Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[verpies]

I use a bulb (220V/10W) and an RF meter and find in this first setup that i have about 2W RF coming out of the 3th coil.

Please note that using RF power meters has certain caveats:
1) RF Power Meters do not measure power above and below their design frequencies (e.g. DC)
2) RF Power Meters are 2 port devices and they dissipate some of the power themselves as well as in the external load. Depending on the resistance+reactance of the external load connected to the 2nd port, the power sharing ratio between the meter and the load, can surprise you.

@ALL
Itsu's experiment illustrates that an incandescent light bulb can be visibly lit with only 20% of its power rating.
In other words, lighting  a 10W light bulb does not mean that 10W of power is dissipated in the bulb.
So, next time you see a lit 100W light bulb, do not assume that it dissipates 100W of power. Especially when filmed in the dark with an automatic variable exposition or variable aperture camera.

[znel]

hi all

thank's to all contributors and specially to Znel

here my 2 more cents

hope this helps

good luck at all

Laurent

http://youtu.be/UhY-mghT3M4

Great work Laurent !   I'm glad you found the project interesting.   There are lots of ways to manipulate the output of that circuit and increase it's efficiency.   You have a good start for exploring and learning from it. 

More turns on the primary will lower input but will also decrease it's potential output so there is a give and take to altering the configuration.   

Lots of fun !   

[Hope]

http://www.youtube.com/watch?v=kEh7B63i_SI

Kurt's effort

    This is a great device and shows Wesley's Group similar waveform.  What an accomplishment Kurt has made as well as the STAAR team.   Hope Kurt is willing to share here on the details as good as STAAR has, what a fine adventure this extreme effort of the forums members are building.   This is monumental and is showing proofs that will be hard to surpress.   Happy holidays you all!

[Jury1]

… @ALL
Itsu's experiment illustrates that an incandescent light bulb can be visibly lit with only 20% of its power rating.
In other words, lighting  a 10W light bulb does not mean that 10W of power is dissipated in the bulb.
So, next time you see a lit 100W light bulb, do not assume that it dissipates 100W of power. Especially when filmed in the dark with an automatic variable exposition or variable aperture camera….

I absolutely agree with you. Incandescent lamp is not a valid indicator of the output power level.
Why? IMHO because in the wires do not have electric current. There is a broadband signal.
This signal is similar to the white noise. Of this signal can not get the magnetic induction.
Without the magnetic induction will not work for household devices. Necessary to use an intermediate device â€" inverter.
Electric filament shine because of the thermal radiation of the helix.
http://en.wikipedia.org/wiki/Black_body

[verpies]

This is a great device and shows Wesley's Group similar waveform.

The SAAAR team's and Kurt's waveform are not very similar.
The envelope of the former has positive second derivative and the latter has negative second derivative.
In other words the former is trumpet shaped and the latter is wineglass shaped (like an asymptotic capacitive charge graph)

For the significance of this difference, see LtBolo's post at Reply #9032