A simple rule for tuning Event-Based PID controllers with Symmetric Send-On-Delta sampling strategy

J. Romero, R. Sanchis, Ignacio Peñarrocha-Alós
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引用次数: 15

Abstract

In this paper we analyse the conditions that produce oscillations in event based PID controllers. A Symmetric Send-On-Delta scheme (SSOD) is assumed, and the describing function is the tool used to address the problem. Once the conditions for oscillations are established, a new robustness to oscillations performance measure is introduced. Then a very simple and intuitive rule of thumb is given about how to tune PID controllers to avoid the limit cycles. The rule presented here entails with the classical concept of phase margin, providing the key to design SSOD based PID by using continuous PID tuning methods. The proposed ideas are tested in simulations with a batch of models widely used in PID design methods testing.
一个基于事件的PID控制器的简单规则,该控制器具有对称的增量发送采样策略
本文分析了基于事件的PID控制器产生振荡的条件。假设一个对称的增量发送模式(SSOD),描述函数是用来解决这个问题的工具。一旦建立了振荡条件,就引入了一种新的对振荡性能的鲁棒性度量。然后给出了一个非常简单和直观的经验法则,关于如何调整PID控制器以避免极限环。本文提出的规则包含了经典的相位裕度概念,为采用连续PID整定方法设计基于SSOD的PID提供了关键。用PID设计方法测试中常用的一批模型进行了仿真验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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