小块金属的接地电容在电路中产生小相位调整。
The capacitance to ground of that bit of metal produces a small phase adjustment in the circuit.
这种滤波器只需要OTA器件和接地电容，适合于MOS技术集成。
The filter needs only OTAs and grounded capacitors and is convenient for being realized by MOS technology.
该方法设计的滤波器电路只用晶体管、电流源、接地电容即可实现。
Only transistors and grounded capacitors are required to realize the filter circuit.
分析了中性点接地电容器组内部故障时的内部过电压和相电流变化，并给出了相应计算公式。
This paper analyses the internal overvoltage and the phase current of grounded wye shunt capacitor bank when there are failures in it, and gives corresponding equations.
由于逆变器电源对输出接地电容的限制，对严重的共模电磁干扰难以用大容量的共模滤波器抑制共模噪声。
With the limitation to the ground capacitance by inverter, it is difficult to suppress the severe common-mode noise by large CM filter.
采用新的测量原理，提出了可同时对谐振接地电力网脱谐度和电容电流进行实时测量的新方法。
A new method is proposed to measure the tuning-off degree and the capacitive current of resonance grounding power networks based on a new measuring principle.
经过仿真实验分析，表明该方法可以克服对地电容对接地故障检测的不利影响，完成故障信号分析，实现故障支路的准确定位。
The simulation result shows that the method can overcome the influence of the capacitors, analyze the fault signal and find the fault branch accurately.
对于中性点不直接接地的发电机，由于三相对地电容值存在差异，中性点与地之间存在一定电压。
Due to three-phase capacitance to ground, certain voltage exists between the neutral and the ground for a generator with ungrounded neutral.
在非有效接地电力系统的保护与控制中，电容电流是一项重要的参数。
Capacitance currents is an important parameter for protection and control in effectively earthed power systems.
接地电位单元包括在介质衬底的前表面和后表面上以楔形形状形成的并且相互电容性地 耦合的导体对（13，14）。
The ground potential unit includes a pair of conductors (13/14) formed in a tapered shape on the front and the rear surface of the dielectric substrate and mutually capacity-coupled.
介绍了用于监测电容性设备接地电流在线监测系统的整体构成，其中重点阐述了上位机软件的设计。
Based on the detection capacitive equipment's grounding current, the on-line monitoring system of grounding current was designed.
如何有效地判断系统接地故障后运行方式的变化以及如何有效地测量与之对应的对地电容是目前没有解决的问题。
The solution has not been found how to judge the resonant state during the single-phase grounding existing on-line.
如何有效地判断系统接地故障后运行方式的变化以及如何有效地测量与之对应的对地电容是目前没有解决的问题。
The solution has not been found how to judge the resonant state during the single-phase grounding existing on-line.
应用推荐