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It was all just theoretical anyway 

Quote from: Erfinder on January 18, 2017, 06:00:05 AM
Please forgive my bluntness,  all I see going on here are ideas being thrown around regarding how to amplify one's idea of power....not a single idea has been presented which leads one to the "amplification of energy". 

Can someone please present something general regarding amplifying energy, what it means and the most straight forward method for accomplishing it.  Please keep your schematics to yourself, I have no interest in them nor use for them.
Regards

Build a transformer core in the form of a trumpet. Wind the primary around the mouthpiece. Wind the secondary around the horn. Now pulse. The core "should" amplify that pulse by the time it arrives at the secondary.

But the problem is this, each core lamination has to start thin and end thicker.

See the three drawings I posted on this forum long ago and have them here;

http://purco.qc.ca/ftp/Wattsups'%20stuff/triangular%20laminated%20core/

Is that straight forward enough?

Premise: If a linear laminate core like we use today can produce a 1:1 isolated coupling with loss, ok, but still 1:1 ratio, then it should be possible to play with that ratio not only by changing the wind numbers but also by modifying the laminate to go from thin to thick. I know, this is ahead of its time.

wattsup

Some of Akula's pulsed work is very clever & interesting,


In this version
https://www.youtube.com/watch?v=pYjREkw1v-A&t=293s


He uses short pulses from a MOSFET to kick two resonant tank circuits into oscillation.
He knows the propagation delay through the ferrite.


So that by the time the pulse reaches the tank circuits and reflects back again to the MOSFET's output coil, the MOSFET is already switched OFF.
Giving maximum pulse width of twice the propagation delay.


Also thinking the Lenz flux has Bi Toroid feature whereby not all the Lenz flux passes back through originating LC tank source.[/size]


I measured a couple of ferrite power transformer E cores here, giving approx 24 nano secs delay for 100 mm distance.
Not very adept at cutting the centre leg off the E though.


The whole idea of Akula's here is very instructive & interesting ....
because by pulsing at twice the resonant frequency of the tank circuit, a parametric style of amplification can be had.