1) ideal dependent / controlled source
理想受控源
2) controlled source
受控源，受控电源
3) controlled source
受控源
1.
Experimental study on controlled source circuits;
含受控源电路的实验研究
2.
Another algorithm for analyzing a network with controlled sources;
含受控源的网络分析的另种算法
3.
A New Method to process linear controlled source in application of superposition theorem;
在叠加定理中处理线性受控源的一种新方法
4) controlled sources
受控源
1.
Study on the method of transporting control variables of networks with controlled sources;
含受控源网络控制量转移法的研究
2.
This paper describes the characters of independent sources and controlled sources.
详细阐述了独立源和受控源的性质,在此基础上提出了受控源也可单独激励的分析方法,对叠加原理进行了推广;提出了复合节点和复合网孔的概念。
3.
Correct understanding and writing the matrix equations of VCR of the branch containing controlled sources is a focal point and difficult poi.
正确地理解和列写矩阵形式的含受控源支路的特性方程是学习系统法的重点和难点之一。
5) dependent source
受控源
1.
By the method of adding dependent source,this paper calculates the numerical values of three branches after changing the T coupled inductors into equivalent circuit with no coupling.
通过附加受控源的方法,推导出T型耦合电感在去耦等效后,三条支路上的电感值,与两耦合电感和第三条支路汇于一结点的结论比较,得出一般的规律。
2.
The expanded superposition theorem states that the response of any voltage and current in the linear curcuit with multi-independent or dependent sources can be obtained from thetotal of each responsive component caused by the single action of each independent or dependentsource.
拓展了叠加定理，指出在具有多个独立源和受控源的线性电路中，任一电压、电流响应可由各独立源和受控源单独作用所得响应分量的合成来得到。
3.
This paper introduces a simple and convenient algorithm for computing the input resis- tance of a network with dependent sources.
本文介绍了一种简便的求解含受控源网络入端电阻的算法,采用计算机计算能够节约内存和机时。
6) Controlled source
受控电源
1.
A simple equivalent circuit was proposed using equivalent parameters and controlled sources.
应用电磁场理论和电路理论 ,分析了不平衡大电流线路的电压电流关系·由物理结构计算出等效参数·利用等效参数和受控电源 ,提出一种简便的等效电路 ,用来比较方便地计算电参数·在允许的架设空间内 ,对传输线的尺寸和相对位置进行优化 ,为设计和改造大电流线路提供比较准确的计算方
2.
The definition and physical model of the controlled source element applied in circuit analysing are described.
介绍了在电路分析中引进的受控电源元件的定义和物理模型。
3.
It is concluded that there are several difficult issues which include associated or non associated reference directions of voltage and current,the concept of equivalence and equivalent conversion,solution of controlled sources and phase analysis of sinusoidal steady-state circuit.
本文结合具体实例对电路理论课堂教学过程中的几个重点问题,即电压和电流关联与非关联参考方向、等效的概念及等效变换、受控电源的处理及正弦稳态电路的相量分析等问题做了详细的分析,并总结了便于学生学习和理解的教学思路,为电路理论的教学提供了有益的建议。
补充资料：超导磁体为主要部件的受控核聚变托卡马克装置
超导磁体为主要部件的受控核聚变托卡马克装置
超导磁体为主要部件的受控核聚变托卡马克装置
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条