Analysis of high-speed corona micromotors by means of effective gap conductivity

P. Krein
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Abstract

The nonlinear electrical characteristics of corona motors are modeled through suitable transformation of the stator voltage waveform. This in effect produces an equivalent gap conductivity to serve as a linearized model. The analysis shows how a corona motor is able to generate very high speeds with DC excitation, and points out the basis for its asynchronous operation. Experimental tests of a macroscopic motor confirm that the analysis models the basic behavior of a corona machine. Operation of a small (100 mu m) cylindrical motor is considered. The device expected to be capable of very high speeds with DC input and no special control.<>
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利用有效间隙电导率分析高速电晕微电机
通过对定子电压波形进行适当的变换,建立了电晕电机的非线性电特性模型。这实际上产生了等效的间隙电导率,作为线性化模型。分析了电晕电机如何在直流励磁下产生很高的转速,并指出了其异步运行的基础。一个宏观电机的实验测试证实了该分析模型的电晕电机的基本行为。考虑运行一个小型(100亩)圆柱形电机。该设备预计能够在直流输入下实现非常高的速度,而无需特殊控制。
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