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Field Array Suspension and Power Distribution: Difference between revisions
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This is a simple cabling system delivering D.C. on heavy-ish conductors to capacitive-reserve units fixed to each power stud connector of the pulsed magnetic [[Field Array]]. | |||
As the current of the applied power to the Field Array will develop a magnetic field shaped like the angle of attitude of the delivery buss | |||
To minimize any asymmetry in the near field of the Field Array, the incoming power and power-ground connections are designed toward a consistent distribution layout, easily afforded with a Platonic geometry, with the Field Array bi/cu metamaterial conductor windings on center on an axis in common with an embedding concentric Platonic scaffolding. | |||
Revision as of 13:03, 30 September 2023
This is a simple cabling system delivering D.C. on heavy-ish conductors to capacitive-reserve units fixed to each power stud connector of the pulsed magnetic Field Array.
As the current of the applied power to the Field Array will develop a magnetic field shaped like the angle of attitude of the delivery buss
To minimize any asymmetry in the near field of the Field Array, the incoming power and power-ground connections are designed toward a consistent distribution layout, easily afforded with a Platonic geometry, with the Field Array bi/cu metamaterial conductor windings on center on an axis in common with an embedding concentric Platonic scaffolding.