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The Virtual Instruments: Presentation 3

This presentation discusses the introduction of a new hardware board, the PCI6111E DAQ Board, for virtual instruments. It explores its capabilities, such as input and output sampling speed and range, and compares the advantages of virtual instruments over real hardware. It also highlights the ultimate implementation, including optimizing the lab setup, using a real power supply and virtual oscilloscope, and the future steps for testing and implementing the new board.

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The Virtual Instruments: Presentation 3

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Presentation Transcript

  1. The Virtual Instruments:Presentation 3 Presented By: Jace Curtis Advisor: Dr. Arthur Broderson http://www.vubme.vuse.vanderbilt.edu/group19_99

  2. Progress: • Overview • New Hardware Board • Comparison of Real Vs. Virtual

  3. Hardware Change: • New Acquisition Board • Model: PCI6111E DAQ Board • Capabilities • Input Sampling Speed (1.25MHz to 5MHz) • Input Sampling Range (+/- 5V to +/-21V) • Output Speed (1MHz to 4MHz) • Output Range (+/- 10V - unchanged)

  4. Ultimate Implementation: • Optimize Lab Setup • Real Power Supply (cost, simplicity) • Virtual Oscilloscope (cost, accuracy, ability to save/print screens) • Low Frequencies: Virtual function generator (frequency accuracy) • High Frequencies: Real function generator

  5. Oscilloscope

  6. Function Generator

  7. Dual Power Supply

  8. Future: • Next Step • test range of new board from real function generator • test on actual circuits • outline 12 labs for EECE213

  9. Acknowledgements: • Thanks to Dr. Arthur Broderson and Lason Watai

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