Control Systems Technology is a comprehensive text focused on the knowledge required by practitioners to both understand and evaluate an existing control system. The text also enables readers to devise and design new control system applications.
The text presents classical and digital control systems, emphasizing careful explanations of the concepts. Multiple examples and solutions illustrate the concepts and the operations required to solve problems. The use of computers to implement practical solutions to problems is also emphasized throughout the book.
Key Features
Coverage of All major topics
120 worked examples drawn from practical applications
An entire chapter devoted to Sensors
Coverage of Laplace Transforms
Essential features of Programmable Logic Controller technology
Over 250 chapter-end problems
Table of Contents
1. Introduction to Control Systems
2. Measurement
3. Laplace Transforms
4. Control System Models
5. Static and Dynamic Response
6. Stability
7. Frequency Response Analysis
8. Root Locus
9. State Space Analysis
10. Introduction to Digital Control Systems
11. Z-Transform and the Difference Equation
12. Discrete Control Systems
13. Stability of Discrete Control Systems
14. Discrete State Space
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