Bloch wall disconnect and reconnect. The final design!

[h2ocommuter]

Without reviewing,  as Sparks had come to the realization about how the great devices all had in common the spark gap; I have realized the protocol about how to get this block wall breakdown happening inside the IT.....

As many of my testings have been dealing with how to create the disconnect and reconnect using the SG, before the IT,

The realization factor has shown itself... I wanted to post it here first as things go

simply put just as the original NT circuits have showed that Don had referenced about "the circuits page",

Summary is this; using the SG after the IT forces the circuit to pulse the IT with magnetic flux. 

I will be posting all the related text and posts at this thread.

http://www.overunity.com/index.php?topic=8713.30

This valued information must get out to the people who will understand it.

Safety first!

h2ocommuter

I did not realize I did not post where I accomplished this task.
This video represents the correct method to pump Magnetic resonance through the IT as I see it.
This is the first glimpse of where I am going with the application.
Enjoy.
http://www.youtube.com/watch?v=zVCOiiehk3A

Zane

[giantkiller]

Combination Don Smith & Steven Mark coils.
This is an amalgamation of processes and configurations we have all seen. Nothing new here.

[wattsup]

Nice coil @GK.
So how are you going to play with it? Maybe reverse connect the two top coils in parallel or in series. Or just drive the center two and check the ring output. There are so many ways.

[giantkiller]

Yes!
The non visible part is the control coils are movable to adjust for phasing! Ooooooh, the crowd is in awe. lol. Useful at this stage. In Smith's tube model the smaller coil is movable. In the ring it is not so he found something valuable. Also the ring came out around the same time as SM and Muller.
The configurability is obvious due to all the knowledge gained so far.
One of the next steps is to wind a center toroid in the fashion from your picture.
Tonight I attach Marco's BEMF capture circuit to one of the antenna windings.
Another connection is to pulse the 2 antenna windings in parallel with a cap connecting both opposite ends. One of the inputs will have a piece of iron wire for a phase adjust which will let me use just 1 freq for comp wave experiments.
This new build is still very dangerous. If I tie the far end of the antenna runs together so that the pulse folds back on itself then as the pulse collides against itself in passing this looks similar to a caduceus operation but the angles are slightly off.

I call this build 'The Sport model'. 

Also I will pulse the control coils in a way like you said, 'reverse connect'. I should note that all the windings go over the top down thru the center in a top view, clockwise direction. There is a difference when the control coils are wound opposing, like bucking. I can fix this later.
The Sport Model cost $20.00 in parts.
I was waiting to get the correct amount of information to come up with this. The weak field is what was missing in Don Smith's explanations. This build has my full attention.

Something else: http://jnaudin.free.fr/steorn/indexen.htm

Nice coil @GK.
So how are you going to play with it? Maybe reverse connect the two top coils in parallel or in series. Or just drive the center two and check the ring output. There are so many ways.

[wattsup]

@GK

I am just waiting to receive my camcorder back from the repair shop. Seems JVC had a recall on this model that went on the blink many months ago. They are fixing it for free.

Anyways, my video will be mostly on my center toroid experiments. Just make yourself a center toroid yes like in the photo, wound like bucking mode as shown below. I have found this type of toroid with bucking to be the best for pulsing and sending energy via the air to the outer ring.

I am now using a toroid with bucking secondary wound first, then bucking primary wound on top and now I can do both pulsing with one pulse. So with one pulse the primary sends energy via the air to the outer ring, and it sends energy via the core to the secondary to send back to the source. I think this is the final way we will discover the TPU center toroid will be used. Also, pulsing this with Tesla Ozone method will send the production up through the roof given each on/off creates two pulses and energy again can be redirected back to source.

The SM center toroid has two different gauge wires coming out the center, as you already know. This for me is the final and positive proof that the center toroid is two coils, actually four coils, wound 2 coils bucking secondary and 2 coils bucking primary. SM did not want to show this because in essence, the center toroid is the one doing most of the work as evidenced when he put his ammeter at LTPU center. His primary is wound rather sparingly leaving open spaces so the energy can exit the confining nature of the toroid to act upon the outer ring and coils.

When you pulse such a bucking coil let's say at 2MHz, for some weird reason, I cannot seem to stop the scope to see the clear waveform on my 60MHZ scope. It's as if the speed of the pulsing has gone over the roof. Probably directly due to the bucking mode. When the first half of the primary gets the pulse, it is already sending energy to the last secondary, and as the pulse reaches the second half of the bucking primary, it sends energy to the first secondary, and this criss crossing of the pulsed signal is creating more pulsations.

Anyways, I am sure if you make a toroid like this, you will soon realize the dynamics when pulsing and come back with a much more clearer explanation then I could ever put down.