ENERGY AMPLIFICATION

[d3x0r]

You cannot pulse a primary with dc and get dc from the secondary without diodes, this alone should show you that the primary changes polarity and it does it at every 1/4 cycle in ac because ac is a coil being pulsed with alternate dc pulses to each end of the coil.

Yes I can; and that second circuit does that; provided that switches are also momentary and instantaneous make-break....


If there is a lag... then you will see a up (via a scope) when the current starts, that will discharge through the probe resistor down to 0... then when you release you'll get a distinct 'down' but if these are back to back they are 0 to N to 0 and not negative... so depends on what your load circuit on the secondary looks like also... a fast enough make-break is the least loss through resistance and leakage capacitance, and the less swing to under 0.


I get DC pulse outputs on coils all the time; mind you I don't use ferrite when I'm observing this.

[d3x0r]

And really; buried in there somewhere; you can take a normal magnet, and put it's north side against a coil and get a positive voltage... so a rising N field generates a current A... and falling N field generates opposite current B... but a rising S field generates a current B and a falling S field generates a current A.


But in the first 2 quadrants, the magnet (source field) did not change a) current flow, it's still a N... or B) direction that it's now not pointed at the core....


     __
S (__O N     <--- --- >   0)))))   


(cylinder magnet, moves near to and far from coil )

[Dave45]

I tried to model the dc pulse this is what I got

[Dave45]

So this model is not correct and if its not correct whats happening......... I think pulsing a coil in one direction produces voltage, pulsing the same coil in the other direction produces current, then the model will work....... I think, will have to model and study it more.
Nothing is set in stone yet.

[d3x0r]

So this model is not correct and if its not correct whats happening......... I think pulsing a coil in one direction produces voltage, pulsing the same coil in the other direction produces current, then the model will work....... I think, will have to model and study it more.
Nothing is set in stone yet.

What I can say; is a compass at the other side of the coil will not see a S if only a N is applied to and from the coil; especially if is on a core which will conduct the N better...


How is there a field which is (in?) a N but the current is the wrong direction?  I dunno... and yet it is...