You connect your scope's ground to the ground terminal of your audio output (mini jack for example). Then one of the audio channels to the X side and another one to the Y side. The scope must be working in XY mode (no time base).
you can download a signal generator and then work out the correct waves for x and y to generate various signals. then simply record each signal and compile them with garageband or some other audio editor.
You connect your scope's ground to the ground terminal of your audio output (mini jack for example). Then one of the audio channels to the X side and another one to the Y side. The scope must be working in XY mode (no time base).
This is really cool, I tried it out.
you can download a signal generator and then work out the correct waves for x and y to generate various signals. then simply record each signal and compile them with garageband or some other audio editor.
Hello... the little fluctuating is not scope fault. Is a poor quality sound card.
if i want to see this on my scope, like a tv it has 4 inputs, i use 2 as + and the other 2 as ground?
It would if you had your sound card output hooked up to the deflection coil op amps directly :P Kinda dodgy but would work.
Why is that? I believe that if you keep the magnetic field emitted from the coils reasonably low then everything is safe.
I'd really like to know this, too. Did you find out?
Is there a way to design new wav files? For instance, if I wanted to write something, how would I go about designing the correct wave form?
i kind of did that. maybe the amps are just to slow
WOW YEA! Works! On my oscilokope!
Sorry but I have no idea about that
too bad it didnt work on a regular crt tv.
Be careful - You may end up emitting x-rays.
cool :o
i mean weak
Hello... the little fluctuating is not scope fault. Is a poor quality sound card.
Why is that? I believe that if you keep the magnetic field emitted from the coils reasonably low then everything is safe.