voltage transformer

电压互感器变压器

  • Research on Electronic Voltage Transformer Based on Capacitive Voltage Divider ; Application of EVT in digitalized substation

    基于电容分压的数字式电压互感 的研究电子式 电压 互感器在数字化变电站中的应用

  • Influence Analysis of Direct Current on Voltage Transformer

    电压 互感 受到的直流电流影响分析

  • Research on selection of secondary parameter of current transformer and voltage transformer

    电流互感器、 电压 互感 二次参数选择问题研究

  • Application Study of the Converter Technique in GIS Voltage Transformer Error Calibration

    变频技术在GIS 电压 互感 误差试验中的应用

  • Should pay attention to voltage transformer and cable etc especially .

    试验中应特别注意 电压 互感 和电缆等。

  • Discussion on Test Method of Capacitive Electromagnetic Voltage Transformer

    电磁式 电压 互感 呈容性测试方法探讨

  • The principle demonstration and experimental results of a pyroelectric voltage transformer showed that this assumption is reasonable and feasible .

    最近研制的热释电 电压 变压器的初步实验结果表明,这一设想是合理和可行的。

  • Test and Fault Analysis for High Power High Frequency High Voltage Transformer

    大功率高频 高压 变压器的试验及故障分析

  • The paper presents the inspection method of the non-voltage in secondary side output fault the electrical test and the judgment of the capacitor voltage transformer .

    对电容式 电压 互感 二次无电压输出故障的检查方法、电气试验及判断作了说明。

  • The Experimental Study on Error-frequency Characteristics of Capacitor Voltage Transformer

    电容式 电压 互感 误差频率特性的试验研究

  • An electronic voltage transformer is developed which mainly consists of a voltage-to-current converter and a weak-current measuring and processing device .

    提出一种新型电子式 电压 互感 ,主要由电压-电流变换元件和弱电流检测处理装置组成。

  • Analysis of High-voltage Fuse Blow for 35 kV Capacitor Voltage Transformer

    35kV电容式 电压 互感 高压熔断器熔断的原因分析

  • Influence of Incorrect Connections for Voltage Transformer on Metering Devices and Preventative Measures

    电压 互感 二次接线错误对计量装置的影响及防范措施

  • Aiming at the phase error of the electronic voltage transformer ( EVT ) with capacitive divider a phase compensation scheme was proposed .

    针对基于电容分压原理的电子式 电压 互感 的相位误差,提出了相位补偿方案。

  • Development of Precise Capacitive Voltage Divider for Optical Voltage Transformer

    光学 电压 互感 精密电容分压器的研制

  • The voltage transformer has the character of small volume lightweight superior insulation and so on .

    电压 互感 体积小、重量轻、绝缘性能优越。

  • The Test Study on Abnormal Fusing of the Primary Fuse for 35 kV Capacitor Voltage Transformer

    35kV电容式 电压 互感 一次熔断器异常熔断原因的试验研究

  • The voltage transformer is fully enclosed structure .

    电压 互感 为全封闭结构。

  • Discussion about self-excited method error on capacitive voltage transformer

    电容式 电压 互感 自激法的测试及误差分析

  • Study on the Transfer Overvoltage Test of Capacitor Voltage Transformer

    电容式 电压 互感 传递过电压试验研究

  • Testing Analysis of Capacitance and Dielectric Loss for the Capacitor Voltage Transformer

    电容式 电压 互感 电容和介损试验的分析

  • In order to solve the problem of low accuracy in the voltage transformer secondary circuit voltage drop indirect measurement a new wireless measuring method was introduced .

    针对 电压 互感 二次回路压降间接测量法误差大的问题,提出了一种新的无线测量方法。

  • Fault Analysis and Treatment of Voltage Transformer in 35 kV Substation

    35kV变电站 电压 互感 故障分析及处理

  • Parameter Testing Methods Analysis of Capacitor Voltage Transformer

    电容式 电压 互感 参数的测试方法分析

  • Research on the Testing and Calculation Method of Voltage Transformer Magnetization Curve

    电压 互感 磁化曲线试验方法和计算方法研究

  • Analysis on Frequent Fusing Accident of HV Fuse of Voltage Transformer in 10 kV System and Its Simulation

    10kV系统 TV 高压保险频繁熔断事故的分析与仿真

  • Dynamic Simulation on Differential Protection of Ultra-high Voltage Transformer

    西宁 750kV 电容 电压 互感 误差试验特 高压 变压器差动保护动态模拟试验研究

  • Development and Application of 1000 kV Standard Capacitor Voltage Transformer for Field Test

    现场试验用1000kV标准 CVT的研制与应用

  • Causes Analysis on Faults in 35 kV Capacitor Voltage Transformer

    35kV电容式 电压 互感器故障原因分析

  • The machine can perform two-wire three-wire and multi-wire parallel winding or flat copper wire winding to completely resolve the mechanical winding of voltage transformer secondary coils .

    该机可进行双线、三线多线并绕或扁铜线绕制,使 电压 互感 二次线圈采用机械绕制的问题得到彻底解决。