Partnered Output Coils - Free Energy

[MarkE]

Through taxes and services, government redistributes wealth.
They insure your slavery.
artv

If you are the one ending up with less after the redistribution then pretty much yes that is true.  If after the redistribution you end up with more then no.  The group that has consistently gotten more for the past 30 years have been the very wealthy: the top 0.1%.

[NickZ]

  Permanent magnets that are of a magnetite composition, do not conduce electricity, and can be placed (properly) onto ferrite cores, to be used to lower or raise the running frequencies of ferrite cores, wound with copper wire coils.
   This I do daily, as I don't have electronic PWM circuits,  or any other types of frequency range controllers, yet.
  But, as I see it,  a circuit with no superpositioning of HV pulses, onto the magnetic circuit, there will never be more out than in. The only devices that have shown the ability to do this, are those where the HV pulses, are being heterodyned along with the magnetic circuits pulses. Which can account for this additional extra power levels.
  No conflicting conservation of energy ideas are being denied. As the addition input to the device is coming from the surrounding ambient, and not from "no where".
  A noisy whirling motor, no matter how efficient, is not as good of a solution, as a silent solid state FE generator.  Which is what I was hoping to find here, instead. Wishful thinking, on my part, I guess.

 

[MarkE]

  Permanent magnets that are of a magnetite composition, do not conduce electricity, and can be used to lower or raise the running frequencies of ferrite cores, wound with copper wire coils. This I do daily, as I don't have electronic PWM circuits,  or any other types of frequency range controllers. Yet.

If you take a chunk of magnetite and expose it to an oscillating field such as by putting it inside a solenoid winding then you won't have much trouble heating it, which means that it is much more conductive than you believe.

[NickZ]

  Well that may be true, but a magnetite magnet itself does not conduct electricity.
Yet it will conduct and alter magnetic current frequency of a ferrite core.
  Magnetite is not a substitute for ferrite cores, as Mark was thinking. But, it can add gain to a circuit, and raise normal output levels, of ferrite cored devices.
  When sufficient current is driven through a core, ANY core will heat up.  Or not?

[MarkE]

  Well that may be true, but a magnetite magnet itself does not conduct electricity.
Yet it will conduct and alter magnetic current frequency of a ferrite core.
  Magnetite is not a substitute for ferrite cores, as Mark was thinking. But, it can add gain to a circuit, and raise normal output levels, of ferrite cored devices.
  When sufficient current is driven through a core, ANY core will heat up.  Or not?

Core material with permeability > 1 concentrates flux.  That in itself does not perform more work.  It is analagous to a lever allowing one to multiply force.  Just as no lever is perfectly stiff, no permeable material is perfect. 

To the extent that the material is conductive, eddy currents can be induced that dissipate power converting it to waste heat.  To the extent that the material has hysteresis, each trip around the BH loop expends additional energy.  Magnetite doesn't have much hysteresis, but it is fairly conductive.  Using it as a powder distributed in an insulating matrix greatly reduces the energy that can be dissipated by eddy currents, but also greatly reduces the effective permeability.  Essentially what you end up with is a powdered iron core.  Those kinds of cores can be used with OK efficiencies into the low ultrasonic range.  Above around  50kHz, a gapped ferrite core is usually cheaper and more efficient.