Please note - Swinburne University of Technology

Content
Bipolar transistors, amplifier bias and quiescent conditions,
input impedance, output impedance gain and bypassing.
Junction field effect transistors, amplifier bias and quiescent
conditions, input impedance output impedance and gain,
by-passing, Mos devices, Amplifier fault conditions,
component parameters, frequency response and
bandwidth.
CBE-2 Analogue Fundamentals
Total hours 72 Hawthorn Prerequisite: CBE-I modules
or relevant experience.
A subject in the Diploma of Engineering, Associate
Diploma of Engineering (Electronics) or (Computer
Systems) and the Advanced Certificate in Industrial
Electronics
Content
Combination of CBE2.1 and 2.2 (see two preceding
subjects).
CBE 3.1 Operational Amplifiers
Total hours 18 Hawthorn Prerequisite: CBE-l & 2
modules or relevant experience.
A subject in the Associate Diploma of Engineering
(Electronics) or (Computer systems), the Advanced
Certificate in Industrial Electronics and the Certificate in
Basic Electronics.
Content
Operational amplifier characteristics - ideal and actual,
open loop comparator, closed loop inverting and noninverting
amplifiers, voltage followers, summing and
difference circuits, impedance characteristics, common
mode rejection, slew rate and gain bandwidth ~roduct.
CBE 3.2 Oscillators
Total hours 18 Hawthorn Prerequisite: CBE-l & 2
modules & CBE 3.1 or relevant experience.
A subject in the Associate Diploma of Engineering
(Electronics) or (Computer systems), the Advanced
Certificate in Industrial Electronics and the Certificate in
Basic Electronics.
Content
Barkhausen criterion and phase margins, phase shifts,
weinbridge, schmitt trigger and crystal oscillators, 555
principles mono and astable application.
CBE 3.3 Power Control Devices
Total hours 18 Hawthorn Prerequisite: CBE I G 2
modules or relevant experience.
A subject in the Associate Diploma of Engineering
(Electronics) or (Computer systems), the Advanced
Certificate in Industrial Electronics and the Certificate in
Basic Electronics.
Content
Silicon control rectifiers, phase control (0-90' & 0-180°),
diacs, triacs, phase control (0-90' & 18O0-270') and (0-360°),
parameters.
CBE 3.4 Transducers
Total hours 18 Hawthorn Prerequisite: CBE 1 & 2
modules or relevant experience.
A subject in the Associate Diploma of Engineering
(Electronics) or (Computer systems), the Advanced
Certificate in Industrial Electronics and the Certificate in
Basic Electronics.
Content
Transducers types and symbols, operating principles and
parameters, applications, selection data, inteufacing.
CBE -3 Analogue Applications
Total hours 72 Hawthorn Prerequisite: CBE 162
A subject in the Diploma of Engineering, Associate
Diploma of Engineering (Electronics) or (Computer
Systems) and the Advanced Certificate in Industrial
Electronics.
Content
Combination of CBE 3.1,3.2, 3.3 & 3.4 (see the 4preceding
modules).
CBE 4.1 Digital Fundamentals
Total hours 36 Hawthorn Prerequisite: CBE 162
modules or relevant experience.
A subject in the Associate Diploma of Engineering
(Electronics) or (Computer systems), the Advanced
Certificate in Industrial Electronics and the Certificate in
Basic Electronics.
Content
Number systems, logic states and gates, combinational logic,
encoders, decoders and multiplming, displays, flip-flops, shifi
registers, counters-ripple and synchronous.
CBE 4.2 Digital Electronics
Total hours 18 Hawthorn ?rerequisite: CBE-1 G2
modules and CBE 4.1 or relevant experience.
A subject in the Associate Diploma of Engineering
(Electronics) or (Computer systems), the Advanced
Certificate in Industrial Electronics and the Certificate in
Basic Electronics.
Content
TTL and CMOS gates, open collector, logic family
characteristics, noise margins, propagation delays, power
dissipation and interfacing.
CBE 4.3 Introduction to Microprocessors
Total hours 36 Hawthorn Prerequisite: CBE-162
modules and CBE 3.1, 4.1 and 4.2 or relevant experience.
A subject in the Associate Diploma of Engineering
(Electronics) or (Computer systems), the Advanced
Certificate in Industrial Electronics and the Certificate in
Basic Electronics.
Content
Minimum system architecture, memory systems and
addressing, memory operation, programmers model,
registers-general and special purpose, machine code,
assembly and high level language, machine cycles and
operations, addition and subtraction, programming, I/O
and peripherals, D-A & A-D conversion.
Swinburne Univenify of Technology 1997 Handbook 17