Sharky

@Spintronic, please do not continue on bashing Tony, He is a very knowledgeable person that has done a lot to move the WF tech forward. You state you have build a vic and produced gas at zero amps. Why not show a video of your achievements and some proof you are right? I will (and i am sure a lot of others) make a deep bow for you if you're right ....

Regards,
Sharky

Don,
A question about the spreadsheet, ... on tab 1 you have Gage 29 and Thick 0.02. Is gage the wire gauge? If yes, 29 has thickness of 0.011 and 24 has thickness of 0.02. What should it be?
Sharky

Well i hope 10 was not the upper limit  , ... count me in for a dvd as well.

Allthough i have been mostly observing, reading and learning on this forum for the last months, i also have started to design, simulate and build my own wfc. Since i have a background in electronics and computer science i decided to base my system on a microchip PIC processor. I think that by using  a micro processor you not only reduce the part count it also greatly improves the possibilities to test and debug your wfc since i am able to change parameters or even the entire configuration with in system programing in very little time from software instead of changing entire electronic circuits. I hope to show some early results soon ..... (why doesn't a day have more than 24 hours  )

You create high voltage with the LC Resonance to get the wfc capacitor to reach the point of dielectric breakdown. That makes the current spike which will disassociate the water into HHO. After that you need to give the wfc capacitor the time to reestablish the dielectric because if you don't you can not reestablish the LC Resonance and thus the high voltage to start over again .... just my two cents ...

Is your water temperature stable when you're having spikes? It has an impact on the dielectric properties of water and would change your resonant frequency, ... as would the type of water as Sebosfato indicated ...

Steve,

Thank you for the heads up on compressing HHO, we are focused on getting out the H2 and using it immediately as fuel, hence our interest in separating out the oxygen so that we can burn just H2.

Didn't Meyer in his patents seperate the H and O with static electric fields placed on membrames? I do not recall exactly which patent it was but i have read it in one of them ....

Found this old spice model, not sure anymore if it was working, try creating a component with it in multisim ....
Regards,
Sharky

Well, makes perfect sense since it is a continuation of the 9XB/8XA systems. The gated pulse is no more than the replacement of the 50/60 Hz rectifite sine wave of the variable plate system. Meyer just took that as starting point for his future systems and searched for a digital/dc way of doing the same as the variable plate system.