Closed-form formulas for continuous/discrete-time PID controllers' parameters

Numchai Narkvitul, P. Ukakimaparn, T. Trisuwannawat
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引用次数: 6

Abstract

This paper proposes the formulas for finding the Proportional gain, Integral gain and Derivative gain simultaneously of the PID controllers in both continuous-time and discrete-time systems. Once, the satisfied PID controller in continuous-time system is obtained. Then, just discretises it by using trapezoidal approximation or bilinear transformation, the discrete-time PID controller is easily achieved as well. The results from simulations revealed that this discrete-time controller provides a faster response than the continuous-time case.
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连续/离散PID控制器参数的封闭式公式
本文提出了在连续和离散系统中同时求出PID控制器的比例增益、积分增益和导数增益的公式。一次得到了连续时间系统中满意的PID控制器。然后,只需用梯形逼近或双线性变换将其离散化,就可以很容易地实现离散PID控制器。仿真结果表明,该离散时间控制器比连续时间控制器具有更快的响应速度。
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