The switching on-off flows are introduced in this paper. By calculating electrical parameters and simulating the switching motion process, the switch can achieve the current transfer of huge current.
本文制定了开关投切的工作流程，通过电气参数计算并对开关投切过程进行仿真分析，本文所设计的开关能够实现特大电流的电流转移。
The performance of transfer switch is analyzed based on the test current waves displayed on oscillograms.
通过示波图分析切换开关在试验过程中的电流波形，以此对切换开关的性能进行分析。
The control theory for static transfer switch(STS) without circulation current is elaborated.
分析了静态转换开关（STS）的无环流切换控制的工作原理。
In the scope of internal limits maximum rated current power, Electricity can transfer data bidirectional, Electricity is zero, automatic switch off.
在额定电流范围内能限制最大使用功率；电卡能双向传递数据；电量为零时，自动拉闸断电。
Considering the resistor of switch, resistor of inductance and current ripple of inductor, we could get ideal transfer function and non-ideal transfer function.
考虑开关电阻、电感电阻及纹波寄生参数的影响，推导出理想与非理想传递函数。
Considering the resistor of switch, resistor of inductance and current ripple of inductor, we could get ideal transfer function and non-ideal transfer function.
考虑开关电阻、电感电阻及纹波寄生参数的影响，推导出理想与非理想传递函数。
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