Stanley Meyer Explained

[Doug1]

Our local fuel prices are at 3.15 a gal and it's still under 100 a barrel. If that doubles in this economy it would get very ugly in about a NY minute. On the other hand it makes more sense to curb consumption then to let people realize there is not enough oil to meet demand and peak oil has already been reached. That would insight panic and hording of pretty much everything.
Think about how many products depend on the petro chemical side of the coin. With most of the economies being in the tank right now manufacturing is down not just transportation. It can never go back to the hay day and it will only slip backwards if it can not be maintained at present levels.

[Doug1]

I would think this one would be easiest to work off of.It seems to be based losely on the frame work of an automotive alternator for the power supply.

[Doug1]

I dont know how that happened not supposed to have been a double image.Here is another one with some drawings of an alternator Y configuration ebedded onto the other image.

[MasterPlaster]

The secret of Meyer is the VIC and how it is pulsed.

Understanding the principals is more important than schematics.

Does anyone have a VIC for sale?

[h20power]

The secret of Meyer is the VIC and how it is pulsed.

Understanding the principals is more important than schematics.

Does anyone have a VIC for sale?

That's not all that true. The secret of the VIC Matrix Circuit is realizing that the primary and the chokes have the same inductance and that the secondary and the electrode pair have match capacitances. The reason for this is when the primary goes into resonance it does so with the secondaries distributed capacitance value. The chokes go into resonance with the electrode pairs, one chokes set per electrode pair, no sharing. The important thing in that set is the chokes must have a greater capacitance than the electrode pair it is hooked up to. Reason is very clear, when the pulse terminates in the chokes if their energy storage capabilities is lower than that of the electrode pair then the electrode pair will go to fill the chokes with energy. If the chokes have a greater energy storage capabilities than the electrode pair then when the pulse terminates the energy stored in the chokes will go to fill the electrode pair it is connected to.

Just about everyone I have seen building VIC transformers hasn't given this any thought. For voltage is pressure, correct? Then the device holding the greatest pressure will go to fill the device with the lower pressure once the main pressure coming from the power supply is turned off, correct? It really is that simple. All the misinformation put out on this technology was done to keep this technology out of our hands. All it took for me to figure this out was to do the experiments for myself not listening to those screaming the loudest about this technology. Build, test, and note the results following scientific principles and guidelines. The biggest hurdle that I over came was that of Lindemann's video telling everyone that it was a "Catastrophic Dielectric Failure," for it is not a dielectric failure of the medium what so ever. The medium is being ionized and keeping it's dielectric properties intact is of utmost importance to getting this to work correctly, and now that we know that amp leakage means keeping the dielectric properties of water intact we can go places for the questions you come up with now are heading in the right direction.

As far as VIC's for sale it really doesn't work that way as it has to be sold as a match set. Each VIC transformer has to be matched with the electrode pair it is to charge. One VIC per electrode pair which is seen clearly in Meyer's videos showing 10 tube sets with 10 VIC transformers to charge them. And as far as I know no one is selling any matched sets. This has to be a grass roots effort and as such it is the responsibilities of each blade of grass to grow with what they have been given to grow with.

Things everyone will have to learn are;
1. How to calculate distributed capacitance of a coil.
2. How to calculate coupling capacitance of a bifilar coil set.
3. How a LC circuit works.
4. How a LCR circuit works.
5. How to calculate the capacitance of an electrode set regardless of what medium flows through it.

When you go about the patents looking for how this works ask these questions:
1. What has changed from this earlier design to the next one?
2. Where/what did the main parts of the system get moved too or replaced by?
3. What is different and what remained the same?

Asking these questions starting from patent 4798661 you can see that the whole power supply of the 8xa circuit got moved to the secondary of the VIC transformer. The 60n resistors got replaced  with resistance wire. How was the pulsing coming from the rectified AC by way of the variact, replace? Answer. By the bifilar coil action to give the same charging capabilities of the original system. What replaced the variact's variable voltage control? Answer. A high side PWM for the most part.

As you can see if you ask the right questions it will lead one to solve this technology. So you see you have to learn to ask the right questions to solve this technology. I have ask these questions and more on all of Meyer technologies, and have the answers to most of them. Sure it took awhile but in the end I now understand what this technology is and what it is not. For it matters not how much time something takes to learn but when that time comes around you have learned it. For time is out of our control and will take place rather we learn this technology or not.

h2opower