Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

  URSA:
  There are two possible options from the second end of the 28 turns coil wire termination point. The grey wire that you mentioned, looks more white than grey, where it connects to the red wire. This white wire, then runs next to the bottom of the big air coil, and is then lost from site. The other option, is as you mentioned, the grey wire going back to the driver board. In any case concerning the white wire, if it doesn't connect to the red 28t wire, then it is still an unknown, as we don't know what it doing there.

  Magpwr: The diagram that you showed is wrong. There have never been any schematics or diagrams of the Akula first device that are correct.

  The inner "choke" coil with a small tuning capacitor that are inside of the big air coil, is supposed to be wound with 50 turns, but Akula mentioned that making it with more turns is better, like 300 turns, or so.

  Back a couple of years ago on this thread, T-1000, Grumage, and myself, were trying to decipher the wiring and mode of operation of the Akula first video device.
  There was quite a bit of information, and testing by both Grum and myself, and others back there, if anyone is interested.
I'd have to look for it in some of the older postings, to find it again.

  DA2:  Thanks for the links, but what we really need are any links to youtube videos, to see your latest tests, etz...

  Ariovaldo:  Thanks for showing your set up, and also keeping us posted.  Good luck.

To Nickz,

You mentioned -The inner "choke" coil with a small tuning capacitor that are inside of the big air coil, is supposed to be wound with 50 turns, but Akula mentioned that making it with more turns is better, like 300 turns, or so.

Ans:There is possibility the L/C coil is wound with 50turns but the tesla coil eg:28AWG at the very center with toroid can be 300turns.
        But these are just rough guides.

It's exactly 2years now i have been in this kapanadze topic.I think this Akula diagram  was circulating way before i came into this topic.

To be exact i became interested in kapanadze only after Grumage did his presentation of this device some time back.

I do wonder now what turns or spec did Grumage apply for his device eg:winding,any resonance frequency since it would easy to find out from there and resume easily without repeating same mistakes made.

Hopefully it will be another  useful finding which may lead to new discovery  to crack this inner working.

Monday is approaching closer by the hour and i would be busy to reply in the meantime.

[magpwr]

Hi Magpwr,

Thanks for your interesting reply. Please draw out the circuit configuration shown in the video as you interpret it. I feel we should all experiment with this to gain a better understanding of the basic principle used by Akula and probably Kapanadze. I reckon you are thinking along the right lines.

hi Hoppy,

I wasn't talking about the reverse engineering yet.But i was talking about the importance of having a L/C circuit or L/C circuit with a tesla coil which is a standalone at the center.

Nearly all of us have got a PWM circuit ready but only slight alteration to be done is the low voltage Mosfet 200volts eg:IRFP260 needs to be replaced with high voltage ones like 1200volts.

I am using 2 x"FGA25N120ANTD" as an example.This IGBT needs 18volts...20volts at the gate at least for optimal operation 15volts as supplied to mosfet driver can be used as well but it will create more heat in IGBT since RDS on is higher.I find that using 18volts on TC4452 can be tricky at times can be quite unpredictable/self destruct and destroy igbt as well maybe 17volts should do.

Driver stage with snubber needs to be settled first before playing with high voltage.

Suitable mosfet driver are IXD414 IXD614 as example.

[Hoppy]

hi Hoppy,

I wasn't talking about the reverse engineering yet.But i was talking about the importance of having a L/C circuit or L/C circuit with a tesla coil which is a standalone at the center.

Nearly all of us have got a PWM circuit ready but only slight alteration to be done is the low voltage Mosfet 200volts eg:IRFP260 needs to be replaced with high voltage ones like 1200volts.

I am using 2 x"FGA25N120ANTD" as an example.This IGBT needs 18volts...20volts at the gate at least for optimal operation 15volts as supplied to mosfet driver can be used as well but it will create more heat in IGBT since RDS on is higher.I find that using 18volts on TC4452 can be tricky at times can very unpredictable/self destruct and destroy igbt as well maybe 17volts should do.

Driver stage with snubber needs to be settled first before playing with high voltage.

Suitable mosfet driver are IXD414 IXD614 as example.

OK thanks. I must have misunderstood your direction.

[Tomtech29]

  URSA
other ways of combining

[Tomtech29]

 
so there are many versions and some solutions here is one of the examples it's like digging in old garbage
something will be found