Description
Schaum’s Outline Series book on Feedback and Control Systems gives a concise yet comprehensive treatment of the fundamentals of theory and application. The necessary mathematical tools and physical and non physical attributes have been developed through illustrative examples for better understanding of the concepts. Key Features: An easy-to-understand overview of the principles of Control Systems. Unified exposition of continuour time and discrete time control systems concepts. More than 700 solved problems, hundreds of additional problems and objective type questions. Unified exposition of continuous time and discrete time control systems concepts 283 additional questions which include Table of Content: Chapter 1 Introduction Chapter 2 Control Systems Terminology Chapter 3 Differential Equations, Difference Equations, and Linear Systems Chapter 4 The Laplace Transform and the z-Transform Chapter 5 Stability Chapter 6 Transfer Functions Chapter 7 Block Diagram Algebra and Transfer Functions Chapter 8 Signal Flow Graphs Chapter 9 System Sensitivity Measures and Classification Chapter 10 Analysis and Design of Feedback Control Systems: Objective and Methods Chapter 11 Nyquist Analysis Chapter 12 Nyquist Design Chapter 13 Root-Locus Analysis Chapter 14 Root-Locus Design Chapter 15 Bode Analysis Chapter 16 Bode Design Chapter 17 Nichols Chart Analysis Chapter 18 Nichols Chart Design Chapter 19 Introduction to Nonlinear Control Systems Chapter 20. Introduction to Advanced Topics in Control Systems Analysis and Design Appendix A Some Laplace Transform Pair Useful for Control System Analysis Appendix B Some z-Transform Pair Useful for Control System Analysis Index
