Partnered Output Coils - Free Energy

[MarkE]

MH says they dont count lol
but when freezing coils I found that without a core the A vector field ran outside the coil but if a ferrous core was added the field pulls in around the core.

Dave to have valid experiments you need to have a control that is identical but for the variable under test.  So, if you are going to freeze an energized ferromagnetic core, also freeze a an identical unenergized core.  Then repeat the experiment, switching which core you power.

If you are testing pwoered cores where one is ferrous and one is not then the one that is ferrous will have a much higher flux concentration than the non-ferrous core.

[Dave45]

Yes I have done both
Without a core the field is on the outside
With core the field is absent so I assume its pulled in close to the core.

[MarkE]

Yes I have done both
Without a core the field is on the outside
With core the field is absent so I assume its pulled in close to the core.

For a multiple layer winding that reverses at each end there will be almost no leakage flux outside the toroid core.

[Magluvin]

For a multiple layer winding that reverses at each end there will be almost no leakage flux outside the toroid core.

Well, I dont know if we can call it leakage, but there is flux in the hole of the toroid core when the current is building and when the current dissipates in the winding of the toroid core.  Run a single wire through the center of the core and that wire will be induced by fluctuating field changes due to input of the toroid cores winding.

Also there would be further leakage if the core gets saturated.

Mags

[Dave45]

For a multiple layer winding that reverses at each end there will be almost no leakage flux outside the toroid core.

Most of my experiments were done with a solenoid type coil, although I have used a toroidal winding as well but not with a core.