电抗网络

具有复数衰减极点的电抗网络的实现

More About Realization of Reactance Networks with Complex Attenuation Poles

电抗元件网络的优化设计方法

Method of designing resistance network

本文延伸文献[2]关于通用参数滤波的概念，得出有关电抗二端对网络在两侧都端接阻抗（非Foster正实函数形式）情况下的频率特性逼近的一般性理论。

This paper extends the concept of general parameter filter given in reference [ 2 ] , and arrives at the general frequency characteristic approximation theory of reactance two-port networks in the case of arbitrary generator and load impedances ( Non-Foster positive-real functions ) .

由于TCSC是通过改变线路电抗值即改变网络结构来实现对系统的控制，所以TCSC在电网中应用前景十分光明。

Since TCSC can change the network structure by changing the line reactance to achieve the purpose of system control and cost less , the use of TCSC in power system will have a very bright future .

电抗二端对网络的一般性实现理论

The general realization theory of reactance two-port networks

以前有关电抗二端对网络的实现理论，都属于本文的特殊情况。

The previous researches on realization theory of reactance two-port networks are the special cases of this theory .

文中所得结果，就理论而言，是电抗二端对网络的一般性实现理论。

From the theoretical point of view , the results presented in this paper are the general realization theory of reactance two-port networks .

文中讨论了使VCO线性化的电抗补偿原理并给出了用多节电抗网络补偿的VCO设计实例。

The principle of linearizing VCO by reactance compensation is discussed . The design of the practical VCO is given .