Latest: No back torque generator.

[Groundloop]

Paul-R,

You missed the point. I did not want to use massive currents but high voltage. My question was if it was possible to series several (read many) plates to get a high voltage out of the generator, thus eliminating the brush losses.

Groundloop.

[Paul-R]

Paul-R,

You missed the point. I did not want to use massive currents but high voltage. My question was if it was possible to series several (read many) plates to get a high voltage out of the generator, thus eliminating the brush losses.

Groundloop.

Thanks for that. But my shilling still goes on your getting quite a lot
of sizzling going on. Worse than a BBQ with cheap pork sausages.
Paul-R

[Groundloop]

Paul-R,

Your BBQ analogy is describing the problem well. :-)

But, is there anybody out here that can answer my simple question; Is it possible to put many plates in series (on the same rotation axis) and by this method getting a high voltage out of the generator?

Regards,
Groundloop.

[bush2]

Hi Low-Q
I think Broli had in mind,just for a simple test,to wire an led. into the coil and spin the lot to see what happens.Hope he do'snt mind me answering.
peter

[BWS]

@groundloop,

sorry for my delayed reply, I was sidetracked this morning.
Yes, you can put several disks in series, but there are conditions...  First, the fields most be arranged to keep them strong (aligning N/S/N/S is preferred).  Second, each conductive disk must have it's own brush set (a central brush and a circumferential brush) a possible exception to this is the design Bruce DePalma used where he had 2 discs mounted on one shaft; each disk had magnets on either side, these assemblies had opposite magnetic polarities (N/S, S/N with a good bit of space between them) the discs were connected electrically through the shaft so then to get the current off the circumferences he poured mercury into a circumferential gap that allowed power out from the 2 mercury brushes.  Bruce never achieved OU, which leads back to the problem of current saturation.  He could not get OU because he could not adequately load the machine with current to realize this.  This was the big advantage Adam Trombly had over Bruce Depalma; Adam knew the rotor had to be uniformly filled with current to see OU.  He drew 15,000A from a 6" rotor and then saw OU.  Bruce's device would have had to push 40K or 50K amps for this, and he could not get there.
-BWS