并联电容 meaning in English
parallel capacitance
parallel capacity
shunt capacitance
Examples
- Measurement of quartz crystal unit parameters - basic method for the measurement of two - terminal parameters of quartz crystal units up to 200 mhz by phase technique in a - network with compensation of the parallel capacitance c0
石英晶体器件参数的测定.第3部分:用与并联电容量co补偿相连的网络相位技术测量200mhz以下的石英器件的两极参数的基本方法 - Measurement of quartz crystal unit parameters by zero phase technique in a - network ; part 3 : basic method for the measurement of two - terminal parameters of quartz crystal units up to 200 mhz by phase technique in a w - network with compensation of the parallel capacitance c
在型网络中用零相位技术测量石英晶体单元参数.第3部分:在具有并联电容c补偿的w型网络中用相位技术测量频率200mhz及以下石英晶体单元的二端参数的基本方法 - Measurement of quartz crystal unit parameters by zero phase technique in a pi - network - part 3 : basic method for the measurement of two - terminal parameters of quartz crystal units up to 200 mhz by phase technique in a pi - network with compensation of the parallel capacitance c0
用型网络的零相位技术测量石英晶体器件参数.第3部分:用并联电容co补偿的网络零相位技术测量最高可达200 mhz的石英晶体器件谐振器两端参数的基本方法 - The influence of the resonant parameters and the input - output voltage to the converter efficiency is analyzed base the calculation . and the influence of the turn - off loss of the assistant switch to the efficiency of the typical zvt - pwm buck converter is analyzed
根据计算公式和计算结果，分析了谐振电感，主开关并联电容和输入输出电压对变换器工作效率的影响，并且详细分析了辅助开关的关断损耗在带不同负载时对变换器工作效率的影响。 - The verify experiment proves that its ratio and phase characteristics are much better than ordinary ones and the precision is enough for measure use . zero - flux current transformer can ’ t obtain absolute zero flux because residuary flux , so when the secondary turns is too small it will not satisfying . to improve the precision further , proposes a method to compensate zero - flux current transformer using capacitance parallel connected coil and deduces it
为了进一步抵消剩余磁通,提高互感器的精度,提出了一种并联电容线圈补偿零磁通的方法,并进行了理论推导,设计了基于该方法的100匝电流互感器,通过校验证明它可以改善零磁通电流互感器的比差和角差特性,提高互感器的精度,将电流互感器的二次匝数由普通互感器的几千匝降到了100匝,提高了测量微小电流的能力。