Partnered Output Coils - Free Energy

[MarkE]

In a 4 ch. scope, at a decent sample rate we are talking about 4 Gs/s at 12 bits.  There's real money in acquisition that is that fast. 

[MileHigh]

From Verpies:

<<<
P.S.
If you want to buy a cheap good scope I recommend the Rigol DS1054Z because it costs only $399 and can be hacked up to 100MHz for free.
Watch this video and this video
>>>

https://www.youtube.com/watch?v=ETCOhzU1O5A

Looks like a winner!

[ramset]

Well
lets make it happen...

Chetkremens@gmail.com or PM  here.

[MileHigh]

Two out of four channels with 10 bits for $499 is the modified dream then.   

[MileHigh]

TK:

Here is a little Easter Egg for you:

http://www.cibomahto.com/2010/04/controlling-a-rigol-oscilloscope-using-linux-and-python/

I read somewhere where somebody said that there is no point in displaying an 800 x 600 screen on a full-sized VGA monitor.  So the display will look great on the scope display itself, but not on a VGA monitor.   Perhaps using Matlab and SPCI or VISA for control of the scope under Linux, you could pull in the waveform buffer that's currently displayed on the screen.  Then it would be rescaled and resampled to look beautiful and smooth and clean on your high-resolution VGA display.  So it would not be a live display on a larger monitor, but whenever you wanted you could click a button and 1/2 second later you would have that waveform on your VGA display, including the intensity gradation, with virtual gain and timebase controls running on your Linux CPU so at least you could poke around on the waveform buffer in your computer memory.

It would be great if a home brew community developed around this scope, and I think the chances are pretty good.  It's a brand new awesome scope and there is already a history for other models.

That was my Googlegasm experience.