[QUOTE=Doogy2Shoes;270015]if it is any help, this 2009 thread discusses the device here (with some good video links included):
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and here
A truly overunity Transformer / Meg
Here is Valeri Inavov's statement on this , rough translation:
QUOTE
In fact, my initial work had nothing to do with an electrical generator. Generator of electricity occur as a side, even accidentally. So now called me "work coil" was placed to be able to measure through its inductance, the rate of switching of the magnetic flux from the permanent magnet. Nothing more! At one point it appeared that this thing becomes a generator!
The switch of magnetic flux from the permanent magnet INKOMP in itself is not a generator, as many think. He is a switch and nothing more. To become a member of the generator when it is sufficiently effective, it is necessary to do many more things. The main task is to create a sufficiently powerful magnetic field, and this magnetic field from a permanent magnet. Using a large number of these switches allows a relatively small volume to create a very powerful magnetic flux, and with very low energy consumption compared with the electromagnet. However, let's not forget that we manage a "free" magnetic flux - that of the magnetic field of the permanent magnet!
Google Translate
and here
A truly overunity Transformer / Meg
Here is Valeri Inavov's statement on this , rough translation:
QUOTE
In fact, my initial work had nothing to do with an electrical generator. Generator of electricity occur as a side, even accidentally. So now called me "work coil" was placed to be able to measure through its inductance, the rate of switching of the magnetic flux from the permanent magnet. Nothing more! At one point it appeared that this thing becomes a generator!
The switch of magnetic flux from the permanent magnet INKOMP in itself is not a generator, as many think. He is a switch and nothing more. To become a member of the generator when it is sufficiently effective, it is necessary to do many more things. The main task is to create a sufficiently powerful magnetic field, and this magnetic field from a permanent magnet. Using a large number of these switches allows a relatively small volume to create a very powerful magnetic flux, and with very low energy consumption compared with the electromagnet. However, let's not forget that we manage a "free" magnetic flux - that of the magnetic field of the permanent magnet!
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