Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[frantz]

hi, just a thought, we are talking of the transformer ( 220 to HV ) could you use it as a tesla coil, or in a way to wire it like a tesla coil. or transmitter avec receiver in the same time ...

Hi,
if you are asking about what I wrote - no
Maybe T1000 talking about this, ask him.


In my opinion, ordinary mixing two different frequency give us nothing.
we must remember the nature of the fields are a vector (electric and magnetic).
And sum only the same directions and turns of fields.

[frantz]

Hi @all,
let's pay attention for drawings showing the fields in the coil.
Everywhere you can to see magnetic field lines, but where are electric field lines on this drawings?
I remember this lines only in drawing of pancake coil of Tesla. That's all.
On this drawing we have electric field lines going from center to outside of coil.
Watch attached picture from V.Utkin doc.


Question is about cylindrical coil, will look similar?

[frantz]

@stivep,
maybe there is your membrane you're looking for?
Watch attachments from V.Utkin doc:

[d3x0r]

This guy on youtube... [size=78%]http://www.youtube.com/user/RuslanXrus[/size] 


This looks promising, he's got points that draw very high amperage, but is also safe to touch?

http://www.youtube.com/watch?v=jQCxLUqTsMQ

[Jack Noskills]

I don't think so.  maybe a little increase but it is not enough.  You must remember this simulator don't take internal resistances of coils etc.   We need something more, some external factor X... ;-)  read above. 

This simulator is not accurate enough. It does not care about frequency that drives the coils, hence it cannot simulate the high impedance effect that driving frequency creates which is needed for this to work. In my tests if I used pressure of 40 watts, that I could take without consuming source, if I used 1 watt then I could take only that.

In this simulation there is 14 kw coming in but only fraction of it is consumed so it is not correct. What you can consume depends on the core, how much it can create. If that is exceeded only then it draws from the source.

Is there a simulator that understands frequency and its effects in an inductor correctly ? Can anyone test this if such a simulator exists ?