Power Electronic Converters

Recommended: BL30A0000 Electric Circuits. Integration and derivation (esp. sine and cosine functions).
FFT. Laplace transforms. Basic software skills with Excel, Word, Matlab/Simulink.

Upon completion of the course the student will be able to: 1. demonstrate good general knowledge of the selected different basic main circuits in modern power electronics, 2. describe the features and functions of selected rectifiers, switch-mode converters and inverters, 3. calculate and simulate typical design tasks of the aforementioned circuits, 4. describe the joint operation of power electronic converters and loads as well as some network interferences caused by converters and some alternatives to reduce these interferences.

Mohan, Undeland, Robbins: Power Electronics, converters, applications, and design.

The learning material is based on the latest research and is distributed to students in Moodle

Company cooperation

Use of AI applications

Artificial intelligence applications can be used according to general policies of LUT, for example, for creating a big picture and structuring things, creating and sketching ideas, understanding concepts and searching for information within constraints, and improving grammar, text and style according to the assignment.