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    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

    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

    HFD3009

    Abstract: HFD3009-002 HFD3029 Honeywell DBM 01 PCB
    Text: 18 September 1997 HFD3009 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 low


    Original     		PDF HFD3009 HFD3029) FIBER003 HFD3009 FIBER101 FIBER038 FIBER040 HFD3009-002 HFD3029 Honeywell DBM 01 PCB

    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

    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

    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: 10 November 1997 HFD3009-002/AAA 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/AAA FIBER010 HFD3009-002/AAA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040

    HFD3009

    Abstract: No abstract text available
    Text: 28 January 1998 HFD3009-002/ABA 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/ABA FIBER012 HFD3009-002/ABA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 HFD3009

    preamplifier st

    Abstract: HFD3009 HFD3009-002
    Text: 28 January 1998 HFD3009-002/BAA 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/BAA FIBER011 HFD3009-002/BAA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 preamplifier st HFD3009 HFD3009-002

    Untitled

    Abstract: No abstract text available
    Text: 28 January 1998 HFD3031-002/AAA 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/AAA FIBER010 HFD3031-002/AAA HFD3031l FIBER003 FIBER202 FIBER038 FIBER039 FIBER041

    HFD3009

    Abstract: HFD3029 HFD3009-002
    Text: HFD3009 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 HFD3029) FIBER003 HFD3009 FIBER101 FIBER038 FIBER041 HFD3029 HFD3009-002

    HFD3031-002

    Abstract: Fiber optic Schmitt detector FIBER040
    Text: HFD3031 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 FIBER106 HFD3031 FIBER003 FIBER202 FIBER038 FIBER039 FIBER041 HFD3031-002 Fiber optic Schmitt detector FIBER040

    preamplifier st

    Abstract: block diagram for optical fiber receiver HFD3029 HFD3029-002
    Text: 28 January 1998 HFD3029-002/BBA 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/BBA FIBER209 HFD3029-002/BBA FIBER101 FIBER003 FIBER038 FIBER039 FIBER041 FIBER040 preamplifier st block diagram for optical fiber receiver HFD3029 HFD3029-002

    Untitled

    Abstract: No abstract text available
    Text: 28 January 1998 HFD3029-002/AAA 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/AAA FIBER010 HFD3029-002/AAA FIBER101 FIBER003 FIBER038 FIBER039 FIBER041 FIBER040

    Untitled

    Abstract: No abstract text available
    Text: 10 November 1997 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 HFD303cautions FIBER003 FIBER202 FIBER038 FIBER039 FIBER041

    block diagram for optical fiber receiver

    Abstract: HFD3009
    Text: 10 November 1997 HFD3009-002/ABA 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/ABA FIBER012 HFD3009-002/ABA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 block diagram for optical fiber receiver HFD3009

    preamplifier st

    Abstract: No abstract text available
    Text: 10 November 1997 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 HFD303cautions FIBER003 FIBER202 FIBER038 FIBER039 FIBER041 preamplifier st

    HFD3031-002

    Abstract: No abstract text available
    Text: 18 September 1997 HFD3031 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 low


    Original     		PDF HFD3031 FIBER106 HFD3031 FIBER003 FIBER202 FIBER038 FIBER039 FIBER040 FIBER041 HFD3031-002