Technical data

Contents
Agilent VEE - Practical Graphical Programming xxi
Simulation and MATLAB
®
VEE Pro Application Simulations 307
Overview 308
Exercise 14.1 - Simulating an Instrumentation Amplifier 310
Generating a differential signal with an ideal instrumentation
amplifier 310
Examining the ability of an IA to measure a small signal buried in
noise 313
Changing the differential gain of the instrumentation amplifier
by a factor of ten 314
Exercise 14.2 - Simulating a Strain Gauge 316
Constructing a four-element simulated strain gauge 316
Exercise 14.3 - Exploring Fluid Flow Devices 322
Constructing a four-element simulated strain gauge 322
Exercise 14.4 - Converting Among Four Number Systems 325
Converting among four number systems 325
Exercise 14.5 - Investigating Telecommunications Waveform
Te s t i n g 327
Testing the parameters of a telecommunications signal 327
Summary 330
Function Simulations 331
Overview 332
Exercise 15.1 - Simulating Time-Domain and Frequency-Domain
Integrated Waveforms 334
Devising time-domain and frequency-domain monitors for a
waveform 334
Devising a simulated square wave 336
Devising simulated triangular and ramp waveforms 337