coupling capacitor

英 [ˈkʌplɪŋ kəˈpæsɪtə(r)] 美 [ˈkʌplɪŋ kəˈpæsɪtər]

耦合电容器

电力



双语例句

  1. This paper mainly investigates dynamic behavior of charge and current in a mesoscopic LC circuit with discrete charge by considering coupling energy of the mesoscopic capacitor.
    主要通过考虑介观电容的耦合能,对离散电荷介观LC电路中的电荷与电流的动力学行为进行了研究。
  2. The coupling capacitor is on the insulating substrate.
    耦合电容器电连接到开关元件。
  3. Application of Optimization CSM in Coupling Capacitor Electric Field Calculation
    优化模拟电荷法在耦合电容器电场计算中的应用
  4. Method of Preventive Test of 220 kV Coupling Capacitor with High-voltage Line
    220kV耦合电容器不拆高压引线的预试方法
  5. Discussion on the oil-leakage problem of coupling capacitor
    关于耦合电容器的渗漏油问题
  6. The analysis also shows that using reciprocal turns and its square to describe the sensitivity can be more precise, if the copper resistance and the impedance of the coupling capacitor are considered.
    分析还表明,若考虑次级线圈的铜电阻和耦合电容的容抗,用次级线圈匝数的倒数及其二次项表示电流输出型磁通门的灵敏度具有更高的精度。
  7. Theory deduction shows that the sensitivity of the current output fluxgate has a reciprocal proportion to the turns if the copper resistance and the impedance of the coupling capacitor are neglected, so high sensitivity and superior dynamic characteristic can be obtained with small size.
    通过理论推导得出,忽略线圈的铜电阻和耦合电容的容抗时,电流型磁通门的灵敏度与次级线圈匝数成反比,因而可在小体积下获得高灵敏度和优越的动态性能。
  8. The method is simple and effective; it can be used to constructed the wide frequency models for the transfer function of the coupling capacitor voltage transformer ( CCVT) as well.
    该方法简单有效,同时,它还可以用来建立电容式电压互感器(CCVT)的宽频传输模型。
  9. Coupling capacitor C 13 has an effect on the slope of S curve. It will also have an effect on the contrast between the above half and the below half in the S curve and the frequency when S curve passes zero.
    耦合电容C13除了影响S曲线的斜率外,还会影响S曲线上下半部的对称及S曲线过零点的频率。
  10. In the schoolbook of high frequency circuit, the ascertainment of coupling coefficient and the selection of coupling capacitor are not generally discussed deeply.
    在现有高频电路教材中,一般对电容耦合回路耦合系数的确定与耦合电容的选择这一重要问题未作深入讨论。
  11. The Study for High Frequency Capacitance of a Coupling Capacitor with Relation to the Dielectric
    耦合电容器高频电容与极间介质关系的研究
  12. Analysis of load rejection in partial electric network caused by coupling capacitor breakdown
    一起耦合电容器故障引发局部电网甩负荷的分析
  13. Quantitative calculation to the feebleness coupling effects of mesoscopic capacitor
    介观电容弱耦合效应的定量计算
  14. The present paper introduces principle, method and result of "current balance method", which is used to measure capacitance Cx and dielectric loss tan δ of coupling capacitor under the operating voltage.
    介绍用电流平衡法带电测试耦合电容器的电容量Cx和介质损耗tanδx的原理、方法、注意事项及结果。
  15. When considering the parasitic capacitors and process variation, the coupling capacitor calibration algorithm and the binary weighted capacitor mismatching calibration algorithm were also proposed to improve the accuracy of the ADC.
    考虑到寄生电容的影响和工艺偏差,论文中还提出了耦合电容误差校准算法,并引入权电容失配校准算法,用以提高ADC的精度。
  16. It is important that how to ascertained the coupling coefficient and selected the coupling capacitor, in the design of the capacitor coupling circuit.
    因此,耦合系数的确定与耦合电容的选择是该电路设计中的一个重要问题。
  17. Check and Analysis of Leakage Oil for Coupling Capacitor
    对耦合电容器渗漏油的检查分析
  18. Measurement of Capacitance and Dielectric Loss of Coupling Capacitor under Operating Voltage by Means of Current Balance Method
    用电流平衡法带电测量耦合电容器的电容量和介质损耗
  19. Coupling Coefficient and Coupling Capacitor in High Frequency Circuits
    高频电子电路中的耦合系数及耦合电容
  20. A coupling capacitor located at the end of resonators is introduced to enhance coupling between two resonators, so that a wider passband can be realized and the insert loss of passband becomes much smaller.
    通过在谐振器开路端引入耦合电容,增强了两个揩振器之间的耦合,从而使通带变宽,通带内衰减也变小了。
  21. Coupling of mixed capacitor in high-voltage transformer may produce disturbance signal in beam current sampling resistance, and it will effect the welding machine.
    电子束焊机加速电源中由于高压变压器杂散电容的耦合作用,在束流采样电阻上产生较大的干扰信号,从而给焊机运行带来不利影响。
  22. Multilayer ceramic bandpass filter with coupling capacitor
    带有耦合电容的多层陶瓷带通滤波器
  23. Suggestions for Design of PLC Coupling Capacitor and Noise-filtering Capacitor Used in HVDC Power Transmission
    关于直流输电用PLC耦合电容器和噪音滤波电容器设计的几点建议
  24. The new coupling structure has superior performances than traditional microstrip coupler for its good directivity and tight coupling by introducing a coupling capacitor. It is also easier to fabricate than Lange coupler.
    新的耦合器结构克服了传统微带耦合器耦合度低、方向性差的问题,也不需要Lange耦合器复杂的加工工艺,在平衡放大器、移相器和衰减器等场合具有广泛的应用。
  25. A Serious Trouble of Coupling Capacitor Discovered by means of Infrared Temperature Detection
    红外线测温发现一起耦合电容器重大缺陷
  26. Based on this, here presents a difference by using the coupling capacitor to overcome the traditional method of compensation is estimated capacitance shortcomings.
    基于此,这里提出一种利用电容耦合补偿差来克服传统方法估计电容值存在的缺点。
  27. The method of coupling effect between two adjacent pixels on the basis of the compensation to establish coupling capacitance difference matrix to achieve the estimated value of the traditional capacitor compensation purposes.
    该方法在研究两两相邻像素耦合影响的基础上,建立电容耦合的补偿差矩阵,从而达到对传统电容估计值补偿的目的。
  28. By the reason of the loose coupling characteristics of contactless transformer, and a large leakage inductance, series compensation capacitor which can offset the reactive power and the voltage drop impact produced by leakage inductance is adopted.
    在分析得到无接触变压器的松耦合特性,有较大的漏感存在,采用电容串联补偿的方式抵消了漏感产生的无功及压降影响。
  29. The calculating process of output capacitor and coupling capacitor in active compensating circuit are discussed by using the common mode current equivalent mode based on noise source in parallel. The driven circuit of compensating circuit is also designed in this paper.
    利用基于噪声源并联等效的共模电流模型讨论了补偿电路的输出电容和耦合电容的计算,并设计了补偿桥臂的驱动电路。
  30. Firstly, current signal of test object and coupling capacitor have been measured respectively with two high-frequency sensors. And then it improves blind source separation algorithm to realize partial discharge signals 'separation from outside interference signals.
    首先使用两个高频传感器分别测量流经试品和耦合电容的电流信号,然后应用改进盲源分离算法实现外界干扰信号与试品局部放电信号的分离。