Kapanadze Cousin - DALLY FREE ENERGY

[Void]

Hi Void,
I have powered from battery and inverter and I still see a significant increase in Kacher output voltage level when grounded to my domestic earth but if touch the ground on the device, the output voltage drops a little. This observation was done with just a DVM measuring the output voltage and no scope leads attached.

Hi Hoppy. Sure, I wasn't suggesting that the ground connection would not give a similar sort of effect, but just
as something to consider that there may possibly be undesirable interactions when connected to the mains supply.
All the best...

[Void]

Hi guys.
Just a simple question. Is there anyone here that confirms of getting out 2000V pk-pk from grenade just by kacher radiating? so by rectification to have 1000V at capacitor leads? We use and play with kacher everyday the last few months. Does anyone have such a result?

Hi Jeg. I have been very busy lately, but hope to test further this weekend.
All the best...

[MenofFather]

Hi Jeg. I have been very busy lately, but hope to test further this weekend.
All the best...

But not try get volttage from multilayer coil vithout load like in my schematic with transistor in other case capasitor can reach voltage 2000 volts and explode. Ruslan avare that without load it explode...

[NickZ]

  Ruslan turns on the battery's input power to the device first, then, turns on the bulbs. This means no load at start up.  Or not?  Maybe it's ok for few seconds, to start up, only.   But, also each self running version is different from the previous one.

  Interesting to note, the new mosfets recommended in the more recent diagram, and the new mosfet  for the Kacher, as well. These have probably been tried over several other fets, and transistors, and shown to work best, for now.
Also, the new fets are only 70v, but,  200 AMPS!!!  Keep it in mind...

   EDIT:  quote from John.K1:
  "Imagine Russlan with just  ONE year experience  was able to replicate it and as he says - forget about LC resonances (by his mean here is only one on the TV choke   )  and forget finding frequencies with SG  and analyzers.
                                                                                             End quote.
   Well, that's good to hear.... now, just how to go about it without the SG and analyzer's, or even a scope.   
   Has anyone tried to tune without a scope, spectrum analyzer, and SG, etz...
and has had any real luck, yet?  Or even, with 5.000 dollars or more in test gear?

  Maybe we should focus on exact coil replications, wire specs, and properly connecting it all together, as in Ruslan's hand diagram. As Itsu has being doing all along.  With any newer improvements added on, as devices develop.

[d3x0r]

I wound a similar, smaller  grenade on a ferrite bar; 16/8/4... bifilar
have my signal generator connected to about 6 turns coil around the whole thing.. signal generator is +/-3V square wave about 1Mhz... inductance was like 47...
with a ground connected... across a bridge rectifier I had a cap charging to over 100V... but shorted it and lost the tuning...
now I can't get over +/-30 again... not sure what changed or what step I did before I'm not doing now...
when it had a good signal I was at 1.3Mhz, and there was a background wave was less than 39khz... not sure where that was coming from...


what I also noticed, was as I was increasing the voltage... the measure across the current sense resistor was staying the same... and the more light I had from LEDs the higher that was... guess I have to go back to that point... the input current is smaller... was moving back to measure the current on the front side when it stopped working... because it was 60V 20mA 33% on or so... from 3V... ...


one filament of the coil is a higher frequency/lower power output; power defined by most brightness across most LEDs... connecting both in series improved output; and was the way I had it when getting over 100V out... was a 1uF cap though not 0.47... and ceramic not polyfilm; *oops scratch that; my other scope was a floating 100volts away or something... *


the particular resonant frequency I was playing with both ends of the coil were high /low at the same time.


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while tuning... I had to keep adjusting the frequency higher... for better output; the signal on the far side of the bridge rectifier was twin saw tooth separated by a voltage .... the current through the load matched the frequency of input...
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