The Master Of Magnetics "Steven Mark"

[twosox]

Hi guys,

just been tinkering, i'm no good at the theory part but i am good at 'trail and error' method.
and i don't mind blowing things up, (not really) lol. anyway, circuit diagram and scopeshot
attached of what i think is feedback through my pc sound card, very nice square wave but
'spikey', the cap gets charged (lots) and the right hand coil (coil 2) generates a nice big field.

thanks and keep up the good work.

[starcruiser]

Marco,

Have you tried to connect the upper and lower coils in series and see what the outut is when you power the middle one?

Regards,

Carl

[raburgeson]

Steven Mark I am going to ask you for a bone here because of the equipement I own. I swear to you I have been studying the fields by mechanically revolving the fields and the results I got was, it's not when the fields first collide, it's when the centers align that shit happens. Manix said we would have the help of someone who had access to lab equipement to die for (you) so I'm asking. Am I right are the fields fully in phase when the cores align and that is the moment of power production?
Also those 3 capacitive collector cores I theorize they serve a dual purpose, of course they do phase shifting, do they also store energy to keep the magnetic spheres from partly or fully collapsing?

[starcruiser]

i have.
it looks like less with the wires looped.
it getting scary cause im measurin things that cant be.

Marco all 4 possibilities? with coils (top and bottom ones) both Clockwise, both counter clockwise (in relation to the center coils winding) as well as fliping the connections on the top and bottom so the top coils outside winding is connecting to the bottom coils inside and visa versa to see if the output varies substantially.

Carl

[gn0stik]

Hi Rich,

I was looking at Mannix first drawing, the second one is half missing?

So we can have two conductors in parallel, one has a current, it will have a certain flux density.  If this is then replaced with many short wires in parallel with a single collector wire in the middle, then surely the resistance of the many parallel wires will drop and share their resistance, so any current flowing will be shared out equally the same, so in the end you have the same flux density, assuming same power supply of course.

If these many wires are looped as one long wire with a single wire rapped in the middle, surely we just have a step down transformer?

Although in a transformer its layered, not the many wires made in to a "tube" with the single wire in the centre.


Regards,

Dave.

I'm having a hard time visualizing what you are saying. So, you want a bunch of small, say 12", bifilar collectors wired in parallel around the control, with one of the windings connecting to the other on the next segment? All of them together making a tube which would squeeze the collector?