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    NCP1606APG Search Results

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    NCP1606APG Price and Stock

    Rochester Electronics LLC NCP1606APG

    POWER FACTOR CONTROLLER
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    DigiKey NCP1606APG Tube 85,058 475
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    onsemi NCP1606APG

    IC PFC CTRLR CRM 8DIP
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    DigiKey NCP1606APG Tube
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    Verical NCP1606APG 85,058 494
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    Rochester Electronics NCP1606APG 85,058 1
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    Vyrian NCP1606APG 84,905
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    NCP1606APG Datasheets (1)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF PDF Size Page count
    NCP1606APG
    		On Semiconductor Cost Effective Power Factor Controller Original PDF 244.58KB 22

    NCP1606APG Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    NCP1606

    Abstract: NCP1606B NCP1606BDR2G NCP1606ADR2G NCP1606APG NCP1606BPG AND8123 JESD78 NCP1230 NCP1381
    Contextual Info: NCP1606 Cost Effective Power Factor Controller The NCP1606 is an active power factor controller specifically designed for use as a pre−converter in electronic ballasts, ac−dc adapters and other medium power off line converters typically up to 300 W . It embeds a Critical Conduction Mode (CRM) scheme that


    Original     		NCP1606 NCP1606 NCP1606/D NCP1606B NCP1606BDR2G NCP1606ADR2G NCP1606APG NCP1606BPG AND8123 JESD78 NCP1230 NCP1381 PDF

    NCP1606BDR2G

    Abstract: NCP1606 NCP1606B NCP1606A ELECTRONIC BALLAST 300W circuit diagram NCP1606BPG smps 300W AND8123 NCP1606APG JESD78
    Contextual Info: NCP1606 Cost Effective Power Factor Controller The NCP1606 is an active power factor controller specifically designed for use as a pre-converter in electronic ballasts, ac-dc adapters and other medium power off line converters typically up to 300ĂW . It embeds a Critical Conduction Mode (CRM) scheme that


    Original     		NCP1606 NCP1606 1606x NCP1606/D NCP1606BDR2G NCP1606B NCP1606A ELECTRONIC BALLAST 300W circuit diagram NCP1606BPG smps 300W AND8123 NCP1606APG JESD78 PDF

    NCP1606

    Abstract: NCP1606ADR2G NCP1606B NCP1606BDR2G POS-200 A114E A115 AND8123 JESD22 JESD78
    Contextual Info: NCP1606 Cost Effective Power Factor Controller The NCP1606 is an active power factor controller specifically designed for use as a pre−converter in electronic ballasts, ac−dc adapters and other medium power off line converters typically up to 300 W . It embeds a Critical Conduction Mode (CRM) scheme that


    Original     		NCP1606 NCP1606 NCP1606/D NCP1606ADR2G NCP1606B NCP1606BDR2G POS-200 A114E A115 AND8123 JESD22 JESD78 PDF

    NCP1606BDR2G

    Abstract: ELECTRONIC BALLAST 300W circuit diagram AND8123 NCP1606B JESD78 NCP1230 NCP1381 NCP1606 NCP1606APG BALLAST 300W circuit diagram
    Contextual Info: NCP1606 Cost Effective Power Factor Controller The NCP1606 is an active power factor controller specifically designed for use as a pre-converter in electronic ballasts, ac-dc adapters and other medium power off line converters typically up to 300ĂW . It embeds a Critical Conduction Mode (CRM) scheme that


    Original     		NCP1606 NCP1606 1606x NCP1606/D NCP1606BDR2G ELECTRONIC BALLAST 300W circuit diagram AND8123 NCP1606B JESD78 NCP1230 NCP1381 NCP1606APG BALLAST 300W circuit diagram PDF

    ncp1606b

    Contextual Info: NCP1606 Cost Effective Power Factor Controller The NCP1606 is an active power factor controller specifically designed for use as a pre−converter in electronic ballasts, ac−dc adapters and other medium power off line converters typically up to 300 W . It embeds a Critical Conduction Mode (CRM) scheme that


    Original     		NCP1606 NCP1606 1606x NCP1606/D ncp1606b PDF

    NCP1606BDR2G

    Abstract: NCP1606 NCP1606ADR2G NCP1606APG NCP1606B A114E A115 AND8123 JESD22 JESD78
    Contextual Info: NCP1606 Cost Effective Power Factor Controller The NCP1606 is an active power factor controller specifically designed for use as a pre−converter in electronic ballasts, ac−dc adapters and other medium power off line converters typically up to 300 W . It embeds a Critical Conduction Mode (CRM) scheme that


    Original     		NCP1606 NCP1606 NCP1606/D NCP1606BDR2G NCP1606ADR2G NCP1606APG NCP1606B A114E A115 AND8123 JESD22 JESD78 PDF