Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Zeitmaschine]

Notice in the large copper tubing at the 9 second mark that surrounds the coils in the back?

Large Russian Transformer >>>>  http://www.youtube.com/watch?v=iFP8zu6TdvI&feature=related

All I can notice is the very poor video quality. The »copper tubing« could be also a snake escaped from a nearby zoo.

Also I cannot notice anything that looks remotely like a spark gap. So what's a spark gap for?

Notice how Kapanadze used some tin or silver on his green box copper tubing to reduce resistance? Resistance is the enemy of displacement current. Copper rod is pointless, copper water pipe is just fine. You do not see a linear increase as the area of mass increases, it is exponential.

Then where can I see a copper pipe in this video: Ð"енераÑ,ор Капанадзе 2кÐ'Ñ, 2007год

Is it hidden in one of the boxes? Then why is it that the »TK coil« is not hidden? Hence either there is no copper tube coil or the visible black coil is fake or both.  And BTW where is the copper pipe in the Tesla patent 514,168? The transformers are connected with ordinary wire (not even stout), not with a copper pipe of any kind.

If resistance is an issue then the easiest thing to do would be to reduce the length of the wire (or rod or tube). But in the tin can and green box video the helical copper tube is connected to relatively thin and long high voltage cable. Why is that?

Now instead of lighting lights with that displacement current, what if you wrapped those copper tubes around a transformer in the form of a coil? The hollow tube has a space to contain a different level of specific gravity. Tesla's tank in a lake analogy.

Supposed there has to be a hollow tube indeed, then how hollow should this tube be? Would a coaxial cable also be sufficient, although it is not really hollow?

The biggest mistake peaople make when playing with displacement current is having resistance in the wire. This is why Kapanadze is using large copper tubes and was a dead give away on how it works.

Or how it not works. What effect has the large copper tube connected in series with a spark gap when the spark gap does not fire at all? Any ideas?

All the argumentation is still confusing. Hence to what is the thick 25 amps orange cable connected within the tin can? To the transformer? To the copper tube? To a capacitor? To the tin can itself (via a shunt perhaps)? This question is still around. Even in the patent drawing the load cannot consume more amps than the transformer coil (S') can supply/withstand.

So all that is clear so far (slightly) seems that something has to be discharged into something.

So the answer regarding frequency is in two drawings already posted by Zeitmachine.

Then posting the drawing one more time will not hurt.

[sparks]

   It is interesting to note that Tesla in his heat sink analogy refers to a phase change.  If a hot gas heads into a spark gap and leaves as a cold plasma ion wind where did the heat go?  Down a wire hopefully.

[forest]

How many electrons we need for 25 amps ? How many for 2kw output ? How many for 200W ? we need to pull them from metal somehow because using any ordinary wire is not enough...

[a.king21]

TK uses braid. Not heavy copper wire.

[a.king21]

You get from high voltage thin wire to mains voltage thick wire using a transformer.
It is looking right at you in every one of TK's solid state builds. It is the thing with coils on it.