Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

The two thick wires ends (of the 3 turn coil) should then go to a 5uF AC cap, and in series continue on to the resonator coil. Which I wound right in the middle of my 4 inch wide by 7 inches tall 43 turn air coil. And the wire  then should continue back from the resonator coil to the yoke, to close that circuit.
There is an aluminum sheet just inside the air coil, and a separate 11 turns choke of insulated wire, with an AC start cap connected to it,  not connected to anything else. The big air core is grounded to earth on one end, and the other end goes to bulbs.

Which circuit diagram are you using? The choke is definetaly not making much more voltage than coil with aluminum slit sheet.. If you make choke with at least 4 times more wire length, it will be different case. Also choke winding should be opposite if you follow Tesla receiver coil rules.

[NickZ]

  Ok, I'll make an opposite wound choke coil, with 43 turns times 4  (172 turns, of 1.5" wide core?).
I had tried an at least 250 turn air coil as the choke, which I had also shown (of 28 gauge mag wire) in a previous picture, but I also need to know the cap value for the choke coil.
  I've been using the hand drawn Akula diagram, to go on.

[T-1000]

  I've been using the hand drawn Akula diagram, to go on.

akula did not made any circuits diagrams and "his" circuits diagrams in this thread are wrong. Please be patient for more correct circuit not of his origin for the sake of getting effect on your table.

Cheers!

[NickZ]

  Quote by T-1000:
  "akula did not made any circuits diagrams and "his" circuits diagrams in this thread are wrong. Please be patient for more correct circuit not of his origin for the sake of getting effect on your table.

Cheers!
                 End Quote


  That was what I had suspected, concerning the akula diagram.  As it did not show the same exact build as in the video. I was more guided by the video, but even his previous video, or his latest one,  may not be showing all there is to know, in order to precisely replicate the true working device.
  You can be assured that I will be patient, and that I will await for further instructions.

  Thank you for your help and advice, along with the PM.
                                                                                             NickZ

[anandml]

When you make waves on water against wall, what happens? The classic example can be seen on sea shores. And if you make two waves on watter from opposite  sides what happens? The same natural thing happens in electricity too. So when you mix high potential with high current flow and make those standing waves what interreact with everything arround - making electronic devices to disfunction, making Hertz waves, charging open(not connected) capacitors and so on.  And in that point and moment of time you grab resulting wave and use for your load...

Now i understand why Tk use tin can(faraday cage)