在这个模型基础上建立了采用电感补偿的数学模型。
Mathematics model with inductance compensation is constructed based on the proposed model.
利用阵列因子可方便地分析各种电感补偿阵的特性。
Characteristics of various inductive compensating array may be conveniently analyzed with the help of an array factor.
采用本方法选取的电感值，可以使补偿电流纹波较小，并且能得到良好的跟踪补偿性能。
Inductance value selected by this method can minish the ripple of compensation current and get good compensation performance.
通过耦合电感间的换流与开关器件通断相位角的控制，使其输出超前电压的电流，以补偿电网中常见的感性无功。
It can delicer leading current with the current exchange in coupling reactor and the controlling of the switch on off phase angle in order to compensate lagging reactive power.
电感是电子电路设计中的重要元件，广泛应用在滤波器、带通放大器、高频补偿等各种电路中。
Inductor is the important elements in electronic circuit design, widely used in filters, band-pass amplifiers and other high-frequency compensation circuit.
在可控串联电容补偿装置（TCSC）的研究中，用电容、电感、晶闸管、MOV等元件构造TCSC器件模型。
The power electronic model of thyristor controlled series compensation (TCSC) consisting of capacitors, inductors, thyristors, metal oxide varistors (MOV) is led into digital simulation.
主电路包括并联固定补偿电容、可变补偿电感和IGBT器件等。
The main circuit includes parallel fixed compensating capacitor, variable compensating inductor and IGBT, etc.
采用了电容开关的技术以补偿工艺、温度和电源电压的变化，并对片上电感和射频开关进行优化设计以得到最大的Q值。
Some optimization designs were made with the on-chip inductor and the RF switches to get the maximum Q-value.
本文分析在并联补偿电感上加分路电阻的视频放大级的瞬态反应。
The transient response of a shunt-peaked compensated video stage, with shunt resistance across the peaking coil, is analysed.
该系统给出了新的阻抗测量算法，并通过选择补偿电感值和变压器变比的方式使电力线阻抗维持在恒定的值上。
This system can measure power line impedance accurately using a new arithmetic, and can adaptively match the power line impedance.
该系统给出了新的阻抗测量算法，并通过选择补偿电感值和变压器变比的方式使电力线阻抗维持在恒定的值上。
This system can measure power line impedance accurately using a new arithmetic, and can adaptively match the power line impedance.
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