HMS-776

As far as I know Lawton never had a PLL circuit...All he had was a variable pulse width frequency generator which does nothing but pulse the tubes. (Waste of both time and money). If you want to replicate Meyer you first need to understand an LC circuit and how it works, the lawton circuit will not produce excessive amounts of gas or lock a water capacitor at resoance.

Are you talking about the circuit that scans, detects, and locks resoance?
It is in one of Stans papers and has been discussed and shown very well on Waterfuelcell.org.

The Water Fuel Cell :: View topic - Phase lock loop circuit schematic

The Water Fuel Cell :: View topic - Phase-Lock-Loop confusion

Yes it does. If you read the section on the steam resonator you'll find there is more than one way of doing it. The one I talk about most is shown on page 11-13, figure 11-7.

That one also shows two resonators but 1 will do the same thing. It works basically the same way a microwave does (except without the use of radiation) by using opposite pulsed voltage fields to cause the water molecules to move in a physical manner, therby creating kinetic (Heat) energy.

We know from Stans work and others that the water molecule is a polar molecule.

That being so, the water molecule can be put in motion using positive and negative electrostatic forces. In a microwave these forces are used to cause the water molecules to move back and forth at microwave frequencies, creating kinetic energy (HEAT).

We know the Steam Resonator is made from two tubes, one inside the other (Coaxial)

Tech Brief page 11-4

"Constructed in such a way as to allow a smaller tube to be placed inside a much larger tube having space relationship to allow water to pass there between"


Stan Meyers definition of the Steam Resonator

Tech Brief page 11-4

"Defined as heating water by alternate pulsation of opposite voltage fields at different pulse time-on periods"

In an experiment I was easily able to charge water with a high electrostatic charge using an ignition coil. The water was not grounded, nor was the plastic container that held it. After removing the coil the water retained it's charge, and the plastic container also had a charge. The static electricity shocked you as soon as you touched either the water or the plastic container.

Tech Brief page 11-4

"Water bath takes on an electrical charge when the rotational spin of the water molecule occurs..."

In the Tech Brief Stan mentions many times that the water molecule uses either a positive or negative charge to cause the water molecule to move. This causes a pulling effect on the water molecule. He later discovered that by applying the same polarity to both voltage zones at the same time he could also have a pushing effect on the water molecule, therby increasing efficiency.

Tech Brief page 11-5

"Singularly places either a positive voltage potential across both voltage zones and/or a negative voltage potential across both voltage zones....In doing so, electrical repelling forces now exerts a "Pushing Effect" onto the allready deflecting water molecule"


Basically, the steam resonator is made from coaxial tubes in which a positive high voltage or a negative high voltage is applied to both tubes at the same time, and in which the polarity is switched at high speed.

The Pulse Width, Voltage Amplitude, & Switchover pulse rate determines the rate at which the water is heated. (Stated in the Tech Brief page 11-5)

Then we read about the VIC switchover circuit which is what was used to switch the polarity applied to the coaxial steam resonator tubes.

The Electrical Steel Core is important, as is the SS wire.

Please see the following posts:

Stan Meyers VIC for the Injectors

Stan Meyers Injectors, VIC, and resonance

Hope you enjoy them !

I deleted this post because the information was incorrect.

We know the VIC is used to charge the Water Fuel Cell Capacitor.

We know it has a primary, secondary, a set of chokes, and a diode, but how does it work?

The concept of the VIC

When no voltage is applied to the water molecule, no water will be split!

It should make sense to everyone here that in order to have the highest efficiency the applied voltage should be constant.

Stan Meyers VIC does exactly that, it provides a constant high voltage output, 100% duty cycle.

How it worksThe Blocking diode

When an inductors magnetic field collapses the current flow reverses, the blocking diode prevents this, keeping the capacitor charged continusously.

Stainless Steel 430 wire:Electrical Steel core:High inductance is needed to reduce the resonant frequency, the lower the resonant freq is, the smaller the changes in resonance will be (the dielectric changes continuously within the water capacitor.)


The use of the different wire sizes was to get the coils to have matching inductance, I have to thank H2OPOWER for he taught much about the VIC.


The drawing below shows a way to build the Injector VIC with only 1 choke. The VIC has 14 cavities, and the drawing shows only 2 pancaks coils per cavity, in reality there should be more.

This VIC is modeled after a typical ignition coil, see the following post to understand why:

Stan Meyers Injectors, VIC, and resonance"]URL="http://energeticforum.com/renewable-energy/4254-stan-meyers-injectors-vic-resonance.html"]http://energeticforum.com/renewable-energy/4254-stan-meyers-injectors-vic-resonance.html[/URL][/URL]



The drawing above shows one way the injector VIC could be built, but as I have learned the VIC is better with 2 chokes because of mutual inductance, see post # 4.