Amorphous Inductor Filter Core

Amorphous Inductor Filter Core, Amorphous Alloy Core for current transformer, Transformer Used Nanocarystalline Toroidal Cut Core Gapped Core Manufacturer, Amorphous Toroidal Transformer Core China Supplier

Fe-based amorphous inductor filter core are provided with good frequency property, high stable inductance with various DC bias current, and low core loss, wide permeability range from 120 μ to 1200 μ . It is a good choice for the usages of inductor, choke, filters etc with high frequency and DC AC subsistent situation with better price property comparison ratio than FeNiMo，FeNi and FeSiAl powder cores.

► Application:
• Car audio choke coils
• PFC corrector inductors
• DMC fillers and smooth output filters
• DC/DC transformer filters
• Normal usage and adapter filters

► Product Performance:
• High saturation flux density Bs, low Hc, Low loss.
• Excellent Anti DC bias property
• High permeability of 250 to 1200, Less wire winding turns.

Are used for medium and large power and are toroidally wound cores which show excellent performance for the suppression of various kinds of current or voltage surge, such as a surge from a switching diode.
Core range in size from outside diameters of 11 to 38mm and inside diameters of 4 to 22mm.

Amorphous / Nanocrystalline High-Frequency Transformer Cores (1kHz-100kHz), Amorphous Filtering Inductance Core in Auto Audio, Nanocrystalline Core
The amorphous core is a soft magnetic alloy using vaccum rapidly quenched technique for high-speed casting process to produce 25 to 35 micrometer amorphous sheet, there is short-range ordered structure and long-range disorder structure for the atomic arrangement, it is different of the normal alloy material of the microstructure, so the performance is very good of the physical properties, chemical properties and machanical properties, it is suitable for development of high frequencies, high current, volume reducing, energy conservation. The amorphous core can replace with silicon steel, permalloy and ferrite core.