离散时间加速控制中的采样周期

K. Hashimoto, I. Godler, T. Ninomiya
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引用次数: 3

摘要

本文研究了具有加速度控制回路的速度控制系统在离散时间内加速度控制器增益与稳定性或振动响应的关系。系统的稳定性或振动响应除了加速度控制器的增益外,还与速度控制器的增益、采样周期和加速度传感器的带宽有关。加速度控制器的增益限制成为低如果采样频率很低,当加速度传感器的带宽高,或一个速度控制器的增益很高。本文给出了结果、分析和实验结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sampling period in discrete time acceleration control
In this paper, the authors investigate relations between the acceleration controller gain and the stability or vibrational response of a speed control system with acceleration control loop in a discrete time. The stability or vibrational response of the system is besides acceleration controller's gain also related to the speed controller's gain, sampling period, and bandwidth of acceleration sensor. The gain limit of acceleration controller becomes lower if the sampling frequency is low, when the bandwidth of acceleration sensor is high, or the gain of a speed controller is high. The results, analysis, and experimental results are shown in this paper.
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