Kapanadze Cousin - DALLY FREE ENERGY

[d3x0r]

Okay; although in my mind; kapagen and grenade were synonymous... jl naudin really didn't have a clue and was stabbing in the dark... it's the idea of kapagen not the implementation as named by naudin.


So in all previous posts please substitute 'grenade' for 'kapagen'


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the ferrite core; with high inductance; has the feature of high inductive reactance... so large capacticances can be used in a gross fashion...
the air core I don't have near the ability to get the high resonances with the royer alone... it's very touchy...... when I fist started it I had a nice flashing effect where it toggled beteween high and low resonanct points... when I would put my hand on the aircore coil, and then remove my hand the pulsing would go away for a while... but not while I touched it... just when I removed my hand from it... for a short time... 

[NickZ]

 
   d3x0r:
  I don't agree that the Kapagen device coil is similar or the same as the grenade coil. You may call the grenade, a kapagen coil, but it only adds to more confusion.
  Also, a Kacher circuit is quite different than the Exciter circuit, although both produce HV. Exciters run at much lower draw from their input source, mAs, not amps.

  I have tried to suggest things that can help you to produce an good output without wasting too much time. And that can be further developed towards a self runner. But, you seam to think that no one has a clue as to what their doing.

  My first Royer crt, worked fine, lighting up 5 100 watt bulbs, fairly bright.
  My RMG replication also worked well, lighting up to 7 100w bulbs.
  My version of the Ruslan/Akula second video device, is also working, even without the proper high amp fets, but I'm still working on my Kacher, to properly to tune for the heterodyning of the multiple frequencies.
 
  Here's a couple of older pics, just using my old 4.5aH battery.  A single 25watt bulb connected to the Royer crt, alone, ran for almost an hour on the old worn battery.
  The real trick is having a working feed back path. And using the right power supply for the loop, might not be the only way to go, but probably worth trying it out first.
 

[pst69de]

To whom it may concern, some thoughts that came up studying that Utkin document again (http://www.free-energy-info.com/Utkin.htm)

In my first post i wondered about that capacitve coupling in the antenna grenade combination, now i found a possible explanation on the subject. The Utkin document mentions Avramenko's Plug (Rebuild of a bipolar source out of a monofiliar transmission line). The sections i'm refering are: 1. below headline >POSSIBLE DESIGN FOR THE "CHARGE PUMP" or "CHARGE FUNNEL"< and 2. above and below headline >Alternately charging a capacitor's plates<

The principle is simply that a capacitor under the influence of an changing electric field is sucking charge from ground and stays neutral for the external field after a full alternating cycle (shown in the diagrams  below 2nd headline).

But where are those diodes and plates in the Ruslan device. Depends on the schematic you're using, in the one i've found they are in the following places: diode at the base of the kacher, high current diode between PSU and highcount secondary of the yoke leading further to grenade, one of the plate's is the antenna, the second is the grenade, the "external field" is directly induced to the secondary of the kacher.

Curious. But that configuration even manages to distinguish between a high voltage end (antenna) an a high current end (grenade).

Just some thoughts to get an understanding  

[d3x0r]

 
   d3x0r:
  I don't agree that the Kapagen device coil is similar or the same as the grenade coil. You may call the grenade, a kapagen coil, but it only adds to more confusion.
  Also, a Kacher circuit is quite different than the Exciter circuit, although both produce HV. Exciters run at much lower draw from their input source, mAs, not amps.

Well... since winding directions were noted on the coil from the kapanadze aquarium most clearly... don't see how it's anything except the exactly the same.

  I have tried to suggest things that can help you to produce an good output without wasting too much time. And that can be further developed towards a self runner. But, you seam to think that no one has a clue as to what their doing.

Ahh; is that what your intent was?  If it could be, wouldn't it already have been?  What about that system is anything other than an ordinary inverter that could be self looped?    Telling me the only way I can get a response is to follow exactly what you're doing, and me saying I tried that and it didn't work for me, is me saying noone has a clue?  Mostly I'm sharing my own experiences. 

  My first Royer crt, worked fine, lighting up 5 100 watt bulbs, fairly bright.
  My RMG replication also worked well, lighting up to 7 100w bulbs.
  My version of the Ruslan/Akula second video device, is also working, even without the proper high amp fets, but I'm still working on my Kacher, to properly to tune for the heterodyning of the multiple frequencies.
 
  Here's a couple of older pics, just using my old 4.5aH battery.  A single 25watt bulb connected to the Royer crt, alone, ran for almost an hour on the old worn battery.
  The real trick is having a working feed back path. And using the right power supply for the loop, might not be the only way to go, but probably worth trying it out first.

laws of diminishing returns... if you had a point that represented more power than the input it would be easier to make a feedback path...
the toroid coils worked best in low power.... was thinking of thowing that back together... maybe incoroprate some of this other output path stuff...


The royer/mazilli is really a horribly lossy thing; a 555 timer uses less current than a royer with no power connected to the choke uses... since the base resistors are always a loss; and when the coil drags the related gate low the power to ground conduction there is big.


*shrug* I think lots of people know lots of things; (what was that russian word... sampozitka? ) is not one of them  


if I have 2 mosfets, 1 nchannel and 1 pchannel, with drain and source to two different coils, and their base tied together, can I drive them 50% duty cycle with a 0-5V signal to both?  like I don't have to be V from the positive side?  Still not clear (what makes it work?... how it works?  how in practice it is employed.... ) on pnp, pchannel  parts...(?)

[NickZ]

  Ok, I can see that I'm wasting my time with you, my friend. So, I will not make any further comments to you, as you turn everything into a competition of who knows more. You win.
  Good luck with your low powered projects.
                                                                NickZ