Supply all kinds of DVD to anti-saturation magnetic inductance JHF2005

Applied to all types of power Nanocrystalline Alloy common mode inductance saturation magnetic flux density Bs (T) 1.25 initial permeability μi (Gs / Oe)> 8 × 104 maximum permeability μm (Gs / Oe)> 20 × 104 coercive force Hc (A / m) <2 Curie temperature Tc (℃) 560 crystallization temperature Tx (℃) 500 saturation magnetostriction λs <2 × 10-6 <2 continuous working temperature ℃ -50 ~ 130 residual magnetic flux density Br (T) 0.5 ~ 0.8 iron loss P (20kHz, 0.5T), (W / kg) <25 iron loss P (100kHz, 0.2T), (W / kg) <70 iron loss change rate ΔP (-50 ~ 125 ℃) <15% amorphous alloy material is a new advent in the 1970s, it is the use of advanced technology Ultra quench liquid metal to 1 × 106 ℃ / s cooling rate of direct cooling, having a thickness of 0.02 mm ~ 0.04mm solid strip, to obtain an amorphous alloy structure having a short-range order, the characteristics of the long-range disordered atomic arrangement in combination, do not have the crystal structure of a conventional metal material, so it has a different conventional materials performance characteristics, such as excellent soft magnetic properties, corrosion resistance, wear resistance, high hardness, high strength, high resistivity. Because of its excellent performance, simple production process, since the 1980s, as domestic and foreign materials research focuses on the development and application of the scientific community, not only developed a soft magnetic materials for the electronics industry, but also the development of alloy materials for other purposes, As the brazing material, catalyst, and other structural materials. In the late 1980s, scholars again in amorphous materials developed on the basis of nanocrystalline soft magnetic alloy material, which has a more excellent soft magnetic properties