Kapanadze Cousin - DALLY FREE ENERGY

[SolarLab]

 Nick,

Good - stabilize the "inductor part" by tuning with the feed back power supply connected.

Your Katcher frequency might be a bit low - with the inductor at 18.000KHz - try to set the Katcher to around 1.800MHz
(10x inductor circuit frequency - or some exact frequency multiple).

Phase is important here - so you will have to play with that (the ferrite with coils connecting the TT to the Antenna).

As is the HV - which sets the velocity of propogation - which is set by the primary of the TT/Katcher. Slowly adjust the
TT primary voltage level [sets the HV velocity of electrons] and the pulse frequency [sets the interaction "electron
bunching" with the inductor - needed to achieve more output]. These pulses are applied optimally at about the 18KHz TDC.

Anyway, that's what seemed to work here... Other than that, well IDK?

This schematic might help (01 Ruslan - Absolute):
https://www.overunityresearch.com/index.php?topic=4154.msg96060#msg96060

SL

[NickZ]

   Yes well, I spent a bit of years working on all this. Such as tuning my Kacher to different frequencies, and get the best result anywhere from 900khz to 1.2mhz. And not higher.
Of course you have to tune with the feed back circuit connected. Which changes things  drastically
  You will never figure this type of device by speculating. Once you build it, then you can speculate on how you think that it should work.
Itsu followed the instructions to a T, yet, it won't work as planned.

  NickZ

[SolarLab]

   Yes well, I spent a bit of years working on all this. Such as tuning my Kacher to different frequencies, and get the best result anywhere from 900khz to 1.2mhz. And not higher.
Of course you have to tune with the feed back circuit connected. Which changes things  drastically
  You will never figure this type of device by speculating. Once you build it, then you can speculate on how you think that it should work.
Itsu followed the instructions to a T, yet, it won't work as planned.

  NickZ

NickZ,

Sorry you guys were not able to make it function as required.

We did, and so did a lot of others, as you know.

Just trying to present some information as to how it works; but that
seems not enough - well so be it.

Good Luck... have a nice day!

SL

[NickZ]

    SL:     "We did"?  Perhaps you can show us what you or we did to produce OU, or self running.
I am aware of what "others" have done. As well as how this device is supposed to work. But, it hasn't. As far as I know, not one person on these forums has got it working. Nor even have a fully built device with a feed back circuit attached and working.So, please be more specific, and show some proof if possible, as we already have tons of information, but, not one self runner.      NickZ

  PS. I don't know if you have followed Itsu's work on this subject. He has a massive amount of tests and videos done over the last many years. Yet, no OU to be found.      https://youtu.be/wuTc7DYl3U4?list=PLa_-rZYhVEVfEDwddGrWWaWOB3vWE_Mk_

[SolarLab]

 
I have not followed OU or OUR stuff at all really - never found much that was very useful.
Posting on occasion in an effort to distribute information that might be useful but that's it.
A couple of RU forms were far more informative IMHO.

My proof (if that's what you want to classify it as) would be no different than Ruslans.
A shakey video and a few scope shots with lit bulbs or a heater. What else is there?

Here's two videos from amongst the hundreds on the web - that's all I can offer.

You might have to face the fact that not everyone is skilled in the art of electronic/RF design!
There is no How To Cookbook... 

https://www.youtube.com/watch?v=s1ves5ukyVI

https://www.youtube.com/watch?v=zbfsdamSbXw

Plus, this is one of the hardest forums to post on - formatting is impossible and attachments are limited.

Then add the bickering and trolls, so, quite frankly its a big pain - therefore, you'll have to help yourself.