Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[verpies]

Please explain what "bucking mode (back-to-back serial opposing)" and "serial reinforcing mode" mean.

In bucking mode two windings are connected serially in such manner that the voltages induced in them are subtracted.
In reinforcing mode two windings are connected serially in such manner that the voltages induced in them are added.

Also, windings connected in the reinforcing mode exhibit much higher self inductance than in the bucking mode.

[Mannix]

this one measures ..the other one does not Please check your working ones

copper strips on the small one with a 15 wind
3.7 khz square wave = 7mhz wide  band noise ..not much above 3.7 khz ......interesting

[T-1000]

I have been super busy the last 4-5 days and had no real chance to keep up to date with this, however I think I now understand why T-1000, Wesley and others are giving great detail on some things such as basic construction of the transformer and tuning.

And why they hadn't given (at least hadn't when I stopped reading) any real info on what else is required.

They want us to not know how to build the circuit so we have to try lots of stuff to see what works, and in the proccess improve on the design.

I think they aren't interested in straight reproduction, they want experimentation.

At least this is the most positive spin I can put on such curious partial disclosure.

We want to get you involved then understand building and tuning process and what is making this device to work.
It is not monkey copy/paste job and it is best learning process for OU devices you can have.

[verpies]

Probes as the article say have a large resistance but this is shunted by a capacitance. So indeed a current will flow.

Good find. However it matters whether oscilloscope probes have:
1) a large resistance shunted by a small capacitance
2) a small capacitance shunted by a large resistance

I took apart my scope probe (LC Waverunner) and it has a series 10kohm resistor right at the tip.
The whole probe measured with a DMM has 8Mohm DC resistance.

In any case, if two measurements are made, firstly with the LF winding and secondly with the HF winding, then any frequency peak that "moves" between these two measurements can be attributed to the artifacts of the sensing winding/coil.
Conversely, any frequency peak that "stays" in the same position can be attributed to the core and Transverse Coil (copper strips).

[grizli]

@ALL
I think I see another diffence between Aidas/Arunas/Wesley's (AAW) configuration and Tiger's.

Namely, Tiger's configuration seems to use the bilfilar coil connected in bucking mode (back-to-back serial opposing) and AAW's configuration seems to use the bilfilar coil connected in serial reinforcing mode.

The Russian phrase on Tiger's diagram
"All on one core. The HF winding back-to-back on opposite ends of the core.""
and the dots denoting the directions of the bifilar windings on the schematic, seem to imply the above.

CAn you write english translations on tigers shematics ?

Where is output coil ?

there are many coils there , and I do not understands purpose of them, cause on russian