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

    LCK4801 Search Results

    LCK4801 Datasheets (4)

    Part ECAD Model Manufacturer Description Datasheet Type PDF PDF Size Page count
    LCK4801
    		Agere Systems Low-Voltage HSTL Differential Clock Original PDF 74.48KB 10
    LCK4801
    		Agere Systems Low-Voltage HSTL Differential Clock Original PDF 82.6KB 10
    LCK4801-DB
    		Agere Systems PLL, Single, Low Voltage Differential Clock Synthesizer, 3.3V Original PDF 82.54KB 10
    LCK4801-DT
    		Agere Systems PLL, Single, Low Voltage Differential Clock Synthesizer, 3.3V, Tape and Reel Original PDF 82.54KB 10

    LCK4801 Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    7495 data sheet

    Abstract: LCK4801
    Contextual Info: Preliminary Data Sheet July 2001 LCK4801 Low-Voltage HSTL Differential Clock General Features The LCK4801 is a low-voltage, 3.3 V HSTL differential clock synthesizer. The LCK4801 supports two differential HSTL output pairs with frequencies from 336 MHz to 1 GHz. The clock is designed to


    Original     		LCK4801 LCK4801 DS01-234HSI 7495 data sheet PDF

    LCK4801

    Abstract: MPC998 2274a
    Contextual Info: Preliminary Data Sheet December 2001 LCK4801 Low-Voltage HSTL Differential Clock General Features The LCK4801 is a low-voltage, 3.3 V HSTL differential clock synthesizer. The LCK4801 supports two differential HSTL output pairs with frequencies from 336 MHz to 1 GHz. The clock is designed to


    Original     		LCK4801 LCK4801 DS02-069HSI DS01-234HSI) MPC998 2274a PDF

    LCK4801

    Abstract: LCK4802 MPC998
    Contextual Info: Advance Data Sheet December 2001 LCK4802 Low-Voltage PECL Differential Clock General Features The LCK4802 is a low-voltage, 3.3 V PECL differential clock synthesizer. The LCK4802 supports two differential PECL output pairs with frequencies from 336 MHz to 1 GHz. The clock is designed to


    Original     		LCK4802 LCK4802 DS02-070HSI DS01-265HSI) LCK4801 MPC998 PDF