I worked through section 2.10 and everything has worked as expected. A quick update:
1) I like the fact that the runt trigger (2.4.8 ) example produces runts of different amplitudes
2) The input coupling example (2.5) is also nice for showing how AC coupling allows you to see noise/ripple on a DC signal [see attached]
3) Roll mode demo (2.6) was also helpful, since this can be hard to demo otherwise
4) The noisy square wave to show the effect of averaging (2.7.1) is a nice demo. I did however increase the number of average above the recommended 16 to get a more dramatic "cleaning up" of the signal [see attached]
5) The peak detector (2.7.2) demo was also helpful, but here I did wish the manual explained
why you see the double line
6) And I always like a nice persistence demo (2.10) The "intermittent" signal that shows up when persistence is enabled could also be used for some advanced triggering exercises and/or as a way to demonstrate the effect of acquisition rate (how long until you see the signal?) I'll probably experiment with this more later. [see attached]
My plan is to skip ahead and do all the serial decode examples next, since I did videos on most of these already
I'm intentionally saving FFT for last, since this is also a challenging thing to demonstrate.
Am I happy with it so far? Yes, very