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Overunity Machines Forum



Kapanadze Cousin - DALLY FREE ENERGY

Started by 27Bubba, September 18, 2012, 02:17:22 PM

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0 Members and 636 Guests are viewing this topic.

Jeg

Quote from: verpies on November 02, 2016, 12:23:30 PM
......
It is worth to mess with all those separate grounds and isolated supplies because that leads to a high-performance universal MOSFET driver that comes handy in many projects (not just this one). 
IMO it is a solution to 90% of problems appearing in FE power switching circuits tried here.

Hi Verpies. You were so right from the begin. I implemented a P-channel driver utilizing two mosfets in series. Its efficiency is not even close to what of when i use N-channel HS. Too much heat across the mosfet due to its high Rds on resistance, too much heat across resistance divider, and at the end the flyback spike was the half in amplitude than when n-channel HS is used (with same supply current and duty cycle). 
So, i rebuilt it using a GDT now with two outputs. Two mosfets in series total breakdown voltage at 2KV, clamped at 1,6KV. I can't wait playing with it as i finished it last night.

Lost bro, nice build man. I wish i had your skills with this smd technology. My board is the double of your size!

Hi guys ;)

T-1000

Quote from: nelsonrochaa on November 29, 2016, 07:10:45 AM
I just try to show to some  that type of system could be made in several ways not only in the way like ruslan show or others. But something seems common between all that circuits. And that is something to think . BEMF and their use in circuit  .
That type of circuit have not just one stage but several ,  either have  a fixed frequencie , but a frequencie controlled by parametric oscilator , that work based in change of inductance of one of reactor. Many aproach could be used to reach the same goal  but in diferent manners.

Hi Nelson,

To refine what is common would you mind to answer few questions? This would allow us to see what is common and different.

1) You are also using high voltage in your builds. What function it does in your system?
2) Are you using cw+ccw windings? If so, are they influenced by high voltage field?
3) Are you charging capacitors with system output? If so, do you also use some inverter circuit to step down voltage for loads?
4) Are you using nanosecond spikes for gaining extra energy from the environment?

Cheers!

NickZ

    Nelson:
   I congratulate you on your achievements, and your outstanding work.

   Your boxes remind me of what Tesla had done with his electric car, and the small box that he had inside the car, and antenna on the back bumper. 
   I hope that your dreams will come true, even more so than they already have.
   You are an example for the rest of us, as someone that is following their passion, and making money at it, as well.
Which in time can lead to electric cars, and other devices that can self run.
   You are the first and up to this time the only one on this forum to do so. Even without needing to copy anyone elses device.
   Best wishes to you my friend. Keep up the great work.
   May God bless you...

Hoppy

Nelson's mention of very high capacity cap banks suggest to me that he has a Bedini SSSG style feedback / looped setup, like I think Ruslan employs. We see slowly falling voltage levels in Nelson's latest video, thus the use of big cap banks to extend run times. T1000 has asked some important questions, which if answered, should allow others to progress using resonant transformer based setups. This statement from Nelson is significant IMO in giving a good clue to the operation of his device: -

"A self runner device is not a free energy device , but a more convenient way to convert and produce currents in a self sustaining oscillation circuit where the output is capable to produce more work (W) and provide the enought power to sustaining the circuit until "main power input" is depeleted or interrupted."

AlienGrey

Quote from: Hoppy on November 29, 2016, 09:51:12 AM
Nelson's mention of very high capacity cap banks suggest to me that he has a Bedini SSSG style feedback / looped setup, like I think Ruslan employs. We see slowly falling voltage levels in Nelson's latest video, thus the use of big cap banks to extend run times. T1000 has asked some important questions, which if answered, should allow others to progress using resonant transformer based setups. This statement from Nelson is significant IMO in giving a good clue to the operation of his device: -

"A self runner device is not a free energy device , but a more convenient way to convert and produce currents in a self sustaining oscillation circuit where the output is capable to produce more work (W) and provide the enought power to sustaining the circuit until "main power input" is depeleted or interrupted."
Hoppy  it's a BEMF device I think if your lucky the voltage can be about PIE times what you put in, but you can't use cheep slow diodes as the break down voltage and capacitance will just drain it all away, now where is your device now I have told you how it works ? :D :D

By the way, if we are going to quote 'God' on here it is short for 'Gadae'el' (pronounced) Godeel for short which is the God of the fallen angels (Satan), look it up yourself, I have a habit of looking words and origins up since being on these pages. King James was full of it! After all he didn't have google translate it from greek but it was writen in hebrew, 8) ;D
just  thoght I would get that in, OK