Partnered Output Coils - Free Energy

[shylo]

Sorry just seen where you say both inner windings are loaded.
Funny how things can be missed so easily.

[tinman]

@ shylo
The steel putty is called Devcon liquid steel. It is a two part epoxy resin mixed with iron filings-very magnetic,and easy to work with.

Here is a video of the transformer in action-also now has an outer wound secondary for comparison to the inner windings.

There can be no doubt-->the magnetic field at the center of a toroid remains far longer and more powerful than that of the field on the outside of the core.

I am now going to carry out some test using the inner windings as the primary coil,and the outer windings as the secondary coils(output coils).

https://www.youtube.com/watch?v=87Lgu4lNCa8

[shylo]

Hi Tinman, That was very cool. I wish you would of had another bulb connected to the other inner winding.
When you wound the inner torrid did you wind half with one coil and the other half for the second, or did you wind one all the way around and then the second on top of the first?
Also I wonder what would happen if you had say ten or twenty inner winds ,or two or three inner cores with multiple coils.
I'm in Canada so I wonder if JB weld is similar to your putty, It's called liquid steel.
Thanks for the video much appreciated.
artv

[tinman]

Hi Tinman, That was very cool. I wish you would of had another bulb connected to the other inner winding.
When you wound the inner torrid did you wind half with one coil and the other half for the second, or did you wind one all the way around and then the second on top of the first?
Also I wonder what would happen if you had say ten or twenty inner winds ,or two or three inner cores with multiple coils.
I'm in Canada so I wonder if JB weld is similar to your putty, It's called liquid steel.
Thanks for the video much appreciated.
artv

Both winding were wound on together around the center core-30 turns. 1 x .55mm wire,and 1 x .61mm wire.

Here is the liquid steel i use--it is not cheap,and i think iron filings and fiberglass resin would be better,and easer to work with. This is what i will be making my next core from.

http://www.ebay.com.au/itm/EPOXY-PUTTY-DEVCON-PLASTIC-STEEL-A-500GM-/151663489247?pt=LH_DefaultDomain_15&hash=item234fd930df#ht_2574wt_988

[EMJunkie]

Power is reactive in two phase regimes of current through a circuit branch relative to voltage across a circuit branch:  45 degrees to 135 degrees, and 225 degrees to 315 degrees.  Within the ranges of 315 degrees to 45 degrees and 135 degrees to 225 degrees power is resistive and not reactive.

@MarkE - Can you provide some reliable references to show this does in-fact apply to AC Reactive Power - I can find no relation to your statement and AC Power.

   Chris Sykes
       hyiq.org