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Blog Programmable Electronic Load - Write a LabVIEW Library part 3: Close Block
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  • Author Author: Jan Cumps
  • Date Created: 4 Mar 2018 8:14 PM Date Created
  • Views 615 views
  • Likes 5 likes
  • Comments 1 comment
  • rt_rt
  • msp432
  • labview
  • scpi
Related
Recommended

Programmable Electronic Load - Write a LabVIEW Library part 3: Close Block

Jan Cumps
Jan Cumps
4 Mar 2018

Peter, Jon and I are building a Programmable Electronic Load. In this series of blogs I'm building a LabVIEW library of reusable components

 

image

In this third article: Close all instrument resources

 

LabVIEW has a set of blocks to build flows with serial communication devices. Those blocks work well with our instrument.

However, inspired by what many instruments do, I'm creating more abstract blocks.

 

Close Block

 

This blog is easy. It closes all resources assigned to the instrument and makes it available for new projects. It also closes the error flow*.

image

 

For the Close block, the input parameters are

  • VISA resource name eload
  • delay before read (ms)
  • error in (no error)

The output parameters are

  • none

 

After running this block, the instrument is free to be used by other flows. All resources and claims are released.

Close

The block is simple to use. Append it as the very last step in the flow. The resources are released and any error is logged..

 

LABView blocks
LabVIEW Library part 1: Initialise Block
LabVIEW Library part 2: Read Output Block
LabVIEW Library part 3: Close Block
LabVIEW Library part 4: Function Set Block
LabVIEW Library part 5: Input Control Block
LabVIEW Library part 6: Raw DAC Block
LabVIEW Library part 7: Raw ADC Block
Real World Examples
Programmable Electronic Load - Automating a DC Switcher Efficiency Test with LabVIEW
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  • genebren
    genebren over 7 years ago

    Nice write up in your continuing blog on the Programmable Electronic load.  Keep up the good work!

    Gene

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