Fundamentals of Electrical Engineering III
Lecture content
Maxwell equations and their application
Direct current machines
Polyphase systems
Rectifiers and basic circuits
Transformers and transformers
Asynchronous machines
Synchronous machines
More information about the event
| Scope: | 4 V / 2 Ü / 2 P = 8 LP |
| Lecturer: | Professor Stefan Soter |
| Frequency: | winter semester |
| Form of examination: | written |
Prerequisites:
Knowledge of Mathematics A and B and Fundamentals of Electrical Engineering I and II modules is expected.
Objectives:
Students will master the fundamentals of electric and magnetic fields and have an understanding of the behavior of non-concentrated devices in DC, AC, and three-phase applications. Students will have a basic understanding of electrical engineering problems and the ability to mathematically model physical processes.
Up-to-date information on event dates, rooms and lecture materials can be found on the learning platform Moodle
