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VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 1
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 2
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 3
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 4
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 5
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 6
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 7
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 8
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 9
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 10
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 1
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 2
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 3
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 4
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 5
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 6
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 7
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 8
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 9
VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 10

VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09)

VIIP V18023 Broadband EMC Ferrite Core 6.8mm Aperture 1-500MHz VN09 Snap-on Magnetic Core

        VIIP V18023 split clamp-style ferrite core is engineered for on-site EMC troubleshooting and high-frequency noise suppression for pre-installed medium-diameter cables. Unlike solid toroidal cores requiring cable threading, this split ferrite design clamps directly onto finished wiring without cable disassembly or re-termination.

       Delivering stable broadband impedance performance across 1-500 MHz, this core provides minimum impedance of 135 Ω at 25 MHz and 235 Ω at 100 MHz. It serves as an effective corrective component for projects suffering unexpected high-frequency conducted and radiated interference, fully complying with RoHS and REACH environmental requirements.

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    Shenzhen VIIP V18023 EMC Ferrite Core 6.8mm VN09 RoHS REACH Anti-Interference Magnetic Core for Cable Filter
    Product Overview

          VIIP V18023 split clamp-style ferrite core is engineered for on-site EMC troubleshooting and high-frequency noise suppression for pre-installed medium-diameter cables. Unlike solid toroidal cores requiring cable threading, this split ferrite design clamps directly onto finished wiring without cable disassembly or re-termination.

          Delivering stable broadband impedance performance across 1-500 MHz, this core provides minimum impedance of 135 Ω at 25 MHz and 235 Ω at 100 MHz. It serves as an effective corrective component for projects suffering unexpected high-frequency conducted and radiated interference, fully complying with RoHS and REACH environmental requirements.

    Key Features
    • Available for diversified application scenarios: industry, medical, communication, lab‑instrument and security equipment.
    • Dense‑texture ferrite core body, resist cracking under normal assembling and installation stress.
    • Support technical consultation of EMC debugging, obtain professional suggestion for noise‑reduction solution.
    Specifications
    Item Parameter
    Model V18023
    Material Nickel-Zinc Soft Ferrite, Split-clamp type
    Min. Impedance 135 Ω @ 25 MHz; 235 Ω @ 100 MHz
    Test Equipment E4991A + 16194A
    Test Frequency Range 1-500 MHz
    Compliance RoHS, REACH

    Note: Complete dimensional tolerances refer to original approval sheet Rev.4.0.

    Applications
    • Interference attenuation for internal connection cables of industrial control cabinet assemblies
    • EMC noise mitigation for signal and power cables of large-scale automated manufacturing equipment
    Product Images
    VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 11
    VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 12
    VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 13
    VIIP V18023 Snap-on Ferrite Core with 6.8mm Aperture for 1-500MHz EMI Noise Reduction Using Nickel-Zinc Soft Ferrite (VN09) 14
    Frequently Asked Questions
    Can I get free samples for ferrite rings and clamps?
    Yes, we can provide free samples for our ferrite rings and clamps.
    What is your regular order requirement for ferrite rings & clamps?
    Normally orders shall follow our minimum package quantity. Exceptions are acceptable for your first trial order.
    Does the free-sample policy mean I can place small-quantity orders below MOQ for all orders?
    Free samples are for performance verification only. Except for your first order, formal repeat orders need to follow our minimum package quantity requirement.
    What certificates do your ferrite cores and clamp-on ferrites have? Can you provide approval sheets?
    Our ferrite & clamp-on ferrite comply with RoHS and REACH. We can provide PDF approval sheets (specification document) for your project review.
    What is the typical production lead-time for ferrite and clamp-on ferrite mass orders?
    Production lead-time is typically 2-5 weeks, depending on order quantity and stock availability. The exact lead-time will be confirmed prior to placing a formal order.
    Can you customize impedance/size for ferrite cores and clamp-on ferrites?
    Custom service is available upon your technical requirement, MOQ for customized items will apply.
    Are clamp-on ferrite rings reusable after installation?
    Yes, the snap-on design allows for easy removal and reinstallation, making them reusable.
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    +86 19925448748
    CONTACT PERSON
    Vicky Lee
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    +86-19925448748
         +86-0755-29170376     
    Shenzhen VIIP Electronics Co., Ltd. is a professional EMC service provider. Mainly focusing on the R & D, production and sales of EMC anti-interference components.
    Contact Us

    2F building D Mao yuan industry area, Huan guan south road,

    Guan hu street, Long hua district, Shenzhen city

    Contact person: Vicky Lee

    Tel: +86 19925448748

    WhatsApp:86-18003057179

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