首页> 外文会议>CMD 2008;International Conference on Condition Monitoring and Diagnosis >Enhanced Signal Processing for Conventional and Unconventional PD Measuring Methods: Wavelet De-noising, Automatic Detection Algorithms and Averaging for Arrival Time-based PD Location in Transformers and Power Cables
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Enhanced Signal Processing for Conventional and Unconventional PD Measuring Methods: Wavelet De-noising, Automatic Detection Algorithms and Averaging for Arrival Time-based PD Location in Transformers and Power Cables

机译:常规和非常规局部放电测量方法的增强信号处理:变压器和电力电缆中基于到达时间的局部放电定位的小波降噪,自动检测算法和平均

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摘要

Two major tasks of partial discharges (PD) measurements may be distinguished, (i) providing general evidence and the type of PD (detection) and (ii) the location of the PD. Dependent on the type of device under test the two issues have changing priority. For the on-line/on-site PD location in power transformers unconventional PD measuring methods like acoustic ultra-sonic measurements or electromagnetic measurements up to the UHF (ultra high frequencies) range are performed, while the Time Domain Reflectometry (TDR) of electric PD signals is a standard technique for the location of PD in power cables.
机译:可以区分局部放电(PD)测量的两个主要任务,(i)提供一般证据和PD(检测)的类型,以及(ii)PD的位置。根据被测设备的类型,这两个问题的优先级会不断变化。对于电力变压器中的在线/现场局部放电定位,可以执行非常规局部放电测量方法,例如声学超声波测量或高达UHF(超高频)范围的电磁测量,而电时域反射法(TDR) PD信号是用于PD在电源电缆中定位的标准技术。

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