电路定理是电路理论的重要组成部分。
The circuit theorem is the important part in circuit theory.
本文以电路中比较常用的三个定理为例，说明比喻在电路定理中的应用。
The application of metaphors was explained in the circuit theorem with three frequent theorems.
正弦稳态最大功率传输定理是电路教学中的重要内容。
Sinusoidal steady-state maximum average power transfer theorem is important content in circuit teaching.
要注意，代文宁定理不仅适用于直流电路，也适用于交流电路。
It is to be noted that Thevenin s theorem applies to AC as well as to DC circuits.
本文重新证明了非线性电阻电路存在唯一解的两个定理。
Alterative proofs of two theorems concerning the existence and uniqueness of solutions for nonlinear resistive circuit are given.
戴维南定理由于内容抽象、难懂，成为《电路基础》课程中的教学难点。
Thevenin′s theorem is a difficult point in the teaching of Circuit Base because it is too hard to be understood.
本文证明了两个定理，并由此提出了开关电容电路灵敏度分析的一种方法，此方法特别适合于用计算机程序来实现。
In this paper two theorems have been proved and a method of sensitivity analysis of switched capacitor circuits has been described.
为了研究新型的静止无功发生器，用电路理论中的替代定理，提出了一种基于电流控制的静止无功发生器(ASVG)的原理。
A novel Advanced Static Var Generator (ASVG) based on current control is proposed in terms of the Substitution Theorem in circuit theory.
特勒根定理2是电路理论中的重要定理。本文用矩阵方法分析其共轭性，最后给出特勒根定理完整的矩阵表述。
Tellegen's theorem 2 is important in circuit theory. This paper analyzes its conjugation with matrix method and represents the complete matrix formulation of Tellegen's theorem.
基于网络分析中置换定理的思想，本文提出了一种适用于非线性电路有容差情况下，模拟电路子网络经故障诊断的新方法。
Based on the idea of substitution theorem, this paper presents a new fault diagnosis method of subnetworks in tolerance analog circuits, and it is applicable to nonlinear large net works.
与原来显式的叠加定理相比较，应用这一定理可以更有效地简化电路计算。
In comparison with the original explicit superposition theorem, the application of this theorem can be more effective in simplifying the circuit calculation.
最大功率传输定理是电路理论教学中不可缺少的内容。
The maximum power transfer theorem is an important part of electric circuit theory.
文中给出了特勒根定理的几种形式，并应用节点特勒根定理建立了模拟电路的故障节点诊断方程。
Several form of Tellegen's theorem are given and the fault node diagnosis problem of analog circuits is discussed by means of the node expression of Tellegen's theorem.
利用互易电路支路阻抗矩阵对称性，构造回路阻抗矩阵也对称的回路电流方程，得出一种证明互易定理的直观方。
With symmetry of branch impedance matrix in reciprocity network the loop current equation that the loop impedance matrix is symmetrical is presented.
文中首先引入适用于电压型和电流型电路的广义二值信号，推导出源信号和负载简化定理。
The generalized binary signal to be applicable to voltage-mode and current-mode circuits is introduced first.
文中首先引入适用于电压型和电流型电路的广义二值信号，推导出源信号和负载简化定理。
The generalized binary signal to be applicable to voltage-mode and current-mode circuits is introduced first.
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