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Explore options to upgrade EECE labs using LabVIEW, an industry-standard software for control, data acquisition, and virtual instrumentation. Learn about LabVIEW in industry and education and propose equipment upgrades for a modernized lab experience.
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PURSUE Project PP-105-01S Enhancement of the EECE Introductory Laboratories Through LabVIEW Data Acquisition System Presented by Michael J. Elyea
Introduction • EECE lab needs modernization • LabVIEW as the centerpiece of upgrade • Investigate LabVIEW in industry and schools • Define equipment needs • Propose options for lab upgrade
What is LabVIEW? • Flexible software which allows: • Control/Data acquisition of remote instruments • Creation of virtual instrumentation • Test sequencing • Process control • Becoming the industry standard
LabVIEW in Industry • Some industries segments using LabVIEW • Defense aerospace • Semiconductor manufacturing • Biomedical • Common uses • Research and development • Production testing • Chemical analysis
LabVIEW in Industry • Sample of those using LabVIEW • CTS Wireless Components • Honeywell • Intel • Los Alamos National Laboratory • Motorola • Philips • Sandia National Laboratory
LabVIEW in Education • Now common in engineering programs • Mechanical engineering • Beam deflection • Vibration analysis • Electrical engineering • Introductory programming labs • Component characterization • Circuit response • Process control
LabVIEW in Education • Sample of schools using LabVIEW • Duke University • University of Minnesota • University of Pennsylvania • University of Sydney • University of Toronto • Tufts University • University of New Mexico
EECE Laboratory Today • Tektronix test stations • Six stations for EECE 206; six for EECE 327 • All equipment 10-15 years old • Limited ability to control via computer • Equipment no longer supported by manufacturer
Recent Upgrade by SIPI • Needed modern equipment for electronics program • Gained feedback from local industry • Required physical instruments • LabVIEW integrated into upgrade
Laboratory Equipment Needs • New test stations • Hardware • Test equipment controllable via local or PC • High quality • Common to industry • Software • LabVIEW implementation • Instrument drivers
Options = $525
Options = $1225
Options = $4125
Options = $6995/$7695
Observations • Internal PC instrumentation good but lacks hands-on control • Less costly than adding external equipment • Same functionality as more costly option • Instrumentation limited by PC bus slots
Observations • Purchase of new physical equipment expensive • With physical equipment, students get hands-on and LabVIEW experience • Security issues with physical equipment
Recommendations • If budget allows, purchase physical instrumentation and LabVIEW package • Consider both types of stations to save money: • PC instrumentation option • Physical instrumentation
Conclusion • EECE lab must be upgraded • LabVIEW is pervasive in industry and academia • LabVIEW provides a flexible platform for electronics testing • Several viable upgrade options exist • Options can be combined for cost savings
Acknowlegements • Eric Boysen – NM LabVIEW Users Group • Dr. John Panitz – UNM Physics Department • Dean Pershall – SIPI • National Instruments - Technical Sales • Tektronix – Technical Support Group • Countless others who endured my questions