1) common-mode voltage bucking circuit
抗共模电压电路
1.
Isolation amplifier is replaced by common-mode voltage bucking circuit.
提出一种串联电池组电压测量新方法:光电继电器取代机械继电器选通各节电池电压;抗共模电压电路取代隔离放大器抵消测量端的共模电压;用双AD526实现数字量设定8档电压放大倍数。
2) common-mode voltage
共模电压
1.
Asymmetrical NZPWM technique for reducing the common-mode voltage;
抑制共模电压的不对称NZPWM技术
2.
Research on common-mode voltage with third-order harmonic injection;
注入3次谐波控制的共模电压分析
3.
Suppression of common-mode voltage for matrix converter based on SVPWM;
空间矢量调制矩阵变换器共模电压的抑制
3) Common Mode Voltage
共模电压
1.
Research on the Common Mode Voltage in Matrix Converter;
矩阵变换器共模电压生成机理研究
2.
Suppression of conducted common mode voltage and shaft voltage in PWM motor drive system
PWM电机驱动系统中共模电压和轴电压的抑制
3.
A method is proposed to eliminate dead time and its effect,and it is helpful to the suppression of common mode voltage.
变频器采用的空间矢量脉宽调制(SVPWM)会产生共模电压,后者对变频器和电机产生危害。
4) CMV inductor
共模电抗器
1.
Compared with the CMV inductor used to suppress the CMV input to the motor, the method of grounding star point of the output filter is developed.
与目前常用的基于共模电抗器的共模电压抑制方法,本文提出了通过输出滤波中性点接地的方式抑制电动机输入共模电压的方法,并且高压试验结果验证了该方法的有效性。
5) commonality loop of voltage
电压公共回路
1.
Based on analysis by the accident caused by the commonality loop of voltage and the problem that existed in the commonality loop of voltage,we make ways,countermeasures and normalize wiring of the secondary circuit to make the protector,the measure sure of working,automatization equipment working.
通过一起由变电站电压公共回路接线错误引发的事故分析,找出变电站内电压公共回路存在的问题,制定出相应的措施与对策,并通过规范二次回路接线、根据不同装置采用不同接线方式、增加必要的设施以确保继电保护装置能够正确动作、计量装置计量准确、自动化装置遥测量和所发信号正确。
6) voltage-mode circuit
电压模式电路
1.
A conversion method from voltage-mode circuit to current-mode circuit is described, the conversion of which is based on duality principle and transformation of nullor models of active devices.
基于对偶原理并借助零极子有源器件模型的对偶变换方法,实现电压模式电路到电流模式电路的转换,并给出四阶高通滤波器变换实例和PSPICE仿真结果。
补充资料：共模干扰与串模干扰
共模干扰与串模干扰
common-mode interfer-ence and differen-tial-mode interfer-ence
gongmo ganroo yu Chuonmo gonroo共模千扰与串模干扰(eommon一mede inter-ference and differential一mede interferenee)见电力系统调度信息。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条