Well, I got my Dad to help me, and he showed me how to get it to stop on my oscilloscope. Apparently there was a hidden setting I didn't know about, and he learned years ago. One of those old tips you learn from old folks![]()
Well, I got my Dad to help me, and he showed me how to get it to stop on my oscilloscope. Apparently there was a hidden setting I didn't know about, and he learned years ago. One of those old tips you learn from old folks![]()
Nigel, unless you are using some additional hardware and fancy software... PC sound-card based scopes can't handle DC voltages, since the input to the soundcard is ac-coupled...
Quite true, but I never suggested they could!.Originally Posted by evandude
As for Ultimate Dev'r, what is this "old tip you learn from old folks ", I'm an "old folk" (at least oldish) - I can only assume you have a storage scope, and he showed you how to operate it?.
PIC programmer software, and PIC Tutorials at:
http://www.winpicprog.co.uk
No; I have a really, really old oscilloscope, and he just told me to set the source to ext. and to set the VAR knob precisly in order to get the signal to stop moving.
Right, so the signal is repetative?, so you can simply lock the scope to it, and see the screen refreshed by the identical images.Originally Posted by Ultimate Dev'r
From your description, and the screen shot, I presumed it was a 'one off' signal, like many remote controls put out.
PIC programmer software, and PIC Tutorials at:
http://www.winpicprog.co.uk
May I say then, that my reply was not wrong?
A reply please, anyone?
Agustín Tomás
It's hard to say, your reply wasn't very clear - I'm presuming English isn't your first language?. If you had your location filled in, we would know where you were from, and would have more of a clue about your language skills.Originally Posted by atferrari
But, as far as I understand you, your reply was fine!.
PIC programmer software, and PIC Tutorials at:
http://www.winpicprog.co.uk
Yes, that's it.Right, so the signal is repetative?, so you can simply lock the scope to it, and see the screen refreshed by the identical images.
From your description, and the screen shot, I presumed it was a 'one off' signal, like many remote controls put out.
If your scope is triggered correctly then you should have no problem with your traces zipping across the screen, unless it is broken.Originally Posted by Ultimate Dev'r
My mother tongue is Spanish and I live in Buenos Aires - Argentina.
Nigel, just a an exception, if you understood my reply, could you please rephrase it for me? I would appreciate that.![]()
Gracias.
Agustín Tomás
Originally Posted by atferrari
I'd have put it something like this:
If the signals on channel 1 and channel 2 are syncronised with each other, and within the frequency range of the oscilloscope, you should be able to get a triggered and locked display.
As the waveform on channel 1 is the simpler waveform, it would be best to trigger the scope from that channel.
PIC programmer software, and PIC Tutorials at:
http://www.winpicprog.co.uk