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I made a new device to learn more about drag and want to document my findings and theories here for future reference..

First I took beefy steel and hack-welded together a Cross

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Then I wound 4 coils , each with 350 turns of 26 AWG.  The output coil crosses the center of the cross and is a bifilar 24 AWG with 175 turns..  I also wound a "Drag Coil" with only 75 Bifilar turns of 24 AWG- positioned 90 degrees from the Output coil.

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Each opposing coil is in series, powering with 2 AC phases, 90 degrees shifted..  Using a simple function generator to power it for testing.

When powered, the Drag coil and the Output coil were scoped.  Open circuit, the drag coil and the output coil are EXACTLY 90 degrees phase shifted, confirming proper rotation in the core..

When an identical 8Ω resistor was placed onto each coil (drag and output)  the waves are No Longer 90 degrees shifted! It was closer to 45 degrees shifted..  The angle of phase difference between the two hinges on the coil turns, resistance, and inductance of each coil..

This is boiling down to something rudimentary which I have not heard anyone ever discuss.

In a generator, DRAG is proportional to Output power,  and Output power is proportional to drag.  The electromagnetic field influence of "DRAG" can and absolutely does affect output.  When building a solid state rotational device (with no physical motion) I am pretty sure Drag Must be incorporated into the design.  But instead of acting against the input, that force CAN be harvested.  

My next step is to tweak the resistance of the drag coil and the Output Coil to fully PROVE my hypothesis that the output phase of a solid state generator can absolutely be shifted and sculpted by incorporating a drag coil into the design..

I got a piece of Nichrome wire on a board to make a variable resistor.  Connected the Drag Coil to the Nichrome as a load..  Watching the scope, we can witness the Drag coil's output Phase shift as much as 45 degrees while I vary the resistance load the "Drag Coil" has on it..  



So next is to evaluate and see if I can Prove my next theory..  Adding this "DRAG"  MAY be able to Assist the Output Coil's output.. 


I will need to probe around phase relationships of Drag VS Output Phase and see if I can find the right angle where adding this "DRAG" causes the output coil to put out more juice.  

If I can nail this down with certainty, it may give up the secrets