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Control systems : principles and design / M. Gopal.

By: Gopal, M.
Publisher: Boston, Mass. : McGraw-Hill, 2003Edition: 2nd. ed., Int. ed.Description: xvii, 970 p. : ill. ; 24 cm.Subject(s): Control theory | Automatic controlDDC classification: 629.8312
Contents:
Preface to the second edition. - Preface to the first edition. - 1. Introduction to the control problem. - 2. Dynamic models and dynamic response. - 3. Models on industrial control devices and systems. - 4. Basic principles of feedback control. - 5. Concepts of stability and the routh stability criterion. - 6. The performance of feedback systems. - 7. Compensator design using root locus plots. - 8. The nyquist stability criterion and stability margins. - 9. Feedback system performance based on the frequency response. - 10. Compensator design using bode plots. - 11. Hardware and software implementation of common compensators. - 12. Control system analysis using state variable methods. - Appendix A: Mathematical background. - Appendix B. MATLAB environment. - Appendix C: Control theory quiz. - References. - Companion book. - Answer to problems. - Index.
Item type Current location Shelf location Call number Copy number Status Notes Date due Barcode
Main Collection Taylor's Library-TU

Floor 4, Shelf 20 , Side 1, TierNo 5, BayNo 5

629.8312 GOP (Browse shelf) 1 Available SOExx,07016,03,GR 5000067194

Preface to the second edition. - Preface to the first edition. - 1. Introduction to the control problem. - 2. Dynamic models and dynamic response. - 3. Models on industrial control devices and systems. - 4. Basic principles of feedback control. - 5. Concepts of stability and the routh stability criterion. - 6. The performance of feedback systems. - 7. Compensator design using root locus plots. - 8. The nyquist stability criterion and stability margins. - 9. Feedback system performance based on the frequency response. - 10. Compensator design using bode plots. - 11. Hardware and software implementation of common compensators. - 12. Control system analysis using state variable methods. - Appendix A: Mathematical background. - Appendix B. MATLAB environment. - Appendix C: Control theory quiz. - References. - Companion book. - Answer to problems. - Index.