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V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 1
V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 2
V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 3
V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 4
V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 5
V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 6
V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 7
V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 1
V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 2
V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 3
V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 4
V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 5
V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 6
V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 7

V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions

V18039FJ amorphous magnetic ring high saturation for power EMC filter

Supports wide operating temperature ranging from ‑50℃ to 150℃ together with 570℃ high Curie temperature. Its magnetic characteristics will not deteriorate sharply under extreme cold or continuous high‑temperature working environment, ensuring long‑term reliable operation for outdoor and industrial power equipment.

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    Product Description

    V18039FJ amorphous magnetic ring is made of high‑performance 1K107B amorphous alloy material. It features high initial permeability up to 80000 and saturation magnetic flux density of 1250mT. The working temperature ranges from ‑50℃ to 150℃, with high Curie temperature at 570℃.

    This core delivers excellent anti‑DC bias capability and low magnetostriction coefficient. It keeps stable magnetic performance under wide temperature variation. Strict manufacturing and inspection guarantee consistent parameters for bulk orders. It is widely used to suppress common‑mode noise and improve EMC performance for power electronics equipment. Sample service and customized solutions are available.

    V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 8

    Applications & Uses

    • Common mode chokes for new energy power supply equipment
    • EMI noise filtering for photovoltaic and inverter devices
    • Industrial switching power supply and high‑power converter
    • EV charging pile power filter modules
    • Power line anti‑interference for high‑current electronic equipment
    • Medical power and high‑reliability power electronic circuits
      V18039FJ amorphous alloy core high saturation flux density for compact power EMC filter solutions 9

    5 General FAQ for Amorphous Magnetic Cores

    1. Q: What is amorphous magnetic ring? A: Amorphous magnetic ring is made of amorphous alloy material. It forms disordered atomic structure through rapid quenching technology, delivering superior magnetic performance compared with conventional ferrite cores.
    2. Q: What are the core advantages of 1K107B amorphous magnetic core? A: 1K107B features high initial permeability, ultra‑high saturation flux density, great anti‑DC bias ability and wide working temperature range, mainly used for common‑mode noise suppression in high‑power power supplies.
    3. Q: What is the main difference between amorphous core and ferrite magnetic ring? A: Amorphous core owns much higher saturation flux density and better DC bias resistance for high‑current conditions. Ferrite cores are more cost‑effective and fit for medium‑low power filtering scenarios.
    4. Q: Why can amorphous core withstand higher DC current without saturation? A: It has high saturation magnetic flux density. Under superimposed DC current, it can maintain valid permeability and will not saturate easily, which is its key advantage for high‑power common mode chokes.
    5. Q: What damage will happen if amorphous core exceeds crystallization temperature? A: Once temperature exceeds 510℃ crystallization point, amorphous atomic structure will transform into crystalline state. Its excellent magnetic properties will suffer permanent irreversible damage.
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