The Secret To The Self Oscillating Transformer

[Dog-One]

Have a look:

https://www.youtube.com/watch?v=-j5se4LZigM

Yes Avalon, good job!

Do you use any limiters to prevent a runaway condition or does your device stabilize itself?

Watching your other video:
https://www.youtube.com/watch?v=vgYLVyswgeQ

It sure looks a lot like what Akula was demonstrating too.

[ayeaye]

Ok, what frequency, what transformer? Unless all information is provided, and the experiment is not repeatable, it has no value.

I think resonance in the magnetic core providing overunity, is a possibility, no need to convince me in this. I were happy to repeat this experiment, if i could obtain the right transformer, use the right frequency, and whatever else is necessary, but i cannot as long as i don't know. Theoretically deriving it requires too complex mathematics i think, calculating all the movement of the dipoles, and forces between them.

[Paul-R]

... the collapse of the Tacoma Narrows Bridge due to effects of resonance. A gust of wind caused it to begin to oscillate and it picked up momentum until it broke. Free energy from resonance.

I don't think this is true.

The energy comes from the kinetic energy of the wind. The reason why the bridge broke is because it was, indeed, a tuned mechanical tank circuit, and as a result, a very high proportion of the energy available was focussed on the bridge, which could not cope.

[ayeaye]

I don't think this is true.

The energy comes from the kinetic energy of the wind. The reason why the bridge broke is because it was, indeed, a tuned mechanical tank circuit, and as a result, a very high proportion of the energy available was focussed on the bridge, which could not cope.

Your explanation is like, there is some kind of possibility, so i stick to that. But the bridge is not a tank circuit, it has plenty of force to hold it in place. So such extensive swinging takes a lot of power all the time, may well be much more than the wind can provide.

[Paul-R]

But the bridge is not a tank circuit, it has plenty of force to hold it in place. So such extensive swinging takes a lot of power all the time, may well be much more than the wind can provide.

No, I thibnk you are wrong here.

The bridge alone is not a tank circuit but the bridge + oscillating wind is a tank circuit.

If the natural frequency of oscillation of the bridge = frequency of oscillation of the gusting wind, then you have resonance.

The rate at which energy is potentially available ( = power) in the flow of gusting wind is huge.

Reminiscent of Tesla's earthquake machine and his method of splitting the earth into two halves.

Where is TK when you want him?