PHS3331

Applied physics

Dr Greg Jakovidis

12 points
* An average of 4.5 x 1-hour lectures, 1 tutorial and 5.5 hours of laboratory work per week
* First semester
* Clayton
* Prerequisite: PHS2311 and PHS2322
* MAT2030 and MAT2040 are recommended

Objectives The general aim of this subject is to introduce students to the concepts that underpin instrumentation and measurement. Experimental skills associated with analog and discrete signals and systems are also emphasised in the practical sessions. At the successful conclusion of this subject students will be able to build on their knowledge of analog and discrete signals and systems and associated types of instrumentation; obtain a grounding in various types of signals, their processing, coding and transmission; understand how signals are transmitted and the manner in which noise may be reduced; enhance their capability to use computers as a form of physical instrumentation; achieve competency in the application of these techniques in the laboratory.

Synopsis The two core theory units are signal processing and computer interfacing. (1) Signal processing: Fourier concepts, convolution, analog and pulse modulation, sampled signals, signals and noise. (2) Computer interfacing: Logic, handshaking, serial and parallel systems, synchronous and asynchronous systems, common busses used in instrumentation. The other two units may be selected from a range of third-year units taught by the department, after consultation with the subject coordinator. In addition students will attend a six-hour unit `Professional studies 1'.

Assessment Examinations (4x1.5 hours): 65%
* Laboratory work and assignments: 35%