thanks for this as someone returning to electronics for my hobby of 9 bit micros i have not sued one for decades , so this really bought it all back for me
thank you it was a quick intro to o.scope. I want to use it to find noise source in electrophysiology rig, and it would be awesome if you made a video of it,
Thank you. Can you get longer length probe wires. I have the same scope that you're using and would like to use it on auto repair but have a hard time with the short lead.
I've never seen probes with leads longer than about 1m, but you can always extend it with your own wire or a coax cable. This may introduce signal integrity issues, but unless you're looking at stuff in the hundreds of MHz you'll probably be fine.
thanks for this as someone returning to electronics for my hobby of 9 bit micros i have not sued one for decades , so this really bought it all back for me
By far the clearest and both concise on YT. Thanks!
Excellent! Concise and clear. Thank you.
Thanks just what I needed. Great video
Sorry about the autofocus glitchces and the noisy audio... I'll have to re-shoot this sometime after the Cummings construction has finished. :-)
Thank you so much ❤❤
That was so useful
Thank you. I just learned something about oscilloscope.
thank you it was a quick intro to o.scope.
I want to use it to find noise source in electrophysiology rig, and it would be awesome if you made a video of it,
Good Luck with Channel
Thanks. It helped a lot
Thank you. Can you get longer length probe wires. I have the same scope that you're using and would like to use it on auto repair but have a hard time with the short lead.
I've never seen probes with leads longer than about 1m, but you can always extend it with your own wire or a coax cable. This may introduce signal integrity issues, but unless you're looking at stuff in the hundreds of MHz you'll probably be fine.
can you please elaborate on how does the trigger actually work?
Should have used a laser pointer, or a fixed focus camera
Hello