直流大电流测量是现代电测量技术的重要内容。
Heavy direct current (DC) measurement is a very important part of modern electric measurement.
自积分式罗氏线圈广泛用于脉冲功率技术中的快过程大电流测量。
The coil can be used in pulsed power technology for ns-level high current measurement.
论文分析了一维、二维热沉的尺寸效应，并且讨论了大电流测量中的一维热沉设计。
The paper analyzed and discussed one-dimensional and two-dimensional heat sink in theory.
这就可能需要利用一个大电流开关卡来提供电流，一个小电压开关卡用于测量。
This may require using a high current switch card for sourcing and a low voltage switch card for measuring.
本文提出了采用磁位计测量整流系统直流大电流和电能的方法。
This paper presents a method of measuring heavy d. c. current and energy in the rectifier system with the magnetic potentiometer.
基于对磁位计特点的分析，介绍了以磁位计为采样元件的交流大电流自动测量方法。
On the basis of the feature analysis made on the magnetic potentiometer, the automatic measurement of heavy A.
大电流、大电压的测量一直是困扰工程测量学的难题。
Measuring the big-electric current and the big voltage is a difficult work in engineering measurement.
为了更直观地描述低压大电流VDMOS器件特性，对器件栅电荷特性进行了测量和提取。
In order to describe the characteristics of VDMOS device more intuitively, this paper mainly focuses on the gate charge test.
这是一种值得推广的测量脉冲大电流方法。
偏移特性阻抗继电器常用于小电流或大电流接地系统中作为输电线路距离保护的测量元件。
LZ-22 partial impedance relay usually used as measuring element on distance protection of the line at small or big current power system.
在分析光电式互感器性能的基础上，提出了针对系统大电流进行高精度安全测量的光纤光栅电流互感器模型。
As analyzing the property of optical transformer, a FBG current sensor model is projected for measuring big current safely and in high precision.
通常，它们应用于高压、大电流发电厂和变电站安全快捷的测量和继电保护。
Usually, power nanocrystalline current transformer cores are used in high voltage, high current generator factory, safe-quick measurement and protective relaying in power station.
通常，它们应用于高压、大电流发电厂和变电站安全快捷的测量和继电保护。
Usually, power nanocrystalline current transformer cores are used in high voltage, high current generator factory, safe-quick measurement and protective relaying in power station.
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