Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Collapsingfield]

@x-name41, the load has direct connection to the earth in the video from 2004.
Regards

[dllabarre]

I'm still missing the point of this game. If someone definitely knows how this OU stuff works then what is the purpose in not giving it away by means of a clear schematic and description of it but rather giving hundreds of strange hints which the majority does not understand and thousands of written pages filled with plenty of confusing OU blah-blah?

Regards

@Zeitmaschine

Absolutely Agree!.

[Zeitmaschine]

I am sure that the truth not in a John Bedini, Back EMF and etc.

TK works with coils and capacitors, therefore it should have something to do with magnetic and electric fields. Sounds quite logical, I think.

»Those who want to succeed must think simple and do it simple too.« - TK

And here comes one more theory to think about (and once again greetings from Bearden's ramp generator):

Since a coil generates a high back voltage spike only when the supply voltage is switched off quickly but not with a pure sine wave (see my basic research #4), what would happen if one supplies a coil with a special kind of a sawtooth wave instead of a sine or square wave?

When the positive half wave is not a sine wave but a sawtooth wave which drops abruptly to zero then a connected coil would generate a back voltage spike at this point. This back voltage spike would be negative. But since the next half wave coming from the power supply is also negative (slowly rising) it would rather support the supply voltage than counteracting it in some way.

This could also work with a square wave up to a certain degree, but since a square wave goes from plus 220V (e.g.) straight to minus 220V it might not be so efficient since there is less difference between the back voltage generated by the coil and the supply voltage. But nevertheless this is perhaps the reason why induction heaters (utilizing square waves) are frequently under suspicion of creating over unity.

Anyway, if TK uses AC then the circuit should be a symmetrical one in order to work with positive and negative voltage equally.

But now the question: How to transform a sine wave into a symmetrical sawtooth wave like that in the illustration below?

[frankidel]

@ zeitmaschine, what is cool about your sawtooth wave, it's the falling of the power abruptly....

[xenomorphlabs]

But now the question: How to transform a sine wave into a symmetrical sawtooth wave like that in the illustration below?

By using a sawtooth generator or Arduino-waveshaped signal etc.  to feed the amplifying transistors.
You will get harmonics that way though. (as opposed to the pure sine).