1·By observing the network, the admittance matrix is written directly and thus circuit can be solved.
通过观察，直接由网络写出导纳矩阵，并由其求解电路。
2·Due to any change in a power system network topology, it will cause a change in the admittance matrix.
系统的网络拓扑结构有任何的变化时，系统的节点导纳矩阵就会相应变化。
3·Anew method, the admittance matrix analysis of the switch capacitance network, is proposed in this paper.
本文给出了开关电容网络的“导纳”矩阵分析法。
4·The method can make the bus admittance matrix be benign, which guarantees high speed and accuracy of algorithm.
该方法可使节点导纳矩阵良性化，从而保证算法快速、准确地收敛。
5·The node admittance matrix and approximate function (as an expected response) are formed automatically by the program.
由程序自动形成节点导纳矩阵和求取逼近函数作为设计的预期响应。
6·Efficient power flow is calculated by means of tree technique and recursion, which do not need resistance or admittance matrix.
运用树的遍历技术进行实用潮流计算，递归方程的使用使得编程简单，并且不需要形成阻抗阵或导纳阵。
7·On the basis of the scattering equation, some rules of transferring passive admittance matrix to active admittance matrix are obtained.
从散射方程出发，求得从无源网络导纳矩阵到有源网络导纳矩阵的转换规则。
8·This paper gives the discussion on a kind of analysis method, Node Admittance Matrix method, for negative feedback amplifying circuits.
本文讨论负反馈放大电路的一种分析方法——节点导纳矩阵分析法。
9·By using the variation dynamic admittance algorithm of the load power, the ill-conditional number problem of the node admittance matrix is solved.
利用负荷功率变动态导纳算法解决了节点导纳矩阵病态问题。
10·This paper discusses an useful method by which the multiple nodes circuit composed of the operational amplifier is described using admittance matrix.
本文讨论用导纳矩阵描述多节点运算放大器电路的有用方法。