Power Electronics deals with the study of semiconductor devices in the electrical energy industry.
Delivery type2019Trimester 2 2019
Allow approximately 8-9 hours study time per week for each 15 credit course. Your workload may be higher around assessment due dates or exam time.
Cost2019NZ students $738 + $60 annual administration fee
International students N/A + $60 annual administration fee
The power semiconductor devices, such as the diode, thyristor, triac and power transistor, are used in power applications as switching devices. The modern electrical engineer requires a knowledge of these devices and their application in rectification, inversion, frequency conversion, DC and AC machine control, and switch-mode power supplies.
Students who successfully complete this course will be able to
- compare the characteristics of common power semiconductor devices;
- evaluate rms and mean values of typical waveforms;
- analyse common power electronic circuits quantitatively;
- select motor torque ratings for particular applications;
- analyse DC adjustable speed drive systems quantitatively;
- select AC adjustable speed motor/drive combinations to meet specified requirements;
- design drive circuits for power electronic switches to meet required switching performance;
- evaluate the relative benefits of snubber circuits;
- analyse the performance of power electronic converters in renewable energy applications.
40% internally assessed
For more information and a full list of exam times see our examinations page.
No textbooks are required for this course
How to enrol
Before enrolling in this course you need to:
- choose the qualification you will study the course under
- check the order that courses in the qualification should be studied in the Qualification Structure table. This is in the Choose courses and apply tab on the qualification page.
You can do this course as part of these qualifications: