For what its worth, each phase of the input to the plug is charging the cap. Some say that there is more than just pulling electrons from 1 plate during 1 phase and pumping electrons into the other plate during the other phase of the input.
But I believe that it is 1 plate at a time being altered of the number of electrons in the plate. The secondary of the small neon transformer in my vid is most likely many many turns of thin wire. Without a load, I believe that the electrons in the wire are pulled from one end of the wire and compressed toward the other end of the wire. At peak and in this condition, this would be where each end of the wire would have opposite charge across the resistance of the wire. So this compression can do the same if there is a diode and a single plate in the air, and it can pump electrons into that plate. That would leave the windings depleted of its normal electron count and the whole winding would be positive in reference to the negatively charged plate. So that plate will only get so many electrons from the wire of which say the whole secondary winding is minuscule in mass compared to the plate and the circuit cannot pump any more electrons from the winding with the power it has to do so.
So with the full plug, 1 diode in one direction to one plate of the cap and another reverse polarity diode to the other plate of the cap, there would be more electrons to pump to the pumped plate because the other phase of the input us sucking them out of the other plate, instead of just the 1 diode and 1 plate only getting what was available in the winding itself.
Soo a larger cap takes longer to get to peak charge and is harder to get to the same peak as a smaller cap, because the winding can only pass so much current per phase.
Mags
Now, in my vid, notice how the capacitance is applied between the other end of the HV secondary and the coils can. This gives the HV sec more reservoirs to pull and push electrons back and forth, not just the electrons in the HV sec winding itself. So if the one end of the sec is 1 wire to a distant AV plug and the other end of the HV sec is set to earth gnd, then that can be the other path instead of just 1 wire. Basically it is still just 1 wire that would need to run the distance, and the earth gnd saves us from having to run 2 wires. Id bet if there were a way to completely isolate the open end of the HV sec, and the transformer itself, from having a capacitive path to the cap that is after the AV plug, Id say that the cap could still take on a charge due to the compression and decompression within the HV sec winding as the winding would still have pos and neg charges at the 1 wire end and as long as it can overcome the diode barrier voltage. In that case, the shorter the 1 wire run, the more of a chance the cap can receive the charge, as the longer the 1 wire is, 'it' taking on the compression's and decompression's would be very loose and most likely would not make it to the cap alone. Its just the way I see it. Mags
« Last Edit: 2017-11-11, 04:14:47 by Magluvin »
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Topic: Avramenko fork/plug...how does it work and is it OU? (Read 27749 times)
