Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

Hi Hoppy. Kapanadze was doing some things in that video which I couldn't follow.
My impression was the battery was still connected to the inverter box whenever
the device was running, so I couldn't figure out why sometimes he was plugging that
plug in the AC socket.

Kapanadze seems to make some comments about the sparkgap in the video. Would be nice to
have a translation of what he said about the sparkgap or any other technical details. Maybe in
those earlier days he was a bit more forthcoming about some technical details.

In case anyone is wondering which video I have been referring to, it is this one:
https://www.youtube.com/watch?v=Tj3neKg5KMc
Seems to be about 80W input and possibly 4 to 5 kW output with a very simple setup.

Yeah what about that video? why did you pick that one? why not the other one with all the sub titles? Hmm or yet another one shows in side the stack of tobacco tin ?? the transformer is in the loop 240 to 12v on the input drive, why exaggerate and ignore the truth ?? I mean what if your arse was your elbow what then. Try thinking out side the box for once.

Like this one for instance https://www.youtube.com/watch?v=lmM7OyudbvY

[Void]

I agree, clearly not directly to the raw mains supply unless its an outright fake. I'm thinking in terms of transformed down unrectified mains being subjected to HV pulses. As you mention, its odd that he connects directly into the mains. If the inverter is supplying the mains to a step-down transformer but does not have the energy to start the bulbs, does the direct mains connection trigger the process by heating the filaments to then allow the 'processed' inverter output to maintain a fully lit bank of bulbs. Could the buzzing be an out-of-phase reaction of the grid mains somehow mixing with the transformed mains??

Hi Hoppy. I don't know, but it appears the battery powered inverter that is supplying the 50 Hz, 220v, or whatever they use there,
is the main and only power source needed once he gets it going. It could just be that the inverter he had couldn't supply enough power
at startup to power the whole circuit and the flyback driver circuit at the same time without a temporary boost from the mains to get the
sparkgap going. Not sure at all though. Just going by how it looked to me.

Anyway, there seems little doubt that if that setup was genuinely producing OU, that it is a relatively simple setup,
so possibly it is a fairly simple concept behind it once you know what it is. Thanks for the chat Hoppy. I will get back to
doing more experiments along these lines over the next while as I find time and see what happens. 

All the best to everyone with their experiments...

[NickZ]

Ok Nick,   keep the 24V bulb in the 24V line first to protect the new MOSFETs.

Not sure what you mean by:  "I've been trying to get the peaks down under 200v, without killing the ringing"
I don't think that will be possible as the peak and the ringing are connected togther, kill the peak, then you kill the ringing.

Cant wait either for you to show us clear screenshots of the gate and drain signals.   Make note on the max input voltage on your scope, probably its mentioned beside the
input channels.

   Itsu:
   OK.
   But, I'm doing what I can with the spikes, as otherwise,  the FETs are toast, as they are going  over two hundred volts.  I won't have the new FETs till tomorrow, though.


Itsu

[AlienGrey]

have you tried getting a discount for bulk ?

If your serious about just clipping the spikes try a version of this Voltage 'limiter' but don't dump it to zero volts, put it back in the system via a small value 'Resi' ok ((short it out to zero volts right or it will just over heat it and the mos fets)).
http://pdf.datasheetcatalog.com/datasheet/bytes/P6KE75A.pdf
look under 'transient voltage suppressors'

[Hoppy]

Thanks for the chat Hoppy. I will get back to
doing more experiments along these lines over the next while as I find time and see what happens. 

All the best to everyone with their experiments...

Thanks Void. Over & out for now.