The Brnbrade Coil/Overunity?

[Unicron]

verry small comment...
The language in Brazil is Portuguese!!!

[Gregi]

@Stefan:
The info about which winding is on top of what been said in an earlier post by Bruce:

@ Jason & Earl

Yes, Earl's drawing is good, but a few things need to be added.  The thin 1000 wrap primary is ontop of the larger 12 awg. solid wrapped wire, which is wrapped first, and then the other wrapped over it.
...

[EMdevices]

Bruce,

I doubt the thick primary is wound first, are you sure?

From the photos it makes sense it's wound over the fine secondary.   The secondary coil, with the fine small wire, is also wound over a larger length of the rod.

I think the confusion came in over what PRIMARY means,  as  in FIRST 
So the FIRST winding he put down, or the PRIMARY in his vocabulary, we actualy call it the secondary,  due to the higher number of turns and thinking about transformer conventions.

EM

[Bruce_TPU]

@ Stefan

I have been in touch with brnbrade through the PM of your forum.  LOL   Not his email.  He tried to email the pictures to me in the beginning and I never recieved it, so I already figured there were email problems.

And Yes, the primary is the small wire and is wound directly on top of the larger, much shorter secondary as I was told.

@ Jason
Perhaps he can provide us with a photograph of the input to the radio.  As too where the yellow wires go, my guess would be to a capacitor between battery outputs and device input as he showed the other night.  But...I do not know that for sure.

@ All
Though it is possible...I do not expect deciet.  I simply see no motive.  Brnbrade PM'd me to tell me of his find, probably because I was the only one who tried to replicate the first time, while everyone was working on EM's device.  I did not have the details needed and was not successful.  It was I who talked brnbrade in to sharing this with all of you.  He was also a student of Erfinder and is very smart. 

I agree with Stefan that brnbrade should post in Spanish.  I think that it would help him much in giving us details.  Also, the device does not look hard to build.  I would suggest we scrounge some aluminum and maybe wrap one.  Someone with a scope.  Brnbrade probably does not have a scope. (a guess.)

If someone would be kind enough to guess at the size of the thin wire, based on the early pictures, that would be great and helpful to us.

Lastly, when the bulb was lit, it appears the voltmeter dropped close to zero.  BEP noticed this as did I.  What would cause that??

Happy Days! 
Bruce

[Bruce_TPU]

Hey ALL,
Here is the question answer part of his messages to me:


Part of original PM:
I promise, I accomplish.

I made tests again with 2 cells DC 1,5v and, well... surprise output 52V AC.
I made the tests with sounds pulses and same ouver 250V AC.
Believe, the search for the overunit for me ended. Now is Real
I want that passes that for all like you can in language



They are all thinking "transformer".  I do not think this

The most intriguing is your fact to can punsar waves DC in the coils and to leave with AC.
The amper is secret for me.
However, I am sure that no this related the cells, but the secondary ones fat.

How many amps?

This related with thickness of the secondary thread. The more thick the more secondary amperes.
More doesn't have an amper reader.

How did you measure the amps?

No mesure. I no amper reader.

What size wire for primary?

Equal of the nucleus.

What size wire for secondary?

A little smaller than the core.

How many Turns of each?

Secundare + ou - 35 turns. Wire Thicker.
Primary equal the size of the core. Very fine wire.


The fine wire, what type is it?  It appears to be braided.

Fine wire in primary. More fine possible. No is braied. Coiled defult in turns.


That is it.  Enough information to experiment with, if you ask me.  Plus his post of the patent picture.  Just take into account what he has said and make the changes needed.

EM could be correct with the language barrier.  It does appear in the photo that the thicker is ON TOP of the finer in the last photo in the far most coil.

Happy Days! 
Bruce