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Stanley Meyers WFC Explained by Tony Woodside

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Uploaded by on Aug 21, 2011

For more information please visit http://www.GlobalKast.com

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Uploader Comments (TonyWoodside)

  • what are the inductance of each coil? i try to replicate.

  • @Jusubbi1 L1 = 1263mH and L2 = 1138mH...I have the coils & resonant cavity measurements on my website GlobalKast(dot)com in the "Documentation" section located at the bottom of the page under my name.

  • What happens is theres a parallel resonance that will occur between the L1 & L2 chokes and this will cause a high impedance to current flow while increasing the magnetic field. I learned this while testing the 8XA circuit. You have a series resonance between the L1 and Cell and then a parallel resonance between L1 & L2 coils.

  • 2.5khz is just the frequency the LC circuit resonants at...Its also the same frequency that Stan says it should be.

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  • Que tal... podrías poner algun video de alguna celda que este funcionando con corriente directa doblemente resonante.

    Gracias!

  • Hi Tony,

    Can you make a video of your wfc? I'm curious to see how much power it uses and how much hho it produces. People says that this meyer stuff is bullshit and best way produce hho is low dc voltage with high current. I'm ready to test these things if you success. I have lawton PLL circuit ready for wfc. Now i need wfc and meyer style transformer. How many turns of each coil has in your transformer and how much is your cell capacitance?

    -Jusubbi

  • Tony, the resonance between L1 and L2 you should mention it to the distributed capabilities of the turns of the windings?

  • Tony, please excuse my questions if it seems ignorant. I have not built a VIC transformer before. Would the use of Tesla's bifilar coil method on any of the coils on the transformer core be beneficial at magnifying the magnetic field while keeping the induced current low with the blocking diode?

    Secondly, is the feedback coil with the 5V excitation ALSO utilized as a flux clamping coil on that side of the diode? Does the diode and capacitor create a flux clamping effect reducing current?

  • Execelente trabajo Tony, no me queda claro la cantidad de vueltas de cada devanado. Tienes una guia para pasarme?

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