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Control System Design
Hardback
December 2017
9781683921080
More details
- Publisher
Mercury Learning and Information - Published
26th December 2017 - ISBN 9781683921080
- Language English
- Pages 390 pp.
- Size 7" x 9"
$54.95
E-Book
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November 2017
9781683921097
More details
- Publisher
Mercury Learning and Information - Published
20th November 2017 - ISBN 9781683921097
- Language English
- Pages 390 pp.
- Size 7" x 9"
$54.95
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December 2017
9781683922711
More details
- Publisher
Mercury Learning and Information - Published
26th December 2017 - ISBN 9781683922711
- Language English
- Pages 390 pp.
- Size 7" x 9"
$124.95
This book covers the theory and mathematics needed to understand the concepts in control system design. Chapter 1 deals with compensation network design. Nonlinear control systems, including phase-plane analysis and the Delta method are presented in chapter 2. The analysis and design aspects based on the state variable approach are presented in Chapter 3. The discrete time control systems form the basis for the study of digital control systems in Chapter 4, covering the frequency response, root locus analysis, and stability considerations for discrete-time control systems.
The stability analysis based on the Lyapunov method is given in chapter 5. The appendices include two US government articles on industrial control systems (NIST) and the control system design for a solar energy storage system (U.S. Dept. of Energy). Concepts in the text are supported by numerical examples.
Features:
• Covers the theory and mathematics needed to understand the concepts in control system design
• Includes two U.S. government articles on industrial control systems (NIST) and the control system design for a solar energy storage system (U.S. Department of Energy)
1) Compensation of Feedback Control Systems
2) Nonlinear Control Systems
3) State-Variable Analysis
4) Discrete-Data/Digital Control Systems
5) Lyapunov Stability Analysis
Appendix A: Overview of Industrial Control Systems
Appendix B: Modeling and Control System Design for an Integrated Solar Generation and Energy Storage
System with a Ride-Through Capability
References
Index