Ferrite Rings | Ferrite Toroidal Cores | RS
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    Ferrite Rings

    Ferrite rings are toroidal (doughnut) shaped, or cylindrical shaped pieces of ferrite (a ceramic compound).

    What do ferrite rings do?

    Ferrite rings help to protect against Electromagnetic Interference) (EMI) and Radio Frequency interference (RFI). They prevent interference moving to a device or from a device

    How do ferrite rings work?

    Ferrite rings can suppress noise without grounding. Ferrites are able to attract magnetic flux. When a cable is passed through the ring, the magnetic fields created by the cable are concentrated within the ferrite ring. This magnetic energy is converted to heat and the ferrite dissipates this by magnetic loss.

    How are ferrite rings used?

    Ferrite rings can often be seen with cables threaded through them. They are common place in electronics to help with noise suppression. The cable can also be wrapped about the ferrite ring numerous times. Ferrite rings can be incorporated into broadband transformers, pulse transformers and common mode chokes.

     Applications

    • Digital Audio systems
    • Computers
    • Sensitive electrical equipment

    431 產品顯示為 Ferrite Rings

    Fair-Rite
    Ferrite Ring
    12.7 x 7.15 x 4.9mm
    -
    -
    75 Material
    12.7mm
    -
    -
    -
    Essentra
    Toroid Core
    16.5 x 8 x 16mm
    Multi-Turn Suppression Core
    -
    K5B
    16.5mm
    16mm
    8.2mm
    16.5mm
    TDK
    Toroid Core
    18 x 10 x 6mm
    Audio Equipment, Automotive, Computer Peripherals, Digital Interface, EMI Absorption, Imaging Devices, Telecom
    -
    Nickel Zinc
    18mm
    6mm
    10mm
    18mm
    EPCOS
    Ferrite Core
    10.8 (Dia.) x 4.75mm
    -
    -
    N30
    10.8mm
    4.75mm
    5.05mm
    10.8mm
    Fair-Rite
    Toroid Core
    154.2 (Dia.) x 19.05mm
    Inductive Component
    -
    78 Material
    154.02mm
    19.05mm
    68.6mm
    154.02mm
    FERROXCUBE
    Ring Core
    36.25 x 22.75 x 15.6mm
    Interference Suppression Coil, Pulse and Wide Band Transformers
    -
    3E10 Material
    36.25mm
    15.6mm
    22.75mm
    36.25mm
    Fair-Rite
    Ferrite Ring
    22.1 x 13.7 x 6.35mm
    -
    -
    75 Material
    22.1mm
    -
    -
    -
    Fair-Rite
    Round Cable Core
    50.8 x 25.4 x 50.8mm
    EMI Suppression
    -
    43 Material
    50.8mm
    50.8mm
    25.4mm
    50.8mm
    FERROXCUBE
    Ring Core
    63.4 x 37.7 x 25.3mm
    Interference Suppression Coil, Pulse and Wide Band Transformers
    -
    3E10 Material
    63.4mm
    25.3mm
    37.7mm
    63.4mm
    Essentra
    Ferrite Core
    17.5 (Dia.) x 28.5mm
    VE/CD
    -
    Ferrite
    17.5mm
    28.5mm
    10mm
    17.5mm
    Fair-Rite
    Ferrite Ring
    25.4 x 15.5 x 12.7mm
    -
    -
    43 Material
    25.4mm
    -
    -
    -
    Fair-Rite
    Ferrite Ring
    29 x 19 x 7.5mm
    -
    -
    61 Material
    29mm
    -
    -
    -
    EPCOS
    Toroid Core
    25.3 x 14.8 x 20mm
    Interference Suppressor
    -
    T38
    25.3mm
    -
    -
    -
    Wurth Elektronik
    Toroid Core
    31.5 19 (Dia.) x 16mm
    General Electronics
    -
    3W800
    31.5mm
    16mm
    19mm
    31.5mm
    Fair-Rite
    Ferrite Ring
    29 x 19 x 7.5mm
    -
    -
    Ferrite
    29mm
    -
    -
    -
    Essentra
    Toroid Core
    25.2 x 15.1 x 12mm
    Broadband Transformers
    -
    Ferrite
    -
    12mm
    15.1mm
    25.2mm
    KEMET
    Toroid Core
    38 x 18 x 14mm
    -
    -
    -
    39.5mm
    -
    -
    -
    Fair-Rite
    Ferrite Ring
    61 x 35.55 x 12.7mm
    -
    -
    78 Material
    61mm
    -
    -
    -
    Wurth Elektronik
    Toroid Core
    40.6 27.4 (Dia.) x 15mm
    General Electronics
    -
    4W620
    40.6mm
    15mm
    27.4mm
    40.6mm
    Wurth Elektronik
    Toroid Core
    34.6 x 20.8 x 12.7mm
    EMI Suppression
    -
    4 W 620
    12.7mm
    12.7mm
    20.8mm
    12.7mm
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