ArchAngel432 wrote:Quote:
To expand; AC voltage switches - reverses - polarity, AC current flow switches - reverses - direction, each as an absolute, interdependent, concomitant function of the time of the cycle.
SDC Voltage does not reverse polarity, but current flow does change direction.
Without reversing directions....
ArchAngel, get your act together. Wholly apart and separate from the purported "New Current", you made an assertion pertainining to DC offset and AC current.
ArchAngel432 wrote: Its not called reversing current for a reason. There are exceptions to the pole reversal rule you would impose on alternating current such as AC with DC offset which is Alternating Current, but does not change polarity.
Which you reitterated here:
ArchAngel432 wrote: I showed an example where polarity does not reverse, and instead of acknowledging it you tried to explain why it was undesirable.
I was not talking about the desirability, I was talking about its existance.
DC offset exists without question, and so long as the DC component of the current flow is measured, regardless its voltage or amperage, its polarity and current flow direction do not change; that's what DC is. However, regardless what the DC component of the energy flow might be, the AC component of that energy flow behaves in no manner other than that in which AC behaves, again regardless the AC voltage or amperage. DC is what DC is, AC is what AC is, DC does what DC does, and AC does what AC does, period. I explained that in some circuits DC offset is undesirable, in some circuits inconsequential, and in some circuits a necessary working component of the desired energy usage product. Your assertion that " ...
AC with DC offset which is Alternating Current, but does not change polarity" was incorrect. Whether or not this alledged "Sully DC" is anything is entirely beside the point relevant to this particular subdiscussion; you made a statement which has been refuted.
Now, as to "Sully DC", I remain skeptical. Having carefully looked at the drawings and perusing the information available on Sullivan's website, I remain skeptical. From what I know of electromagnetic field theory (which includes and accounts for "multidimensional currents", btw) and of circuit design and application, there's nothing there - apart, perhaps, and only theoretically perhaps - from an electromechanical artifact created as a consequence of AC current inducing an alternating, or vibrating, magnetic field - a resonance effect impacting the electrodes. I can understand and accept why meters connected to the described circuit would behave as they are reported to; that is precisely what would be expected given the circuit described. It would be useful to see an additional metric; that provided via a gauss meter. Also helpful would be viewing assorted parameters of the energized circuits performance overlaid on one another on an oscilloscope - I notice Mr. Sullivan provides neither, nor does he mention either.
You might find intellectual profit in cuddling up with a good book - I suggest
The Feynman Lectures on Physics: (3 vols.) Feynman, R.P., Leighton, R.B., Sands, M.
1971, Addison-Wesley, Menlo Park CA (1989 ed.)
ISBN 0201500647
Oh, and if you'd care to check out an actual, demonstrated, truly innovative, very-high-probability-of-forward-practical-application development in the field of electricity, check out
This.