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。
The definition and physical model of the controlled source element applied in circuit analysing are described.
本文提出了受控电源视在阻抗的概念和电子线路分析中的视在阻抗法。
The concept of apparent impedance of controlled source and the apparent impedance method for electronic circuit analysis are introduced in this paper.
本文由实践引入受控电源的模型入手，分析了受控电源的特点，着重将受控电源与独立电源作一比较，并讨论含受控源电路的计算方法。
In this paper, by means of the model of the controlled source, the characteristic and computational method of the circuit tor the controlled source are discussed.
我们来看看两个故障转移场景：一个受控切换，一个由于电源或网络故障导致的失控切换。
Consider two failover scenarios: a controlled switchover and an uncontrolled switchover due to a power or network failure.
对于含有线性受控源、或独立电源的电路，当电路结构和元件参数满足一定条件时，也同样具有互易性。
For the circuit including linear controlled source or independent source, it also has reciprocity when the circuit constitution and element parameter satisfy some conditions.
如果通过定时器来控制本机，请将本机电源开关打在“关”状态，受控设备会准时按顺序开启、关闭。
Press the "power switch" on front panel, can be step-by-step to switching the devices under controlled. Note: in this case, must be disabling the timer.
如果通过定时器来控制本机，请将本机电源开关打在“关”状态，受控设备会准时按顺序开启、关闭。
Press the "power switch" on front panel, can be step-by-step to switching the devices under controlled. Note: in this case, must be disabling the timer.
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