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VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 1
VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 2
VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 3
VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 4
VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 5
VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 6
VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 1
VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 2
VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 3
VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 4
VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 5
VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 6

VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core

V18017FJ Amorphous Magnetic Ring Core With Low Core Loss and Stable Performance
The product reaches a saturation magnetic flux density of 1250 millitesla with low saturation magnetostriction coefficient. It features excellent magnetic stability during operation and can effectively reduce noise and deformation generated by working components.
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    Product Brief

    The V18017FJ amorphous toroidal core is manufactured with premium 1K107B amorphous alloy material. It boasts outstanding characteristics including high initial magnetic permeability high saturation flux density and extremely low core loss. This magnetic core delivers consistent and reliable magnetic performance across a broad temperature spectrum ranging from minus 50 degrees Celsius to 150 degrees Celsius. With precise dimensional tolerance control and standardized appearance testing procedures the product maintains excellent quality uniformity in every batch. It excels at eliminating electromagnetic interference and noise enabling electronic end products to fully comply with EMC electromagnetic compatibility specifications.
    VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 7

    Application Range and Usage

    This high performance amorphous magnetic core is widely applicable to common mode chokes EMI anti interference filters power inverters and diverse industrial electronic devices. It is specially designed to suppress common mode noise interference in electronic circuits minimize eddy current loss and reduce operational noise of electronic equipment. It is an ideal core component for power conversion systems and electromagnetic noise reduction solutions extensively utilized in the modern power electronics industry.
    VIIP V18017FJ Amorphous Alloy Ring Core Low Loss EMC Anti Interference Magnetic Toroid Core 8

    FAQ

    Q1: Why choose amorphous cores over traditional ferrite cores
    A1: Compared with conventional ferrite cores amorphous magnetic cores feature higher magnetic permeability lower energy loss and better temperature stability. They provide more efficient EMI suppression stronger anti interference capability and longer service life making them more suitable for high precision and high stability electronic equipment.
    Q2: What production processes are adopted for your amorphous magnetic cores
    A2: Our amorphous cores adopt advanced precision cutting annealing and surface treatment processes. Strict quality inspections are implemented in every production procedure to ensure accurate size smooth surface stable magnetic properties and no burr defects for each finished core.
    Q3: Can this magnetic core be customized with winding and packaging
    A3: We support customized processing services including professional winding different inductance parameter adjustment and customized packaging solutions. We can tailor finished inductors and magnetic components according to customers actual application needs and technical drawings.
    Q4: How to store amorphous magnetic cores for long term use
    A4: It is recommended to store the amorphous magnetic cores in a dry ventilated and dust free indoor environment avoiding humid high temperature and strong magnetic field environments. Proper storage can prevent core performance attenuation and ensure stable use effect after long term storage.
    Q5: What is the quality guarantee period of your amorphous magnetic cores
    A5: Under standard installation and normal operating conditions our V18017FJ amorphous magnetic cores have stable performance and a long service life. We provide reliable after sales quality assurance and support product quality inspection and technical consulting services for customers.
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    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.
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    Guan hu street, Long hua district, Shenzhen city

    Contact person: Vicky Lee

    Tel: +86 19925448748

    WhatsApp:86-18003057179

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