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What are the forms of the Current Transformer Core
The principle of the Current Transformer Core is based on the principle of electromagnetic induction. It consists of a closed core and windings. In the measuring instrument and the protection circuit, when the current transformer is working, its secondary loop is always closed. Therefore, the impedance of the series coil of the measu
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Principle of Nanocrystalline Core Common Mode Inductor
Principle of Nanocrystalline Core Common Mode Inductor: Common mode inductance is a high permeability magnetic core with two windings. The currents of the two windings flow in in the same direction and flow out in the same direction. The magnetic fields generated by the load current cancel each other out in the core. When the common mode noise flows in, because the direction is different, a magnetic field is gener
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The difference between amorphous core and ferrite core
The difference between amorphous core and ferrite core 1. Saturation magnetization is 1.5T, ferrite is 0.5T; 2. The high permeability can be many times higher than that of high-conductivity Mn-Zn ferrite (thin strip); 3. High Curie temperature and good temperature characteristics; 4. The resistivity is not as high as ferrite, and the high frequency loss will still be worse than ferrite; 5. The m
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Application of Amorphous Core Potting Adhesive
Speaking of amorphous iron cores, many people may have less contact. Amorphous iron cores are machine parts made of iron-based amorphous ribbon materials and alloy-based amorphous ribbon materials. It has good ferromagnetism, high saturation magnetic induction, and low loss, which can greatly reduce the weight of the equipment, reduce the volume, and improve the efficiency. Amorphous iron cores are widely used in pro
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Nano crystalline soft magnetic materials market register 9.5% cagr | growing trend of automotive electrification drive the market growth,Fact.MR report
Demand for Nano Crystalline Soft Magnetic Materials Surging Due to Growing Trend of Automotive Electrification: Fact.MR There has been rise in use of nano crystalline soft magnetic materials in diverse range of applications of electric vehicles, such as converters, batteries, board chargers, and motors, to name a few. While excellent high switching frequency and low core loss properties of nano crystalline soft
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