Manganese-zinc ferrite material of high performance and power, and manufacturing method therefor

Abstract

The invention discloses a manganese-zinc ferrite material and a manufacturing method thereof. The material synchronously has high saturation flux density (Bs), lower power consumption (Pcv) and high Curie temperature (Tc) under the state of lower temperature and high temperature; the method solves the technical problem that three performances, namely the high saturation flux density, the high Curie temperature and the lower power consumption of the prior soft magnetic power ferrite material fail to be consistently realized in one material. The main compositions adopted by the invention are Fe2O3, Mn3O4 and ZnO; the manufacturing process successively has stages such as material mixing of the main compositions, initial crushing, preburning, additive adding, secondary crushing, pelleting and so on; and the main innovation of the method is that: additive added in the four stage contains a large quantity of Mn3O4, the preferred amount of the Mn3O4 is between 1 and 20wt percent, and the best amount is between 13 and 18wt percent. The material is applied in electronic assemblies and whole machines, and can improve direct current bias ability of the electronic assemblies and reduce power consumption of the whole machines.

Description

technical field [0001] The invention relates to a manganese-zinc ferrite material and a manufacturing method thereof, especially a high-performance power manganese-zinc ferrite with high saturation magnetic flux density (Bs), low power loss (Pcv) and high Curie temperature (Tc) A material and a manufacturing method thereof. The material is applied to an electronic component and a complete machine, which can improve the DC bias capability of the electronic component and reduce the power loss of the complete machine, so as to achieve the purpose of saving energy and reducing consumption. Background technique [0002] The rapid development of the electronics industry has built a broad development platform for MnZn ferrite soft magnetic materials and provided unprecedented development opportunities. In recent years, power manganese zinc ferrite materials with high saturation magnetic flux density (Bs), high Curie temperature (Tc) and low power loss (Pcv) have developed rapidly, ...

AI Technical Summary

Problems solved by technology

The material has high saturation flux density (Bs), low power loss (Pcv) and high Curie temperature (Tc) at the same time at low temperature and high temperature; this method solves the problem of high saturation flux density of current soft magnetic power ferrite materials. The technical problem that the three properties of density, high Curie temperature and low power consumption cannot be realized consistently in one material is an innovative method different from traditional manufacturing processes

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