POWER ELECTRONIC CONCEPTS https://validator.w3.org/feed/docs/rss2.html Flyback Converter: Analysis & Design Flyback Converter: Circuit and Operation Boost Converter: Analysis & Design Buck Converter: Analysis and Design Boost Converter: Circuit & Operation Buck Converter: Circuit and Operation DC-DC Converters : Basics & Types Dual Active Bridge (DAB) : Operating Modes Dual Active Bridge (DAB) Resonant Converter: Single Phase-shift Control Operating Principle Operation of Phase-shift full-bridge converter (PSFB) Zero-voltage switching (ZVS) considerations and limits in PSFB Resonant Converter Dual Active Bridge (DAB) Resonant Converter: Circuit and Description Totem-pole Power factor Correction (PFC) Rectifier: Analysis and Design Rectifier Filters: Use of filters, Types of filters, Design of filters Variable Frequency Control Method Totem-pole Power Factor Correction (PFC) Rectifier: Description and Operation Electric Vehicle (EV) Charger – Power Factor Correction (PFC) Topologies for AC-DC Converter Stage Why power factor correction (PFC)? and How it works for power supply and electrical system? Inductor Associated Losses & it’s Equations Magnetic Core Material Hysteresis Loop (BH curve) Phase-shift Full-bridge (PSFB) Resonant Converter Topologies in EV charger Phase-shift Full-bridge Converter with Center-tapped transformer for step-down applications Phase-shift full-bridge (PSFB) Resonant Converter with Current Doubler: Circuit & Operation What is Power Factor (pf)? How high value of pf is benficial in EV charging System? Example of Transformer Design Procedure with Core Selection Cross-checking and Calcultion of Losses Transformer Losses Explanation and Its Equations Derivation Fundamentals Derivation of Transformer Core Area Product and Number of turns Equations used in Design Procedure Transformer Design Flow Chart Different flux wavefroms and variation of its RMS EMF equations Privacy and Policies Resonant Inductor PWM Control Methods Overview of operating modes in PSFB Resonant Converter Operation Disclaimer About Phase-shift control Method Inductor Design Equations Derivation Inductor Design Flow Chart Window Area Calculations Contact BLOG Electric Vehicle (EV) – Resonant Power Converter Topologies for DC-DC power converter stage Diode Vs Synchronous Rectifier Switch Losses Classification of Electric Vehicle (EV) Chargers based on Power Levels, Source type, and its Placing Electric Vehicle (EV) Charger – Power Module stages (AC-DC stage and DC-DC stage) and Benficial Power Converter Topologies DC-DC Converters: Why Resonant Converters? How these are benficial than PWM Converters?