Power devices and switching power converters including rectifiers and inverters; design of electronic power processing circuits and their control as applied to computer, telecommunication, transportation, and industrial systems. A C- or better is required in all prerequisite courses.
This is the only undergraduate power electronics course except for the accompanying Power Electronics Lab 4284, which students may take concurrently with this course. This course serves to introduce power electronics to the undergraduate students as well as to supplement the background of graduate students who will use the concepts from this course during their graduate studies. Power electronics as the enabling technology for most of the electrical and electronics industry is a rapidly growing field within electrical engineering. It is also a prominent strengh of the ECE Department at Virginia Tech.
Percentage of Course
|Introduction to Switch-Mode Power Converters||10%|
|Steady-State DC-DC Converter Analysis and Design||15%|
|Semiconductor Power Switches||10%|
|DC-DC Power Converter Topologies and Design||10%|
|Average Modeling of PWM Converters||10%|
|Small-Signal Modeling of PWM Converters||10%|
|Output Feedback Control Design||10%|
|Basic Magnetics Theory||5%|
|Inductor and Transformer Design||10%|
|Overview of Other Power Electronics Circuits and Applications||10%|