After successful completion of the course, students are able to
- know and discuss the structure of DC- and AC- drives,
- use the space phasor calculus for transient analysis of AC-drives,
- know and discuss the basic topology and control of DC- and permanent magnet sychronous machines.
Structure of electric drives, simple inverter structures, DC drives (construction, steady state and dynamic behaviour), space phasor theory, basics of AC drives using permanent magnet synchronous machines (PSM), Brushless DC operation of PSMs, torque-, speed- and position controlled drives
Step by step description of functional principles and system dependencies. Calculation of exercise examples.
Course starts 2.Oct.2019, 10:15 HS 3
written examination (calculation example(s), duration 90min)
Accumulated participation points for the written exam are valid until 1 year after the end of the respective winter semester, after then, they expire.
Not necessary
Ein Skript wird zu Beginn der LVA im Hörsaal angeboten. Danach von 9.00 bis 14.00 im Sekretariat 370-2. (Altes EI, 3 Stock - rechts hinten vor der Glastür!)
quasi-static electromagnetic field, basic knowledge in mechanics, complex quantities, linear differential equations, Laplace- and Fourier transformation