Meyer HV Sync-Wave (HV Water Fracturing)

[Dogs]

HeairBear,

Thanks for the kind words and link on the other patent.

I kind of get the feeling that I may have to pursue the cross switch circuit.
But first, the distilled water tests.

Best,
-Dogs

[Ekfugo]

Excellent work Dogs!

Thank you!

[allcanadian]

I just happen to be working on a similar circuit  , when we apply a pulsed DC current to a standard cell we are locked to the source voltage/current and there is no isolation from source to load, but if we apply a single pulse to two tank circuits, each circuit driving one plate, then we can have a 180 degree phase difference and we can have load isolation. This is something most people don't want to consider in there black and white world, the gray areas. That two resonant tank circuits could be made to oscillate out of phase producing a "displacement current" not directly associated with the primary driving source. I have been testing a circuit to answer a question I had, what happens when a capacitor is discharging current through a cell---- but this same current is being pulled through by an inductive discharge---- two discharges in the same direction.

[Farrah Day]

I've not seen that Meyer cct diagram that HB has posted before.  So what does this mean - the previous ccts didn't work... and this one does?  Or is it more Meyer games?

Am I the only one that has problems with this new cct diagram?

As Dogs has already found out, the supposed resulting mirrored pulses should cancel each other out, thereby doing nothing.

Look at Meyers input. He's now inputing positive squarewave pulsed dc into a centre tapped transformer (or in Meyer jargon: PROGRAMMABLE VARIABLE GATED PULSED - VOLTAGE FREQUENCY - guess old Stan never heard of KISS).  The transformer will make the pulse voltage larger, but how can you achieve the -ve unipolar voltage from +ve pulses??  You can't with this cct, it's simply nonsensical. I see that the WFC has also now become a: RESONANT CAVITY VOLTAGE WAVE-GUIDE!  Come on, get real!!  Wave-guide is used at microwave frequencies, not at KHz. 

Someone please feel free to prove me wrong, but I think that this cct is more Meyer fantasy.  The centre-tap of the transformer, I think is intended to provide 0V, but it would only do this for an AC input - not pulsed from 0V. Pulsed means the CT will be at 1/2 full pulse voltage.  Also, if the theory is to use the CT to draw electrons from the water, then the CT diode is the wrong way around.

I daresay Dogs at least will soon realise that Meyer is, rather frustratingly, toying with us again here.

Anyone with any electronics expertise will already be very wary of this cct - I would urge the rest of you to think carefully about this before you waste too much time getting 'Meyered'.

[Farrah Day]

Hi Dogs

I can reproduce the step charging effect using an electronics software package, but I'm curious as to how your achieving nearly 2 megavolts.

The step charging effect is, as far as I can tell, simply due to the 10meg resistor slowing the charging of the capacitor and hence producing the step effect. Changing the value of the resistor alters the step rate.

How much does your transformer step-up the voltage initially?

As the cct can't resonate as such, are we to assume that the extremely high voltage across ypur tubes are a direct result of the bifilar wound inductor immediately before the cell?  I assume it is bifilar wound and not simply another step-up transformer?  Unfortunately there is no bifilar component available within the software package to experiment with.

Of course the other curious thing is that with nearly 2 megavolts you are seeing no gas production - even under that amount of stress the water is not ripping apart as Meyer states it does! Perhaps this is an indication that it is indeed all about ionisation, and that next to no ionisation can take place due to the lack of electrons available at the electrodes - but I'm only speculating!

Look forward to hearing from you. All the best.