本文对双闭环泵控式速度控制系统提供了一种简便而有效的分析方法及校正设计。
This paper advances a simple and effective analytic method and compensating design for the velocity control system of a double closed loop pump control.
本文根据最优闭环传递函数，论述最优控制器的设计，对过程控制系统与仪表装置的校正设计有参考价值。
Based on the optimal closed-loop transfer function, a new design method of optimal controller is proposed; which can be widely used to a process control sys-tem and for instrumental calibration.
温度闭环校正设计可以减缓失效积累损害的正反馈，同时使系统可以应对突发过温等情况，有效增加了系统可靠性以及使用寿命。
In the meanwhile, with this loop the system can deal with unexpected over temperature situation, and can also increase the system reliability and life effectively.
温度闭环校正设计可以减缓失效积累损害的正反馈，同时使系统可以应对突发过温等情况，有效增加了系统可靠性以及使用寿命。
In the meanwhile, with this loop the system can deal with unexpected over temperature situation, and can also increase the system reliability and life effectively.
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