Igor in the classroom at Monash E&CSE

This is a collection of simulations prepared by Professor D L Morgan, using Igor, by Wavemetrics.

They can be run using the class licence arrangement in both the B35 and B72 computer labs. Please read the conditions of this. You are allowed to install this on your own computer for educational purposes. CDs are available on loan from Prof Morgan.

You can also run them under the free Demo version or the US$85 student version

ECE2061 Linear Electronics	ECE2062 Nonlinear Electronics See also ECE2061	ECE4084 Biomechanics	ECE4081 Biomedical Instrumentation
Bode plots	Exponentials	Compass walking Template Solution by energy Solution by moment
Diode depletion layers	Second order systems	Force Plate Data Solution	Binding of oxygen to haemoglobin
BJT depletion layers	First order square wave responses
Diode non-ideality	Sampling oscilloscope	Randomising groups
FET characteristics	FET switch	Huxley 1957 muscle model Solution
BJT charcteristics	Switching losses
4 resistor BJT bias	ECL	Multi-sarcomere fibre
	CMOS	Distributed Ventral Root stimulation
	Transmission line propagation
	Multivibrator (2007 exam)

Igor in the E&CSE classroom at Monash.

ECE2061 Linear Electronics

ECE2062 Nonlinear Electronics See also ECE2061

ECE4084 Biomechanics

ECE4081 Biomedical Instrumentation

ECE2062 Nonlinear Electronics
See also ECE2061