Design Strategy of Anti-Electromagnetic Interference for Microcomputer Relay Protection System

Liu Yucheng, Liu Yubin
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引用次数: 2

Abstract

Microcomputer relay protection hardware system reliability design is directly related to power system safe and stable operation. Aiming at the mistake switch and misinformation resulted from electromagnetism interference of microcomputer relay protection system based on the fourth age’s high performance microprocessor, the paper presented improving design concept of anti-electromagnetic interference in the hardware platform system. It was analyzed in detail to the electromagnetism environment located by microcomputer relay protection system, electromagnetic interference sources, anti-electromagnetic interference mechanism, and behavior of digital circuits under the interference. Also it was studied to the design compatibility of anti-electromagnetic interference, and summarized up that the measures of anti-electromagnetic interference should be taken in the hardware design of microcomputer relay protection system. Experimental results show that these measures are feasible and effective.
微机继电保护系统抗电磁干扰设计策略
微机继电保护硬件系统的可靠性设计直接关系到电力系统的安全稳定运行。针对基于四代高性能微处理器的微机继电保护系统由于电磁干扰造成的误开关和误报问题,提出了硬件平台系统抗电磁干扰的改进设计理念。详细分析了微机继电保护系统定位的电磁环境、电磁干扰源、抗电磁干扰机理以及数字电路在干扰下的行为。并对防电磁干扰的设计兼容性进行了研究,总结出微机继电保护系统硬件设计中应采取的防电磁干扰措施。实验结果表明,这些措施是可行和有效的。
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