Understanding electricity in the TPU.

[giantkiller]

@Rosphere!, Wattsup!,
Everything is a clear as a bell. I studied constantly over the last two years to see the bottom line. In backtracking through what Grumpy posted he stated everything pertainent to this Bloch wall manipulation process. From subatomic kinetics to interface with the material structures.
The reason I posted the Bloch wall manipulation is this is the engine in all the designs and configurations, no matter what!
Even in the Joule thief where the BEMF reverses the flux flow instantaneous. The feedback coil  for the transistor base reads this impulse. Dollard expresses this emphatically in his 'Introduction to Dielectricity and capacitance' paper. And it is the key statement in the 'Cosmic lattice' paper.

My next build is 3 layers of bifilar, stranded lamp cord, with two coils on each wound in bucking mode. The BFG2000 was wound with 3 phase in compliance and not bucking, same with the dual control coils on each segment but they can be pulsed in opposition. But aside from that I want a model of true opposition or bucking because of the 90 and 270 degrees Bloch wall alignment. Those first itty bitty coils I wound months ago when stacked (like the last Wattsup photo) crashed my PC. Quite rudimentary and disastrous. But quite obvious in the approach and process!
I will be out of town May 5 to 19. I might be online. But tonight I will build this coil and see. I also believe many others don't have a clue as to what we are talking about.

The last diagram has been snagged.

[wattsup]

@ALL

This morning I went to my EE surplus and got some good micro relays DPDT 5vd that just snap into my breadboard.

Since it is a mechanical relay, I just wanted to see if this worked or not. At 60hz with a 1vdc supply to the coil, a single FTPU style ring is loading 4 vdc into my cap tank. If I go higher in hertz, everything drops. Also, if i go lower then 50% duty, everything drops. I am just a little shy from lighting my LED bank which is at 5 volts. But this is just great because it is only at 60hz. I can image if a transistor control could be made with up to 50% duty but going down to 10% duty, I am sure SM could have gotten his 60 volts at 5000 hertz.

We just need to make a circuit for this but I am not savvy enough for that. I get to miked up wit the source-drain-directions. Or maybe an H bridge will do it. I will find one on ebay while I test my other coils and toroids and even standard transformers, at 60 hertz they should perform the best. I have AC toroids with dual primary and dual secondary, that will be interesting to test.

@GK

If you are trying this, please, before you wind anything bucking mode, consider regular continuous mode instead. Doing this in bucking will work but it will depend on how you extract. If in a ring maybe it will be better regular mode so the back and forth blotch movement favors a particular direction. Anyways the combinations are limitless. Holy shit. Limitless and it works.

But notice in the diagram the applied polarity to the coil extremities does not change. This is what I mean by favoring a direction. Maybe the bucking mode will move in both. I tested it. It does work but not as good as the regular mode, meaning the long coils is just getting shorted, hen lengthened, then shortened, etc. It is not turning around like alternating current. I will make a video but not know with what I have is not interesting enough. He He He.

Shit how to do this faster.  *&&*?$%#((*?)*%*$*?%(&)

[giantkiller]

Got 3 5" loops wound. Will put on dual serial control coils tomorrow night.
Life happens while we are doing other things.

[wattsup]

@GK

I asked @groundloop to please take a look at my circuit diagram above to see if there is any way of making a pulsing circuit that can go up to 10mhz. Or even 20mhz for my FG to pulse it.

I tried many coil schemes during the weekend with this method and the results are very good despite the fact that I am probably only getting 20% true results because of the low pulsing rate of my relays (1 to 100 hertz maximum). I need to do this with mosfets and maybe a p-channel and n-channel can be used for the left and right relay contacts but what to do with the center relay.

Man if I can get this to pulse at higher frequencies to "resonate" I think this will produce some great voltage and amperage on many of my coil builds.

More soon.

wattsup

[Groundloop]

@wattsup,

I have tried to design something but need the switch logic.
In what order do you switch the coils?

GL.