Control Systems/Classical Controls
Preface
editThis is the Classical Controls version of the Control Systems wikibook. This book represents a subset of the topics covered in the parent book. Topics covered here will include a basic introduction to systems theory, integral transforms, and basic control techniques using classical control methods. This book should be suitable for a single semesters study, at the undergraduate level, in classical control engineering.
- Warning
- This is a child version of the Control Systems parent book. The pages listed here constitute a suggested reading order of the material, and are not a stand-alone book. Do not edit these pages in a way that make them incompatable with the main narrative of the parent book. If you have questions, comments, or suggestions about this version, leave a message on the main book discussion page.
For a list of all child versions of this book, see All Versions.
Table of Contents
editSystems Introduction
edit- Control Systems/Introduction
- Control Systems/System Identification
- Control Systems/Digital and Analog
- Control Systems/System Metrics
- Control Systems/System Modeling
Transform Domain
edit- Control Systems/Transforms
- Control Systems/Transfer Functions
- Control Systems/Sampled Data Systems
- Control Systems/System Delays
- Control Systems/Poles and Zeros
System Representation
edit- Control Systems/Gain
- Control Systems/Block Diagrams
- Control Systems/Feedback Loops
- Control Systems/Signal Flow Diagrams
- Control Systems/Bode Plots
- Control Systems/Nichols Charts
Stability
edit- Control Systems/Stability
- Control Systems/Routh-Hurwitz Criterion
- Control Systems/Root Locus
- Control Systems/Nyquist Stability Criteria
- Control Systems/System Specifications
Controllers and Compensators
editAppendices
edit- Control Systems/Physical Models
- Control Systems/Z Transform Mappings
- Control Systems/Transforms Appendix
- Control Systems/System Representations
- Control Systems/Matrix Operations
- Control Systems/MATLAB