Analysis and control of a reduced switch converter for active magnetic bearings

Dong Jiang, P. Kshirsagar
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引用次数: 11

Abstract

A reduced switch converter for active magnetic bearing system is analyzed and its performance is experimentally validated at 24,000 rpm on a 4-axis magnetic bearing test-rig. Based on the coupled coil arrangement and unidirectional current operation, the reduced switch converter is derived and its modes of operation are elaborated. In comparison to conventional topologies, this converter reduces the requirement on number of switches, gate drives and pulse width modulation signals stemming from the controller. The analysis and experimental results successfully validates the operation of reduced switch converter to meet the magnetic bearing operation requirements.
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主动磁轴承减缩开关变换器的分析与控制
分析了一种用于主动磁轴承系统的简化开关变换器,并在四轴磁轴承试验台上进行了24000 rpm转速下的性能实验验证。基于线圈的耦合布置和单向电流运行,推导出了简化开关变换器,并对其工作方式进行了阐述。与传统拓扑结构相比,该转换器减少了对来自控制器的开关、栅极驱动器和脉宽调制信号数量的要求。分析和实验结果成功地验证了简化开关变换器的运行能够满足磁轴承的运行要求。
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