Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[xenomorphlabs]

This is a universal setup you tweak the values to suit what you have available but the circuit remains the same. Having a circuit with listed parts means nothing as then people learn nothing then complain they can't find a particularly value.

Look if i give a RatShack parts list for prototype system that calls for an NST model 4674636 @ 110 volt 30 mA 9kv o/p then people outside of the US will say "hey i cant find that part so i cant make it."

OR " will a 240 volt model 385747 from china work? "

YES you donuts its about learning to work with the parts you have in your country!! This circuit will work with almost any mains transformer the bigger the better with caps you find anywhere that handle the working voltage and an NST you can buy in any country even if you have to mail order it.

Bolt,
That is encouraging to hear that you got it working with deviating parts.
Cool, i´ll have a go at trying it then also with what i can find.
Thanks

[Yucca]

@Yucca

Thanks for clearing that up for me!  Very clear and concise post! 

I really appreciate all the help, as this is my first coil. I've just made a receiver coil of about 100 turns, and placed it about half a metre away from my secondary....ive connected the ends of the coil to 3 neon lamps, and it works a treat!  My first wireless transfer, with no sniffer wire   I've tried the same thing with just a capacitor plate and ground wire, to much the same effect.  I'll try the doorknob capacitor now......

Like you say....a whole lot more fun than telly!

Sounds cool, I'm sure I don't need to tell you but I will anyway, keep one hand in your pocket when messing with your rig, that's always good practice with HV especially when you have bigger storage caps on output stages etc. I got bitten by just under 1kV in only 200uF across the hands and it really juddered my soul, because it's DC you grip harder.

[flathunter]

Sounds cool, I'm sure I don't need to tell you but I will anyway, keep one hand in your pocket when messing with your rig, that's always good practice with HV especially when you have bigger storage caps on output stages etc. I got bitten by just under 1kV in only 200uF across the hands and it really juddered my soul, because it's DC you grip harder.

No.  I always need telling!  And even when i'm told it goes in one ear and out the other.  Still, i'll try to follow your sound advice  

One question, which i wondered if you'd be able to answer.....

I have built a receiving coil and attached the top end to a plate of aluminium foil (i was thinking catch the heaviside ) and the bottom end to a big heavy piece of iron that sits on the fllor.  This ground is situated far away from the ground of my transmitting secondary coil.  Between the receiving coil and the heavy iron i tried placing my neon lamps and 12V diode torch.  I first connected them all ''in series'' on the single wire, if you understand what i mean.....and i got very poor results for the diode torch....the neons worked OK.  I then put them all in parallel by just resting the terminals of the neons on a wire, and connecting both the terminals of the diode torch together.  The result was the diode torch and neons working at full brightness.  Why does a parallel connection do that?

This is probably a basic question, but nonetheless will help me understand whats going on a lot better!

PS the extra capacitor proved to be a bad idea, and the spark gap length had to be decreased - the opposite of what i was expecting!  I couldnt tune it anyway - so its back to the original polypropylene on its own. Its giving better results

[jeanna]

Hi flathunter,
I won't be answering why they act that way, but do look at Tesla's way to draw a circuit.

It is always parallel.
2 wires come out of a common single source and split into 2 and then there are all manner of things to try like spark gaps and more inductors and more caps etc. Then you will see a string of lights going from one wire to the other.

The lights themselves might be in series with each other, but they are in a place that makes them parallel to/in the circuit. I don't really know how to express that, but the circuit then trails off to the right side of the page and disappears.
It is a parallel set of wires.
It only works with ac or changing pulsing currents.

Steady dc can only go in single file.
You can force ac into a series or a single file arrangement, but then you gain nothing from its nature.
Its nature is quite different from steady dc.

This is what intrigues me so much about ac or pulsed dc.

jeanna

[flathunter]

One more video I found interesting:

http://www.youtube.com/watch?v=5Td--HItuoI

would these be big enough to resonate at the required 6-8 Hz?