T
treez
Guest
Hello,
The Testec SI9002 differential probe says it is accurate to +/-2%. Does that mean +/- 28V? (I am referring to when on the 1:200 range)
Testec differential probe (SI 9002)
https://www.farnell.com/datasheets/10524.pdf
....SI9002 is on the 12th page..it says 2%, but does not say 2% of what?
By the way, we are connecting the diff probe to the DPO2024 tektronix scope, and using that on the 100V/div range.....
DPO2024 oscilloscope
https://www.farnell.com/datasheets/1854407.pdf
.....Accuracy is mentioned on page 8 but not for the 100v/div range.
Its just that we've got a PFC output going up to 440V on constant load and wonder how accurate this is?...(the PFC output caps are only rated 450v, and we haven't got round to doing sudden full-load to no-load testing on it)
We got the PFC made for us by outsiders.
The Testec SI9002 differential probe says it is accurate to +/-2%. Does that mean +/- 28V? (I am referring to when on the 1:200 range)
Testec differential probe (SI 9002)
https://www.farnell.com/datasheets/10524.pdf
....SI9002 is on the 12th page..it says 2%, but does not say 2% of what?
By the way, we are connecting the diff probe to the DPO2024 tektronix scope, and using that on the 100V/div range.....
DPO2024 oscilloscope
https://www.farnell.com/datasheets/1854407.pdf
.....Accuracy is mentioned on page 8 but not for the 100v/div range.
Its just that we've got a PFC output going up to 440V on constant load and wonder how accurate this is?...(the PFC output caps are only rated 450v, and we haven't got round to doing sudden full-load to no-load testing on it)
We got the PFC made for us by outsiders.
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