Power ratio over one

[handyguy1]

Hay Stefan:
That is a great drawing, and yes that?s how I spun the coils with an exception. I used two separate spools of wire, and spun them together (in parallel so to speak). The difference is that my coils are not flat, and they are far from being neat. When I was spinning them, I noticed that at times the wires would separate. There not even close to being as neat as depleted in the drawing. The connections are the same, meaning that one inside wire end was connected to the outside end of the other wire, just like in the drawing.
The two ends (one blue and one red) extending from the coil drawing are hooked to each end of a resistor or LEDs.
I haven?t done any timing of the devices run time in over a year, so I?ll do one tonight, and post the results tomorrow.
David
Hi David,
as your LEDs are not on with the same current all the time, surely for the power output measurements you have to integrate the voltage x current over time to see how much power exactly is being put out.
Stefan:
You are absolutely right. You can calculate that by the moment-by-moment readings. If you open the file, click, file, save as, click on option (5) spreadsheet, then you can open it in excel, and do the calculations. I think I sent you an excel attachment that shows how I did the math. An option is to click, view, statistics, then open a spreadsheet and paste. That gives a considerable amount of info.

?Could you please post a few more videos of the driver coil unit, so one could exactly see, how it is rocking back and forward any where the magnets and coils are located there ??
YES, I will post that tomorrow.

?Could you please verify again what wire you used to wire the output coils and about how many turns ? What bifilar or double (parallel) wire was it ??
I used two separate spools of 29-gauge single strand magnet wire. Temperature is a non-issue so the cheapest you can find is acceptable. As far as the number of turns on the output coils is concerned, the middle coil is approximately 3 #, the end coil is approximately 4#. I?ll do the math and get back to you on the # of turns.
David

[handyguy1]

Hay Gary:
That?s a great idea! I can?t think of any reason why it wouldn?t work.
David

[hartiberlin]

Hay Stefan:
That is a great drawing, and yes that?s how I spun the coils with an exception. I used two separate spools of wire, and spun them together (in parallel so to speak).

Hi David.
Many thanks for this important  information.
Maybe this is the key to your overunity results.

These coils then seem to be very special and it might be
the reason you don?t see any drag on the rotor,
when you have the series LEDs hooked across the coils.

Well, the best next test would be to use a graetz rectifier bridge
with a big cap behind it to drive all the LEDs in series,
so you have a constant brightness output and you can measure the output much
better this way.

Many thanks in advance.

Regards, Stefan.

[hartiberlin]

If somebody wants to check out the data yourself from
David,
here is a WinRAR archive file with the data David did sent me.

It contains the 4 Waveforms from the Windaq scope hardware
and an Excel sheet I could not view with my OpenOffice.org
software, as I don?t have Excel installed...

[hartiberlin]

You need to download and install the Windaq waveform browser to see the Data from David:

http://www.dataq.com/support/downloads/newwwb.exe