发明名称 INDUCTIVE COMPONENT
摘要 An inductive component with a magnetic circuit is made of a magnetically soft core material, the circuit having at least one gap which extends in the Y direction from a first end-side free end of the core material to an opposite second end-side end of the core material, at least one coil which is wound around at least one part of the core material, and a permanent magnet unit which consists of multiple mutually spaced individual permanent magnetic elements, each of which has a magnetizing direction, the directions oriented in an at least approximately identical manner to the Y direction The individual magnets are stacked next to one another in a mutually spaced manner in a direction which is at least approximately orthogonal to the Y direction. There is high magnetic biasing of the inductor by means of the permanent magnets, little power loss, a simple production, and a high fill factor.
申请公布号 US2016005525(A1) 申请公布日期 2016.01.07
申请号 US201314769509 申请日期 2013.12.09
申请人 STS SPEZIAL-TRANSFORMATOREN-STOCKACH GMBH & CO. KG 发明人 GULDEN Christof;CARSTEN Bruce;HERZOG Stefan;STADLER Alexander
分类号 H01F27/25;H01F1/057 主分类号 H01F27/25
代理机构 代理人
主权项 1. An inductive component comprising: a magnetic circuit consisting of a magnetically soft core material; the magnetic circuit, further comprising: at least one gap which extends in a Y direction (Y) from a first end-side free end of the core material to an opposite second end-side free end of the core material;at least one coil which is positioned wound around at least one part of the core material; anda permanent magnet unit which consists of multiple mutually spaced individual permanent magnet elements, each of which has a magnetizing direction that is oriented in an at least approximately identical manner to the Y direction (Y), characterized by the following feature: the individual permanent magnet elements are primarily stacked spaced apart next to one another in one direction, which is at least approximately orthogonal to the Y-direction (Y).
地址 Stockach DE