摘要
作为光电技术的一种,电子式互感技术在运用中呈现小体积、轻质量、宽频带相应、无饱和现象、良好的绝缘性、抗磁干扰性及逐步向数字化方向发展等优点,针对互感器在采集单元的不同分布位置,可以找出对其影响最小的位置,进而在设计中尽可能降低采集单元受到干扰,以此来提升电子式互感器的电磁兼容性能,使其在数字化变电站的应用中发挥更好的性能。
Electronic mutual inductance technology, as a kind of photovoltaic technology, manifests in the application the advantages of small volume, light quality, broad band correspondence, no saturation phenomenon, the magnetic interference resistance, good insulation, and gradually developing into the direction of digitalization, etc. In view of the different distribution locations of the transformer in the acquisition unit, people can find the position of the minimal impact, thus reduce the interference of the acquisition cell in the design, improve the electromagnetic compatibility of electronic transformer, and make it play better performance in the application of digital substation.
作者
黄启智
Huang Qizhi(Zhangzhou Institute of Technology,Zhangzhou 363000,Chin)
出处
《黑河学院学报》
2018年第8期213-214,共2页
Journal of Heihe University
关键词
电子式互感器
电磁兼容性能
优化设计
electronic type transformer
electromagnetic compatibility
optimization design
