these measurements, and especially the overview diagram are well done!
Thank you Frank, but for the diagram, you showed me the way, which is, to my opinion, the most concise one.
I return the compliment to you.
I think we'll open une bouteille de Moussy Maurice, ce soir..
Seems to be be a good choice! Birthday?
Santé !
One question: the NPLC 0.02 and NPLC 0.2, are these measurements done in real time, i.e. each 40µs / 400µs?
At 0.02 and 0.2 NPLC the 34461A, running either at 50Hz or 60 Hz have the same aperture times: 3ms at 0.2 NPLC and 0.3ms at 0.02 NPLC. The Auto Zero fonction doubles the time between 2 samples. Some time ago I measured 6.444 ms at 0.2 NPLC, AutoZero ON (from the front panel).
You have probably looked carefully to the Excel file and noticed that NPLC 0.02 and 0.2 data are not the 14 decimal places as for the other measurements, and this is probably why you are asking.
This is my mistake.
As previously mentionned, I moved my device in a bedroom with no LAN connection. So, all measurements have been performed the same way, from the front panel, data saved on a USB stick.
My mistake occured during the moves from the USB stick to Excel, and saving from Excel to CSV format. You probably know that within Excel, when saving to the csv format, you save what is visible in your cells. In my case, I had data in scientific notation, with 2 decimal places and saved to csv format like this.
When I discovered my mistake, all original files on my USB stick where deleted ...
So, I performed again all measurements except the 0.2 and 0.02 NPLC measurements because in fact that does not affect really the final results.
A long story ...
Jean