Kapanadze Cousin - DALLY FREE ENERGY

[soliman]

Hi, Soliman

Thanks for your choke information but this 10mH choke is for those who have a controllable catcher. 10mH choke is not good for those who have a normal katcher like me or NikZ. Normal Katcher is made with 2SC5200 and no mos-fet and is not a controllable one. A Katcher like Soliman's is  very powerfull it gives 5 to 7Kv on anttena, normal Katcher give 2-4Kv on anttena.

I only have 160V on load with normal katcher and not 240V like Soliman.

You see Kapanadze's 5Kw system has a small spark-gap and the 100Kw system has a huge spark-gap.

I think that my system as well as the system of NickZ and others are good, only we need is 5-7Kv on the antenna.

I forgot Soliman, if the length of the Tesla secondary is 20m, you must also have the ground wire 20m too.

Hi there
you can have a high voltage (whatever)
but not having interaction with the earth.
I want to be here, that one thing is very different from the other.
When you approaches a screwdriver to the antenna of the kacher
You can see that only the high voltage comes out but with a low sound.
but when you It interacts with the earth, it emits a loud sound, like a strong wind.
this is the difference.
high voltage anyone can get it, but interaction with the ground
It has been very difficult for me. until now.
I have already recovered my interaction with the earth.
I am evaluating from 1.6H, 900mH, 500mH and I go down until I find the maximum point.
let's be good workers, doing different things
we will have different results, but not doing the same.


Blessings.

[soliman]

   On 24v, my Kacher can have a 1cm streamer, (10.000v). But, I find that that much HV can damage things, so I use only about a 4 or 6mm streamer, instead.
   The choke that I use on the front of my Kacher's input source was one that I wound myself. So, I'm not sure now just what specs it may have. But, the idea is to protect the mosfet, from overcurrent, by the use of this choke.   I already have interaction with the earth ground line (37m long going into my water well in my back yard), when the rest of the device is in tune and in sync. The 37.5 m long thick ground line, is the same size as my grenade. But, still no OU.  So,  I don't get too excited, just because the ground line helps to light up the bulbs up a bit higher. Until 100w input = 1000w output.   
   The size of the kacher secondary is not 20m. It is tuned on my device to resonate at 1.5MHz, yet it runs best at around 1MHz.
   Now we've got Jeg, apecore, and some of the other old timers back, again.  Nice.
   I still miss itsu not being here, even though I always follow his work, elsewhere 
   It's unfortunate the problems that trolls and other problematic people have caused to some of our original hero members here.

    NickZ

NickZ
you have high sound in the spark?
and high current in the ground wire?
can you tell me how many amperes are in the ground wire?.

[NickZ]

   Soliman: 
   The Kacher's streamer (spark) makes no sound, by itself. The interaction with the induction circuits is what produces the ringing sound.   I don't know and have not tested for "high current in the ground line". It will light a bulb. But, I don't expect to see any current being drawn in by the earth ground line. Nor do I believe that the ground, is a source of energy. But, is an energy sink, instead.
Although there is some energy to be found in most everything, but only a volt or two, with hardly no current.

   I had tuned my Kacher's output to produce the highest gain, as seen by the scope on the ground line, or on the induction circuit's 3 turn coil, shown in my last video, below. Which had been a tuning test recommended to try by T-1000.   
   My last video:
   https://youtu.be/9UxOvZatzKY
   NickZ

[T-1000]

   Soliman: 
   The Kacher's streamer (spark) makes no sound, by itself. The interaction with the induction circuits is what produces the ringing sound.   I don't know and have not tested for "high current in the ground line".

For a katcher to make sound to the ground it needs to be powered ON only on the moment when both MOSFETs on yoke are OFF. It is narrow time window where you can tune katcher on/off cycles. This will make similar thing as singing Tesla coils do (see their circuits to get idea of FM modulation).


As for current transformer after re-watching video I did not see both scope leads attached across resistor. It needs both. Or there is thin wire which is not seen by camera? Also the current transformer placement needs to be on the ground wire outside of board (inside you just measure current of series LC circuit with Tesla+grenade capacitance).

[NickZ]

    NO T-1000.    If both scope leads are connected, there will be a short circuit of the HV pulse through to the scopes negative ground line.    When the HV circuit (Kacher) is connected to the induction circuit, if a scope is connected to any part of the circuits, with BOTH of it's test leads, it will short out the HV outputs (skin effect), to ground. So, that is how I get around that issue, by using just the positive lead of the scope. It may not be totally as accurate, but works better than nothing at all, and seams to work like that, to some use able degree. And that is the only way to test the output of the HV directly, by using just the positive probe a few inches away from the antenna coil.
   I have also done the test using current transformer that is on the ground on outside of the board, as well. But, I get better results using the CT that is on the 3t coil.   I can partially light a 100w bulb, using just the Kacher's output. So, of course there is going to be some current and voltage on the earth ground line, when the Kacher is on. This does not mean that there is current being drawn in from the ground. But, that there is current going TO the ground, from the Kacher, instead.
   
   NickZ