Tesla's "COIL FOR ELECTRO-MAGNETS".

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This Magnaformer video from Tinman is interesting because he wrapped two magnets from a microwave oven with an LC tank coil and capacitor. He surrounds that with a second core of soft iron and a power coil he's pulsing in the Kilohertz range. Very similar in design to the "Synchro coil", except he's pulsing the LC tank with a coil not a spinning rotor. The magnetic wave produces a continual current.

https://www.youtube.com/watch?v=-sxM1eSaKmw


"This transformer (the Magneformer) uses the magnetic wave effect to produce a continual current across a resistive load while the induction coil is at it's rest state".

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Have a look at how "Marco's Dancing Magnets" behave when pulsed at the Shumman constant of 7.8 hertz by a kick coil: This translates into the relativly slow diametric rotor speed of 468 RPM.


http://www.youtube.com/watch?v=mUJza3l8rmU


Danial Nunez feeds his Rodin coils with this hertz range sound frequency to get his magnetic field effects! I got extraordinary results at 20 x 7.8 or 156 hertz pulsing a 12 volt filament bulb with a 555 timer circuit. The bulb emitted an aura of standing waves in the pattern of a magnetic field!  


I wonder what size capacitor Conradelektro would have to use to get his "Synchro coil" to resonate at 7.8 hertz?

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Here's a quote from Tinselkoala about the 7.8 Hz signal video:

"Yep. The fact that a mechanical resonance is stimulated by a 7.8 Hz signal is just a coincidence. The really interesting thing about that video is that the pulsations are being transferred to the magnets by a "core effect" toroidally wound coil. Recall that such a coil has very little leakage of the actual B field produced by the coil; it's all trapped inside the toroid. What happens when it is energised is that the core is driven into magnetic saturation, which _reduces_ the pull experienced from the external ring magnet. When the current is removed from the core-effect coil, the attraction is restored! And the polarity of the current is relatively unimportant. This seems exactly backwards from traditional electromagnet behaviour, and it is. The core effect needs more exploration as an energy transfer phenomenon, and can be used to make really neat pulse motors (Steorn's eOrbos from the Waterways demonstration, for example.)"

Wether the 7.8 Hz signal is related to the Shumman constant by coincidence or not, The resonance is in synchrony with the natural oscillation of the magnets. It would be interesting to place an Orbo type toroid at one end of the "Synchro coil" and pulse it at 7.8 Hz to measure the output from the coil.

The "Synchro coil" with the Orbo toroid would look allot like JLN's 2Sgen:

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Conradelektro's "Synchro coil" at 34 uH with the magnet core would need a 1.2245e+7 microfarad electrolytic capacitor to yield a resonant LC tank frequency of 7.8 hertz in series with a fast switching diode. The resonant rotor speed should be set at 468 RPM. This should cause a power generating magnetic oscillation, and finish the "Synchro coil". A resistor load attached to the capacitor electrodes may even create a speed up effect.

This "Synchro coil" could then couple with Igor's low voltage reed switch loop back to source bearingless neo sphere spinner. Any Lenz free power at all from that magnetic oscillation output coil would push the reverse biased LED back spike to source motor overunity.

It wouldn't take much for Conradelektro to finish and test the "Synchro coil" to these precise specifications.

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Increasing the LC tank resonance to 156 hertz, (7.8 X 20) would require a 50v 3uF electrolytic capacitor, in parallel with the series bifilar coil of 34uH and a fast switching diode in series with the capacitor. This would require a rotor speed of 9360 RPM. This is assuming, as I do, that the frequency of magnetic oscillation is a constant. I would like to see Conradelektro test the "Synchro coil" at both ranges with and without the magnet core, both for output through resistance and for speed up under load.