The new generator no effect counter B. EMF part 2 ( Selfrunning )

[MileHigh]

And that is why you can see the drive side using far more input power at 100% than at 1% capacity output of this coil..

Not in the case of a typical pulse motor.  The input power will vary in a different way from the output power.  The input power and the output power are only loosely coupled.  You can see only marginal changes in input power for significant changes in the output power of the generator coil into the load resistor.  There are various variables at play resulting in this relationship.

MileHigh

[T-1000]

Below is a chart showing the electromagnetic induction laws defining direct relationships between electromagnetic induction variables in a closed circuit.

It is all good and nice classic model when you have single input power source and single closed loop circuit.
When it comes to two input power sources which are not directly related to each other then this model does not apply anymore.

Like from my concept you can compare that case to vacuum triode: The main closed circuit is magnetic flux from magnet inducing current in coil and the weak  force regulating magnetic flux resistance in its path is the external kinetic energy switching that flux over moving iron core. The small change of kinetic movement causes great change in magnetic flux... In this case you get secondary reaction delivering power where primary action is doing same function as catalyst in chemical reaction.

Cheers!

[lumen]

This is what I am building right now.

Cheers

Cadman, could you put some leaders on your cad model explaining the parts.
It's hard to tell the coil directions and some other parts.

Thanks

[verpies]

Sponsored links:

[lumen]

I am working on this concept because I have all the parts laying around.
Then I will do some tests to determine how well lenz forces in the coil can affect the rotor and if there is any advantage to flux switching.