Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[MasterPlaster]

Yes, you did. I missed it somehow.

BTW: I have some Metglas toroidal cores that have 500mH with 15 turns, so at 50Hz the impedance is pretty high and appreciable voltage develops across such coils.  This is easily explained by Metglas' very high permeability (published around 1 000 000)

@verpies
Do you have the technical literature or the part number?

[itsu]

Grizli,

for the signals from my scope, see my video: http://www.youtube.com/watch?v=U4MDtrAh9Ag

I use a function generator, see the video.

The other coils on my ferrite resonate at:
L1 low   50 Hz  / 15 turns / 120 uH coil resonates at 1.55 Mhz
L1 high 382 Khz / 50 turns /  1 mH  coil resonates at 1.265 Mhz (so need to add capacitance (about 175 pF) to go to 382 Khz).
L2 output 150 turn bifilar / 13 mH  coil resonates at 105 Khz which is to low, so need to remove some turns to get to 382 Khz.

So the measured/seen 5.7 Mhz signal on the copperstrip MUST be from this strip / ferrite

I will try this 50 Hz input transformer/lamp thingy tonight.

Regards Itsu

[philm]

Please note that your copper strips are on the conical part of the ferrite.
The inventors of the device put the copper strips on the cylindrical part of the ferrite, where the strips can be parallel to each other. (slightly away from the edge, too)

I was actually going to be putting the copper strip on the cylindrical section of the ferrite; however, I went with the conical section because the surface area was much greater there.

Since  my device will be a little bit different now, I will be keeping this in mind during testing. If the effect is not there or if the effect is minute, I can easily get another ferrite yoke and put the copper strip onto the cylindrical part.

[verpies]

@verpies
Do you have the technical literature or the part number?

Yes,
http://www.metglas.com/products/page5_1_2_6.htm

[grizli]

@ Grizly,
patience and we see

...

I was thinking that the team had a course so far. It firstly reported OU by having and running a flyback transformer by a custom inverter, collecting single wire via AV plug the HV to 6.8nf cap and discharging it via a spark gap to a primary winding. A parallel variable cap to the winding was also there for achieving many frequencies and tunning.

Power collection was on another winding no bifilar one as far i remember, again proceeding with a dioded cap, another spark gap and the load (lamp)
..

In that first instance, apart of the frequency sprectrum created by both spark gaps and the more specific frequencies attained by the variable capacitor, was there any shield perpedincular to windings? It has not been mentioned such thing.

see "sxema_rabociaja_darobotka" in the Lithouanian site. Although no explicit photos were given of that very first setup, i remember no shield to be mentioned, apart from the capacitative coupling between the primary and secondary winding due to HV created by the Flyback transformer. (hot lead to AV plug, cold one to output winding)

food for thought. Please any member of the TK replication team comment and give his view in terms of integrating all the observations so far.

This schematics is kind of confusing, can you please explain , i need your help :

bottom left transformer: DOES it have  ferrite core !!!!! or is it air core, is it cadecus coil ,any real image if this ?

why is Lamp connected to flyback tranformer ?