Kapanadze Cousin - DALLY FREE ENERGY

[a.king21]

The transformer core is ferrite. The wire guages are not critical because it is not high power.
It is high frequency so an iron core probably will not work. I built an earlier version on a tv half yoke core and it worked.
The turns ratio is in the schematic.

[magpwr]

  Guys:
   Here is a picture of my new output coil for my version of the RMG device replication.
   I'm working on the feed back circuit for this device, now. 
   Any ideas or help with a feed back path is welcome.

hi Nickz,

Suggestion-
Regarding feedback path via transformer before you proceed further - You will need to know the Current draw on battery x input battery voltage to get power consumption.

Once the circuit is in ringing mode/optimal output indicated by brightness on bulbs you will need to measure output A/C voltage x A/C current to bulbs.

If provided the output power is indeed higher than the input power only then you can proceed to look into feedback path.

My version of feedback path would be  mains 50/60HZ transformer but efficiency is only optimal at 400HZ(It was used in aircraft so that transformer need not be large to transfer same power.)

I know that this yoke core would ring in the kHz range hence to prevent saturation of the mains transformer core at high frequency.I will solve this issue by removing the core of the mains transformer and replace with ferrite (2000) or iron powder core.
Do try the air core version first although it might not be as efficient.

If the output/input efficiency is really bad you are better off getting a sine-wave inverter <500watt for 12volts.
The one you are working currently on is just one of the stage for the Akula device.

Cheers
Magpwr

[DilJalaay]

The transformer core is ferrite. The wire guages are not critical because it is not high power.
It is high frequency so an iron core probably will not work. I built an earlier version on a tv half yoke core and it worked.
The turns ratio is in the schematic.

Thanks,
wires are of same direction or opposite?

[a.king21]

Thanks,
wires are of same direction or opposite?

Same direction

[NickZ]

   Magpwr:
   Thanks for your comments.
   Once you obtain a working feed back path using your iron laminate step down transformer, then I may try it as well.
  For now I'm using the Akula method to feed back to the input side. This I'm doing by using a feed back coil that goes to a filter capacitor, a full bridge  rectifier, and then back to the input side.
This set up does not need another step-down transformer, as the feed back coil already has the output controlled by the turn ratio, and by the filter cap and rectifier to input side, which is about 16volts DC.

  I can't read the ac output from the secondary in the air coil, nor do I have a scope as I've previously mention.
  Remember that the air coil is also filled with ferrite, and is not empty.

  The use of an inverter, like Akula is showing also may be a good idea.
  I would think that using all store bought parts to build with, would also be ideal, so that we can all work in the same direction, using the same components.

  If you wait to see a higher output than input, you may be waiting a long time.

  I plan on using a solar panel connected to a 12v battery for the input source, so I'm not too concerned about getting energy from "nothing", or just from thin air. Although that would also be something to see, and is my ultimate goal.

  With my newest set up, I'm able to obtain more light (lumin levels) using two 100w bulbs, than compared to just one 100w bulb. This was not the case previously, when just taking from the output of the yoke secondary coil, without the the use of the additional air core coils.