Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[FreeEnergyInfo]

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THANKS REKLAMY  MY FOTO ....

I will not lie , I will not hiding ...

www.freeenergylt.narod2.ru

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www.youtube.com/watch?v=kUFQSriR29U

www.youtube.com/watch?v=c98k8KswGR8
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[dllabarre]

@semenihin


I have a question on transistors regarding my replication


A while ago someone posted these would work as well as the 805.
Would these transistors work OK?

MJE15028Ghttp://search.digikey.com/us/en/products/MJE15028G/MJE15028GOS-ND/919489 
or
MJE15030Ghttp://search.digikey.com/us/en/products/MJE15030G/MJE15030GOS-ND/919491


Thank you!
DonL

[verpies]

connect a damn analogue wattmeter to the output, you will see you were being tricked.

...and don't forget about the input.
If you do not have a wattmeter, it's much much more accurate to use the improvised wattmeter shown below, than measure current (amps) and voltage (volts) with multimeters and stupidly multiplying their readings thinking that the result represents power (watts).
http://jnaudin.free.fr/kapagen/kapagen33pio.htm

[AbbaRue]

About OU:
One indisputable proof of OU would be to loop back the output to run itself. 

As I said before:
Build  '2'  working units and have unit 1 run unit 2 then unit 2 should have no problem runing unit 1.

I have designed circuits on the circuit simulator that appear to put out much more then is put in.
But every time I try charging a capacitor with the output and then using it to run itself, it always fails. 

I use this simulator:

http://www.falstad.com/circuit/

It saves me a lot of money on burned out parts, because I can test them before building them.

[verpies]

Power-measurement is now very exact as I use sinus power from the wall-outlet delivered to the variac.

It risky to measure sinus voltage or current with multimeters if you do not know their specifications precisely, because depending on the internals of a meter the 50Hz 200V peak-peak sinewave will yield one of these readings:
100V
70.7V
63.6V

See the diagram below for an explanation why.

Only the 70.7V reading is meaningful for power calculations on resistive loads. 
1) When the load is not resistive, like an incandescent light bulb with non-coiled filament, the multimeter readings are useless.
2) For frequencies much higher than 50Hz, the current/voltage readings made by common multimeters are even more useless.
The combination of 1 and 2  is so useless that it deserves a separate profane epithet.

Thus, it is better to use DC current to calibrate the radiation of a light bulb.