48531 Electromechanical Systems
All notes are in PDF files. To read them, 
The
information contained in this webpage is also available
in UTSOnline.
Recent
Announcements:
No. Date Contents
1.
Please download and check the Timetable and Tut&Lab Group
Allocation. If you find
the group allocation is not convenient to you,
please let us know your
preferred group by sending an email to:
joe@eng.uts.edu.au
2.
for $23 per copy
(CN1198)
3.
26/3/04 The following
adjustment has been made to the lab and tutorial sessions:
(a) Current Groups
C&D will have lab and tutorial together;
(b) A new
lab&tutorial group is formed by the following students:
Silas Wan, Ken
Quach, Peter Moorey, Jason Cameron, Geoffrey Hughs,
Doan Le, Jeff
Lee, Nadarajah Veluppillai,Chris Ross, Morgan Pettersson,
Ankit Taneja,
Matt Stevenson, Sam Louis Pilcher,Dan-Eng Lee,
Christian
Enriquez,Joshua Augustinus,Robert Jun Yin,James Davis,
Jonathan Lau, Jason Hayer, Noel
Singh,Abhishek Chakraborty, Dominie Kelly,
Sarah vincent,
phuong heong, regg chambra, hau ha, roy simon, rohan venkathaman,
Adrian Mak
They will have
labs and tutorials on Tuesday afternoons.
For detail, please
see the new timetable here or in UTSOnline/course documents.
4.
from
i.e. Electrostatics,
Magnetostatics, Electromagnetic Induction, Electric Circuit Analysis,
Magnetic Materials,
Magnetic Circuit Analysis, and Transformer.
No formula sheet is allowed.
Past
Exam Papers:
1. Mid-semester exam papers and solutions for
Spring Semester 00
2. Mid-semester exam papers and solutions for Autumn Semester 99
3. Final exam papers of Autumn Semester 99 and Spring Semester 99
4. Mid-semester exam paper and solution of Spring Semester 2001
Before
you start, please read License Agreement .
Lecture
Notes:
Chapter 1. Subject Overview and Time Table
Chapter 2. Electrostatics
Presentation Slides
Solutions to Exercise Problems
Chapter 3. Steady Electric Currents
Presentation Slides
Solutions to Exercise Problems
Chapter 4. Magnetostatics
Presentation Slides
Solutions to Exercise Problems
Chapter 5. Electromagnetic Induction
Presentation Slides
Solutions to Exercise Problems
Part II. Circuits
Chapter 6. DC and AC Circuit Analysis ( Part
A, Part B, & Part
C )
Presentation Slides
Chapter 7. Magnetic Materials and
Magnetic Circuit Analysis
Presentation Slides
Solutions to Exercise Problems
Part III. Devices and Systems
Chapter 8. Transformers
Presentation Slides
Chapter 9. Principles of Electromechanical
Energy Conversion
Presentation Slides
Solutions to Exercise Problems
Chapter 10. Stepping Motors and Their Power
Electronic Drives
Presentation Slides
Chapter 11. Voice Coil Motors
Presentation Slides
Chapter 12. Brushless DC Motors
Presentation Slides
Chapter 13. Introduction to Other DC and AC Motors
Presentation Slides
Chapter 14. Summary
Laboratory
Notes:
Laboratory Guidelines
Lab. 1. Capacitance
Reading Materials: (a) DC and AC Circuit Analysis, Part A, B, & C
(b) AC Resonance
Lab. 2. Inductance
Lab. 3. Transformer
Lab. 4. Reluctance
Devices
Reference
Experimental Step Response of Lybo-Tech Reluctance
Motor
(Excel Worksheet for comparison with your numerical solution in Lab.4)
Lab. 5. Stepping
Motors
Reading:
Report on Lyb-o-Tech 3-phase stepping motors
Reading: Step
Response
MATLAB code to
calculate J
MATLAB code to calculate
reluctances
MATLAB code to
plot responses
SIMULINK diagram for
step response simulation
Lab. 6. PM Brushless DC Motor
Reference
Block Diagram of
LYBOTEC Inverter
Assignment
Notes:
Assignment
Guidelines
Assignment Material
for Topic 1
Assignment Material for Topic
2
Assignment Material for Topic
3
Assignment Material
for Topic 4
Assignment Material for
Topic 5
Assignment
Material for Topic 6
Assignment Material for Topic 7
Assignment Material for Topic 8
Tutorial
Software:
Transformers
(700 kb zip
file)
Stepping Motors (1.8 Mb zip
file)
PM Brushless DC Motors
(200 kb zip
file)