1.
Induced Voltage and Current Unbalanced Factor when Medium-and-High Voltage Single-Core Cables Paralleled
中高压单芯电缆并联时感应电压和电流不平衡系数
2.
Armature The armature of an AC generator is the assembly of windings and metal core laminations in which the output voltage is induced.
电枢交流发电机电枢的是金属芯和绕组的总成，产生感应电压。
3.
high voltage current transformer & potential transformer
高压电流电压互感器
4.
An analysis of the step of capacitance voltage and inductance current at switching;
换路时电容电压和电感电流跃变的分析
5.
Low voltage DC power is also provided for control power and emergency power.
低压直流电作控制电源和应急电源。
6.
The Analysis of Induced Voltage and Induced Current for 500 kV Parallel-Four-Circuit Transmission Lines
500kV同塔四回线路感应电压与感应电流分析
7.
Application and Study on a Novel Combined Current and Voltage Transformer Which Can be Used in GIS
GIS用电子式电流电压互感器的应用研究
8.
electric inductor (excl. induction coils and transformers)
电感应器（不包括感应线圈和变压器）
9.
Simulative Analysis of Induced Voltages and Currents Among Multi Circuit 220kV and 500kV Transmission Lines on Same Tower
同塔架设的220kV/500kV输电线路感应电流与感应电压仿真分析
10.
Besides voltage, resistance and capacitance, an alternating current is also influenced by inductance.
除了电压、电阻和电容之外，交流电还受电感的影响。
11.
induction type under-voltage relay
感应式低电压继电器
12.
induction type over-voltage relay
感应式过电压继电器
13.
Analysis and Calculation of the Rotation Induced Voltage of Brushless DC Motors
无刷直流电动机旋转感应电压的分析与计算
14.
Study of the Ultra-High Voltage Grid Parameter and Arithmetic of Geomagnetially Induced Current;
特高压电网参数及地磁感应电流评估算法研究
15.
Test and Analysis of Inductive Voltage on Overhead Ground Wire of 1000 kV UHV AC Line
1000kV交流输电线路架空地线感应电压测试分析
16.
Research on D.C.Voltage Regulation Power Circuit for Induction Brazing Power Supply
感应钎焊电源中直流调压调功电路的设计研究
17.
The current and voltage signals obtained from current and voltage transformer secondary windings must be restricted to a full scale value6 of + 10 volts.
从电流互感器和电压互感器获得的电流信号和电压信号须限制到±10V的满额值。
18.
It has been proved that induced voltage causes a current to flow in opposition to the force producing it.
已经证明，感应电压使电流的方向与产生电流的磁场力方向相反。