The Brnbrade Coil/Overunity?

[Bruce_TPU]

Hi Earl,

You are correct that "poor" English could be at play here.  When he sent me that detail sometime ago, he said aluminum varnish.  He could have also meant, Aluminum, varnish. 

This also fits into his schematic of varnishing the aluminum, both the tube and foil.  If you look at his photographs, what kind of varnish does that look like?  On one piece of iron, you can see the metal where the varnish is scratched off. 

@ Doug
If you could clarify with young brnbrade, if it is just regular varnish that he used, that would clear up all kinds of confusion.

I asked him some time ago to check everything on page 1 and to let me know and I never received a response.

Cheers,
Bruce

[Doug56]

@Brnbrade:

Ol? Brnbrade,

O pessoal est? bastante confuso aqui.

1- Eles querem saber se voc? usou verniz sobre o alum?nio. Alguns at? sugeriram que voc? tivesse usado um tipo de verniz de alum?nio, mas eu acho que isso nem existe. E se voc? usou verniz, se foi do tipo comum.

2- btentzer pergunta se voc? verificou a 1? p?gina para ver se tudo est? certo ou n?o.

Obrigado e abra?os,

Doug

@btentzer

Done.

Regards

Doug

[wattsup]

If Cook made this patent 8 years before Edison invented the light bulb, this means he must have been working on it for years before that to perfect it. So he did not know anything about AC, since Tesla was only 15 years old in 1871. So Cook was producing AC and he did not even know it, always callng it current, tension, etc. But the device is also producing DC since I ran a 90V DC motor off the load end with 3 volts. Yes it was turning extremly slow - 3 volts worth. But they did not have capacitors then like Brnbrade is using.

Cooks was talking about coils with up to 12 inch iron cores and up to 12 feet long. Talk about pocket size. He must have had one big chiropractor bill. He was using different wire gauges for different uses. But he really liked using very very thin wire for the secondary and very very thick wire for the primary.

Brnbrade showed on Trial #1 an AC current and on Trial #2 a DC current. But both Trials were identical. Everything was the same. He just turned the voltmeter selector dial from AC to DC and took another picture. Nothing changed. How is that possible? His device was producing both AC and DC.

This weekend I'll build another unit with solid core and different wire ratios, more extreme between sec/pri.

But for now, back to the ECD.

[Bruce_TPU]

If Cook made this patent 8 years before Edison invented the light bulb, this means he must have been working on it for years before that to perfect it. So he did not know anything about AC, since Tesla was only 15 years old in 1871. So Cook was producing AC and he did not even know it, always callng it current, tension, etc. But the device is also producing DC since I ran a 90V DC motor off the load end with 3 volts. Yes it was turning extremly slow - 3 volts worth. But they did not have capacitors then like Brnbrade is using.

Cooks was talking about coils with up to 12 inch iron cores and up to 12 feet long. Talk about pocket size. He must have had one big chiropractor bill. He was using different wire gauges for different uses. But he really liked using very very thin wire for the secondary and very very thick wire for the primary.

Brnbrade showed on Trial #1 an AC current and on Trial #2 a DC current. But both Trials were identical. Everything was the same. He just turned the voltmeter selector dial from AC to DC and took another picture. Nothing changed. How is that possible? His device was producing both AC and DC.

This weekend I'll build another unit with solid core and different wire ratios, more extreme between sec/pri.

But for now, back to the ECD.

Hi Wattsup,

Are you saying that your brnbrade coil shows 3 volts dc, with no input?  Or did I miss something?  And what is the ac output?

Cheers,
Bruce

[wattsup]

No.......

Will re-phrase that.  With a 3 volts supply on the battery end, I hooked up a 90volt dc motor, turning it very slowly. I could see the 3 volts going down off the battery and there was no AC. Bruce, I've tried these coils in so many ways, so many configurations, so many caps here and there and nothing out of the ordinary.

You know what? I think I should just wait for Brnbrade to come back and give some more details on his build.

@Brnbrade

You have to realize that you are on this board with people that have seen so many things that we could call duds, so we all have a natural apprehension to anything that is proposed here. So when we actually do decide to work on a device, we usually go all the way. But our advancement can only be proportional the to the level that the proponent (you) will provide more details. Now if proving more details is not possible, then let's just fold everything up and go home. You are deailing with people here that have been hit hard many times and are tired of mystery. So if this is the way you want to do this, then it will not work here.

Now don't get me wrong. nobody here is asking you to save the world tommorow morning with a fantastic revelation. All we are asking of you is what we expect of each other here on this board. Clear, concise and to the point. No mystery. We've had enough mystery with the TPU proponent.

Case in point. Trial #3. Sound  input producing 250V AC. One would consider this OU. With that already in hand, why would anyone want to try something else when what you have right there is more than enough. You see. Otherwise just come out and say it. "Wattsup, I don't know why and I don't know how but it is what it is". This is perfectly acceptable to us so welcome to the club. But you have to be honest with us from now on.

Such projects are a two way street. There is a discussion from both sides, not only one side asking questions. If you do not know, just say it.

Thanks again and keep well.