1) 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。
2) controlled source
受控源，受控电源
4) controlled voltage source
受控电压源
5) controlled current/voltage source
受控电流/电压源
6) circuit with controlled sources
含受控源电路
1.
Analysis and study on teaching of circuit with controlled sources;
电路教学中含受控源电路的分析与探讨
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