VIC Project Page 1

After having studied other peoples work, successes, failures, theories, references, Meyer's patents, etc.... I have come to the conclusion that this is the correct wiring diagram for the VIC. I have removed those VIC wiring diagrams that were based on my previous operational theories.

My new theory:
TX4 & TX5 create a capacitor due to their proximity to each other (having been bifilar wound). When a pulse is applied to TX1, this TX4/TX5 capacitor is charged by TX2 so that TX4 becomes positive relative to TX5, which also creates the 1st positive pulse to the WFC. When that pulse ends, the magnetic field in the core collapses, creating back-EMF in all coils. This back-EMF reverse biases the switching diode, effectively disconnecting TX2 from TX4. This back-EMF is also a reverse polarity pulse that creates the 2nd positive pulse to the WFC. This 2nd pulse is only possible because of the capacitive link TX4 & TX5 create due to their proximity to each other. In creating this 2nd pulse, the TX4/TX5 capacitive charge is pumped into the WFC. So much energy is moved around via the back-EMF in TX4 & TX5 that the TX4/TX5 capacitor takes on a reverse charge where TX4 becomes negatively charged relative to TX5. As the back-EMF in TX4 & TX5 fades, the negative TX4/TX5 capacitive charge is momentarily applied to the WFC. This causes the electrodes to reverse polarity for just a fraction of a full cycle. This means that the WFC electrodes are charged one polarity for 99% of one cycle and they reverse polarity for 1% of that same cycle. I'm fairly convinced that the water is unable to pass any current during this "flash polarity reversal". I'm also fairly convinced that this "flash polarity reversal" is responsible (either directly or indirectly) for the OU gas production. Note: The capacitance between TX4 & TX5 needs to be more than the capacitance of the WFC electrodes. Also: Take some notice of the polarity of the coils relative to their connections. (TX4 & TX5 by virtue of their polarity are electrically opposed to the charge TX2 creates.) This means that if TX2 has 300 turns, and if TX4 & TX5 each have 100 turns, then only 100 turns of TX2's 300 total turns will be effective in generating a positive charge for the WFC.

These are the positive pulses generated by the VIC. The initial pulse generated by TX2, followed by a back-EMF secondary pulse generated by TX4 & TX5. This looks like the classic output from a full-wave bridge rectifier. Notice the red portion of each of the 2nd pulses. This is the portion of the pulse that actually goes negative due to the reverse charging of the TX4/TX5 capacitor.