Applied virtual instrumentation
This book covers the fundamental knowledge needed for interfacing sensors with a PC using the new framework of virtual instrumentation. The authors focus on the knowledge required by a non-professional to develop a modern monitoring system. Specifically written for senior undergraduates in engineering and science, as well as practising engineers and researchers with an interest in using computer-based instrumentation, but with limited knowledge of computer hardware and monitoring software, the text contains numerous numerical and programming examples. An accompanying CD-ROM features data and program files that can be used to facilitate the preparation of experimental demonstrations.
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LabVIEW and HP VEE Packages
Signals and Measuring Configuration
6 other sections not shown
accelerometer amplitude analog input analog signal Application Font Beasley 48 block diagram bus mastering channel Click components configuration connected converter DAQ board DAQ card data acquisition data acquisition boards Data Input pin Data Output pin data transfer digital signal display Doebelin 27 equation example experimental set-up Figliola & Beasley File filters front panel function GPIB card GPIB instruments graphical programming hardware Hewlett-Packard HP VEE HP VEE program HP-IB icon inductive sensor input signal installed instrument control instrument driver interface LabVIEW Laptop Library linear Liquid Level loop MATLAB MATLAB program measuring device National Instruments noise operational amplifier output voltage Palette PC cards PCI bus PCMCIA personal computers plot potentiometer processing pulse resistance sampling rate Select shown in Figure slot strain gauge SubVI Sweep oscillator temperature thermistors thermocouple transducers virtual instrument voltage output voltage range waveform window Wire