Practical Control of DC-DC Converters: Simulation and Creative Teaching with MATLAB/Simulink
A Simulation-Driven Approach to Conceptual Learning and Control Education
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Beschreibung
This book provides a comprehensive guide to the implementation of advanced controllers—such as hysteresis, peak current, sliding mode, power, energy, and flatness controllers—on DC-DC converters using MATLAB/Simulink. It combines rigorous theoretical explanations with practical modeling techniques, offering readers both the conceptual background and the hands-on skills needed to master control design.
Each chapter integrates theory with practice by presenting Simulink implementation steps, MATLAB M-file examples, and simulation results that highlight tracking, regulation, and controller performance. Beyond its technical scope, the book also introduces creative educational approaches that have proven effective in teaching control concepts and simulation modeling to students and engineers. These methods reflect the growing importance of innovative pedagogy in engineering education, helping learners bridge the gap between abstract theory and real-world application while fostering deeper understanding through experiential learning.
This book provides a comprehensive guide to the implementation of advanced controllers—such as hysteresis, peak current, sliding mode, power, energy, and flatness controllers—on DC-DC converters using MATLAB/Simulink. It combines rigorous theoretical explanations with practical modeling techniques, offering readers both the conceptual background and the hands-on skills needed to master control design.
Each chapter integrates theory with practice by presenting Simulink implementation steps, MATLAB M-file examples, and simulation results that highlight tracking, regulation, and controller performance. Beyond its technical scope, the book also introduces creative educational approaches that have proven effective in teaching control concepts and simulation modeling to students and engineers. These methods reflect the growing importance of innovative pedagogy in engineering education, helping learners bridge the gap between abstract theory and real-world application while fostering deeper understanding through experiential learning.
Emphasizes conceptual understanding of tracking and regulation rather than purely mathematical presentation Combines theoretical control concepts with step-by-step MATLAB/Simulink implementations for experiential learning Uses the boost converter as a unified platform to compare multiple control strategies within a single consistent system
Autor*in
Roghayeh Gavagsaz-Ghoachani
Themen in »Practical Control of DC-DC Converters: Simulation and Creative Teaching with MATLAB/Simulink«
Simulation-Based Learning DC-DC Converters MATLAB/Simulink Controller Implementation Creative Teaching Methods