ENERGY AMPLIFICATION

[Tito L. Oracion]

If we take the bifilar coil separate the windings and apply dc to each coil separate you will find the coils have an opposite polarity they oppose each other.
So if ac is applied to the bifilar coil we have a coil that produces opposite spinning fields, I  have found that opposite spinning fields causes charge separation whereas coils with the same polarity do not.

That's fascinating!  and that's a great discovery buddy. 

http://www.youtube.com/watch?v=830zDTm55-w
http://www.youtube.com/watch?v=ni_IM_wcfao

[totoalas]

okay! okay!
ni aling kikay

Let's cook some wires 


I really love cooking. There are lots of chef here.

well, not a bad idea.

so you will shoot a video for us  even its sideways in the screen  for non disclosure lol

[crazycut06]

Hey Dave

Not sure what you mean. What would be the advantage of this.

Im under the 'impression' that it is possible that a series bifi might have different effects than using a single winding primary, in relation to the secondary.

Once I have it made it can be configured other ways, if you have suggestions. I have to figure out what wire and no. of turns that will fit for a bifi primary and a single secondary winding. Im thinking of using very thin wire for the bifi primary and winding as many as 4 to 6 wires at the same time. If it is 4, then 2 and 2 will be in parallel connection and bifi series as 2 and 2. If 6 will fit, then 3 and 3. This will increase the capacitance vs having just 2 larger wires side by side.

Mags

Hi Mags,
I've tried a bifi primary and a single secondary, input draw is minimum and output is also minimum, then i use half of primary, draw went up a bit, output also, then i paralleled bifi primary, input draw went up more, output also, i think if we are using dc pulsing, we need a low resistance primary, maybe bifi or multifilar all paralled, like what is used in many inverters and maybe a tesla bifillar is more efficient as a secondary, like what JLN did with the induction cooker....

[Magluvin]

Been thinking about the zener diode. Tito said 'at least 3v"

1 of 2 things it could possibly be used for.

1  Which Ive always thought might be the case was that the 3v was used as a trigger, to discharge when a cycle was at that point. But considering the simplicity of the circuit he had shown at the time, Im not really sure.

2   Could it be used to stop the discharge of a cap when it gets down to 3v? Maybe in the flow of things the zener cuts off due to insufficient reverse bias, but the cap is not down to 3v yet.  Could this be a way to disrupt the discharge, blow out the spark?  The  discharge could be through the zener in order to stop the dc current mid flow, or at least before the cap reaches zero volts.

Still contemplating what wire and no. of turns for this lil bugger.

Mags

[Magluvin]

This thread has passed 1000 reads in the last 24 hours.     I hope this works out somehow, for all.

Mags