J. L. Trantham wrote:
Are you just seeing the transient as it reaches a new equilibrium of temperature after which it would reduce to a background drift rate or is this the observation after it has stabilized?
I think doing the type of long-time log that I proposed may help in getting to know the behaviour better. One of my counters has a nifty real-time update distplay and I set it to 5 sec time-base and see how it slowly updates. If it was even niftier it would scroll the display continously as an option, but you can't get it all.
Oh, when I described means to estimate drift parameters out if the frequency derivate, then again the need for zero dead time is there, between the frequency or time samples (whichever is used). Picket fence techniques should be used. The TADD-2 may come in handy. Oh, got to play some more with mine.
Cheers, Magnus _______________________________________________ time-nuts mailing list -- [email protected] To unsubscribe, go to https://www.febo.com/cgi-bin/mailman/listinfo/time-nuts and follow the instructions there.
