About the Book

In the present day, feedback control systems are one of the most crucial and complex areas. It is taught in almost every technical curriculum. Numerous studies have been conducted on the examination of feedback control systems. However, all prior research has focused on system analysis using the stability, starting and ultimate value theorems, state space representation, or root locus and bode plot separately. A control system is a collection of components connected in such a way that they produce the desired system response or output response. To get the required reaction, open-loop control systems make use of a controller or control actuator. Closed-Loop Control Systems compare the actual output to the planned output response via feedback. Feedback systems are useful and are commonly utilised in oscillators and electrical systems. Different characteristics of a system may be preserved via the use of Feedback Control Systems. The title "Feedback Control Systems Analysis and Synthesis" is intended for students of electrical and mechanical engineering who want to expand their knowledge and enthusiasm in this topic. It is an effective learning tool for courses in process dynamics and control in engineering. By laying the theoretical groundwork for control system analysis, this book aims to educate students about the intricacies of control systems. It deals with control system terminologies, solution of differential equation and linear system. It also focuses on laplace transforms, transfer functions root locus analysis and design. This book is designed for all the engineering students who want to make their concepts very clear in a descriptive manner. The book aims to serve as a resource guide for students and contribute to the growth of the discipline.

About The Editor

SVivan Rainey obtained his Ph.D. in Electrical Engineering from Technological University, Sheffield. His interest areas of working are electric safety, feedback modification, system's operation and control power systems, renewable energy, and intelligent systems. He serves as an Associate Lecturer at Institute of Technology, Amsterdam. Rainey has written numerous articles and research papers on power engineering, telecommunications, control systems, radio-frequency engineering, and signal processing. He is also an active member and a regular contributor to several scientific clubs and societies.

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