T Czaszejko
3 points
* 26 lecture/tutorial hours and 13 laboratory
hours
* First semester
* Caulfield
* Prerequisites: ENC1202
*
Corequisites: MAC2901
Objectives On completion of this subject students should have further developed their knowledge of circuit theory, and will be expected to be capable of performing a wide range of useful circuit analysis calculations.
Synopsis General circuit analysis: mesh current/node voltage methods; Thevenin/Norton equivalents. Instantaneous and average power. AC steady state: phasors, impedance, circuit theorems in phasor domain, nodal and mesh analysis in phasor domain. Instantaneous, average, reactive and apparent power. Magnetically coupled circuits. Three-phase balanced and unbalanced circuits, power and power measurements. Network frequency response. Electric transients: differential equations and the characteristic equation, source free and driven RLC circuits. Two-port networks: equivalent circuits for two-port networks; z, y, h and g parameters. Computer-aided circuit analysis: PSPICE software package.
Assessment Examination (3 hours): 80%
* Assignments
and practical work: 20%
Recommended texts
Nilsson J W Electric circuits 4th edn, Addison-Wesley, 1993
Back to the Engineering Handbook, 1998
Published by Monash University, Australia
Maintained by wwwdev@monash.edu.au
Approved by R Chaffey, Faculty of Engineering
Copyright © Monash University 1997 - All Rights Reserved -
Caution