Complete information on working SM style device.

[chrisC]

Okay...I think I get it...fire each coil at different times exactly 120 degrees with respect to the original frequency?  The 120 actually determines the firing "timing"...a four cylinder engine fires 90 degrees as an analogy right?

Just like those diagrams of AC phase I referred you to earlier. It's the timing of the signals within a 360 degree repetition cycle. (A leads or lags B etc - just the frequency, nothing to do with amplitude). Perhaps this is not the right place to discuss these elementary concepts. Sorry I didn't mean it offensively.

I think this thread should allow those people on 'bleeding' edge to discuss Spherics's insights of which many of us will find very interesting to say the least! Goto go to bed. It's almost 2 am!

cheers
chrisC

[konduct]

I am more of a mechanical person so... What you guys are basically trying to do is get traction on the spin of an electron. I understand the theory of operation but I am a little dusty on circuits. I didn't say anything about  This guys explanation explains why you guys were having better luck with separately connected OSCs. So you help confirmed that. Thanks again.

[spherics]

Missing attachments.

[MeggerMan]

Hi Spherics,
So XYZ and A as I see it is 4 coils wound with 120 Degrees seperating any three coils in one of the 4 faces of the tetrahedron pyramid. http://en.wikipedia.org/wiki/Tetrahedron
Looks simple enough to make but its supplying the 3 pulses phased at 120 degree apart that is somewhat tricky to do.

Although from your pulse diagram this could be achieved using 3 divide by n chips perhaps, maybe someone can suggest a circuit for this.

How will you know you have reached NMR of the ether?
Roughly what frequency are we talking about?

Regards
Rob

[konduct]

I have a suggestion and possible solution for generating the signals needed here.  Aren't  saw / square / sine waves actually like audio signals?  You can hear the audible frequencies if you run them to a speaker right?  The why bother with all the custom built circuits. I have a synthesizer that has 62 oscillators and easy phasing abilities...LFO's etc...it also has six outputs that could each carry a separate signal.  Couldn't this be hooked up to a DC amplifier and used to generated the required current? The only limitations I see are the limit on the frequency range...I think it can go up to 35 kHz maybe as high as 60 kHz..still figuring that out at the moment.  I have a 2500 watt dc power supply I can hook up and start with some low levels...any suggestions?

The particular synths I am working with are the Korg Triton and a Roland JV-2080...