Partnered Output Coils - Free Energy

[MarkE]

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

True enough, saturated cores look pretty much like air.

[Dave45]

Normal cores have been done to death we have to look elsewhere.
The highest concentration of flux is in the core but if overpowered eddy currents heat the core.

[Dave45]

Magnetic - Electric

[MarkE]

Normal cores have been done to death we have to look elsewhere.
The highest concentration of flux is in the core but if overpowered eddy currents heat the core.

Eddy current heating is a function of the rate of change in field and the resistance in the induction path.  Once a core is saturated there is little opportunity to change the field.  Inductance drops like a rock and it becomes very easy to drive large resistive losses in the windings.  Eddy current losses are maximized by driving back and forth just short of saturation.

[Pirate88179]

Eddy current heating is a function of the rate of change in field and the resistance in the induction path.  Once a core is saturated there is little opportunity to change the field.  Inductance drops like a rock and it becomes very easy to drive large resistive losses in the windings.  Eddy current losses are maximized by driving back and forth just short of saturation.

Would a sponge be a good example of this?  You pour water onto the sponge (power) the sponge absorbs all of the water until it is saturated, then, the additional water simply runs off of the sponge.  If you stopped adding the water at the saturation point, then squeezing the sponge will give you back most of the water you have added.  If you went beyond the saturation point, you will never recover the water that has run off.

Bill