Power Electronics Principles and Problem Solving
A Comprehensive Textbook of Electronic Devices, Circuits, and Analysis With Step-by-Step SolutionsBy Farah Abdulrahman
Length17h 23m
About this audiobook
Duty ratio formulas are easy to memorise and useless when the design does not work. This book shows you where they come from and what they cost.
Power electronics is where circuit theory meets real hardware: switching devices, magnetic components, thermal limits, and control loops all interact. This textbook builds the subject from first principles, deriving every converter relation from inductor volt-second balance and capacitor charge balance. You will not just memorise equations; you will understand their assumptions, their limits, and the design trade-offs they represent.
The book begins with power processing roles and semiconductor devices, then develops steady-state analysis tools and applies them to buck, boost, and buck-boost converters, including discontinuous conduction mode. Isolated topologies such as flyback, forward, push-pull, and bridge are covered in detail, followed by a full chapter on magnetics design so you can select and wind real cores instead of guessing. Rectifier harmonics and power factor correction are treated alongside inverter modulation, dead-time distortion, motor drive control, and regeneration. Later chapters close the loop with averaged small-signal models and compensation, then address thermal design, capacitor life, electromagnetic interference, filtering, and layout. A graded problem set with step-by-step solutions completes the book.
What you will learn:
• Derive duty ratio and conversion relations from volt-second and charge balance
• Analyse buck, boost, and buck-boost converters in continuous and discontinuous conduction mode
• Design isolated converters including flyback, forward, push-pull, and bridge topologies
• Select and design magnetic components, including inductors and transformers
• Handle rectifier harmonics and design power factor correction stages
• Apply sinusoidal and space-vector modulation, and manage dead-time distortion
• Model converter dynamics with averaged small-signal techniques and design compensation
• Address thermal design, capacitor life, EMI, filtering, and PCB layout
• Solve graded problems with fully worked step-by-step solutions
This book is written for undergraduate and graduate students in electrical engineering, as well as practising design engineers who need a rigorous, practical reference. If you want to move beyond memorised formulas and build power converters that work reliably, this text provides the analysis tools, design methods, and problem-solving practice you need.
Audiobook details
GenreTechnology
Length17 hrs 23 mins
Narrated byListen with 1,000+ voices
FormateBook with Audio
Publish dateSep 28, 2026
LanguageEnglish
Table of contents
1Power Electronics Principles and Problem Solving
2Foreword
3Preface
4About This Book
5Important Safety Notice
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6Chapter 1: Power Processing and Converter Roles
71.1 Energy Conversion Functions and Converter Classification
81.2 Efficiency, Loss Budgets and the Cost of Conversion
91.3 Voltage, Current and Thermal Ratings
101.4 Topology Selection and Design Trade-offs
111.5 The Design Procedure and the Role of Analysis
12Chapter 2: Power Semiconductor Devices
132.1 Diode Characteristics and Reverse Recovery
142.2 MOSFET Structure, On-Resistance and Body Diode
152.3 IGBT and Wide-Bandgap Devices
162.4 Conduction and Switching Loss Models
172.5 Safe Operating Area, Gate Drive and Protection
18Chapter 3: Steady-State Analysis Tools
193.1 The Small-Ripple Approximation
203.2 Inductor Volt-Second Balance
213.3 Capacitor Charge Balance
223.4 Ripple Magnitudes and Component Stress
233.5 Efficiency Modelling with Losses
24Chapter 4: Buck, Boost and Buck-Boost Converters
254.1 Buck Converter in Continuous Conduction
264.2 Boost Converter in Continuous Conduction
274.3 Buck-Boost Converter and Polarity Inversion
284.4 Component Sizing and Stress
294.5 Loss Accounting in the Three Converters
30Chapter 5: Discontinuous Conduction Mode
315.1 Boundary Between Continuous and Discontinuous Conduction
325.2 Conversion Ratios in Discontinuous Conduction
335.3 Ripple, Stress and Component Implications
345.4 Control Implications and Mode Transitions
35Chapter 6: Isolated Converters
366.1 Flyback Converter and Turns Ratio Selection
376.2 Forward Converter with Reset
386.3 Push-Pull, Half-Bridge and Full-Bridge Converters
396.4 Duty Limits, Leakage and Snubbers
406.5 Isolation, Creepage and Safety Requirements
41Chapter 7: Magnetics Design
427.1 Core Materials, Geometries and Saturation Limits
437.2 Flux Density, Turns and Window Utilisation
447.3 Copper Loss, Skin Effect and Proximity Effect
457.4 Core Loss and the Steinmetz Equation
467.5 Magnetics Thermal Design and Verification
47Chapter 8: Rectifiers and Power Quality
488.1 Uncontrolled Rectifiers and Capacitor-Input Behaviour
498.2 Phase-Controlled Rectifiers
508.3 Harmonic Current, Displacement and Distortion Power Factor
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