Please enter a valid full or partial manufacturer part number with a minimum of 3 letters or numbers

    FIBER035 Search Results

    FIBER035 Datasheets Context Search

    Catalog Datasheet MFG & Type Document Tags PDF

    preamplifier st

    Abstract: "Fiber Optic receiver" HFD3216-002 HFD3216-003
    Text: 18 September 1997 HFD3216 125 MHz PIN Plus Preamplified Analog Receiver FEATURES • Industry standard ST¨ fiber connector • High-speed operation, Rise/Fall times are 3.5 ns typical • Low pulse width distortion over a wide range of inputs because of 23 dB typical dynamic range


    Original
    HFD3216 FIBER104 HFD3216 analoBER035 FIBER102 FIBER125 FIBER126 FIBER127 FIBER128 preamplifier st "Fiber Optic receiver" HFD3216-002 HFD3216-003 PDF

    HFD3225-003

    Abstract: HFD3216-002 HFD3216-003 HFD3228-002
    Text: Not recommended for new designs HFD3216-002 see HFD3228-002 HFD3216-003 see HFD3225-003 HFD3216 125 MHz PIN Plus Preamplified Analog Receiver FEATURES • Industry standard ST¨ fiber connector • High-speed operation, Rise/Fall times are 3.5 ns typical •


    Original
    HFD3216-002 HFD3228-002 HFD3216-003 HFD3225-003 HFD3216 FIBER104 HFD3216 FIBER035 HFD3225-003 HFD3228-002 PDF

    HFD3216-002

    Abstract: HFD3216-003
    Text: HFD3216 125 MHz PIN Plus Preamplified Analog Receiver FEATURES • Industry standard ST¨ fiber connector • High-speed operation, Rise/Fall times are 3.5 ns typical • Low pulse width distortion over a wide range of inputs because of 23 dB typical dynamic range


    Original
    HFD3216 FIBER104 HFD3216 FIBER102 FIBER125 FIBER126 FIBER127 FIBER128 FIBER066 HFD3216-002 HFD3216-003 PDF

    Untitled

    Abstract: No abstract text available
    Text: Not recommended for new designs HFD3216-002 see HFD3228-002 HFD3216-003 see HFD3225-003 HFD3216 125 MHz PIN Plus Preamplified Analog Receiver FEATURES • Industry standard ST fiber connector • High-speed operation, Rise/Fall times are 3.5 ns typical •


    OCR Scan
    HFD3216-002 HFD3228-002 HFD3216-003 HFD3225-003 HFD3216 FIBEM04 HFD3216 PDF