Kapanadze and other FE discussion

[lancaIV]

v8Karlo,who claims such work process efficiency ?

About pulsed dc devices and how these function/ oscillation generators parametrical works :
https://worldwide.espacenet.com/publicationDetails/description?CC=US&NR=5942858A&KC=A&FT=D&ND=3&date=19990824&DB=&locale=#

[Hoppy]

If you are using 20A and returning 19A to source do you need grid?
You have to add to source only 1A to keep it going and rest 19A is for you.

I like that idea but why not return all of it and just start it on a 9V PP3 battery.

[Jeg]

I like that idea but why not return all of it

Because there are losses that have to be compensated. Hi Hoppy

[NickZ]

   I have been using the Dr. Stiffler type of "double diode loop" circuit. Which seams to do the same or similar thing that Karlo's device does. That device uses a series connected line of 4148 diodes (16 switching diodes), to increase the voltage, higher than just the oscillator and the L3 coil both running at 12MHz can do by themselves. Adding a capacitor to the output, back to the input may also help to raise the current. I'll try that.
   Geofusion and I had used a line of several capacitors on the induction circuits that we had built previously, which also helps to raise the voltages.   Perhaps there is something to all this.   Anyone built the monster up yet? My only question is how long a battery power model would run, without a "little help".

   And this also reminds me of the Barbosa tests, where the grid line positive rail is connected to a a bulb, and then to earth ground, instead of the grids ground. Caps are used there as well. But, I could only obtain up to a 25w bulb to light in this way. Which is about the same as Karlo's bulb output, if it's even that high.

[v8karlo]

I like that idea but why not return all of it and just start it on a 9V PP3 battery.

There will be always losses in circuits so the returned energy will be always less then input.That small difference you have to add, replenish source.


How small are losses? It depends how efficient circuit is.

From a distance it looks like device spends nothing or little but it is not true.

It spends lots of power but most of power it returns to source.