本文的目的是使梯形网络系统的电压传递函数公式化。
The aim of the article is to formulate the voltage transfer function of the ladder network system.
最后导出了对称梯形网络和RC梯形网络电压转递函数的表达式。
The expression of voltage transfer function of symmetrical ladder network and RC ladder network will finally be attained.
最后导出了对称梯形网络和RC梯形网络电压转递函数的表达式。
The expression of voltage transfer function of symmetrical ladder network and RC ladder network will finally be atta...
非线性矩阵方程来源于控制理论，梯形网络，动态规划，排队理论，随机过滤，统计学等应用领域。
Nonlinear matrix equations arise in areas of control theory, ladder networks, dynamic programming, queueing theory, stochastic filtering and statistics.
铁路调度电话系统可作为一个梯形网络，其传输特性可以利用连续式（行列式的一种）进行准确的分析和计算。
The railway dispatching telephone system may be treated as a ladder network, its transmission characteristics can be precisely analysed and calculated by continuants (one kind of determinants).
在单端接电阻双口lc梯形网络的实现过程中要弄清楚的主要问题之一，就是极点移除和网络传输零点的关系。
One of the main problems in the realization of resistive terminated LC ladder networks is the relations of pole removal to the transfer function zeros.
用完全初等的方法给出了梯形电阻网络等效电阻的通项公式，并对相关问题进行了讨论。
The general formula of the equivalent resistance of ladder type network are achieved with elementary method, and some relevant problems are discussed.
利用MATLAB对梯形复阻抗网络进行了分析计算，得出了一些有益的结论，并推导了有关的计算公式。
Some useful conclusions are presented by MATLAB analyzing on ladder-shaped complex impedance network, and concerned calculation formula is introduced.
本文给出了关于LC梯形二端口网络归一化反射系数的一致性定理及其系定理。
The consistency theorem on normalized reflection coefficients and its corollary of LC-Ladder two-port networks are presented.
提出梯形电阻网络按无穷网络简化计算的条件。
Furthermore, the condition to simplify calculation of equivalent resistance on ladder resistance network by...
采用梯形模糊数估计配变负荷变化情况，建立了单相线路网络模型。
A trapezoid fuzzy figure is adopted to estimate the load change of distribution transformer and the single-phase distribution network model is constructed.
采用梯形模糊数估计配变负荷变化情况，建立了单相线路网络模型。
A trapezoid fuzzy figure is adopted to estimate the load change of distribution transformer and the single-phase distribution network model is constructed.
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