Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Magluvin]

Hey core

The inductor acts as an electrical flywheel. Inductance is the opposition to current change.
So once current is flowing, it still wants to go for a bit.  Thats how you are getting more. I covered this quite a bit in Energy Amplification and I found that the voltage can be near double, which you have shown. It works in the Falstad circuit sim also, just as it does for real.   See that was what I was thinking about with the tpu. He uses the word Kick a lot and I think he was kicking the flywheel. Maybe. ;]

Mags

To expand on "it wants to go for a bit" Try a dc supply 12v or what ever, series a switch an inductor a diode in the direction of source flow and a cap. Hit the switch and release, bang bang Battery Vx2 in the cap, well just about.  Its what I call femf. As bemf is if the coil doesnt have any where to go during collapse, it bounces off of its own capacitance and reverses poles..  Tradition of when the field colapses, bemf is produced is wrong. The poles need to change in order to reverse the current in the coil.  =]
Crazy aint it?

Mags

[Magluvin]

Sorry   one more thing to understand.  remove the coil from the circuit, replace with wire and discharge the cap. Hit the switch, release, cap may get a bit more than source ,but close to equal.  With the inductor, current still flows after the cap has reached the source voltage.  Its a flywheel!  ;]

Mags

[core]

To expand on "it wants to go for a bit" Try a dc supply 12v or what ever, series a switch an inductor a diode in the direction of source flow and a cap. Hit the switch and release, bang bang Battery Vx2 in the cap, well just about.  Its what I call femf. As bemf is if the coil doesnt have any where to go during collapse, it bounces off of its own capacitance and reverses poles..  Tradition of when the field colapses, bemf is produced is wrong. The poles need to change in order to reverse the current in the coil.  =]
Crazy aint it?

Mags

What surprises me is that the charge in the cap. is a function of the speed of the 'make' and 'break' of points 'A' and 'B'. The faster the greater charge. I just tested the circuit again. Switching by hand I was getting 200 volts. A few times I just grazed the the points ever so slightly and rapidly and was hitting 290 volts. So the faster you switch with very little contact the higher the voltage to the cap. Also is there a way to judge how high you can get the voltage?

Respectfully,

Core

[penno64]

@core

For a long time now, I cannot get this guys videos 1 & 2 out of my head.

Unfortunately, I do not have the type of capacitor he shows in the demo.

So I can not replicate.

I keep thinking that the earth is a massive capacitance.

What you allude to is what I think this guy has done.

Wouldn't it be funny if the holy grail turns out to be simply the capacitor.

http://www.youtube.com/user/NRGFromTheVacuum#p/u/10/2cUS03yNl40

Penno

[Magluvin]

Hmmm  Sorry.  I missread the drawing. I assume things some times.  Just read what you said and wrote.  My thought was the on switch was in series with the circuit, that will give you double all the time.

You are putting the source across the inductor, which can give you a lot more.  Like in the Tesla Igniter For Gas Engines pat, this is what you have.  lol try a smaller cap and tell me what you get.  What is your diode rated at in voltage?  Cap also?  You could get a lot! =]

mags