EMC noise in instrumentation amplifier.

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SUMMARY

The discussion centers on concerns regarding electromagnetic compatibility (EMC) noise affecting data integrity in a laboratory setting using the ADInstruments Powerlab 16/30 data acquisition system. The user, Jonathan, is moving his setup next to a hospital's main electrical room and seeks advice on potential EMC issues. Experts recommend measuring the specific types of noise present, such as inductive 50/60 Hz pickup or RF interference, to assess risks accurately. The Powerlab 16/30 features built-in low pass filters that can mitigate high-frequency noise, enhancing data reliability.

PREREQUISITES
  • Understanding of electromagnetic interference (EMI) concepts
  • Familiarity with data acquisition systems, specifically ADInstruments Powerlab 16/30
  • Knowledge of signal integrity and noise types (inductive, RF, etc.)
  • Experience with measurement tools for EMC analysis
NEXT STEPS
  • Research methods for measuring electromagnetic interference in laboratory settings
  • Learn about the specifications and capabilities of the ADInstruments Powerlab 16/30
  • Investigate techniques for implementing low pass filters in data acquisition systems
  • Explore best practices for setting up laboratory equipment near electrical sources
USEFUL FOR

Researchers, laboratory technicians, and engineers working with sensitive data acquisition systems who need to ensure data integrity in environments with potential electromagnetic interference.

lavoie23
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Hello,

First thread on this forum! Thank you for giving me you're opinion about a question that I have.

I am using a data acquisition system (ADInstruments Powerlab 16/30) to record muscular activity from electrodes. So far, everything is working properly.

I recently got an approval to move my setup into a new lab. However, it's situated right next to the main electrical room of the hospital I am working for.

My question is: Do I have to worry about the EMC noise? Is there a danger for my data's integrity?

Thank you very much!
Jonathan
 
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There is no way to answer that question without knowing more details.
The best thing to do would be to get someone to come and actually measure the room fopr you.
However, even a measurement will only be helpful if you know exactly WHAT kind of noise you are sensitive to, i.e. are you sensitive to inductive 50/60 HZ pickup, RF, noise on the mains etc.

You should always worry amount EMI when working with small signals.
 
I looked at the Powerlab 16/30 specifications and it has a built-in low pass filters that might be of help to get rid of any noise above the response frequencies you are looking at.
 

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