LabVIEW Opamp Circuit Homework Solution with USB6008 Measurements

  • Context: Engineering 
  • Thread starter Thread starter Shaq Melbourne
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    Circuit Opamp
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SUMMARY

The discussion focuses on creating an I-V characteristic circuit using LabVIEW with measurements taken from a USB6008 device. The voltage follower circuit supplies the voltage (VS) for the floating source measurements (AIa and AIb). Participants share their LabVIEW files and images of their circuit attempts, confirming that the initial solution is correct. The conversation highlights the importance of proper file formats for sharing LabVIEW projects.

PREREQUISITES
  • Understanding of LabVIEW programming environment
  • Familiarity with USB6008 measurement device
  • Knowledge of voltage follower circuit design
  • Basic concepts of I-V characteristic curves
NEXT STEPS
  • Explore advanced LabVIEW data acquisition techniques
  • Learn about USB6008 configuration and troubleshooting
  • Study voltage follower circuit applications in measurement systems
  • Investigate I-V curve analysis methods in electronic circuits
USEFUL FOR

Students in electrical engineering, LabVIEW developers, and anyone involved in circuit design and measurement using USB6008 devices.

Shaq Melbourne
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Homework Statement


The task States to build the I-V characteristic circuit where AIa and AIb are floating source measurements taken with the USB6008 and VS is supplied by
the voltage follower circuit.
I've also attached the actual script, for added context.
IMG_20181023_141251.jpg

Homework Equations

The Attempt at a Solution


I've attached the LabVIEW file of my attempt, which is a follow up from the first task, which I've been told is correct.
 

Attachments

  • IMG_20181023_141251.jpg
    IMG_20181023_141251.jpg
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  • Screenshot_20181022-123646.jpg
    Screenshot_20181022-123646.jpg
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Welcome to the PF. :smile:
Shaq Melbourne said:
I've attached the LabVIEW file of my attempt,
I'm not seeing your work on the problem...
 
berkeman said:
Welcome to the PF. :smile:

I'm not seeing your work on the problem...
My apologies, when attaching the it said it was an unsupported file format, so I attached a picture of the LabVIEW circuit I made. I've made some progress which is seen in the following picture.
 

Attachments

  • 15403067158732658543578588038882.jpg
    15403067158732658543578588038882.jpg
    37.2 KB · Views: 355

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