01 h 437
    Text: HFD3906 Schmitt Input, Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3906 FIBER209 HFD3906 FIBER003 FIBER202 FIBER038 FIBER039 FIBER041 HFD3906-002 Honeywell DBM 01 h 437

    HFD3029

    Abstract: HFD3880-002
    Text: HFD3880 Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Maximum sensitivity 1.5 µW peak -28.2 dBm • Wide variety of cable options, operates with 50/125, 62.5/125, and 100/140 µm cables


    Original     		PDF HFD3880 FIBER209 HFD3880 hy00/230 FIBER101 FIBER003 FIBER038 FIBER039 FIBER041 HFD3029 HFD3880-002

    Honeywell DBM 01 PCB

    Abstract: preamplifier st SMA pcb mount Connector
    Text: HFD3029-002/XXX Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Maximum sensitivity 1.5 µW peak -28.2 dBm • Wide variety of cable options, operates with 50/125, 62.5/125, and 100/140 µm cables


    Original     		PDF HFD3029-002/XXX HFD3029-002/XXX Honeywell DBM 01 PCB preamplifier st SMA pcb mount Connector

    block diagram for optical fiber receiver

    Abstract: HFD3009-002 block diagram for optical fiber DETECTOR HFD3009
    Text: 10 November 1997 HFD3009-002/ADA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009-002/ADA FIBER014 HFD3009-002/ADA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 block diagram for optical fiber receiver HFD3009-002 block diagram for optical fiber DETECTOR HFD3009

    HFE4000-01X

    Abstract: 850 nm LED maximum core diameter optical fiber cable HFE4000-014
    Text: 28 January 1998 HFE4000-01X/BAA Fiber Optic LED FEATURES • High speed: 85 MHz • Optimized for linear optical output with drive currents between 10 mA and 100 mA • Wave solderable • ST small hole mounting fiber optic connector • Popular straight lead, low profile package


    Original     		PDF HFE4000-01X/BAA FIBER011 HFE4000-01X/BAA FIBER001 FIBER103 FIBER003 HFE4000-01X 850 nm LED maximum core diameter optical fiber cable HFE4000-014

    preamplifier st

    Abstract: No abstract text available
    Text: 10 November 1997 HFD3031-002/BBA Schmitt Input, Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3031-002/BBA FIBER013 HFD3031-002/BBA HFD303cautions FIBER003 FIBER202 FIBER038 FIBER039 FIBER041 preamplifier st

    Untitled

    Abstract: No abstract text available
    Text: HFD3002 Silicon PIN Photodiode FEATURES • Electrically isolated from TO-46 case • Low capacitance • High speed: tr = 30 ns max. at Vr = 5 V; 10 ns max. a tV R= 1 5 V • High responsivity FIBER003.TIF DESCRIPTION The HFD3002 PIN photodiode is designed for high speed


    OCR Scan     		PDF HFD3002 FIBER003 HFD3002 HFD3002S F1BER033 FIBER034 FIBER101 RBER037