Stanley Meyer Explained

[Doug1]

Are you basing the time delay on the Meyers video?The last step in the charging curve is very minimal could be +1or2 more sec.

[h20power]

Hi Doug1 and Everyone,
The way the figure 3-23 VIC works is you get two charging pulses for every pulse given that are 180 degrees out of phase with each other. So what this does for the charging is the once a charge stops the other picks up where it left off, and it does so again and again until the maximum voltage is reached. You can see the charge line in the graph, the time constant in which mines falls under is about 80% in between the first and second time constant. That will try and charge the capacitor to 80% of the voltage, then the next charge comes in at picks up from where the first one left off. With that graph you can actually see the charging set up shown in Meyer's patents. Each step charge is a coming from one of the two chokes and they alternate. First choke charge and at the same time it induces the second choke, when the magnetic field collapses inducing a voltage to the second choke the second choke sends it's charge to the capacitor. Again they are 180 degrees out of phase, and the blocking diode cuts their AC waves to a DC half wave.

Now in the math I posted I wrote in a sort of short hand as I left out all of the x10 as it should read;
"The capacitor gives 1 / 2 x pie x 1830 Hz x 3778.83x10^-12 f = 23015.04 ohms plus 78.54 gives 23093.58 ohms." for each one showing a ^ place in a x10 between the number to get the same answers as I've shown. Sorry about that I write in short hand when doing things like this.

So now everyone should have a very good understanding to be able to make their own figure 3-23 VIC Matrix Circuits. Don't forget to match the secondary's distributive capacitance with that of your electrode set's capacitance. Plus to make sure the coupling capacitance of the chokes is greater than the capacitance of your electrode set. One figure 3-23 VIC Matrix Circuit per electrode set please, okay? Another thing you must use some sort of resistance wire for the chokes and especially for the secondary to aid in slowing down the leakage time of the electrode set(capacitor).

Your all set to start replicating Meyer's work now, so let the Energy Revolution Begin!
h2opower

[wings]

This is a video of Stan Meyer's estate showing some of his known items and a couple of ones you may not know about.

Interesting the toroid !

http://vimeo.com/13324978

[h20power]

Hi Wings,

Thanks for the video, though I have seen it before many times. Yes, the "Electrical Particle Generator" (EPG), not toroids, I know all about those. I think I can even recreate them if I had the funding as I do understand how they work. Right now I am just running out of funds for all projects I have going. If any of you would like to help you can donate here: http://www.truegreensolutions.net/index.php?p=1_7_Donations thanks everyone for keeping hope alive for even those of us like me need a hand now and then. Thanks for your support!

[Torana]

Your not going to like this one...
If your planned  Reso freq = 1830 hz , the plates alternate at 1830 cps AC based on LC timing.
If you move to a larger L , the freq drops and X changes.
L + C are passive components that react differently to AC = REACTANCE
Xc and XL are 180 degrees to each other and cancel each other
2 pi formulas are sine , circular not pulse.
**A choke does not stop DC...... Electrons

6326.44  +  22996.46  +  23015.04    + 78.54  X  3.77883 nf...
   R l      + 2 pi f L      + 1/ (2 pi f C ) +  stan fig??  X  C

78.54 OHMS is one of Stans tricks that out lived him and unfortunately stuck to the blanket.

**specific constants are measured at specific temperatures...78.54 @ 25 degrees centigrade, the same sample @ 20 degrees C = 80.37 , the same sample @ 100 degrees C = 55.33 ....
The Dielectric constant CANT be measured in OHMS and NEVER has been ,HOW ? ? ? ,ones a temperature the other is a ratio.

Resistivity ,R ,X ,Z are measured in Ohms but R is the only one used in RC time constant.
If you want 1830 hz ,youll need a power supply and it will need a timing circuit wether its 555 , TL494 or what ever ,it will also need an RC combo on the timing pins.

Stans WFC tech brief has mis info through out , ANYONE can go thru and check .

Have a look thru this site at RC timing and theres a section on tuned circuits.

http://www.learn-about-electronics.com/rc-time-constant.html

Theres alot of people putting in an honest effort into researching Meyers but surely there needs to be an honest approach to the info he was peddling.  Put it under the microscope .
There is an actual possibility that the info is BOGUS and not even Jesus can change that .
Square one is there for everyone and unfortunately we're all there but drifting down the same path that a dead man pointed down isnt going to help .

..as you were... and NO Im not kicking you or anyone else in the guts.