设计具有无线转子的直流和交流电机的软硬件技术

S. P. Gladyshev, P. S. Gladyshev, I. S. Okrainskaya
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摘要

在硬件方面,我们考虑了机器的磁路、绕组和电力电子电路。在软件下,我们考虑算法和低电平电流的电路设计:直流电,感应,或无线转子同步电机。基本硬件元件是带有磁路、无线转子和定子上两个线圈的单相电机。一个线圈用于励磁,另一个线圈用于输出。在本文中,我们考虑了使用相同硬件设计单相、三相、三相无线直流和交流电机的理论基础。两相电机的原型是基于两个单相电机放置在同一定子或共同轴上而设计的。验证结果证实了理论结果。该设计的优点是简化了无线转子电机的制造。在高压电机中,设计共轴电机,方便不同相位之间的隔离问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hardware and Software Technology in Design Electrical DC and AC Machines with Wireless Rotor
Under hardware, we consider magnetic circuits, windings, and power electronic circuits of a machine. Under software, we consider algorithms and electrical circuits with low level current for design: direct current, induction, or synchronous machine with wireless rotor. The basic hardware element is one phase machine with magnetic circuit, wireless rotor, and two coils on the stator. One coil used for excitation and another for output application. In the paper, we consider theoretical basics operation of one, or two, or three phase wireless DC and AC machines, when they designed by using the same hardware. The prototype of the two-phase electrical machine based on the two one phase machine placed on the same stator or on the common shaft where designed. Results of verification proves the theoretical results. Advantage of this design is in the simplification of fabrication electrical machines with wireless rotor. In high voltage machines, design machines with common shaft, facilitate isolation problems between different phases.
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