Discretization Step and PID Settings for Voltage Controlled Discrete Servo

A. Bozek, L. Trybus
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Abstract

A method for selection of discretization step and discrete PID controller settings is presented for a model of servo with voltage controlled motor, described by an integrator with time constant. The method assumes a triple pole location of the closed-loop system to provide smooth control transients. Settling time is a design data. Influence of filtering degree in controller derivative component on reduction of discretization step is examined. Extended design problem with the filtering degree being an additional requirement is also considered.
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电压控制离散伺服的离散化步进和PID设置
提出了一种用时间常数积分器来描述带压控电机的伺服系统模型的离散化步长和离散PID控制器整定值的选择方法。该方法假设闭环系统的三极位置,以提供平滑的控制瞬态。沉降时间是一个设计数据。研究了控制器导数分量的滤波程度对离散化阶跃减小的影响。同时还考虑了滤波程度为附加要求的扩展设计问题。
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