Originally posted by bistander
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Just above zero?...any measure above?...sorry but your "guess" is not that "broad" of an analysis... needs to be just a bit deeper:
It is not just to get the domains aligned in the core material (by using singular "core" sounds like you are just considering one core)...when in reality there are two cores interacting there, exciting and excited, and so this Magnetic Field Strength must start at the Exciting core (assisted by reminiscent magnetism) and "grow" (could also say Field Expansion) to such strength Spatially to reach and to Influence (or paraphrasing Figuera: to Magnetize) the Excited Core.
Originally posted by bistander
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That "Point" refers specifically to Field Magnitude during generator normal operation, not just to bypass startup current forward drops, but to be able to generate the Operating required EMF Induction at the Excited Circuit Output.
Originally posted by bistander
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Originally posted by bistander
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And it is not Volts "or" Amps...but V "and" A, meaning both included...say Watts as a more complete approach. However, depending on the Exciting Coil configuration type...like winding wire gauge and number of turns plus core size...the two (V&A) could radically change the Distribution on the V&A input. For example, my "genny"... has an exciting coil of 65 ohms and very fine wire, meaning many turns...therefore, this config requires higher voltage (175V) and lower amperage (2.0 A) to produce the required Field Strength or Magnitude.
Originally posted by bistander
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For example:
CV(Core Volume)+NT(Number of Turns)+AWG(wire Gauge) = EC (Exciting Constant, given in V&A)
And of course we could bring the Equation down to more "detailed", specific parameters, like CV could be broken into A (Cross Section of core) by(multiplying) Length (l), or [A . l = CV] and this applies for a rectangular or cylindrical core. And so, obviously, CV parameters depends on Core Volume Geometry, where a Toroid Core have a different way to calculate its CV.
Originally posted by bistander
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And so, once we calculate Exciting System, then we could move on a Second Equation for the output excited circuit, parting from its exciting system...in Figuera's talking about the secondaries.
Final Destination: A Full Design of the Generator by Scaling Equations which could be adapted to our Figuera System.
Originally posted by bistander
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On the other hand, I know You may wanna bring some more complex machines, like a Three Phase kind...where exciting System works a bit different...but this is NOT the point here...we (I basically) am looking to start my analysis with simpler machines like a Home Generator...Single Phase.
Jumping into more complex generators before satisfying what we are looking for here, with simple machines... is just going to make noise and generate confusion.
Figuera is based on a simple Generator related to Primaries Secondaries, which could only relate to a Single Phase Generator, except that its Exciting System is split into Dual Cores-Coils acting on a single excited core... and so, only thing to do is split the Equation for two cores from a Single Exciting Core basic Equation, with the Same feeding Constant on V&A (EC).
Originally posted by bistander
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If You do not see it so, maybe just because you do not agree with it...or because you have not even run the simplest test about the Figuera Device operation, so, you are missing the great potential this development means at all...then it becomes just your isolated, singular point of view and so your lonely opinion here.
And related to this Thread...the Thread Owner (Wonju) has abandoned it long time ago...so it is really just a "revived thread" from many different members...and so it have no administrator to rule what is and what's not "Topic Related" that I know off.
Concluding..This Topic is Not about a Dead Horse to me...:
[IMG][/IMG]
but a very Young, Alive, Strong and Very Fast galloping Stallion.
You wanna take it for a ride?...it is Up to You...but...just got to be a very good experienced Jockey to do it.
And please, do not "beat" it...Stallion may get very upset...and you riding it...
Regards and Good luck on your ride...
Maybe I could hear the opinion from other Members here...if they could "handle" the Stallion...
Ufopolitics
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