Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[gyulasun]

Hello all...if you have the patience to watch a short clip...the question would be : how comes that a screwdriver with a diameter of 1 mm becomes red-hot in one second,being put in a place supposed to provide high voltage but low amperage?
hint: don't think at Joule effect,as it doesn't touch both electrodes.It's the electrons(ions)plasma that make that incredible heating.

http://www.youtube.com/watch?v=X-jquhv0byw

It's about a transformer from 220V 50Hz to 11.5V 4.8A then through a regular rectifier that feeds a 555 timer that drives a 2N3055 transistor and further a flyback transformer to a regular Bosch auto sparkplug mounted on a heatsink.

Hi fconst,

I believe you have an induction heating phenomena where the near field from the spark induces eddy current in your srewdriver and it simply heats up as it normally should. If you place a ferrite road's end for instance near to the spark, you would not have heating by eddy current induction (small warming
by heat radiation from the the direct spark maybe).

You may find this link interesting in this respect:
http://www.richieburnett.co.uk/indheat.html

Gyula

[ePrick]

Here are the modulator circuits put forth by Tiger and SR. As you can see bot are using logic gates and both appear to be modulating the first signal produced for a net result of square wave packets (AM Burst). From there they go to a cap to produce a sine wave and from there to the drive transistors.

I think the similarity of the two signal generators is interesting. It appears to me they are producing a 50hz carrier with another signal modulated at a higher frequency.

SR appears to be using a hex inverted Schmitt trigger such as a NTE40106B which is typically used to produce signals like that.

I would really love to know what a K561NA7 crosses over to.

[LtBolo]

Your assumption that I have not built a hairpin would be incorrect. If it works the way you claim, perhaps you could explain why SR's coil is center tapped?

If you have spent any time with a hairpin, then why would you question the harmonic content of a direct short? That is one of the primary points of study of the hairpin, and the presence of standing waves of one or more frequency is the only way the hairpin can produce what it does. Given the bandwidth of the spark, you will find dozens of overtones ringing in the hairpin if you look.

As for the operation of SR's device, I have no clue, but I wouldn't say that the appearance of any coil or component would validate or invalidate a theory. At the end of the day, all of these devices operate on the basis of some physical principle previously un-described or not understood. Once that principle is understood, there will be dozens of way to accomplish the same thing.

[LtBolo]

@LtBolo: did you catch the way Dr. Stiffler tuned his coils?
what spec's would you recommend for a spectrum analyzer? i'd like to do some shopping.

For flat solenoids like that it is a dance between turn-to-turn capacitance and inductance. So tuning to a specific frequency is all about length of the wire and the coil length to radius aspect ratio.

An interesting point: a straight length of wire has a resonance based on it's length. It also has an LC resonance that will be a much higher frequency due to very low inductance and capacitance. After you loop that wire into a coil, it's inductance and capacitance go much higher, and depending on the shape of the coil, the LC frequency can drop well below the straight wire resonance. As the coil goes from short and wide to tall and thin, the resonant frequency goes up, and the LC resonance will cross the straight wire resonance. A flat solenoid seems to be most efficient at the point that those two frequencies are the same.

As for analyzer specs, I don't know. They are expensive...and the higher the bandwidth, the higher the cost. We are grabbing a used one that goes up to 6.5Ghz. Bit of a high priced toy though, given that we really don't know what we'll find.

[forest]

LtBolo

I think the bigest magic is when both frequencies match. Maybe it is the right way to shake external bonding electrons ?