Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[dllabarre]

Hi DonL
This question was asked several times but no one answered jet.
I get MJE15030 tomorrow and will post how is working in kacher setup.
Currently I am using MJL21194 NPN 250V 16A and it is working OK
JoeFR

Thanks JoeFR!

[dllabarre]

@Dllbare
Used both the MJE15030 and the MJE15028 and they both work as intended in regards
to creating the oscillation/switching.
Just get the MJEs and experiment.

Thanks xenomorphlabs

[stivep]

Can someone explain this effect please. I run the standard exciter and power the globe like in my last video. Then I noticed my analogue meter was doing something weird when on the 1000ACV setting. Basically the meter starts going up when I place the probes near the field. If I put one in the field and move the other away out of the field about 2' the meter maxes out. I've seen this effect on DC with an AV plug hooked up to the probes but not on AC with the probes disconnected from everything. I'm assuming the probes are acting as aerials but dont understand how by moving one completely out of the field the coil meter maxes out. A capacitance effect?
<SelfTaughtNoob>Thanks. </SelfTaughtNoob>

the lines of flux knowing that H filed is at 90 degrees  to E filed  is to be blame for it.
you can take small light  bulb with 2 pieces of wire soldered into it and spreed them in  horizontal pattern You will see that light bulb is  giving you the light
Than try to move it around with changed axis.
The antenna dipole at center with light bulb will react as tuning circuit.but because the length  of the wire is no  way near fundamental pick of resonant frequency than it is reading any possible component of near to resonance  wavelength
At that point Capacitive Reactance and Inductive Reactance will play the role based on the factor of how close the how pieces of wire are  at position one to the other if you try to bend them ( from their  previous  horizontal position)to get closer.
That allow you to tune that structure to more capacitive character or more inductive character with impedance still in within the range of certain constant.
Another words :
you can play with capacitance and inductance if you wish still being at the same resonant frequency of the network
Network should be understand as LC structure of your antenna with light bulb.
the capacitive character is creating more voltage less current
the inductive character  acts opposite to previous one


Remember even if you playing with  one wire only while  powering  say  caduceus with two diodes the electric path must be closed based on traditional science.
That means that you not necessarily deals with electromagnetic coupling  but with electrostatic as well.
Yes the circuit is closed by electromagnetic or electrostatic means.
That is the latest  news form me working with scientific group no FE oriented but not rejecting me from their help and analysis of elements of presented by, Aidas and Arunas  me device.


So if you have  capacitor connected with one end to  HV wire it will charge itself by closed loop with electrostatic and/or electromagnetic nature.
Wesley




please take to your attention this article send to me by German scientist.

http://www.ndt.net/article/0398/huebsch/hueb.htm

http://www.sumobrain.com/patents/wipo/Method-device-non-destructive-material/WO2011138027A1.pdf





Wesley

[ronotte]

Hi all,
while waiting to find a suitable solution to flyback inverter, I've tried the Delamorto setup...I'm using TIP23 as kacher and now I have 200Vpp @ f0=1.5MHz on a 60W/240W incandescence lamp, hence the lamp is lighted..but not full. Power supply is 24V battery @0.8A.
I have tried mosfet IRF820 and several others but until now not able make them to oscillate in the same kacher circuit. I wonder if anybody already tried it?
Soon I will post images.
Roberto

[xenomorphlabs]

Hi all,
while waiting to find a suitable solution to flyback inverter, I've tried the Delamorto setup...I'm using TIP23 as kacher and now I have 200Vpp @ f0=1.5MHz on a 60W/240W incandescence lamp, hence the lamp is lighted..but not full. Power supply is 24V battery @0.8A.
I have tried mosfet IRF820 and several others but until now not able make them to oscillate in the same kacher circuit. I wonder if anybody already tried it?
Soon I will post images.
Roberto

Could you please elaborate on how exactly you measured the 200Vpp?
With an OScope?
Concerning the MOSFET, you might wanna do what Bolt suggested and use a 15V Zener diode.