Giantkiller moves forward into Full Heterodyning.

[aleks]

And the funny thing is of the 4 good coils I have anybody really only needs 2 rings of 17in diam of 4 loops.

Could you elaborate more on this? What is 'good coil'? What is 'ring'  and what is 'loop'?

Wouldn't the magnetic field have latency as the potential subsides?

I think this depends on magnetic core. If you want the magnetic field to fade away slowly you'll need to use a "slow" ferromagnetic core that integrates magnetic field oscillations above 5kHz (or even lower)  - frequency response of the core is a marketing parameter so you may see which core is usable for this and which is not. Otherwise you won't get DC (rotating) magnetic field as you are thinking you will. Pulse's frequency content may reach gigahertz, but when creating a magnetic field whirl we are obviously talking about sustaining magnetic field, and that implies a "slow" response of the magnetic core that "keeps" magnetic field. Turbine effect anyone?

It is pulse coils that should have a slow magnetic field response I think, there is no requirement for the collector wire to have any magnetic capacity.

[giantkiller]

And the funny thing is of the 4 good coils I have anybody really only needs 2 rings of 17in diam of 4 loops.

Could you elaborate more on this? What is 'good coil'? What is 'ring'  and what is 'loop'?

Wouldn't the magnetic field have latency as the potential subsides?

I think this depends on magnetic core. If you want the magnetic field to fade away slowly you'll need to use a "slow" ferromagnetic core that integrates magnetic field oscillations above 5kHz (or even lower)  - frequency response of the core is a marketing parameter so you may see which core is usable for this and which is not. Otherwise you won't get DC (rotating) magnetic field as you are thinking you will. Pulse's frequency content may reach gigahertz, but when creating a magnetic field whirl we are obviously talking about sustaining magnetic field, and that implies a "slow" response of the magnetic core that "keeps" magnetic field. Turbine effect anyone?

It is pulse coils that should have a slow magnetic field response I think, there is no requirement for the collector wire to have any magnetic capacity.

Patent 381,970 - 382,282  - 464,666 - 568,177 in regards to the winding configurations.

A winding of high impedance and a winding of low impedance with high tension electrical discharges

So I am going to hook my 3 frequency board to my coil combinations. I was using 10 ohm resistors in series with the coils and fets. But by dropping the resistors out after I find resonance I can get fairly high spikes. That should get me close to the speed and potential of the stungun oscillator stage.

--giantkiller.

[innovation_station]

well guys im just blowen away lol

i built some more stuff....   

gk

i built a nice bucket  6 freqs 6 speekers 2 dirrections 3 amps 3 laptops   have not run it yet ....   no rush  also i built some more motors i will post a few pics

keep on keeping on

ist

[giantkiller]

Is that a 'Bucket-o-Keely'? Turn that on and do the Schauberger shuffle.
http://www.frank.germano.com/vortexscience.htm

--giantkiller.

[eldarion]

Yep, it seems the case. However, what we are really exciting is gravity force (or something like that) around the pulse coils. This force then amplifies the DC bias energy. Since this is done in a cyclic manner, an EM whirl is created with an ever increasing energy. I believe hash is simply a bit of induced energy from the control coils. It should be minor, nothing to worry about.

OK, I'll bite.  Can you provide a diagram from which I or other members here could test this theory?  I'd be happy to just see this "gravity" force in action around a coil...

Eldarion