After successful completion of the course, students are able to analyze and to fundamentally design power electronic circuits in their basic functions as well as to present and explain the associated current / voltage characteristics of line- and self-commutated power converter circuits.

Power Electronics usally is defined as "control and conversion of electrical energy by application of electronic switches". Consequently, power electronics serves as a basis for modern electrical drives, for power supplies and for many other industrial applications and, therefore, is defined as a substantial part of Industrial Electronics by leading companies of the electric industry. The lecture covers the most important components, power and control circuits as well as electromagnetic compatibility (EMC).

Explanation and discussion of basic topologies and operation, calculation of dimensioning exercises

The course in WS 2022/23 is held in presence mode
 
Registration via TISS is required.

This course is primarily aimed at students in the 033 235 or 066 506, 066 503, 066 515 branches of study (registration requirement, please contact the lecturer if you do not meet these requirement and would like to attend the course anyway for important reasons).

All registered participants can download the presentation slides via TISS at the beginning of the lecture (please note copyright!) And, if necessary, print them out themselves.

Alternatively, the script can also be ordered in paper form (at lecture start, but only as black and white copy, 1- or 2-sided, EUR 10,-). If you would like a paper script, please send an email to as soon as possible

skriptum.372033@gmx.at

This email should only consist of a subject line as follows:
"LE, family name, first name, 1-sided" (= script, 1-sided copied) .... or
"LE, family name, first name, 2-sided" (= script, 2-sided copied)

written and oral

In winter semester 2022/23 this lecture is in attendance-mode.

However, a registration via TISS is required
(also because of a possible need to change to online-mode).

Lecture notes for this course are available from the lecturer only. 

additional literature:

introductive:
J.Specovius,"Grundkurs Leistungselektronik", vieweg (in German)
N.Mohan,"Power Electronics", J. Wiley

supplementary: F. Zach, "Leistungselektronik", 4th Ed., Springer (in German)

strongly recommended:  iPES (Web-based power electronic education system of ETH Zürich)
http://www.ipes.ethz.ch/ipes/d_index.html

good basic knowledge of electrical circuits