Lecture 1 - Introduction Lecture 2 - Power Semiconductor Devices Lecture 3 - Power Module and Gate Circuits Lecture 4 - Thermal Design and DSP Application Lecture 5 - Choppers Lecture 6 - Non-Isolated DC-DC Converters Lecture 7 - Isolated DC-DC Converter Lecture 8 - Switch Mode Power Supplies Lecture 9 - AC-DC Converters Lecture 10 - Three-Phase AC-DC Converter Lecture 11 - Lighting and Welding Systems Lecture 12 - EV Charger Types, Design and various Topologies Lecture 13 - Power Quality Lecture 14 - Power Quality Definitions Lecture 15 - Introduction to High Voltage DC (HVDC) Transmission Lecture 16 - Harmonics Generation, Analysis and Elimination in HVDC Lecture 17 - Multi-pulse and Multilevel VSC Based Flexible HVDC System Lecture 18 - Single Phase Voltage Source Inverter Lecture 19 - Three Phase Voltage Source Inverter Lecture 20 - Current Source Inverter Lecture 21 - Multi-Pulse Converters Lecture 22 - Multi-Pulse Converters (Continued...) Lecture 23 - Multilevel Inverters Lecture 24 - Modular Multilevel Converters Lecture 25 - Introduction to Inductor Motor Drive and their Power Quality Improvement Lecture 26 - Power Quality Improvement in Multi-Pulse Converter Fed Multilevel Inverter Based Induction Motor Drives Lecture 27 - Introduction and Operating Principle of Resonant Converter Lecture 28 - Resonant Inverters Lecture 29 - Class E Resonant Converters and Zero Voltage Switching Converters Lecture 30 - Zero Current Switching Converters Lecture 31 - LLC, Multi-Resonant and Phase Controlled Resonant Converters Lecture 32 - Permanent Magnet Synchronous Motor Drive Lecture 33 - Permanent Magnet Brushless DC Motor Drive Lecture 34 - Switched Reluctance Motor Drive Lecture 35 - Synchronous Reluctance (SyR) Motor Drive Lecture 36 - Synchronous Motor (SM) Drive Lecture 37 - Vector Control of Synchronous Motor (SM) Drives