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Investigations on a Three-dimensional Model of the Moving-coil Linear Motor Applied in the Space-borne Micro Compressor

机译:空转微型压缩机中施加的线圈线性电动机三维模型的研究

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In order to optimize the magnetic circuits of the linear motor applied in the space-borne pulse tube cryocooler, a three-dimensional magnetostatic field model of the moving-coil linear motor in the micro compressor is established. The effects of several key dimensions on the distributions of the magnetic flux density inside the air gap are simulated and discussed by finite element method. The simulated results show that the magnetic flux density decreases with the increase of both width and thickness of air gap. According to the analysis, it will greatly facilitate the design, fabrication and future practical applications of the micro moving-coil linear compressor.
机译:为了优化在空间脉冲管冷冻机中施加的线性电动机的磁电路,建立了微型压缩机中的移动线圈线性电动机的三维磁极场模型。通过有限元法模拟和讨论了几个关键尺寸对气隙内部磁通密度分布的影响。模拟结果表明,随着气隙的宽度和厚度的增加,磁通密度降低。根据分析,它将极大地促进微观移动线圈线性压缩机的设计,制造和未来的实际应用。

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