Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  @ All:
  "Great work! AT LAST somebody is actually measuring the light output with an objective instrumental method"

  This method although it works fine and is very precise, is not my invention, nor the first time it has been used.  It was first shown by Jonny Davro on the Joule Thief thread.  I don't normally even need to use it as my two eyes still work well enough to tell me that I'm not getting the bulb brightness that I am looking for, yet, without even needing to use these methods. But, for circuit testing and tuning purposes, such as what Lasersaber is showing in the video link that I posted, it can certainly be a big help, and even without all the needed instruments, that he is showing. Just a simple multimeter, and photo resistor from a garden light.
I just wanted to give the credit, to where the credit is due. But, I knew that you test instrument lovers, would also like this simple and effective way to go. And those without scopes, lumin meters, and such, would benefit even more.
I also wanted you to know that I'm not always going at this as blindly, as it may seam.

  I realize that when someone like Wesley or Tiger lights up a bulb, then states that the output is 150 watts, or even a 1000 watt output, that it may not be anywhere close to that output, but yet the bulb still looks fairly bright, never the less.
 
  I don't think that Tinsels snake oil videos have anything to do with or relation to TK's several KW systems. And if so, then I would love to see it done even with 100 watt bulb. Snake oil, and all.

  One more thing.  I'd like to thank MenofFather for providing the information about the device and output that Tiger is working on. To avoid any further confusion, and waste of time in replications.  IF true... as we may be the last to really know for sure. Considering the poor men in black, won't be barking up the wrong tree.

[anandml]

This circuit is my assumption. I am not sure it is correct or wrong, If it is wrong please do your corrections....

[Grumage]

Good evening all.

I have been in contact with T-1000 and he has been able to give me a greater understanding of these devices, but I still have a heck of a lot to learn!!

I have attached my interpretation of the Test case as a schematic with a frequency of 750 Khz (the frequency I will use) which has determined the wire length of L5 @ 100 M. (1/4 wave of 750Khz)
I am hoping to get L4 wound tomorrow.

Please let me know if I appear to have made any mistakes?

Cheers Grum.

[MenofFather]

Good evening all.

I have been in contact with T-1000 and he has been able to give me a greater understanding of these devices, but I still have a heck of a lot to learn!!

I have attached my interpretation of the Test case as a schematic with a frequency of 750 Khz (the frequency I will use) which has determined the wire length of L5 @ 100 M. (1/4 wave of 750Khz)
I am hoping to get L4 wound tomorrow.

Please let me know if I appear to have made any mistakes?

Cheers Grum.

If you replicating Akula divice then there are mistakes, I beleve. About other divice I not known.

[NickZ]

    @ amandml:
    Thank you very much for that diagram, that is what we needed, to start with.
    There are some things that I would think are little different from viewing the video.
For example: The yoke 3 turn coil output goes to a series connected capacitor, then to the "resonator coil", that is something like about 12 turns, wound on top of the big air coil, and is also wound in the center of it, then is going back to the yoke. That big air coil is something like 50 turns, and is only connected to the earth ground at the lower end, and the other upper end is going to the various bulbs, and possibly (but not certain) that after the bulbs, it is then going back to the earth ground, although that is not shown.
  The feed-back coil is mounted at the bottom of the big air coil and below the resonator coil, and also of about 12 turns, and then both ends of the feed-back coil are going in parallel to the big filter capacitor, then to the rectifier, and then to the inverter.  That is how I see it. 
There is of course be more to it, and it may also not be correct, as well.