This paper analyzes operation process of high magnet conductive loop Ni Fe alloy coil under square wave voltage. By analysis, this kind of voltage sensor is proved to have fast response time.
分析了高导磁环形镍铁合金线圈在方波电压下的工作过程，论证了这种线圈构成的电压传感器有极快的响应时间；
In the current loop, a predicted current control method is proposed to ensure the system to achieve fast dynamic response.
在电流回路方面，借由预测电感电流之变化以产生所需之控制力，使系统具有快速的动态响应。
Application of the double closed loop control has already been popular in SMPS, because such a system has a fast dynamic response and good stability.
双闭环控制在开关电源中的应用非常普遍，是因为它使系统具有较好的动态性和稳定性。
Then this paper chooses the suitable variable to design the voltage and current double closed-loop controller, which has well stability and fast transient response.
对电源系统进行分析，选择合适变量设计一个稳定性好、动态响应快的电压电流双闭环控制。
Proportional controller can be adopted concerning the fast response of inner loop. Thus the design of whole system is very simple.
考虑内环的快速性，外环可以采用简单的比例调节器，从而整个数字双环控制系统的设计非常简单。
The build-in reliability (BIR) methodology, on the contrary, preserves the merits of fast response, early alarm, and closed-loop control.
内建可靠性方法正好相反，它具有迅速反馈、早期预警和循环控制等优点。
The build-in reliability (BIR) methodology, on the contrary, preserves the merits of fast response, early alarm, and closed-loop control.
内建可靠性方法正好相反，它具有迅速反馈、早期预警和循环控制等优点。
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