New Overunity Transformer from Alexander Kugushov

[NTesla]

After looking at the videos and transformer design, the examples shown are not the 'preferred embodiment' shown in the patents - they just demonstrate the effect.

The larger transformer, that according to the translation was made by one of Alexander's students, appears to consist of 8 C cores (ferrite?) with the windings on a long bobbin (2 x C Cores on either side) and the other C cores in the middle, with an air gap in between as a consequence of a wide enough bobbin.

The flat magnetic/diamagnetic plate shown in the diagram is probably not used on the basis he demonstrates a sample plate by inserting it in between the cores - if it already had one presumably their would not be a gap to place another.

The windings traverse between the left and right C core pairs with the remaining C cores in the middle (i.e a single long bobbin is used). The secondary winding (~12VAC output) is either wound as the inner layer (yellow color in diagram) or as the outer layer  (brown/orange color in diagram). The primary winding (~224VAC (Russian mains)) would obviously have more windings. The windings are opposed based on the translation given.

I don't see any rectification components in the video and the DM is set to AC when measuring the output voltage.

I am thinking of attempting to replicate this device using the Met-glass amorphous C cores and the simple LaserSaber Joule Thief circuit (i.e 12VDC input, 2N3055 transistor, CFL bulb on output). I would swap the primary with the secondary for higher voltage on the output.

[stivep]

Does anyone know more about these Superconductor cables? I see that the key in his TR is the Superconductor wire. Without this wire is ordinary TR. I think this SC will be very expensive and dificult to find in the shops.

http://www.youtube.com/watch?v=jxDVbj_IfpU


http://www.youtube.com/watch?v=GHBe9EG1xBA


Here is explanation  on most of your questions


Wesley

[wizkycho]

what is happening in these transformer setups is resonance
Wiz

[iddress]

I do trust all of the ideas you’ve introduced on your post. They’re very convincing and can certainly work. Nonetheless, the posts are too brief for starters. May just you please lengthen them a little from subsequent time? Thank you for the post.
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[Jack Noskills]

After looking at the videos and transformer design, the examples shown are not the 'preferred embodiment' shown in the patents - they just demonstrate the effect.

The larger transformer, that according to the translation was made by one of Alexander's students, appears to consist of 8 C cores (ferrite?) with the windings on a long bobbin (2 x C Cores on either side) and the other C cores in the middle, with an air gap in between as a consequence of a wide enough bobbin.

The flat magnetic/diamagnetic plate shown in the diagram is probably not used on the basis he demonstrates a sample plate by inserting it in between the cores - if it already had one presumably their would not be a gap to place another.

The windings traverse between the left and right C core pairs with the remaining C cores in the middle (i.e a single long bobbin is used). The secondary winding (~12VAC output) is either wound as the inner layer (yellow color in diagram) or as the outer layer  (brown/orange color in diagram). The primary winding (~224VAC (Russian mains)) would obviously have more windings. The windings are opposed based on the translation given.

I don't see any rectification components in the video and the DM is set to AC when measuring the output voltage.

I am thinking of attempting to replicate this device using the Met-glass amorphous C cores and the simple LaserSaber Joule Thief circuit (i.e 12VDC input, 2N3055 transistor, CFL bulb on output). I would swap the primary with the secondary for higher voltage on the output.

Does your oscillator produce sine wave ? If so, then maybe you could try this much simpler setup:

http://www.overunity.com/12487/simple-to-build-isolation-transformer-that-consumes-less-power-than-it-gives-out

It is high impedance resonant trafo where output does not affect input. So far I have tested it successfully with 50 Hz sine signal and I am stuck to that frequency. Would like to see how it would work at high frequency. In my head output power should increase with frequency while input power remains as is.