Partnered Output Coils - Free Energy

[EMJunkie]

EMJunkie-  spikes might come from reorienting of electrons spin? And the ringing from the ferite? I guess the ringing frequency stay the same what ever you change. Tune to that frequency

Hi John.K1

Vortex has shown us where it comes from, see his post.

A Standard Transformer under load exhibits the same principals. TK's mention of the "Noise" that the coils make is a indication on the "Spike" also. The "Noise" is the Fields in Opposition, just as the Primary and Secondary are in a Standard Transformer.

   Chris

[MileHigh]

Well Done Vortex! Some 80 pages later and you agree with what I have said from Day One!

Now Why and How? I have explained all this in my PDF. All via method of Standard Induction already known to work in "Conventional Generators"! Under slightly different Conditions, where parameters of the Inductors have drastically changed due to this Configuration.

Leakage Inductance of the "Partnered Coils"!!! Leakage Inductance is the Requirement!!!

   Chris

You are entering Rosemary Ainslie territory as has been stated before.  A coil will store energy and when it releases that energy into a high impedance load it will generate high voltage.  The coil releases its energy, and it goes into charging up the parasitic capacitance to a very high voltage.  That explains the first spike.  Then that energy in the capacitance discharges into the inductance of the wire.  You get a parasitic-capacitance-wire-inductance LC resonator.  The exponentially decaying ring-downs of the LC resonator are seen on the scope traces.  This is seen everywhere, not just in your circuit.

Believe us when we tell you that nothing special is going on here.  All coils have the innate capacity to generate high voltage when they release their stored energy.  In fact, they even have a simple formula that explains it:  v = L di/dt.   That's the 'other formula' that describes how a coil works and the pSpice and other circuit simulators all use it to do their simulations.

I think what you are not able to visualize is where the energy goes in a circuit when the transistor or MOSFET switches off.  You don't even think about the scope traces first.  You just visualize where the energy is going and what waveforms it is likely to produce.  And only then you look at the scope traces to see if there is an accord with what you think will happen and what you observe on the scope.

It all fits and that is what you need to comprehend.  There is no new goose to chase here.

MileHigh

[John.K1]

Hi John.K1

Vortex has shown us where it comes from, see his post.

A Standard Transformer under load exhibits the same principals. TK's mention of the "Noise" that the coils make is a indication on the "Spike" also. The "Noise" is the Fields in Opposition, just as the Primary and Secondary are in a Standard Transformer.

   Chris

EMJunkie- I am getting the same hissing noise  from my Brovin kacher - two coils in attraction mode -on ferite bar -  I am pretty sure it has to do with the feromagnetic resonance But you never know.

[MileHigh]

A Standard Transformer under load exhibits the same principals. TK's mention of the "Noise" that the coils make is a indication on the "Spike" also. The "Noise" is the Fields in Opposition, just as the Primary and Secondary are in a Standard Transformer.

   Chris

Well in one clip he mentions his coil is experiencing high-voltage internal arcing problems.  Would that be the noise he is talking about?  If it is, then it just goes back to my previous posting.  The coil is generating high voltage, and the air between the windings is arcing, effectively undergoing a dielectric breakdown.  Same old story one more time.

[EMJunkie]

You are entering Rosemary Ainslie territory as has been stated before.  A coil will store energy and when it releases that energy into a high impedance load it will generate high voltage.  The coil releases its energy, and it goes into charging up the parasitic capacitance to a very high voltage.  That explains the first spike.  Then that energy in the capacitance discharges into the inductance of the wire.  You get a parasitic-capacitance-wire-inductance LC resonator.  The exponentially decaying ring-downs of the LC resonator are seen on the scope traces.  This is seen everywhere, not just in your circuit.

Believe us when we tell you that nothing special is going on here.  All coils have the innate capacity to generate high voltage when they release their stored energy.  In fact, they even have a simple formula that explains it:  v = L di/dt.   That's the 'other formula' that describes how a coil works and the pSpice and other circuit simulators all use it to do their simulations.

I think what you are not able to visualize is where the energy goes in a circuit when the transistor or MOSFET switches off.  You don't even think about the scope traces first.  You just visualize where the energy is going and what waveforms it is likely to produce.  And only then you look at the scope traces to see if there is an accord with what you think will happen and what you observe on the scope.

It all fits and that is what you need to comprehend.  There is no new goose to chase here.

MileHigh

Hi MileHigh,

I personally think that many people "Learned" a Lot from the Rosemary Ainslie experiments. So speaking about this in a bad way is not really what I would call good Karma.

I don't disagree with what you're saying, yes I have seen those spikes already, my Bedini Years if you like. There is something different to these Spikes/Ringing. I am sure TK would agree here. He did say that the Amplitude was unexpected.

Inductive Spikes Bedini Style are different. A few hundred Volts, not a few thousand like has been shown.

Ask your self, Conventionally, what happens to Two Coils when they have opposing Magnetic Fields, what happens to the Coils? What changes?

Opposing Magnetic Fields from a Set of Coils, I can guarantee will yield results that many here can not yet understand the possibilities! I promise you of this!

Regards

  Chris

P.S: There was no new Goose to chase when the Wright Brothers attempted first flight either, but History has shown that it was worth while perusing!!!