9 Best Books on Digital Control

Book Review: This book delves into the practical application of digital computers for real-time control of diverse dynamic systems. The main emphasis is on the design of digital control to achieve optimal dynamic response while mitigating the impact of sampling and amplitude quantization errors. The book covers classical and modern control techniques and employs illustrative examples to enhance understanding. Furthermore, it features new chapters that review feedback control systems and digital control systems, as well as an in-depth discussion on state space design concepts.

“Digital Control System” Book Review: This book covers both theoretical and practical aspects of digital control systems, making it suitable for senior or graduate students who have a basic understanding of matrix algebra, differential equations, Laplace transforms, and the fundamentals of continuous-data control systems. The second edition of the book covers design topics such as disturbance rejection, sensitivity considerations, and zero-ripple deadbeat-response design. Additionally, it covers concepts such as controllability, observability, and stability, as well as sampling period ion. The book emphasizes computer-aided solutions, and it also provides a new approach to the Nyquist criterion of stability. Each chapter contains various illustrations and solved exercises, as well as key terms and topics to be covered, which give readers an overview of the material.

“Digital Control and State Variable Methods” Book Review: This book provides a comprehensive overview of modern control theory, covering key topics such as digital control, state-space analysis and design, nonlinear control, and intelligent control. The book caters to a wide audience including senior undergraduate students, graduate students, the research community, and practicing engineers. In addition, the book integrates concepts from genetic algorithms and artificial neural networks, enhancing the reader’s understanding of modern control theory.

“Digital Control of High–Frequency Switched–Mode Power Converters” Book Review: The book focuses on the theory and design practices of control and serves as a useful reference for anyone interested in this field. It begins with an introduction to DC-DC converter and analog controller design, followed by a clear explanation of the design phase, verification, testing, and implementation aspects. The latter sections of the book highlight the importance of digital controllers and autotuning methods for PID controllers. Additionally, the book includes practical examples and applications throughout the text, and the reader can find MATLAB and HDL codes for the given examples.

“Digital Control” Book Review: The primary focus of the book is on the design principles of digital control, aimed at introducing the fundamental concepts to readers who may not be familiar with the subject. The book is structured into five parts, with the first part addressing modeling and the second part emphasizing signal processing. The third and fourth parts cover topics related to plant identification from measurements and transfer control approach for control design, respectively. The final part of the book delves into space techniques for control design, while also touching upon key topics such as the Kalman filter and combined controller and observer.

“Digital Control Engineering: Analysis and Design” Book Review: The book deals with both the theoretical and practical aspects of digital control and is suitable for novices with little or no prior experience in the field. The mathematical concepts of digital control are thoroughly explained, and the text includes numerous examples and solved problems. Additionally, MATLAB, a simulation software, is utilized to aid in the comprehension of the examples.

“Digital Control System” Book Review: The book provides an overview of the principles and techniques of digital control systems, making it valuable for those who are new to the field. To fully grasp the content, readers should already have familiarity with concepts such as linear control systems, differential equations, and MATLAB simulation software. The book covers both transform-based and state variable approaches, with a focus on engineering design concepts essential for digital control applications. Written in a clear and easy-to-understand style, beginners can benefit from the book’s numerous solved and unsolved problems found throughout the text.

Book Review: This book provides a comprehensive guide on the application of microprocessor technology in process control. Its focus is on digital control concepts, which are presented in a clear and concise manner while emphasizing their practical uses. The book’s coverage of the subject is fortified by a computer-aided design package and practical case studies, making it a valuable reference and text for hands-on learning. The case studies presented in the book include a microprocessor-based position control system, a microprocessor-based temperature control system, and the microprocessor control of a manipulator arm. Additionally, the book covers a range of topics such as sampling and reconstruction, transform design of digital controls, state space analysis of sampled-data systems, stepping motors, and interfacing them with microprocessors.

“Digital Control Applications Illustrated With MATLAB” Book Review: This book offers a comprehensive treatment of linear discrete control systems, covering modeling, analysis, and design. The text provides an in-depth exploration of fundamental concepts such as Z-transforms, s-to-z plane conversions, data reconstruction, digital control processes, feedback control, mappings, and signal mappings. Moreover, the book delves into digital controller design using Bode Plots, steady-state and transient response analysis using root-locus and frequency response plots, and the use of discrete equivalents to study compensator design. The impact of advances in computing methodologies is also discussed through mathematical representations of discrete systems. The book employs real-life examples and case studies to illustrate micro-computer implementation of digital controllers, aided by MATLAB, Simulink, and FEEDBACK. It is an ideal resource for advanced undergraduate and graduate students studying digital control courses.