It includes index.

Control Systems Engineering caters to the requirements of an interdisciplinary course on Control Systems at the under- graduate level. Featuring a balanced coverage of time response and frequency response analyses, the book provides an in-depth review of key topics such as components, modelling techniques and reduction techniques, well-augmented by clear illustrations. Table of Content: Preface Acknowledgements Chapter 1: Control System Modeling Chapter 2: Physical System And Components Chapter 3: Block Diagram Reduction Techniques Chapter 4: Signal Flow Graph Chapter 5: Time Response Analysis Chapter 6: Stability And Routh-Hurwitz Criterion Chapter 7: Root Locus Techniques Chapter 8: Frequency Response Analysis Chapter 9: Polar Plot And Nyquist Plot Chapter 10: Constant M & N Circles And Nichol's Chart Chapter 11: Design Of Compensators Using Polar Plot And Bode Plot Chapter 12: State Space Analysis Chapter 13: Introduction To Digital Control System Chapter 14: MATLAB Programs Salient Features: • Detailed study of Control Systems Modelling • Flowchart-based approach for problem solving • Examples with step-by-step procedure for Time Domain Analysis including Routh-Hurwitz Criterion and Root Locus Techniques, and Frequency Domain Analysis using Bode plot, Polar plot, Nyquist plot, Constant M & N circles and Nichol's chart • Exclusive chapters on Physiological Control Systems and State-Space Analysis • Clear examples to demonstrate the use of MATLAB programs • Over 250 examples and exercise problems and 40 MATLAB programs