REGULATION AND CONTROL SYSTEM

Abstract

This document is intended for master's students in Physics, specializing in Energy Physics and Renewable Energy, as part of the official curriculum. The primary objective of this module is to master the fundamentals of studying control and regulation systems, which are technical disciplines aimed at analyzing and designing practical control systems and other technological devices. The objectives of this handout are to help students become familiar with control components, the principles of control and regulation, as well as the analysis and synthesis of controlled systems. The content of this handout is structured into seven chapters: Chapter I: Basic notions of regulation and control . systems Chapter II: Reminders about the Laplace transform Chapter III: Modeling of linear systems Chapter IV: Temporal response of linear systems Chapter V: Stability of servo systems Chapter VI: Frequency analysis of linear systems Chapter VII: Accuracy of servo systems Each chapter has been reinforced by a series of exercises with their answers, to deepen the understanding of the lesson. This document was produced with the aim of ensuring relatively uniform and coherent teaching and for didactic purposes, in order to try to identify the essential, simplified ideas, as well as the main bases assigned to this module. We hope that this work will be profitable and will serve as a reference for anyone interested in the study of regulation and controlled systems