Hi Luc and All Thanks for the nice video as usual  . Yes the RF aspect was expected  the stator which is a loop with a capacitive connection (the cut) albeit very small capacitance, has I expect a very large current running through it, or will have if the rotor inputs at the resonant frequency of the magnetic loop. It would be interesting to be able to vary the capacitance at the ends of the loop (across the stator cut), this would vary the resonant frequency of the loop (parallel resonant circuit), as I have stated before, at resonance there will circulate many hundreds of amps in that loop/capacitor circuit. Please look up magnetic loop antennas and you will understand a little more I have always said that there is a possibility of generating huge amounts of energy from magnetic loops, this just might be the way to do it with careful experimentation. Now I have also said that measurements of the apparatus is important as found by Mr. German, we are dealing with wave lengths here and tuning (RF) is of uttermost importance for it to work at its maximum. We need not to have reflected power (equal to a BEMF). More to come regards Mike 
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Topic: Flux Gate Interrupter, BEMF Redirector (Read 335765 times)
