Simple to build isolation transformer that consumes less power than it gives out

[CompuTutor]

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[forest]

I will start high frequency experiments. I got PC, goldwave audio editor, audio amplifier that can spit out 260 watts of power, nanoperm toroids, and most importantly, lots of beer cause its friday. I might have a few ones if I am successfull. If not then down the drain it goes. So stakes are very high.

I try exact replication first, no fancy winds but just plain coils. With this method I don't think there needs to be power circulating, just power pressure.
Already played a bit, about 5 meters (50 turns) of wire on nanoperm at 15 kHz significantly lowers the audio volume, speaker is in series with the coil. If I put 560 meters of wire interleaved bifilar (several thousand turns), audio volume is much louder. This is fun stuff, and safe.

I will try this next:
First one coil, enough turns that nothing is heard when volume is at maximum. Then second coil, more turns so it steps up from 5 volts to 220 volts. I will try different waveforms. Maybe I get amps from audio amplifier and then volts from the second coil that runs the load. Load would then get amps and volts. Lets see what happens.

Jack

Something is missing. How did you rewound your 50hz transformer ? On schematic connections are marked by dots but what about the direction of winding ?

[Jack Noskills]

Both coils always in same direction. If you are uncertain about direction then connect coil across load one way and if it does not work then try other way.

I was unable to see any notable effect at higher frequencies. In fact watt meter showed always more consumption than lamp used. I could not measure what went in the trafos, I measured directly from the wall and amplifier was always after it. I think to get more power there would need to be a tank circuit that is pulsed in first trafo and resonance there using cap. After this is achieved second trafo could be used to take the power without affecting the tank circuit. See this link from TK thread:

http://tarielkapanadze.ru/science-eng.htm

No way I dare do experiments like this. I could easily make such a simple circuit and then do a pulse sweep with goldwave. If I would hit resonant frequency voltage would possibly go skyhigh and don't think my PC would like it especially if there would be sparks involved. For a self runner I got now second part of the puzzle (the harder one), first one is explained above. Maybe they already have working second part, did not investigate the site further. Someone needs to carry this on as I do not dare to continue from this point.

[Qwert]

Hi. I've found recently a patent which (I guess) could be useful for this forum. I don't know exactly to which thread it would fit most, so I select this one since this find is about transformers: Circuit For Transmitting an Amplified Resonant Power to Load

http://www.faqs.org/patents/app/20080297134

[forest]

Both coils always in same direction. If you are uncertain about direction then connect coil across load one way and if it does not work then try other way.

I was unable to see any notable effect at higher frequencies. In fact watt meter showed always more consumption than lamp used. I could not measure what went in the trafos, I measured directly from the wall and amplifier was always after it. I think to get more power there would need to be a tank circuit that is pulsed in first trafo and resonance there using cap. After this is achieved second trafo could be used to take the power without affecting the tank circuit. See this link from TK thread:

http://tarielkapanadze.ru/science-eng.htm

No way I dare do experiments like this. I could easily make such a simple circuit and then do a pulse sweep with goldwave. If I would hit resonant frequency voltage would possibly go skyhigh and don't think my PC would like it especially if there would be sparks involved. For a self runner I got now second part of the puzzle (the harder one), first one is explained above. Maybe they already have working second part, did not investigate the site further. Someone needs to carry this on as I do not dare to continue from this point.

Clock-wise or counter clock-wise ? There is something very strange with winding direction. If you take coil and place horizontally then no matter how you check it  (from right or left side) it is wind on the same direction.
However the same coil when placed vertically seems to be wound differently depending if you check from bottom or from top !  Am I crazy or there is something wrong here ?


Because your transformer is placed horizontally we only need to know what direction you have wound it ?


Sorry if I was not clear enough, English is not my native language.