HIGH QUALITY TPU DVD Video Released from Jack Durban

[wattsup]

@all

Good posts guys. Lots of things to consider here. I wonder if the sound could be from a reed switch. lol

I would like to talk about the FTPU and try to vulgarize certain concepts of operation and see if this makes sense or not as I can understand it.

In most all pulsing systems, the pulse creates a momentary magnetic field. But that field recedes before it starts again so where is the potential to move current forward if it is not transfered by coupling? It's like pushing and pulling is getting nowhere if there is no clear power source and load or an advancement of the flyback.

I will give an analogy of a home heating system based on hot water. You have a water heater , radiators, and all the piping. If you fill the hole thing up with water and turn on the water heater, what will happen? Nothing or very little because there is something missing. So if the water heater is the battery source, the radiators are the coils, the piping is the interconnecting wires and rings and you turn on the system. What will happen. Nothing again because something is missing again.

In the water system, what's missing is a circulating pump. Without this pump, the heated water cannot migrate through the radiators and create ambient heat. So what if the equivalent to the water pump is the toroid center. When you pass one of the wires of the circuit loop through the toroid center, this acts like a pump and starts moving the current around the circuit. The faster you move the current in the circuit, the more your coil will give off magnetism. Remember otto's 50 turns around the finger?

So I guess what I am trying to convey is that the toroid is not only a concentrated reflection of the primary coils but also a current pump with the wire going through the center. So what if one of the toroid coils plus half of the primary coils, plus half of the ring wires are all in series with one wire from this series loop going through the toroid. The same thing happens for the other toroid coil and primaries and rings are again in series and go through the toroid but the other way. As the toroid moves current forward (and backwards), this current increases the effect on the primaries that increase the effect on the ring, that increases the effect on the toroid coil, that again increases the effect of the wire passing through the toroid and so on. This type of gradual increase would explain why such a system works with a gradual power increase when the system is started.

Now here's another factor of the FTPU and that is the rings (not the primary coils) but the rings themselves. It has been shown that an energized ring will create an energy flow going perpendicular from the center of the ring in one direction. This has been shown by Roberto when he measured the magnetic field of his ECD and indicated that the field was measured far above the ECD unit. A good six feet above if I remember correctly. That is very impressive indeed and had stuck with me. And we know the ECD was also using two rings like the FTPU.

So can we understand that this center perpendicular mag field is being sur-amplified when you put one ring over the other, the effect is not doubled but most likely compounded by a factor of X times the normal single ring effect. This effect is also being exerted onto the toroid that is positioned dead center to catch this energy flow inside its core.

So I think it will be good to do some experiments in both the toroid center wire and current movement and also in the measurement of mag fields with one, two or three stacked rings. This does not have to be in a strict TPU type arrangement as these experiments could be done to only show the effects.

The use of one or two capacitors in the FTPU circuit can be the initial current movement since we know that capacitors always have some energy gain even when they are left alone. So when a capacitor is connected with other coils, etc., there is always some gain. They could have millivolts that move through the toroid, through the other coils and rings then through the center of the toroid to be augmented. What I am trying to understand is how the nuts and bolts of the device work without using the ether as a backdrop. If only one electron can move forward, they all have to move forward, like water in a fluid system.

Anyways, I'll stop here because I risk repeating myself.

OK maybe on last thing. In the FTPU, LTPU, MTPU it is evident that there is a toroid with a wire going through it. In the smaller TPUs, they are already toroids. Now in the OTPU, I would however speculate that the coil No. 3 that is opposite the output wires, is also a toroid and the control coils are going through it also. That's why we cannot see those wires going from one side to the other.

Sorry for such a long post.

[slapper]

I've circled what potentially appears to be a toroid wrapped in tape. The arrow is pointing to a magnet?



And then there is the dinky TPU. I can never see daylight through the center. He appears to be placing the magnet straight down inside the center. At about 5:40 I hear a low hollow crackling sound as he presses his thumb into the center.

I suspect he has a toroid in each TPU except the OTPU.

back side view,  notice the double strand is clearly visible, AND the winding direction 

My eyes are failing. Is the wire wrapped the same direction all the way around for each of the 4 sections?

As near as I can tell it looks like white lamp cord twisted around the FTPU, some of it sectioned off. The silver colored wire looks like it is wrapped twice for every double white wire twist.

Just throwing this out there for response. I think I'll leave it there for now. Thank you everyone for all the good information.

Take care.

nap

[wattsup]

@slapper

Thanks for the pic and good obs on the small TPUs.

I have started looking more closely at the OTPU (only so many hours in a day).
I finally found the toroid. It is secured on the other side of the circuit board and it seems just as big as the FTPU toroid.

I also say as others that there are two wires wound in the four control coils. But I could swear it is a 4 conductor brown telephone wire. This explains the flatness of the bends as the wire is turning. This would also explain the smoothness of the wire coating. This would also provide up to 8 conductors looping around that ring.

There is more but I need more time. Time. What a concept. lol

[Spider]

@wattsup, yesss we need a pump!

I just want to combine some informatie from different topics, so maybe this is not the rigth place. Refers to some oberservations from the videos neverless.


GK did some very interresting experiments with his bailingwire PMH just yesterday.

He got some nice spikes with just half a toroid.
http://www.youtube.com/watch?v=J5KU_DgFd8s&NR=1


It made me think?

What if 2 of those spikes bang together? Or add up?

Q SM:
I became interested in the interaction between the two AC
transformers. 
The interaction can be very reveling, trust me.
Except when the two transformers get slightly out of phase with
each other, or when they are connected in reverse of one another.


Q Leedskalnin: A PMH can hold its energy for months.

Maybe the TPU remains fully charged with energy when turned off. In the video, you never see SM turning a tpu on or off with the load connected. That would drain the PMH?s and make it hard to restart it.


Consider 3 x PMH?s, PMH1, PMH2 and PMH3.
A clever circuit, able to connect 2 PMH?s in series, very fast, in firing order

Firing order being:
PMH1 + PMH2 into PMH3, then PMH2 + PMH3 into PMH1, then PMH3 + PMH1 into PMH2, and back to the beginning.

Like 3 buckets of water, 30% full. Put 1 and 2 in 3 + a tiny little extra.


1 coil wound around the 3 PMH?s together, to feedback the current/flux/energy information back to the second part of the control circuit, for closed loop system control.


The rotating magnetic field would be effect, not cause.

Now place an other coil somewhere in the rotating field and there is your output.
Slapper and wattsup found them I think.

Greetings Rene

[Mannix]

The information that I have is that YES the tpu needs to spin up before attempting to extract power.

They apparently will NOT start with a load connected...or so I have heard.


back to look and copy

Does any body see foil....faraday shield on those quadrants?

I have never recieved an answer to what that central torroid is made of and I would love to know..