The new generator no effect counter B. EMF part 2 ( Selfrunning )

[PhysicsProfessor]

  Thanks for your work. Luc, and for the update.
-Steven

[Kator01]

thanks Jimboot for this Video ( Dan Davidson)

found this here but quite expensive

http://www.abebooks.de/Proceedings-1990-International-Tesla-Symposium-Colorado/4076734668/bd

If someone has a copy of the proceedings or knows where to have free access to this document it would be
very helpful for further studies.

Kator01

[gotoluc]

Well, it now looks like the shorted coil to core was fooling me. I've re-isolated the cores and re-wound the coils and now it operates just like a normal Generator. So now shorting one coil when the other is 1 Ohm loaded no longer drops the input power, it actually increases the input!

The only thing that does decrease the input power is by adding the cores to the unloaded coil base which I demonstrated in my last video.
However, as pointed out by dragon at EF, the cores are coupling the opposite pole (drill plate) on that side of the C core which relieves the rotor to core drag.
We may say great that's still a saving but it's not, since if I remove the 1 Ohm load the prime mover input is lowered by that amount and if I connect the load once again, there's close to 6 watts increase to input to deliver 5 watts to the 1 Ohm load.
So it now seems there's nothing out of the ordinary going on in this Bitt version of the Ramadan device.

I'll be resuming my tests on the thngr's simple version.

Luc

[PhysicsProfessor]

  Again, thanks for laying out the empirical facts (no matter how it turns out!), Luc.  This is how we make progress IMO, doing experiments, laying out the results.

[thngr]

New design:
some shorted coils of the rator reflect magnetic flux and redirect them to C cores to each other or the rator short circuited the flux.(magnetic flux can not chance while there in a shorted coil) But half of the coils shorted.
old design at the left side of the picture has no capability to redirect every bit of magnetic flux thus produce very little current.