Calculation and Theoretical Analysis on Mini Optical Current Transformer

Wang Jia-ying, Zhang Guo-qing, Guo Zhi-zhong, Yu Wen-bin, Shen Yan
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引用次数: 0

Abstract

In the article, relationship between sensing length and sensing performance has been studied. In order to realize microminiaturization of optical current transformer, sensing structure must be simplified first. Considering measure performance and material character, straight light path type optical current transformer which is made of block glass is the simplest structure. The Faraday optical rotation curve which reflects the relationship between Faraday angle and magneto-optical material length has been obtained. This paper has put forward a simple algorithm of knee point, which could fix the knee point on curve fleetly. The magneto-optical material length on knee point has a highest utilization ratio. According to the research, knee point position is related with glasses location and sectional shape of conductor. So the best location is the place nearest to conductor.
小型光电流互感器的计算与理论分析
本文研究了传感长度与传感性能之间的关系。为了实现光电流互感器的微型化,必须首先对传感结构进行简化。考虑到测量性能和材料特性,由块玻璃制成的直光路型光电流互感器结构最简单。得到了反映法拉第角与磁光材料长度关系的法拉第旋光曲线。本文提出了一种简单的拐点算法,可以快速地将拐点固定在曲线上。膝点的磁光材料长度利用率最高。根据研究,膝部点的位置与玻璃的位置和导体的截面形状有关。所以最好的地点是离售票员最近的地方。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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