Power ratio over one

[handyguy1]

Hay Stefan!
I have to laugh. This is new science! I spent a long time comparing this device to known electrical laws and they are just different. No, the coils are not connected in series or in any electrical way.

The driver coil and the output coils are only connected by the axle. In one experiment, I removed the center coil, to see if there was any bleed over, and there isn?t. I also tried to run current through the axle and it didn?t do anything.
I started with the small unit shown in the second video, which is one driver coil and one output coil. I got the same results. That?s what encouraged me to build the larger unit.

The magnets are easily moved using my fingers. That is how I know if there is any type of resistance generated, you can easily ?feel? it. All the LEDs light up quite nicely!

Testing the voltage is easy. Just to check, I used a cap and diode, hooked up my MM and the voltage readings are accurate. NOTE: anyone that tries this don?t change the MM settings when the leads are hooked up, bad things happen to the MM.

I initially used a reversing switch that I ?borrowed? from a reversible window fan, to operate the device. (If anyone is interested).

In another test, I held onto the output coil terminals, I did let go in a hurry!

I know this doesn?t answer your questions, the best I can do is show the readings from the data recorder, and explain the devices setup, and operation.

Feel free to ask any question, and I?ll try to answer the best I can.

David Middleton

[wattsup]

@HG

Did you ever try to put two gen coils around one magnet, like you have now one coil under the magnet, and put a second coil on top of the magnet so the magnet  is sandwiched between two gen coils. Since you are only presently using 180 degrees of the magnet swing rotation, why not capitalize on the magnet movement from all the way around.

So just to confirm one thing. The only power going to the LEDS is the result of the magnets swinging inside the gen coils. Is that correct? Or is there any battery power going to the LEDS also.

Last question, I have not seen any capacitor anywhere in the design. Surely you have tried them. Any comment on these?

[handyguy1]

Hay wattsup:
I did try sandwiching the magnets between two coils and had negative effects.

Correct, the only power going into the LEDs is the result of the magnets swinging inside the coils. There is no other power from the battery going into the LEDs.

No, I haven?t used caps in the design. There would have to be a whole circuit to convert the output of the cap to whatever it was powering. I have looked around at different circuits designs, but that is really outside of my expertise. If I do that I would fall into Garys 3 law of thermodynamics!

If you have a coil made up, attach the magnets to a long nail or screw and swing the magnets back and forth, with LEDs as the load. I am sure that you will be surprised at the results.

[hartiberlin]

Okay, I got this Windaq data browser software running and got from David
his logging files, so I converted this to 2 GIF snapshots..

David please let us know, what we see in these 4 channels.
Many thanks.

Regards, Stefan.

[hartiberlin]

I guess the lowest trace is an output voltage from a coil
showing for instance in the upper picture a maximum amplitude value
of around 38 Volts.
So you need to stack not more than 10 LEDs in series to get it
light up by this coil voltage, otherwise your LED series threshold voltage
would be too high and the LEDs would not light up.

David did you try to use a graetz rectifier bridge after the coil
to light up all LEDs, so you will get only always positive output voltage
and can use just one LED series stack with it ?