Linear Control Systems with MATLAB Applications eBook By B.S. Manke
This book has been written to explain the basic principles of Linear Control Systems and an effort is made to present the subject in a simple and sequential manner to enable the students to acquire a good grasp of fundamentals of the subject.
A comprehensive self contained text covering principles of Linear Control Systems. It provides basic approach for the development of fundamental concepts and insight in to the subject matter. The text dealt in the book develops the subject matter in a simplified sequential manner. Theoretical explanation is supported by graded solved examples, which have been framed to help the students in grasping the theoretical principles and its applicability with the coverage of various topics. In view of the computer software application as a supplementary tool for solving control related problems, solutions to typical examples using MATLAB have been introduced in a way so that the readers can well understand the MATLAB commands and can verify the results of the examples contained in the text.
The text written in the book deals with the concepts of feedback control theory. The first five chapters stress on the fundamental concepts regarding representation and modelling of a control system. The subsequent chapters deal with the time response analysis, stability analysis, compensation method, state variable approach, and sampled data/discrete data systems. Each chapter contains solved examples to support the theory developed. Unsolved problems have been included as an exercise.
The answers to graphical solutions may slightly deviate due to graphical errors. The chapter on computer solutions to control problems gives the use of MATLAB* solftware. The examples on various topics in the text have been solved using MATLAB software. This verifies the answers obtained using analytical solution. Appendices given at the end of the book.
|Audience of the Book :|
The salient feature of this book are :
|Table of Contents:|
• Transfer Function
• Block Diagrams
• Signal Flow Graphs
• Modelling a Control Systems
• Time Response Analysis of Control Systems
• Stability Analysis of Control Systems
• Compensation of Control Systems
• Introduction to State Space Analysis of Control Systems
• Sampled Data of Control Systems
• Solution of Problems using Computer.
• Classified Solved Examples.