This paper covers the theory, analysis and frequency response of electrical circuits involving passive elements, complex impedance, complex gain, and feedback. The application of electric circuit model to analyse electrical machine performances and three phase electrical power system will be covered.
|Prerequisite(s):||ENGEN111 and (ENGEN102 or (ENGEN183 and ENGEN184))|
|Internal assessment / examination:||50:50|
Note: There is a compulsory laboratory component.
Trimesters and Locations
|Occurrence Code||When taught||Where taught|
|23B (HAM)||B Trimester : 10 Jul 2023 - 5 Nov 2023||Hamilton|
Timetabled Lectures for Electrical Circuits (ENGEE231)
|Mon||1:00 PM||2:00 PM||K.G.01||Jul 10 - Oct 15|
|Tue||1:00 PM||2:00 PM||MSB.1.02||Jul 10 - Oct 15|
|Wed||3:00 PM||4:00 PM||S.1.01||Jul 10 - Oct 15|
NB:There may be other timetabled events for this paper such as tutorials or workshops.
Visit the online timetable for ENGEE231 for more details
Indicative Fees for Electrical Circuits (ENGEE231)
The following 2022 paper outlines are available for ENGEE231. Please contact the Faculty or School office for details on 2023 outlines.
Available Subjects: Electrical and Electronic Engineering | Electronics | Electronic Engineering | Engineering | Mechatronics Engineering
Other available years: Electrical Circuits - ENGEE231 (2022) , Electrical Circuits - ENGEE231 (2021) , Electrical Circuits - ENGEE231 (2020) , Circuit Theory - ENGEE231 (2019) , Circuit Theory - ENGEE231 (2018)
Paper details current as of : 21 March 2023 10:02am
Indicative fees current as of : 28 March 2023 4:30am