地下电力电缆故障定位系统H/W设计

Lee Jae-Duck, Ryoo HeeSuk, Choi SangBong, Nam Kee Young, Jeong Seong Hwan, Kim Dae Kyeong
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引用次数: 6

摘要

开发能够准确检测地下电力电缆故障位置的故障定位系统,对高速数据采集和信号处理能力提出了很高的要求。我们正在开发一种不同于传统故障定位系统的故障定位系统。该故障定位系统采用在线速度电流传感器对地下电力电缆进行监测,在发生故障时记录其瞬态信号,并通过分析计算故障定位。电力电缆发生故障时采集到的信号具有暂态特征,且其频带很高。因此,为了开发故障定位系统,我们设计了专用的高速数据采集和信号处理板。本文介绍了地下电力电缆故障定位系统的数据采集和信号处理的软硬件设计
本文章由计算机程序翻译,如有差异,请以英文原文为准。
H/W Desig for Fault Location System on Underground Power Cable
Developing fault location system for underground power cable which can detect its fault location exactly require very high speed data acquisition and signal processing capability. We are developing fault location system which is different from conventional fault locator. This fault location system monitor underground power cable by using on-line speed current sensor and if there are an accident, it record its transient signal and calculate fault location by analyzing it. Signals which acquired when power cable fault arise, showed transient characteristics and its frequency band is very high. So, to develop fault location system, we designed special high speed data acquisition and signal processing board. In this thesis, we describe on data acquisition and signal processing H/W design for fault location system on underground power cable
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