An effective method for analyzing the nodal voltage sensitivity and branch voltage sensitivity for linear circuits is discussed using nodal admittance method.
从电路分析的节点法出发，提出了用于求解线性电网络节点电压灵敏度与支路电压灵敏度的一种有效方法。
The problem of taking random branch outages into account in probabilistic evaluation of voltage stability is studied, and an efficient point estimate method based is proposed.
针对电压稳定概率评估中难以考虑支路故障随机性的问题，提出了基于点估计法的电压稳定分析方法。
This paper presents a reliable method to calculate the critical point of static voltage stability under branch outage contingency.
提出一种用于支路故障情况下静态电压稳定临界点计算的可靠方法。
In this thesis, network analyzing method is introduced for large scale RLC circuits. That is to say, making use of improved nodal analysis can get nodal voltage, branch current and branch voltage.
本文系统地阐叙了大规模RLC电路的计算机网络分析方法，即利用改进的节点电压法求rlc电路的节点电压、支路电流和支路电压。
There are many methods for analysing electronic circuit, such as branch current, node voltage, mesh current and loop current method.
电路的一般分析方法有许多，如支路法、节点法、网孔法和回路法等。
The new calculating method of stationary voltage stability critical node is put forward by analyzing the ability of the load power of simple alternative circuit branch.
通过分析简单交流支路的功率负荷能力，提出了求取静态电压稳定临界点的新算法。
Instead very simple derivation operation is used. It is easy to grasp this method compared with branch current method, loop current method or nod voltage method.
自导纳。互导纳的工作代之以一些很简单的求导运算。它与传流的支路法。回路法。节点法相比更加易于掌握。
As a branch of intelligent low voltage apparatus, the recent achievement in study of this field was introduced. The method and approach of the intelligent make and break operation were analyzed.
作为智能化电器的另一分支，本文介绍这一领域国外近期研究进展，分析了接触器接通过程中进行智能操作的途径和方法。
As a branch of intelligent low voltage apparatus, the recent achievement in study of this field was introduced. The method and approach of the intelligent make and break operation were analyzed.
作为智能化电器的另一分支，本文介绍这一领域国外近期研究进展，分析了接触器接通过程中进行智能操作的途径和方法。
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