capacitor voltage造句

• Instrument transformers - capacitor voltage transformers
  仪表互感器.电容电压互感器
• High voltage capacitor of a capacitor voltage transformer
  电容器式电压互感器的高压电容器
• Digital simulation models of capacitor voltage transformer
  电容式电压互感器的数字仿真模型
• Intermediate voltage terminal of a capacitor voltage transformer
  电容器式电压互感器的中压端
• Instrument transformers - part 5 : capacitor voltage transformers
  互感器.第5部分:电容电压互感器
• Intermediate voltage capacitor of a capacitor voltage transformer
  电容器式电压互感器的中压电容器
• Instrument transformers - part 5 : capacitor voltage transformers
  仪表互感器.第5部分:电容电压互感器
• Instrument transformers - part 5 : capacitor voltage transformers
  仪表用变压器.第5部分:电容器电压变压器
• Frequency dividing resonance and countermeasure of capacitor voltage transformer
  电容式电压互感器分频谐振的分析与对策
• Analysis , treatment and preventive measure of common faults in capacitor voltage transformers
  电容式电压互感器常见故障分析处理方法和预防措施
• A novel control strategy for the flying capacitor voltage is proposed in this paper
  为了解决这个问题，本文提出一种新颖的控制飞跨电容电压的方案。
• A stable flying capacitor voltage must be maintained to facilitate the operation of the chopper
  在斩波电路的工作过程中，稳定的浮动电容电压是非常重要的。
• The operation principle of tdfc is analyzed and the imbalance problem of input capacitor voltage is studied in this paper
  在本文中，分析了该变换器的工作原理，讨论了输入分压电容电压平衡问题。
• The simulation results show that with the method , the capacitor voltages in the dc side are balanced effectively and the switch frequency reaches requirement
  仿真结果表明：在合理选择电压平衡系数的情况下，该方法不仅能够有效地平衡直流侧两电容上的电压，也能够使开关频率满足要求。
• In the last chapter , it is analyzed that by using the doubel - volgage recitifer front end of the transformer , the problem of the capacitor voltage in single - stage pfc can be solved very well
  若变压器的前端使用倍压整流，可以完全解决单级pfc电容电压的问题，在文章的最后进行了详细的分析。
• Finally , the whole control strategy for this thesis is proposed , which is the combination of the capacitor voltage control ( outer loop ) and the indirect current control ( inner loop )
  最终确定本文的整体控制策略-电容电压外环控制和间接电流内环控制相结合,并对控制系统的模型进行了分析。
• The buck ml converter splits voltage constraints among series - connected switches through flying capacitors . an effective control of flying - capacitor voltage is required to guarantee voltage balancing across semiconductors
  由于各个开关管的开关特性以及驱动电路之间的差异，常会使得飞跨电容电压偏离其稳态值。
• The control strategy of the active power filter is also very important . many studies on the control techniques are carried out , including the current control loop and the capacitor voltage control loop
  控制策略是有源电力滤波器的又一关键技术,本文对有源电力滤波器的控制系统进行了研究,包括电流控制和电容电压的控制。
• The ml converter splits voltage constraints among series - connected switches through the flying capacitors , so keeping the flying capacitor voltages at proper value is very important
  该变换器利用飞跨电容使得输入电压在串联的各开关管之间均分,以降低开关管的电压应力,因此飞跨电容电压保持在适当值是保证变换器正常工作且具有良好性能的关键。