一种新型光电流传感器的研究与设计

Li Yansong, W. Qian, Ma Daqian, Liu Jun, Zhou Hao
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引用次数: 8

摘要

本文介绍了一种新型的光电流传感器及其在电力系统高压直流和交流测量中的应用。为解决影响OCT长期工作稳定性和稳态计量精度的问题,提出了一种将微弱光电信号检测中的锁相放大器与一种新型高稳定性传感器相结合的新方法,介绍了电磁采集磁场光学传感器的工作原理和设计。本文还介绍了锁相放大器的原理和性能,以及锁相放大器在OCT中的应用,以提高输出信噪比。试验结果表明,在稳态计量精度已达到0.2级,长期稳定性得到提高,所设计的OCT达到了电力系统的要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research and Design of a New Kind of Optical Current Transducer
This paper introduces a new kind of optical current transducer and its application in measuring high voltage DC and AC in power system. To solve the long-term operating stability and the steady state metering accuracy which influence the practical course of OCT, this paper presents a new method which combines the lock-in amplifier in slight photo-electric signal detection and a new higher stability sensor, introduces the principle and the design of the optical sensor on solenoid collecting magnetic field, and analyzes the characteristics of signal and noise in OCT. This paper also describes the principle and the performance of the lock-in amplifier and its application in OCT in order to improve the output SNR. The test results indicate that under the steady state metering accuracy has already reached class 0.2, the long-term stability has improved, and the designed OCT has achieved the requests in power system.
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