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PXIe 4082 Sensitivity measurments

Hello,

I am trying to determine the sensitivity (minimum value instrument can measure) for Resistance and Inductance measurements for the PXIe 4082.

 

Here is the spec sheet

 

https://www.ni.com/docs/en-US/bundle/pxie-4082-specs/page/specs.html

 

It lists the minimum range but not the sensitivity. 

 

Thanks

Dan Shangraw, P.E.


   

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I'm not sure if I'm understanding your question correctly.  When you say sensitivity for resistance are you saying Ohm/volt sensitivity?  You may want to take a look at the spec overview for the PXIe-4082 sensitivity:

 

https://www.ni.com/en-us/shop/model/pxie-4082.html

 

And a couple more additional resource below:

https://www.ni.com/en/shop/electronic-test-instrumentation/digital-multimeters/dmm-measurement-funda...

http://www.allaboutcircuits.com/textbook/direct-current/chpt-8/voltmeter-impact-measured-circuit/

Jonathan R.
Applications Engineer
National Instruments
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Hello Jonathan,

 

I am looking for the sensitivity

 

2. Sensitivity

Sensitivity is the smallest unit of a given parameter that can be meaningfully detected with the instrument when used under reasonable conditions. For example, assume the sensitivity of a DMM in the volts function is 100 nV. With this sensitivity, the DMM can detect a 100 nV change in the input voltage.

 

Where or how can you determine this value for the PXIe 4082

 

I am looking at resistance and inductance measurements

 

Thanks

Dan Shangraw, P.E.


   

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I just realized that you posted this on the incorrect forum.  You may have better luck here.  Regarding an answer to your question this isn't so straightforward and I would suggest you create a service request with us if you have a service agreement.  I'll try to look into this a little deeper but I think you'll get additional hits on your post if you post this in the correct forum post. 

 

Thanks,

Jonathan R.
Applications Engineer
National Instruments
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OK I created a service request.

 

I will post my answer when I get a response.

 

Thanks

Dan Shangraw, P.E.


   

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