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

    VCF050 Search Results

    VCF050 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    VCF050

    Abstract: jds uniphase vcf Tunable Optical Filter 50 GHz vcf100 70 GHz tunable ASE filter VCF50100 optical tunable filter
    Text: AGILE OPTICAL COMPONENTS Voltage-Controlled Optical Filters VCF Series Key Features • 50 and 100 GHz tunable filters for C or L band • High adjacent and non-adjacent channel rejection • Good wavelength setting accuracy • Low insertion loss • Low chromatic dispersion


    Original
    PDF VCF50100 498-JDSU 5378-JDSU VCF050 jds uniphase vcf Tunable Optical Filter 50 GHz vcf100 70 GHz tunable ASE filter optical tunable filter

    vcf100

    Abstract: jds uniphase vcf VCF050 "tunable lasers" WDM VCF50100 tunable lasers Tunable Optical Filter 50 GHz jdsu
    Text: AGILE OPTICAL COMPONENTS Voltage-Controlled Optical Filters VCF Series Key Features • 50 and 100 GHz tunable filters for C or L band • High adjacent and non-adjacent channel rejection • Good wavelength setting accuracy • Low insertion loss • Low chromatic dispersion


    Original
    PDF 498-JDSU 5378-JDSU VCF50100 SMF-28 vcf100 jds uniphase vcf VCF050 "tunable lasers" WDM tunable lasers Tunable Optical Filter 50 GHz jdsu

    Tunable Optical Filter 50 GHz

    Abstract: VCF50100
    Text: OPTICAL COMMUNICATIONS Voltage-Controlled Optical Filters VCF Series Key Features • 50 and 100 GHz tunable filters for C or L band • High adjacent and non-adjacent channel rejection • Good wavelength setting accuracy • Low insertion loss • Low chromatic dispersion


    Original
    PDF VCF100 498-JDSU 5378-JDSU VCF50100 SMF-28 Tunable Optical Filter 50 GHz

    Untitled

    Abstract: No abstract text available
    Text: Product Bulletin Voltage-Controlled Optical Filters VCF Series The JDS Uniphase VCF series is a voltagecontrolled tunable band pass filters* that can be used for amplified spontaneous emission ASE suppression of optical signals and for singlechannel demultiplexing from a multichannel dense


    Original
    PDF