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lscalambrin

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  1. HI @attila, I see. Then, it seems that the drift is way smaller than what it is written on the datasheet. Interesting. Thanks for all your help! Best, Luca
  2. Hi @attila, Once again, thanks for your answer. It seems that it will not work for me, because I wanted to measure the drift of a clock which is around 40ppm, so having 50ppm in the oscillator makes it impossible, as far as I know. Maybe I should use a dev kit with a GPS signal or something similar to measure a drift in the order of 40ppm. What do you think ? Thanks!
  3. Awesome @attila. Thanks! Another quick question: Do you have some information regarding the drift (ppm) of the clock used in the digital discovery? Because I couldn't find it on the datasheet. I am using the logic analyzer to measure the drift of another device, so I just wanted to be sure that the drift of the digital discovery itself is not affecting my measurements. Thank you very much! Best, Luca
  4. Hi all, I am Luca, a telecommunications student, and I would like to know if someone could help me with one question. I've been using digital discovery for some days, but I can not find a way to use the repeated mode when using 256Msamples. Even though I chose the repeated mode, it only runs for one time and then it stops. If I want to have different measurements, I have to, manually, click the "run" button. Is this a limitation of the hardware ? Also, I would like to know if you have some information regarding the drift (ppm) of the clock used in the digital discovery, because I couldn't find it on the datasheet. Thanks a lot for your time.
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