This book:
- Covers modelling and control of buck converters and provides sufficient understanding to model and control complex systems
- Discusses step response, pole-zero maps, Bode and root locus plots for stability analysis, and design of the controller
- Explains time response, frequency response, and stability analysis of the resistive-capacitive (R-C), resistive-inductive (R-L), and R-L-C circuits to support the design of the buck converter
- Includes simulation and experimental results to demonstrate the effectiveness of closed loop buck regulator systems using proportional (P), integral (I), and P-I controllers to achieve the desired output performance
- Provides MATLAB codes, Algorithms, and MATLAB/PSB models to help readers with digital simulation
It is primarily written for senior undergraduate and graduate students, academic researchers, and specialists in the field of electrical and electronics engineering.
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