ELEKTRISCHE EN ELEKTRONISCHE AANDRIJFTECHNIEKEN I
 
Lectured in 3rd year ElectronicsSection design techniques
3de jaar Elektronica optie ontwerptechnieken
Theory [A] 37.5
Exercises [B] 0.0
Training and projects [C] 0.0
Studytime [D] 110
Studypoints [E] 4
Language of instruction Dutch
Lecturer Paul RAES
Reference IIELKO03A03942
 
Key words


Objectives
The course consists of two major parts: electric machines and power electonics.
First of all, the students are initiated in the theory and working principles of the "classic" electric motors. The machine is considered as a building block of a drive system.
The introduction to power electronics consist of the topology and basic equations of different electronic converters, used in the control of these electrical machines.


Topics
Electrical machines:
- DC machines: types, working principles, analysis mathematical model.
- AC machines: types, working principles, analysis mathematical model
- Synchronous motors: types, working principles, analysis mathematical model
- Transformer: types, working principles, analysis mathematical model

Power electronics:
- Semiconductor switches: diode, transistor, thyristor.
- Power converters: controlled rectifier, chopper, inverter, AC-controller



Prerequisites
Industriëel Ingenieur" + modules "Introductory course on
electronics" 'second year


Final Objectives


Materials used
Machines: theatcher's course
Power electronics: textbook "Elektronische vermogencontrole" -
IDSN90-73626-02.1
Author: Jean Pollefliet


Study costs


Study guidance


Teaching Methods
Lectures


Assessment
Theory: oral examination
Exercises + laboratory: permanent evaluation


Lecturer(s)
Jean POLLEFLIET