Partnered Output Coils - Free Energy

[EMJunkie]

Ref: http://www.quantum-chemistry-history.com/Kron_Dat/KronGabriel1.htm

In 1942 Kron transferred to the Large Steam Turbine Engineering Department, to work on problems of stress analysis in complex steel structures. Then he moved again, to work on electronics with Simon Ramo. And, in 1945, he moved to the Research Laboratory, where he worked on the temperature distribution and control of piles for atomic reactors, and other abstruse problems. In 1950, he returned to work for Selden Crary on power systems, where his ideas proved to be most useful, employing the large computers then becoming available. One of his associates wrote two books solidly based on Kron's work that tell how to use computers to control the distribution of electric power in large systems. (

[MileHigh]

Enough, thanks.  Please deal with this:

[John.K1]

MH, Let me try.

Voltage at TP2 jumps from 1 up because the EMF from the bypassing coil2?  Collapsing magnetic field in L2 revers current flow. Sum of the currents in the central tap has to be 0 ,so I guess current draw goes down when signal on the Gate?   Something like that?    Of course some voltage losses because the resistance in the coil and I suppose the resistance of the FAT smaller than through the coil L2.

[MileHigh]

John.K1:

It looks like Chris and Enjoykin have nothing to say.  So I suppose that the discussion can be opened up.

You need to mark up the drawing to make your point properly.  I will refrain commenting because perhaps people like Farmhand and others will join in for a lively debate.  You can debate your points with your peers.  The challenge is for those interested to figure the circuit out.  If you figure most or all of it out, congratulations.

Same message about asking those that know the solution to refrain from responding and let people work it out.

MileHigh

[MarkE]

MH, Let me try.

Voltage at TP2 jumps from 1 up because the EMF from the bypassing coil2?  Collapsing magnetic field in L2 revers current flow. Sum of the currents in the central tap has to be 0 ,so I guess current draw goes down when signal on the Gate?   Something like that?    Of course some voltage losses because the resistance in the coil and I suppose the resistance of the FAT smaller than through the coil L2.

The voltage at TP2 does go up.  How much? 

I1 does not go negative either when TP1 goes low or following TP1 going low.

The stipulations are that there is no resistance anywhere in the circuit other than the STB60N55 MOSFET.