Difference of the VIC Coils and their effects

Many thanks to Tony Woodside for this video.
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Tony`s text to the video : "This is a simulation of what the effects are on the water cell when you have two different value chokes. Think of the LCL circuit as a Bandpass Filter. The L1 choke (purple signal) is placed in the +V field before the Cell (capacitor), this will act as a Low pass filter and at resonance will give rise to the High Voltages needed in the circuit. The L2 choke (green signal) is placed in the -V field after the Cell, this will act as a High pass filter and allow higher frequencies to be generated. These two different frequencies will be mixed together and give rise to what is known as a "beat" phenomenon. The resonance this occurs is due to the close ratio of the two frequencies. In this video you can see that the L1 choke will only resonant at the driving frequency which is to be the resonant frequency of the L1 & C values. The L2 choke will resonance at a higher frequency and give a lower voltage and smaller "beat". By the two inductors being on the same closed loop core, you will have an effect that will look like a Modulated AM signal, meaning that the L2 "beat" signal will be raised in voltage accordingly to the growing voltages of the L1 choke. This will cause a large magnetic field that will restrict the current flow and allow voltages to go to very high levels. I discovered this a while back and I am now sharing this information in the hopes to lead everyone in the right path to replicating Stan Meyer's system. In my previous video you will see this effect in a real time setting to prove that this is what is happening! For more information please visit http://www.GlobalKast.com"



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