摘要
提出了用(p+q)端口回转器综合网络函数矩阵的原理和方法,给出了网络函数矩阵系统综合电路.首先将网络函数(传输和混合函数)矩阵方程转换成多端口阻抗函数矩阵方程,然后,将多端口阻抗函数矩阵Z(s)分解成G·Yb(s)·GT的形式,实现了Z(s)=G·Yb(s)·GT的电路综合.并且给出了求函数矩阵Yb(s)和矩阵G的方法.
The principle and method for synthesizing network function matrix are presented by using the (p+q)_port gyrator. The systematic synthetic circuit of network function matrix is presented. Network function(transmission function and composite function) matrix equations are transferred to n_port impedance function matrix equations at first. The n_port impedance function matrix Z(s) is decomposed into G·Y\-b(s)·G\+T. And the circuit synthesis of Z(s)=G·Y\-b(s)·G\+T is realized. Also the method of finding function matrix Y\-b(s) and matrix G is presented.
出处
《武汉大学学报（工学版）》
CAS
CSCD
北大核心
2003年第1期50-53,共4页
Engineering Journal of Wuhan University
基金
国家自然科学基金资助研究项目(59977016).
