HIGH QUALITY TPU DVD Video Released from Jack Durban

[aleks]

@Marco

The OPTU 4 coils could be bifilar or single wound at this stage, but BEP sees both a dual and a single wire wound, and others see differently right now. We need more observation on that. Don't take it personally because at this stage, the more we can observe, the more we can then put the pieces together later.

It's obvious....
Just look at the pictures.
And read the carl doc.

M.

One wire carries pulses and the other is a collector?

[turbo]

@Marco

The OPTU 4 coils could be bifilar or single wound at this stage, but BEP sees both a dual and a single wire wound, and others see differently right now. We need more observation on that. Don't take it personally because at this stage, the more we can observe, the more we can then put the pieces together later.

It's obvious....
Just look at the pictures.
And read the carl doc.

M.

One wire carries pulses and the other is a collector?

That can be the case.
But i would say the other wire is to cancel out part of the flux so the result travels in one direction.
I came to this conclusion because Steven said "disable the effects of the flux" and after reading the carl doc.

M.

[Grumpy]

I came to this conclusion because Steven said "disable the effects of the flux" and after reading the carl doc.

Which "flux" is he refering to?

[aleks]

But i would say the other wire is to cancel out part of the flux so the result travels in one direction.

It may cancel out a part of the flux induced by pulses only if it carries the same signal in an opposite direction. If that's the case, where is the load collector? Beside that cancelling the flux created by pulses will obviously nullify any magnetic induction so there won't be any magnetic field building up.

[EMdevices]

Marco and Grumpy, here's what SM said in regards to this

Now, electrons can travel only so fast along the surface of the wire because of magnetic flux. what if you disable the effects of the flux?

I would not put so much faith in his explanations, notice it is a retorical question.Ã,  I'm no quantum physicist but I can tell you electrons don't travel fast through wires for other reasons, not simply magnetic flux. His main point in all of this seemed to be the addition of energies, with the analogy of bullets or cannons firing from each other, the analogy being to voltage adition or pulse addition

EM

P.S.Ã, Ã,  I was browsing some of the old threads and this should not be forgoten, (effects in iron wire). I need to do more digging on this.

http://www.overunity.com/index.php/topic,4224.msg80526.html#msg80526

When a circuit
consisting partly of a straight iron wire, and containing a battery, is
closed, the current is at first smaller than the normal current, through
what is termed an " extra current," in opposition to the main current.
On opening the circuit on the other hand, the current is greater than
the normal, the " extra current '' being in the same direction with
the main current.