Year No. Offer Mode Description Cred. Pts 96 E2003 S2 D ELEC MEAS AND ANALYSIS 1.00
75003+E0003
In electrical, electronic and instrumentation industries, engineering professionals perform tests and measurements for quality assurance and performance evaluation to comply with Australian Standards. They need to acquire basic knowledge and skills in electrical analogue measurement techniques and familiarisation with Australian Standards. Topics in this unit deal with practical aspects of using analogue measuring instruments and test equipment, and analytical techniques for performance evaluation of components, devices and circuits.
Successful completion of this unit should enable the student to :
Description Weighting(%)Basic Concepts - AC Circuits Revision
- DC Instruments 4.00
- Ohmmeters and Bridges 8.00
- Complexors and Phasors 10.00
- Network Theorems 15.00
- Harmonics and Filters 8.00
- AC Instruments 8.00
- Power, Power Factor and Energy 8.00
- Polyphase Measurements 10.00
- Transformers in Measurements 6.00
- AC Bridge Measurements 6.00
- Resonance, Filters and Q - Meter 8.00
- DC Transients 3.00
- Locus Diagrams 3.00
MathCAD Student Edition, Version 2.54, Addison Wesley, Reading MA,
1992.
A 3.5", HD, formatted floppy disk for use as a work disk with MathCAD.
Ramakrishnan G, Electrical Technology Examples Using MathCAD, 1992.
Carlson A B and Gisser D G, "Electrical Engineering Concepts and
Applications", New York, Addison Wesley, 2nd Edition, 1990.
Helfrick A D and Cooper W D, "Modern Electronic Instrumentation and
Measurement Techniques", Prentice Hall, 1990.
McKenzie Smith I, "Hughes Electrical Technology", 6th Edition, Longman
Scientific, London, 1987.
Morley A and Hughes E, revised by Botten W, "Principles of
Electricity", 5th Edition, Longman Scientific and Technical, Harlow,
UK, 1994.
Morris N M, "Electrical and Electronic Engineering Principles",
Longman Scientific and Technical, Harlow, UK, 1994.
Roadstrum W H and Wolaver D H, "Electrical Engineering for all
Engineers", 2nd Edition, John Wiley, New York, 1994.
Simpson C D, "Introduction to Electrical Circuits and Machines",
Prentice Hall, Englewood Cliffs, NJ, 1992.
ACTIVITY HOURS Lectures 26 Tutorials/Workshops 13 Laboratory or Practical Classes 26 Directed Study 40 Private Study 62 Examinations 3 Assessments 5
No *F/S Marks Due Description Wtg(%) LBL 1 S 100.00 PASSIM MINI EXPERIMENTS : TESTS/REPORTS 10.00 N 2 S 200.00 PASSIM LABORATORY EXPERIMENTS : TESTS/REPORTS 20.00 N 3 S 100.00 08/11/96 ADVANCED WORK REPORT 10.00 N 4 S 600.00 END S2 3 HOUR CLOSED BOOK WRITTEN EXAMINATION 60.00 N
1 Comply with the special instructions given in each assessment
instrument.
2 Attendance is compulsory in all laboratory practical sessions.
3 To gain a C grade, a student must score over 50% in
assessments 1 and 2, AND score over 50% in the examination.
4 To achieve a B grade, in addition to meeting requirement 3, a
total mark better than approximately 70% will be required. To
achieve an A grade, in addition to meeting requirement 3, a total
mark of better than approximately 80% will be required. To
achieve a HD grade, in addition to meeting requirement 3, a total
mark of better than approximately 90% will be required.
5 The penalty for late submission of any report or assignment work
will normally be the loss of all marks for that work.
6 It is the policy of the Faculty of Engineering and Surveying NOT
to accept submission of assignments by facsimile or email.
Students in remote locations who do not have regular access to
postal services may be given special consideration.
7 For the 3 hour, closed book, final examination, calculators are
NOT permitted. Students are required to supply their own drawing
instruments, including a cheap protractor.