基于Visual Basic界面编程的磁力执行器动态特性仿真

Enyuan Dong, Zhenwei Zhang, Yongxing Wang, G. Yin, J. Zou, Xuanshu Chen
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引用次数: 2

摘要

本文提出了一种新型机构作动器——磁力作动器。MFA克服了永磁作动器在长行程断路器中使用的局限性,有利于实现电气控制的快速调整。为了完成MFA的动态仿真,Ansys需要计算动态过程中的磁通链和磁力,这需要与Matlab进行接口。Microsoft Visual Basic (VB)擅长界面设计,在与其他软件的接口上的应用非常出色,MFA的参数可以集成在VB接口中,并传输到APDL和Matlab中,从而降低了复杂性,提高了编程效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dynamic characteristic simulation of magnetic force actuator based on Visual Basic interface programming
In this paper, a new type mechanism actuator, magnetic force actuator(MFA) is presented. MFA overcomes the limit use of Permanent Magnetic Actuator(PMA) in long length stroke circuit breaker and is beneficial to realize fast-adjust of electrical control. To complete dynamic simulation of MFA, Ansys needs to calculate the magnetic flux linkage and magnetic force in the dynamic process, and this needs to interface with Matlab. Microsoft Visual Basic (VB) is good at interface design and its application on the interface with other software is excellent, the parameters of MFA can be integrated in the VB interface and transmitted to APDL and Matlab, which reduces the complexity and improves programming efficiency.
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