Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[guruji]

Seems that the green box is an aluminium wrapped foil as a cap.
I found this pic in a russian site:

[elementSix]

precisely because of such people like you the forum is now on page 1112, and will continue so to infinity!

Anyone can see that this forum has been a social network of clowns, Government trolls, experamenters, and those who wish to learn, and seekers who wait for all the work to be done so that they can create a replication.  Which the last one is the most, which there is nothing wrong with that.  It took me 2 years to get my head around all this.  If you want to start with a device thats like the 2004 TK device and have a point in which is already working, but still not nearly as powerful.  Current Resonance is where you need to start.  I wrote a few days back that I had gotten 2 amps more with a resonant setup.  I had a 12volt 110 mA input and got a little over 2 amps out.  I have a tesla type coil.  The primary and secondary are in resonance.  But it was very very hard to tune it to work.  The capacitors used have to be in the pF range.  I used mica sheets with aluminum foil, layered to a nice sized cap.  The mica has the best resonance that is needed for this type.  You could probably buy expensive caps, but I don't  have the money.  I don't always get it to work constantly, but I'll get there sooner than later.  I used square wave excitation, sine wave excitation doesn't work for normal CW, but when you pulse the primary with a sine wave and match it to excite at the peak of the wave it seems best.  But without the spark gap, the current and voltage buildup at the resonant frequency (that is best around 50 Hz, for the website experiment below)  the damage is great. It seems to only power resistive loads, like incandescent lights and heater elements.  You don't see TK use his device on anything but those 2 resistive loads.  That is why TK used a circuit controller to change the frequency and vary it when the load is put onto the coil and  when there is no load and why the spark gap doesnt always fire.  The buildup of current is being used or ending up in the ground.  Srry If I didn't explain it right, but I know it works and here is a simple page that has an easy test you can do. 

http://www.richieburnett.co.uk/resonant.html

[Grumage]

Seems that the green box is an aluminium wrapped foil as a cap.
I found this pic in a russian site:

Hello guruji.

Very interesting sketch. This is the so called "Capacitive Inductor" I'm sure I have seen this before on one of the Russian forums. Could anyone translate what is written it may be of great help.

The two way switch is also interesting as it seems to bring in an extra capacitor. I wonder if it is synchronised in some way? A bit like the Parametric generator?

Cheers Grum.

[elementSix]

Seems that the green box is an aluminium wrapped foil as a cap.
I found this pic in a russian site:

That the kind of capacitor you have to make, to fit the resonant frequency and the coil. 

[Grumage]

Anyone can see that this forum has been a social network of clowns, Government trolls, experamenters, and those who wish to learn, and seekers who wait for all the work to be done so that they can create a replication.  Which the last one is the most, which there is nothing wrong with that.  It took me 2 years to get my head around all this.  If you want to start with a device thats like the 2004 TK device and have a point in which is already working, but still not nearly as powerful.  Current Resonance is where you need to start.  I wrote a few days back that I had gotten 2 amps more with a resonant setup.  I had a 12volt 110 mA input and got a little over 2 amps out.  I have a tesla type coil.  The primary and secondary are in resonance.  But it was very very hard to tune it to work.  The capacitors used have to be in the pF range.  I used mica sheets with aluminum foil, layered to a nice sized cap.  The mica has the best resonance that is needed for this type.  You could probably buy expensive caps, but I don't  have the money.  I don't always get it to work constantly, but I'll get there sooner than later.  I used square wave excitation, sine wave excitation doesn't work for normal CW, but when you pulse the primary with a sine wave and match it to excite at the peak of the wave it seems better.  But without the spark gap, the current and voltage buildup at the resonant frequency (that is best around 50 Hz, for the website experiment below)  the damage is great.  That is why TK used a circuit controller to change the frequency when there is no load and why the spark gap doesnt always fire.  The buildup of current is being used or ending up in the ground.  Srry If I didn't explain it right, but I know it works and here is a simple page that has an easy test you can do. 

http://www.richieburnett.co.uk/resonant.html

Hello elementSix,

Many many thanks for the insight and the link. As you ,I hope, have come to realise I am more of a doer than a thinker. I have more coils on the kitchen table than you can shake a stick at!!

I always thought the spark gap was a safety valve. Am I right? Are you working at 50 hz resonance? A week or so ago I was working with a patent that Zeitmaschine had posted, many hours wasted but some interesting things learned. Ferrite inductors produce much purer resonant decay than Iron cores. But try as I might I could not acheive the ascending bounce that I have just seen on the link you posted. Any way I am rambling on now, once again thanks.

Cheers Grum.