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
