Originally posted by TRON
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Stanley Meyer Explained
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Thanks so much, once I get my PC back I will order everything. I just hope the PC is fixable. It's interesting that something like that switch was a mystery to me this goes to show that even if you are good with science circuits are a whole other ballpark. Again thanks for the helpOriginally posted by gpssonar View Post@H20power
The FET i used for the in out switch is a CD4016 a CD4066 should also work.
h2opower.
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figure 12 A41 thru A43
Originally posted by TRON View Post...
@ All:
Anyone know what A41 thru A42 are? on figure 12?
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any theories out there?
I think A41 thru A43 are 74C93 4 bit binary counter:
MM74C90N pdf, MM74C90N description, MM74C90N datasheets, MM74C90N view ::: ALLDATASHEET :::
greetings,
bussi04
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During pulse of time (I found that the diode on the primary that stan show allow the energy in excess going into the primary to go to the back to the battery and a bank of capacitors, doing so there is no pulse of time both pulses occurs a sine wave I used 20x 4007 diodes in parallel and big capacitance values) If you think about Here is the electron extraction topology. The capacitors are needed because battery have a certain resistance so you would not have much success.
I'm going to design thinking this way the electron extraction circuit. However did you understood that high current caring
Conductors are needed.
The transformer offer a very high impedance to the resonant circuit because diode blocks the current from changing polarity the energy have just one way to go. Stan said the field collapses ad a second pulse is generated i believe energy is stored in the magnetic field and is applied when the next pulse arrives check it mount it the way i say connect it to a resonant tank and see the results...
The continuation of My thread at:
LoginLast edited by sebosfato; 10-23-2009, 06:14 AM.
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Gas Processor & Photon Driver Circuit
@TecstaticOriginally posted by Tecstatic View Post
Why use non-free limited demo versions for open source research, when you can use cross platform (Linux, MAC, M$) intuitive, free, full fledged open source program for diagrams and PCB layout. You can even see your PCB in 3D view.
KiCAD: Information from Answers.com
Yes
All kicad files are open format text files, which makes them very suited for version control.
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Eric
Thanks for the great tip
. I have installed KiCAD for Windows and made my first steps.
@all
I have set up a first beta version of our circut layout. When I have built up the circuit and have tested the connectivity of the devices I will upload the KiCAD files so that you can replicate, change or expand them by yourselves
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Have fun with the appended pics.
greetings,
bussi04Last edited by bussi04; 02-11-2010, 06:23 PM.
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Thanks Bussi04,
If you can make a one sided version that would be great for those of us that can't make a two sided print circuit board. I really need to get my PC back so I can get back in the game for with all the people trully aiding this technology it shows the true spirit of the best of humanity. Once this is done correctly everyone will have a circuit that has real promise to replecate Meyers work. I guess all was needed was for someone to start giving away large parts of Meyer technology as I gave away all the science and the good of others is so clear as the last part I had problems with, circuits, everyone that can is stepping up to the plate to aid humanity get the much needed energy independence. Thanks to everyone that put humanity first ahead of personal gain and greed. Thanks!
h2opower.
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Hi Bussi04,
When looking at the circuit I noticed that the LED and EEC share the same FET. That should be changed so that each is working indipendently of each other only sharing the same input signal. I have some FET driver chips that might do the trick or anything that will seperate the two so one doesn't mess up the others function, even an LED driver(s) that can handle 96 LEDs will do. But I can't afford the EEC finding it's own ground other than the electrons of the system that are intended to comeplete the circuit. Thanks for all of your hard work, I thank you, the world thanks you
Energy independence is now ours for the taking,
h2opower.
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Hi H20power,Originally posted by h20power View PostHi Bussi04,
When looking at the circuit I noticed that the LED and EEC share the same FET. That should be changed so that each is working indipendently of each other only sharing the same input signal. I have some FET driver chips that might do the trick or anything that will seperate the two so one doesn't mess up the others function, even an LED driver(s) that can handle 96 LEDs will do. But I can't afford the EEC finding it's own ground other than the electrons of the system that are intended to comeplete the circuit. Thanks for all of your hard work, I thank you, the world thanks you
Energy independence is now ours for the taking,
h2opower.
of course you are right, the EEC driver must be galvanically separated from the main electronic circuit, main circuit power supply and from all system ground. so I have cut this part off the main circuit board and put it into the VIC EEC HV section. The optocoupler must be high speed and maybe high voltage ( http://www.vishay.com/docs/81331/sfh6755t.pdfLast edited by bussi04; 11-29-2009, 03:48 PM.
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The pulsing of the EEC & the LEDs are 180 degrees from the pulsing of the primary coil. That is why I ask HMS-776 to move the position of the EEC & LEDs to the switch for right there is where the pulsing is opposite to each other. Now this is important due to the way Meyer placed the secondary as an isolated circuit for when the pulse ends there is no negetive and electrons are free to move through the system. In the WFC that makes all the difference in the world but it is harder to see in use for the GP & WFIs. But that's what gain from the patents of Stanley Meyer's.
When taking a deeper look at the GP I found out it recreating the conditions of the auroa lights for that is mother natures way to ionize the oxygen atoms, and all the componets are there in the GP. In the auroa lights the inoization is perpendicular to the magnetic field and that means in the GP it is going in the direction of the air flow. Anyway I thought that was an interesting find that everyone might also be interested in knowing.
Oh, the switch is to be removed where it says switch in the circuit posted, I don't think I mentioned that before.
h2opower.
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Hi everyoneOriginally posted by h20power View PostThanks Bussi04,
If you can make a one sided version that would be great for those of us that can't make a two sided print circuit board. I really need to get my PC back so I can get back in the game for with all the people trully aiding this technology it shows the true spirit of the best of humanity. Once this is done correctly everyone will have a circuit that has real promise to replecate Meyers work. I guess all was needed was for someone to start giving away large parts of Meyer technology as I gave away all the science and the good of others is so clear as the last part I had problems with, circuits, everyone that can is stepping up to the plate to aid humanity get the much needed energy independence. Thanks to everyone that put humanity first ahead of personal gain and greed. Thanks!
h2opower.
You don't need to be scared of a two sided PCB. If you can make a one sided board, you can also make a two sided. If you are interested, I will show how I do it.
Creating 1 layer PCB layouts is hard work, except from very simple circuits,
Two layer is more easy, and is also better protecting the components, especially with these kinds of circuits.
@bussi04
I'm glad you find the Kicad program useful. if you need some symbols or footprints, maybe I can help from my libraries.
Remember you can zip the entire directory you use for your project, and then it compacts nicely as it is text files. With the zipped directory is unzipped on another computer, you (or we) are ready to continue the work.
If you have extra components defined, then create your own libraries to store them, and include these libraries also.
I have not read the thread so far (been busy on other threads), so I can not comment on the circuit, or suggest how to simplify with a micro controller. But it is really amazing what is possible with a 4$ micro controller.
Doing circuits, I like the "mental" debug of the electronics before I build, debugged with the intended functionality in mind, trying to save extra correction layouts when possible.
Eric
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