ENERGY AMPLIFICATION

[Sprocket]

Here is a vid my friend made a while back.  It is a quad fi coil. He shows the effects described.

http://www.youtube.com/watch?v=cbFqVh7GdGk

Mags

Seems I'm easily confused, are these bi-filar or ordinary coils? -  the guy doesn't mention bifilar at all!  And his description at the end is less than clear - why didn't he just state the battery voltage & current for both setups.  Also, with regard to the link I posted, that guy states that a bifilar-wound coil (double the wire length, so twice the resistance) will result in a doubling of the magnetic field (the way he winds it, it doesn't!), whereas your guy states that quadrupling (or times-eight if they're bifilar) the length results in only a doubling of the magnetic field...

At least it's good to see a working example of an increase in magnet field when the coil resistance also has increased.  Of course I have yet to figure out how to wind a coil that displays this myself...

[Magluvin]

I am working on it sprocket.  Maybe the mag field is just during charging then comes to rest at standard level. Duno yet. That vid is kinda old and he is still working on it.
But If I get a working example going, I will bring it to the table.  Like I said, I played with a couple examples and didnt care for the results. So I am entering this again with as little as I can tell ya.

It says in the pat. and looks like, the conductors have a fair amount of insulation on them. Teets has mentioned using speaker wire, of which can make winding a bifi a bit easier, and just stupid simple if its just 1 layer. I dont really imagine a 500 turn bifi primary here, but who knows. ;]

As for discharging into a primary that is part of a transformer that is a step uP transformer, there must be some efficiency in doing so, as many claims seem to follow this routine. Then we use step down to get user voltages.  That is the ONLY thing I can come up with as for a reason to charge a cap to a high voltage, then dump it into a primary of a step uP transformer.

Maybe it has to do with how the secondary affects the wind down oscillations of the primary. Example, if it were a step down, the primary will oscillate for a shorter time according to how much the step down is. 

This is me just thinking here. Im trying to put all these clues together to make sense of why they say or do this in the circuit.  But there must be reasons..   


I watched a Don Smith vid explaining his table top setup.  Some of the things he says, at times has ya thinking, hmmm, he dont really know how it works.  But maybe thats his way of explaining without divulging too much on tape.  But he was certain that it was important to step up the voltage at the transformer first, then reduce for use.

Any thoughts?

Mags

[forest]

Don Smith knew how it works.Simply disconnecting cap-coil at peak in proper way makes long running oscillations and repeating the same at the correct moment makes it continous. It took Tesla a few years to make it continous so we should be kind to ourselves.

[forest]

Questions: how we can shift phase of electric wave ? I have to move it forward by 90 degrees for example . I would explain it later what I'm trying to do

[Qwert]

Guys,
would you like to examine this short thread once again, it's only 17 replies; it could be quite beneficial:
http://www.overunity.com/index.php?topic=7513.0