HIGH QUALITY TPU DVD Video Released from Jack Durban

[wattsup]

@JD

If you come back here, now would be a good time to find that Beta tape. I need it to finish off the winding map of the FTPU cause I have exhausted all possible avenues with the quality I have now. Don't get me wrong. What we have now is mountains better then before but to follow the windings, it is just too hard on the eyes and the brain. lol

@all

About the bailing wire, if this does in fact play a role in the devices, the question would be what type of bailing wire. We are all assuming that standard iron wire we buy form hardware stores is enough but I doubt it. Take a look at this page;

http://hyperphysics.phy-astr.gsu.edu/hbase/tables/magprop.html#c2

Any metal wire could be called bailing wire as a generic nomenclature.
I am sure, there has to be something else. Regular iron bailing wire is just way to inefficient.

Hydrogen annealed iron or permalloy seem to have much better characteristics for OU devices.

[wattsup]

Guys, gather round for a minute.
SM was in audio. I know this may sound stupid, but do I ever care. (Actually I do.) lol

The way the FTPU center toroid is dimensioned is very particular.
I have not been able to find such toroids on the market. None. Yes I have been looking all over. Those center toroids are not ferrite. From my own  tests, no ferrite with so few winds would do anything to influence such a massive toroid core. They're not laminated iron and they're not iron powder either.

The dimension issue I am talking about is more the center opening is smaller then usual toroid cores. This makes it a much thicker toroid core. Now curiously, I have seen this dimension before but not in toroids......?

I am now sure the center toroid core is a speaker magnet that he painted white enamel. This explains some edge shadows that are inconsistent with a factory made toroid core. Onto this he wound two field perturbation primaries.

We all know that a DC current sent into a coil produces a field that by itself does nothing, just like a speaker magnet left on a table will do nothing.  Move the magnet over a wire and you make power, except in this case you don't move the magnet, you perturb the magnet field. When you release it, it returns to where it was for free. Two... Two...... Two movements in one. You push it out, stop, it comes back. This moves the field over the collectors. So 3000 cycles out makes 3000 free cycles in. The return cycles are not a field collapse, it is simply another magnetic field movement which is additive.

What's even better with two primaries is you can use @allcanadians circuit to make two movements in one pulse. All you need is a Tesla short circuit. Add that to the two free returns makes four movements with one pulse. What a deal.

Now if you have a center speaker and you have an outer coil ring making like a microphone, what do you get? Feedback. This feedback is what makes the current flow in the system. I would bet top dollar that in the FTPU spool center is a speaker coil. The speaker magnet is doing two things. It permit a speaker coil to oscillate so it can make feedback with a microphone, and it provides the field that is deflected by the two primary coils.

But there's more.........

Now you choose. Which is the microphone and which is the collector, the ring or the control coil. Feedback is the best return loop. No SS components required. The junction is through the air.

One major reason SM said not to go near the tpu with a piece of metal, and he told the others to remove watches and rings, was simply because the metal would immediately stick to the magnet and give away the secret. Plus such an impact would risk ruining the coils. lol

The center toroid mounting bracket with the two terminals on a toroid with two coils does not make sense. You would need four terminals if this was an off the shelf design, but there's only two, sooooooooooo. This is simply a bracket for terminals going to a speaker coil. He put a white padding between the bracket and the toroid magnet to protect the toroid windings. The padding may also have a dielectric issue since he places the small magnet to these terminals.

The magnet has to be in the center of the collector.
A while back I had put up a video of moving litz wires located here that shows this effect. Somewhat similar to @marco's dancing magnets.
http://www.youtube.com/watch?v=XXgL4Wf8zrQ

I know this sounds (no pun intended) like very simplistic gibber jabber, but the parts fit in so well.

I think I am now ready to make a FTPU build. I will need some help on the EE side.

@JD

I have a question.

Did SM have access to speaker components such as bulk speaker magnets, speaker coils, speaker coil terminals and terminal to coil wires, etc., or, did he have access to speakers from which he could have removed these?

[zapnic]

mhhh
http://jnaudin.free.fr/spgen/barkhausen.htm

magnets are really weird things
like mac has done toroid transformer and magnets but if there was something else?

[wattsup]

Just removed the two metal washer ends from a speaker magnet. Very easy with a hammer and an old knife..

This is how it looks. The dimension ratios are very close to the FTPU toroid.

Now for the fun to start.

[Spider]

@wattsup,

I guess you have seen this vid http://youtube.com/watch?v=cSEtx5C2pkQ
At 8:03 he does an experiment using speakermagnets and salt water....to create a vortex.

Wires can be wound in many ways around a speakermagnet.

Greetings Rene