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Design of a Planar, Concentric Coil for the Generation of a Homogeneous Vertical Magnetic Field Distribution

机译:平面同心线圈设计,用于产生均匀的垂直磁场分布

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This paper describes an algorithm to design a planar, concentric coil that generates a homogeneous vertical magnetic field distribution, with a target self inductance. The algorithm consists of several steps. The first step is the random generation of a large set of concentric coils, taken into consideration a number of boundary conditions such as the outer dimensions and the radius of the conducting wire. The optimal coil is found from this set after a twofold selection, namely on the self inductance value and on the uniformity of the vertical magnetic field, which was evaluated using a cost function. The algorithm is straightforward and based on closed expressions, which leads to a rapid execution of the procedure. We evaluated the algorithm on a representative reference configuration. The best coil of the large set was selected and the quasi-uniform field distribution of this coil was confirmed by experimental verification.
机译:本文介绍了一种设计平面同心线圈的算法,该算法可生成具有目标自感的均匀垂直磁场分布。该算法包括几个步骤。第一步是考虑到许多边界条件(例如导线的外部尺寸和半径),随机生成一组同心线圈。在双重选择之后,从该组中找到最佳线圈,即根据自感值和垂直磁场的均匀性进行选择,并使用成本函数对其进行评估。该算法非常简单,并且基于封闭表达式,从而可以快速执行该过程。我们在具有代表性的参考配置上评估了该算法。选择大组的最佳线圈,并通过实验验证确认该线圈的准均匀场分布。

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