Kapanadze Cousin - DALLY FREE ENERGY

[DavidWolff]

Hello I have read a good many of your comments and i'm trying to figure out a couple of things here.
May be I should mention I was impressed with Geo's latest video and his comments.
What I don't understand is Nicks Katcher appears to do nothing.
It would be interesting to get a scope shot pick up with frequency to see whats going on, if possible

Dave

[AlienGrey]

if any one is interested regarding the katcher, is it's voltage, one way I found was to use a 50 micro amp meter
but you would need one 20 meg ohm resister  per 1 Kvolt  so a FSD you would need 5 and the scale divided
into 5 equal sections, I also used a fast UV diode and cap across the meter coil to turn it into DC.

so each 1/5th section would be 1kv don't forget to isolate it in a plastic box. health and safety.

If that helps at all

Itsu

Hi if your interested I found some SIC shottky avalanche diodes 1200v 11a  type C4D08120A they can easy replace the КД226A  AND КД226? in the nano pulse generator output section.

I also see your point about the Tesla coil, I went to a pals his coil was charging everything that was metal in close proximity and was just playing havoc with anything electronic.


AG

[NickZ]

   Itsu:
   The reason it sounds like there is a delay, when the RM is being heard, is because that sound is actually coming from the induction circuits. And not until I turn on the Kacher will you hear the real RM signal.
   I tune the device's induction circuits to where it makes that somewhat similar ringing as the RM sound on the induction circuits, first, which is actually the KFC signal. So that I know where the interaction point is at for the Kacher. But, that KFC sound is not exactly the same tone as the actual RM signal, until I turn on the Kacher circuit. I was wondering about that myself when I viewed the video. As I could not hear that sound coming from the induction circuits when I was making the video, until I watched the video myself.
My hearing is not that good at some of the higher frequency tones, as I'm 65 years old.

   Now I need to further improve the interaction, which has not been very easy to do. As I really need a new 24v PS, to continue on. Since the lower the input signal is, the harder it is to find the sweet spot. And there is only one extremely narrow point on my device where it happens, a minutely narrow point, which is very hard to find at times.

[NickZ]

Hello Nick thanks for the information.

I think it might be an idea here to obtain a dimmer perhaps a variac  and another 3 same type light bulbs
and compare lamp brilliance till equal and then measure the voltage and current.

Would that be possible to do Nick here ?

Best wishes Dave

  Dave:  Well, no. I don't have nor need a variac nor three other bulbs to know that there is no way that the system will be equal in output as grid powered bulbs. Nowhere near. Nor has any else shown that to be the case. Including Akula, Ruslan, Stalker, etz...
  When Ruslan shows his 4000w device in the field, he only has a fraction of that output power, showing at that point. The same with all other self runners. As the wattage as written on the bulbs is NO indication of the actual output being displayed. Nor will watt meters read the output levels properly, at these much higher frequencies.
Personally I don't care what the input to output readings are. I care about how many lumins are available, and if the device can self run. That's what important to me.

[NickZ]

Nick,

The 600W is not the power output, its just the total power rating of the bulbs. I'm correcting you here as this is very misleading and as written could be interpreted by some readers that your device is running OU! I realise that you understand that your device is not running OU but please choose your words more carefully when reporting on power levels.

Thanks for posting your latest video. I find it interesting that you cannot yet show a strong interraction between the Kacher and its affect on bulb brightness. As I reported, when my device was up and running, I had a very strong reaction like Geo. I put the interraction down to feedback on the power rail affecting the push-pull as both my push-pull and Kacher were running from a single power supply. If I read your post correctly, you have separate power supplies and this would be effectively isolating the push-pull and Kacher power rails. This may explain why you are not seeing the interraction. Nevertheless, I did have to tune carefully to get maximum effect.

  Well Hoppy, the reason that both you and Geo were noticing a stronger interaction is because you were using much lower wattage bulbs. Or did you have a 600w load on?  NO...
  I can also show a much higher interaction, if using smaller loads, but not yet with the much higher wattage bulbs.
But, "it will come"...   and remember that I'm only using 126w of input. Not the 240w that the 24v, 10A Ps can provide.
Yet, I will show a better interaction in my next video. In the mean time, I'm doing what I can with the input sources that I have on hand.