Schedule: Monday 8h30 to 12h30 am, Montefiore B28 R.7 (0/7)
Instructor: F. Frebel (fabrice dot frebel at uliege dot be), Personal Web Page
T.A.: F. Purnode (florent dot purnode at uliege dot be)
Electronics lab tech: J. Arban (jf dot arban at uliege dot be)
T.A. (Hardware In the Loop - HIL): B. Ewbank (bastien dot Ewbank at uliege dot be)
Textbooks: Fundamentals of Power Electronics (Second Edition), from Robert W. Erickson and Dragan Maksimovic and Digital Control of High-Frequency Switched-Mode Power Converters, from Luca Corradini, Dragan Maksimovic, Paolo Mattavelli and Regan Zane.
Grading: Closed book written exam. Emphasis is placed on the understanding and use of theoretical concepts to solve problems and to explain phenomena that occur in switching power converters. The exam will focus on PART I (except Chapter 19), PART II (except "State-space averaging" and "Current Mode Control" sections) and PART III (except "Applications" section).
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PART I: Bases |
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PART II: Digital control |
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PART III: Topologies and applications |
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TP (files are updated regularly) |
Starting Monday, 18th of September 2023
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Projects description |
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The inductor design procedure can be found in chapter 14 of the reference book and in the associated slides |
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The transformer design procedure can be found in chapter 15 of the reference book and in the associated slides |
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The "Magnetics Design Tables" can be found in the appendix 2 of the reference book |
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Available cores in the ACE laboratory |
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Material specifications |
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Themal estimations, slides form the book "POWER ELECTRONICS: Converters, Applications and Design, Mohan and Undeland and Robbins" |
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Electromagnetic Compatibility Tips for Power Converters |
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The complete control loop design process: Spice and Python/Matlab/Octave sources files for the controller design |