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        Crossover Componenten-Coils

        Toroidal coils

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        24 Producten
        000-6485 | 10 mH | 0,11 Ω | 5% | 14 AWG

        000-6485 | 10 mH | 0,11 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 61.54
        000-6595 | 18 mH | 0,17 Ω | 5% | 14 AWG

        000-6595 | 18 mH | 0,17 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 85.01
        000-6577 | 16 mH | 0,16 Ω | 5% | 14 AWG

        000-6577 | 16 mH | 0,16 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 82.08
        000-6295 | 5,6 mH | 0,08 Ω | 5% | 14 AWG

        000-6295 | 5,6 mH | 0,08 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 58.61
        000-6225 | 4,7 mH | 0,07 Ω | 5% | 14 AWG

        000-6225 | 4,7 mH | 0,07 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 58.61
        000-6170 | 3,9 mH | 0,07 Ω | 5% | 14 AWG

        000-6170 | 3,9 mH | 0,07 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 58.61
        000-6125 | 3,3 mH | 0,07 Ω | 5% | 14 AWG

        000-6125 | 3,3 mH | 0,07 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 46.88
        000-6115 | 3,0 mH | 0,07 Ω | 5% | 14 AWG

        000-6115 | 3,0 mH | 0,07 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 46.88
        000-6085 | 2,2 mH | 0,06 Ω | 5% | 14 AWG

        000-6085 | 2,2 mH | 0,06 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 46.88
        000-6035 | 1,5 mH | 0,05 Ω | 5% | 14 AWG

        000-6035 | 1,5 mH | 0,05 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 46.88
        000-6515 | 12 mH | 0,11 Ω | 5% | 14 AWG

        000-6515 | 12 mH | 0,11 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 61.54
        000-6295 | 5,6 mH | 0,08 Ω | 5% | 14 AWG

        000-6295 | 5,6 mH | 0,08 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 57.44
        000-6515 | 12 mH | 0,11 Ω | 5% | 14 AWG

        000-6515 | 12 mH | 0,11 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 64.48
        000-6430 | 8,2 mH | 0,11 Ω | 5% | 14 AWG

        000-6430 | 8,2 mH | 0,11 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 61.54
        000-6595 | 18 mH | 0,17 Ω | 5% | 14 AWG

        000-6595 | 18 mH | 0,17 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 82.66
        000-6577 | 16 mH | 0,16 Ω | 5% | 14 AWG

        000-6577 | 16 mH | 0,16 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 81.49
        000-6485 | 10 mH | 0,11 Ω | 5% | 14 AWG

        000-6485 | 10 mH | 0,11 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 59.78
        000-6430 | 8,2 mH | 0,11 Ω | 5% | 14 AWG

        000-6430 | 8,2 mH | 0,11 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 58.61
        000-6225 | 4,7 mH | 0,07 Ω | 5% | 14 AWG

        000-6225 | 4,7 mH | 0,07 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 56.26
        000-6170 | 3,9 mH | 0,07 Ω | 5% | 14 AWG

        000-6170 | 3,9 mH | 0,07 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 55.68
        000-6125 | 3,3 mH | 0,07 Ω | 5% | 14 AWG

        000-6125 | 3,3 mH | 0,07 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 42.77
        000-6115 | 3,0 mH | 0,07 Ω | 5% | 14 AWG

        000-6115 | 3,0 mH | 0,07 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 42.77
        000-6085 | 2,2 mH | 0,06 Ω | 5% | 14 AWG

        000-6085 | 2,2 mH | 0,06 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 42.77
        000-6035 | 1,5 mH | 0,05 Ω | 5% | 14 AWG

        000-6035 | 1,5 mH | 0,05 Ω | 5% | 14 AWG

        The C-Coil is wound around a toroidal sandwich core, and it has extremely low resistance and can shift a large amount of power without getting over heated. If the stated maximum wattage is not exceeded the core will never saturate. The C-Coil is designed

        Direct leverbaar
        $ 42.18
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