The implementation of leakage current measurement in withstand voltage test at operating temperature for electric appliance safety inspection is presented in this paper.
介绍一种电器安全检验在热态耐压测试中漏电流及其波形检测的实现。
Leakage current is another source of measurement interference that must be characterized.
漏泄电流是另一种必须表征的测量干扰源。
This guard connection will prevent leakage current from de-energized channels from interfering with the measurement.
保护连接能防止来自去激励通道的漏流干扰测量。
Low current measurement applications include capacitor leakage, low current semiconductor, light, and ion beam measurements.
弱电流测量的各种应用包括电容器的漏电、弱电流半导体、光和离子束测量等。
A leakage current will flow around this loop, but won't affect the measurement.
泄漏电流将在此回路中流动，但是不影响测量。
For example, in low current and high resistance applications, unguarded cabling can introduce leakage current that will degrade measurement accuracy.
例如，在小电流和高电阻应用中，没有保护线电缆会产生漏泄电流，从而影响测量准确度。
This paper is dedicated to discuss the definition, measurement and control method of High Frequency leakage current.
本文旨在对于高频漏电流的界定、检测及控制方法进行探讨。
This paper is dedicated to discuss the definition, measurement and control method of High Frequency leakage current.
本文旨在对于高频漏电流的界定、检测及控制方法进行探讨。
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