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Overunity Machines Forum



Kapanadze Cousin - DALLY FREE ENERGY

Started by 27Bubba, September 18, 2012, 02:17:22 PM

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Hoppy

Quote from: verpies on November 04, 2016, 07:03:47 AM

So the next big question is whether the HF electric field from the Kacher/TC affects the push-pull circuit mainly through that transformer or in some other manner.

Yes, that is the crux of the matter. My early experiments as previously reported, showed that without the Kacher running, my push-pull would only output enough to light a 60W / 240V bulb fairly brightly if one of the mosfets was disabled, such that the yoke primary was only being driven by one of the mosfets. When the Kacher was switched-on the push-pull supply current increased. As Geo has shown, my Kacher running on its own was unable to light the bulb, other than produce a slight glow of the filament. It is therefore my surmise that the Kacher is affecting the operation of the push-pull. However, I did not get to the stage of conducting full scoped measurements on the output of the push-pull.

Geo's second demo, shows how the impedance of the earth affects the brightness of the bulb and I suspect that the HV has to be dissipated to earth to an extent in order for the push-pull to output sufficient current to light the bulb to the various levels we see in his video. However, if the earth is disconnected, the HV increases to create havoc which inhibits the push-pull output. It appears to me to be a rather complex interraction of conditions for which the causation of the visual observations will only be fully resolved by scoped measurement.

AlienGrey

Hoppy when you disconnect one of the MosFet's your no longer killing the returning energy from the earth, you have to respect the protocol of events. Lightning goes from -ve to +ve cathode to anode and not the other way round.

A G

verpies

Quote from: AlienGrey on November 04, 2016, 08:21:46 AM
Hoppy when you disconnect one of the MosFet's your no longer killing the returning energy from the earth
Current flow does not have to be in the same direction as energy flow, so how can you be certain which way the energy is moving along the grounding wire? 

AlienGrey

Quote from: verpies on November 04, 2016, 11:37:47 AM
Current flow does not have to be in the same direction as energy flow, so how can you be certain which way the energy is moving along the grounding wire?
how can you be sure it's not ? Have you tried it with AC mains, did it work ? and what about a trying it with an ac/dc motor the type with brushes, and you can't, do you know why ? Ad yet it produces loads of free energy you can't use. ;p

Hoppy

I've only just noticed the changes in version 3 from version 2 of Geo's circuit diagrams and see that there could be a much simpler explanation for the observed operation in his latest demo. This is that the connection of the earth wire is throwing the yoke's 3-turn series resonant circuit out of resonance, thereby shunting the current through the bulb instead of through the capacitor.