Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Hoppy:
  quote:
  "The source current is still DC pulsed at HF, so ideally the supply needs filtering before measurement as Verpies has commented. Again I say, current clamp meters are not suitable for accurate measurement at any point in this type of setup as they are designed to measure DC current and / or AC currents at grid frequency."
                                                                                end quote

  In Igor's case the input source will soon be filtered clean AC coming from the battery/inverter's output, and back-feed to the input side. So, this clean filtered input current source should be able to be read by any meter. Maybe Verpies has a different idea, but that is how I see it.  We should know more pretty soon.

[Hoppy]

 
  In Igor's case the input source will soon be filtered clean AC coming from the battery/inverter's output, and back-feed to the input side. So, this clean filtered input current source should be able to be read by any meter. Maybe Verpies has a different idea, but that is how I see it.  We should know more pretty soon.

Nick,

I'm looking forward to seeing Igor's demonstration showing his measurement equipment and method.

Edit: I've just carried out a lumen comparison test with a 60W light bulb running on my coil / Royer oscillator setup v running from the grid. The device and bulb consumes 83W in comparison with 59W when the bulb is powered directly form the grid for the same measured light level.

[MenofFather]

I try this schematic and capasitor 400 volts charging to about 32-60 volts. I trying make selfrunning, but unsucsesful. But you can short capasitor and input power practicaly not rise, so can try replicate, modernizate and maybe you get better results. 

[GeoFusion]

Hi guyz ,

@ Verpies: I understand.  But there is a difference.
This happend  to me when I tried to measure readings with the clamp on Igors circuits called Tros Negative oscillator. It can turn out CFL's brightly and one 100W bulb to show that is till where it can. You can't even measure the voltage nor amps on battery because of radiant HF energy, reads till 1000V and go till error on readings.
But not with this newer cirtuit  Outside what i have posted as recorded

When I'm using the clamp meter  At the Negative lead or positive lead it gives me readings even If I change the output coil load. So by changing lights you'll see how the amp measurement readings change.
   But, I did some tests with my meter that has a setting of measuring Till up too khz in freq. and have put them om battery while it's on, and gives me no HF readings at all, not even peaks of what so ever . But by the output after the ferrite piece and output coils, it's around 23Khz.HF

I will make pics in a bit  for you to see.
I will try your method of how to measure the amps that go in and out. see if there is any difference when i have my new meter.


@Nickz : No problem at all man (= anytime.
Alright, yeah the right tuning caps are the problem for me to sometimes, but you'll manage.
Yes the parallel way is very good it stores energy continuously holding charge and pumping it in the output coils.
Every time I place one more, the brightness of the lights increase but also able to connect more load too on the same brightness.

That is one thing I want to try out someday, put some Caps in series see what it does but need to know which one to use too.
yeah man try to combine my style with yours maybe it would give some other effect out might come handy.
That is one of the reasons I'm here to share this all and together we will be able to bring about something greater and finish them.

@menofFather : nice try . that seems interesting on last posted Schematic. maybe something could work there but maybe differently.

Cheerz all ~

[MenofFather]

Geufusion, better use simple ampermeter about 10 amperes. I have 30 amperes ampermeter. And it good, corect meashure. I conect it in series. You can also put after ampermeter about 400 volts 1-1000 uf any capasitor (I that made, but and wihout it I not see diference). Then you know exact that is input current.