Power ratio over one

[handyguy1]

Hay Stefan:

I am going to try your suggestions with the bridge and caps. It will probably be a week before I get to it. Being self employed, I don't have the luxury of a 8 hour day! But I will post a few more videos soon.

[hartiberlin]

Okay David.
Many thanks and keep up your good work.
A few close up pictures would also be great from the magnet rocker,
so we can see, how you drive that.

Also it would be interesting, if rotating the output coil magnet shaft
from a real low power efficient DC motor would also
give overunity results as the magnets in the output coils
seem to have no drag on them...
So this would be probably also a nice test to try,
if you could use a simple motor to drive the magnet shaft
and see how much power you could extract from it...

Regards, Stefan.

[wattsup]

@All

Four reed contacts placed above the drive magnets should be enough to cancel the use of the swing, maybe increase swing speed and hopefully run with much less banging.  I made a quick diagram of what I mean.

[handyguy1]

Wattsup:

Another really good idea!

[Chad]

Hi David

ive made a crude and very small variation of your device and im just tinkering with different ideas at the moment, i only pulse power one way through the driver coil... i have the teeter paddel hit a small spring and this returns it nicely to trigger the switch again....so maybe some power is being saved here?, my output coils are single wire and not double like yours.

Also i have noticed something strange in wich i can speed the device up when i place a magnet near the 3rd output coil...the magnet has to be the correct way around otherwise it will stall the device, i can gain around 6% increase in voltage...bearing in mind my device is extremly small, could you try this and see if you get any result?...it only seems to work on the 3rd output coil and i dont know wether the extra speed the device runs at to generate extra voltage draws any extra power?.

just getting ready to scale up the device.

Chad.