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Mechanism and Suspension Control Study for Spherical Reluctance Motor with Magnetic Levitation

机译:球形磁阻电动机与磁悬浮的机理与悬架控制研究

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This paper presents a novel Multi-Degree-of-Freedom spherical reluctance motor with magnetic levitation, it analyses mechanism of magnetic force and electromagnetic torque that spherical motor generates. Conducted a comprehensive control of the spherical motor and analysis and simulate the results of the suspension control system. The simulation experiments show that the state synchronization suspension control owns high precision and immunity to interference.
机译:本文提出了一种具有磁悬浮的新型自由度球形磁阻电动机,分析了球形马达产生的磁力和电磁扭矩的机理。 对球面电动机进行综合控制,分析并模拟悬架控制系统的结果。 仿真实验表明,状态同步悬架控制具有对干扰的高精度和免疫力。

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