Utilizing diodes for basic power supplies.
: Explores digital control, electrical drives, and advanced modeling using fuzzy logic and neural networks .
: In-depth discussion of semiconductor devices like diacs, thyristors, power MOSFETs, and static induction transistors. Power Converters
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: Introduction to the dynamics and control of AC and DC motor drives . Integration of MATLAB & Advanced Tools power electronics with matlab ashok kumar pdf
Simulation allows students to see current and voltage waveforms in real-time.
Techniques like Sinusoidal PWM (SPWM) used to shape the output voltage into a clean sine wave.
: Contains numerous solved examples, practice questions, objective-type questions, and review questions at the end of each chapter.
The book is widely available in both paperback and hardcover formats through Amazon.com Amazon India Utilizing diodes for basic power supplies
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The ultimate goal of mastering power electronics simulation is applying it to real-world technology. The textbook references several modern engineering challenges. Application Area Role of Power Electronics MATLAB Tool Used Maximizing solar panel output via MPPT algorithms. Simulink & Stateflow Electric Vehicles (EVs)
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Power electronics forms the backbone of modern electrical engineering, driving everything from renewable energy systems to electric vehicles. For students and professionals alike, mastering this field requires both theoretical knowledge and practical simulation skills. Dr. Ashok Kumar’s literature on power electronics integrated with MATLAB has become a staple resource for bridging this gap. Power Converters This book is a copyrighted publication
The book is meticulously structured to guide the reader from foundational knowledge to advanced applications. Its detailed table of contents highlights a systematic progression through the subject, with a consistent emphasis on MATLAB integration:
It eliminates the need for expensive physical hardware during the initial design phase. The Role of MATLAB and Simulink
Power electronics is the study and application of solid-state electronic devices to control and convert electric power. It sits at the junction of circuit theory, semiconductor devices, control systems, and real-world energy systems — from tiny DC–DC converters in phones to multi-megawatt converters in renewable-energy farms. Using MATLAB (and Simulink) to explore power electronics transforms abstract equations into living, testable systems: models that behave like physical converters, controllers that respond to faults, and visualizations that reveal hidden dynamics.
Utilizing the Pulse Generator blocks to feed switching pulses into an IGBT bridge and measuring the output THD. 4. AC to AC Converters