Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Kator01]

v8Karlo,

One other thing.
Run this coil without load, switch off circuit, wait
for 3-5 seconds and grab output and you will get
shocked just as you grabed ordinary cap which is full.
So, coils preserve charge after been switched off.

its not the coils, its your Cap which is polarized in reverse by the negative breakdown-puls upon shutoff which has an open path through the kathode of your diode.

Kator01

[jbignes5]

 Here is Meyl on the subject of longitudinal waves and how it all works. I know he is talking about Tesla but he is the only one reproducing his work and having it work! This is a voice recording but it has great schematics in the video portion as a slide show. Check it out.


http://www.youtube.com/watch?v=F7SR4vF_pug&feature=player_embedded

[DigiLab]

I measured this without load, only V-meter + 2uf / 2000V cap at the output.

Hello,

Don't really like to spoil the party, but when I analyzed the 2 coils circuit with my engineering senses on, and if the quoted above is correct, I don't quite see an unusual behavior, or free energy for that matter. If the first coil is the energizing one, and the second a receiving one if you will, then this is mostly magnetically coupling, transformer action. The second coil is getting energized by the changing magnetic flux which is introduced from the first coil. Without going too much into detail what's happening during turn-on and off of the MOSFET (it will require much more typing, ), let's simply say, since the second coil is not really load terminated (2uF is not much of a load), its voltage will go to high heaven in order to release the stored energy. Simple experiment, take a coil, energize it briefly with few Volts tops, and then let it go. You'll see huge voltage being developed on it as it tries to release the energy being stored, easily going over a hundred volts, maybe more (depending on the coil inductance). Another fact to consider that goes inline with the above, is that the performance is not as good when air core coils configuration is used, compared to the ferrite core one.

In order to confirm this, can you pls use some resistor as a load. Depending on the value of the resistor used, and the direction of windings of the coils, most likely few decaying oscillations cycles will occur after MOSFET is being powered off, as the second coil will energize first coil, which will again energize the second, and so on ...

Most likely the free energy is not in this configuration, maybe somewhere else though.

Regards,
Digilab

[Jack Noskills]

v8karlo, could you test drive my version of your circuit ? Your circuit gives volts, my circuit divides volts but increases amps. What if combination of those two circuits would give the power ?

First you would need to play with my circuit alone, I have tested it only at 50 Hz sinewave. No idea how it works with higher frequency or with square input. If results are good, then you could add this at your output/input to get the missing amps. You should try this using toroid shape as toroid is much more powerfull than rod shape.

[v8karlo]

Hello,

Don't really like to spoil the party, but when I analyzed the 2 coils circuit with my engineering senses on, and if the quoted above is correct, I don't quite see an unusual behavior, or free energy for that matter. If the first coil is the energizing one, and the second a receiving one if you will, then this is mostly magnetically coupling, transformer action. The second coil is getting energized by the changing magnetic flux which is introduced from the first coil. Without going too much into detail what's happening during turn-on and off of the MOSFET (it will require much more typing, ), let's simply say, since the second coil is not really load terminated (2uF is not much of a load), its voltage will go to high heaven in order to release the stored energy. Simple experiment, take a coil, energize it briefly with few Volts tops, and then let it go. You'll see huge voltage being developed on it as it tries to release the energy being stored, easily going over a hundred volts, maybe more (depending on the coil inductance). Another fact to consider that goes inline with the above, is that the performance is not as good when air core coils configuration is used, compared to the ferrite core one.

In order to confirm this, can you pls use some resistor as a load. Depending on the value of the resistor used, and the direction of windings of the coils, most likely few decaying oscillations cycles will occur after MOSFET is being powered off, as the second coil will energize first coil, which will again energize the second, and so on ...

Most likely the free energy is not in this configuration, maybe somewhere else though.

Regards,
Digilab

Hi,

If you work only with your senses you will never find anything.
It cannot work like ordinary trafo because its windings are shorted, and they
are circuit for themself if you better look at it.

You can rearange any trafo in 1 minute to work like capacitive, and
then you can do any test you want. That is why I put those
schematics on forum.

This is basic principle of operation. There are far more complicated
setups which I think you are not ready for them if this simple
thing is too much for you.

I am not trying to offend you, bye!