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Analog and Digital LabView Project | EST 212, Study Guides, Projects, Research of Electrical and Electronics Engineering

Southern Illinois University (SIU) - CarbondaleElectrical and Electronics Engineering
Prof. Martin A. Hebel

Material Type: Project; Professor: Hebel; Class: Industrial Process Control Lab; Subject: Electronic Systems Technolgies; University: Southern Illinois University Carbondale; Term: Unknown 1989;

Typology: Study Guides, Projects, Research

Pre 2010

Uploaded on 09/24/2009

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Analog & Digital LabView Project
Using the LabJack and LabView, connect components as needed and build a LabView
interface to perform the following:
• Read the voltage of a potentiometer and display the voltage:
o In a text box
o On a meter or gauge
o Plot the value on a graph in real time.
• Use a virtual switch to control an LED connected to the LabJack (be sure to use a
current limiting resistor).
• Show your finished interface to the instructor when complete. Both team
members should be prepared and able to make simple modifications to the
system.
Grade: Up to 25 points.
Extra credit (5 pts): Modify the program so that the LED lights automatically when
voltage is at or above a setpoint voltage and de-energizes below. The setpoint will be set
using a dial on the interface. To be accomplished AFTER the main part is working
without the instructor’s help.

Partial preview of the text

Download Analog and Digital LabView Project | EST 212 and more Study Guides, Projects, Research Electrical and Electronics Engineering in PDF only on Docsity!

Analog & Digital LabView Project

Using the LabJack and LabView, connect components as needed and build a LabView interface to perform the following:

  • Read the voltage of a potentiometer and display the voltage: o In a text box o On a meter or gauge o Plot the value on a graph in real time.
  • Use a virtual switch to control an LED connected to the LabJack (be sure to use a current limiting resistor).
  • Show your finished interface to the instructor when complete. Both team members should be prepared and able to make simple modifications to the system.

Grade: Up to 25 points.

Extra credit (5 pts): Modify the program so that the LED lights automatically when voltage is at or above a setpoint voltage and de-energizes below. The setpoint will be set using a dial on the interface. To be accomplished AFTER the main part is working without the instructor’s help.