Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

 apecore:
  Well done!  The scope can affect the readings if connected to the output with no other load on it. The different loads have an effect, as well. You will probably notice a higher output using the 2sc5200 transistor. It's good to use a 10k pot along with a 1k resistor, also. Those transistors will heat up when pulling a load, and it's best to use a big heatsink, and fan.

   I would use the same copper tubing that you are now using for the antenna coil, but, also for the Kacher primary coil.
   Try ferrite pieces such as from a flyback, placed inside of the Kacher's former tube. It can make a big difference at the output.

    Is it possible to turn your device around so that it faces the opposite way, like most all the other replications do, with the Kacher on the left, grenade on the right? That way it's easier for us to see what's what. The ferrite rod should be close to the output coil/kacher secondary, like Ruslan has it in Hoppy's picture I uploaded.  Every reversed turn on the whole system is important.
   
  I would try to obtain the the stranded house wire, not solid wire for the yoke winding. As each change can have a different result. And the yoke is the heart pump of this device.  The three turns coil is the thicker 6mm stranded wire, as is the Kacher's primary coil (normally). I think that copper tubing is better, but I've not tried it, as yet.
  Good to hear that you have an outside ground. Better to not to ground your device to the house's electrical grounding, as there is AC capacitive leakage there which can affect your device.
   Batteries as the input source are the best. Two batteries for 24v input, like gel cel 7 amp hour ones, will do.
 
   Maybe try to light some incandescent bulbs now on the grenade output coil, like in my video below.
https://www.youtube.com/watch?v=mpS7noQZ7DQ

[apecore]

It looks like you have used 1.5 household  cable (solid conductor) the problem with that is it's not pure copper and it gets hot and melts the plastic tube and it's sleaving. As you will find out, well the one I made and ran tests on. It will be interesting to see if yours is ok or not when you draw current.

Don't say i didn't warn you. Oh well, have fun.

A G

AG,
Thanks for the warning ,..... I guess you mean the grenade coil?.....  it is of 2.5mm2 solid copper...  even my inductor is the same wire.

But we wil see,...  i hope i will be lucky.


Also in the next link my second video,.... where all NickZ recommendations are in place.
Inductor, tuning capacitor and the grounding are connected.
I guess it is ready no to ad a yoke and to feed the inductor.

https://youtu.be/OCAtyBPzgQo

[MenofFather]

First results

By putting rectangle wave on inductor it came out that the output coil has a maximum amplitude at 1.245Mhz.
By the way best results with inductor on 1/4 length (9.375m)
Then the difficult part .....getting 1.245Mhz out of the tesla coil.
From tesla top...... ferrite with two coils in serie....3 turns (and later 5) cw and ccw ..followed by 3 windings 8mm copper as antenna placed over the remaining place of the output coil.
Output coil connected on bridge rectifier (4 times Rurp3060) and capacitor 1000uf electrolite.
Bulp 230v/ 25Watt connected
Inductor in place but not connected.
I try different tesla coil setups..... but because the tesla configuration with almost 1.245Mhz gave less results...30 volts and poor bulp brightness.
Most powerfull was at 387 Khz with a larger tesla coil (output voltage grenade 120volts and direct light effect.
But no hot diodes either.
I guess by adjusting tesla coils (bringing down the number of turns in case of increasing the frequenty) has negative effect on output voltage.
I will try to make a coil wich will reach the 1.245Mhz with high output voltage.
Any suggestions?

you tesla must work on 1.245 mhz maybe. you can increse feeding voltage for tesla, maybe 100 volts with brakes. then you get bigger power of tesla coil. changing duration of pack of pulses you maybe see efect then you get overunity.

[apecore]

you tesla must work on 1.245 mhz maybe. you can increse feeding voltage for tesla, maybe 100 volts with brakes. then you get bigger power of tesla coil. changing duration of pack of pulses you maybe see efect then you get overunity.

MenoFather,
You mean increasing voltage (pulsated) kacher as like Puls width modulation on the 2 different power supply stages?

[MenofFather]

need build small dc dc converter from 24 v to 120. and paks of tesla working must go synchronic with puchpull then is dead time of pushpull transistors, then must sturt working tesla coil or kacher. and with multiturning ajustable resistors need little muving this pack to one and other side and regulating need try duration of pack.
from 28 turns on yoke can be directly conected to inductor of half leng of granade. inductor can be not graunded. paralel output coil can be capasitor to get let say, 12 kikiherc and tesla coil or kacher must have frenquency 1.2 megaherc. groauned only first layer of granade and minus of 24 volts and end of tesla coil if you not using kacher.