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Path: SCPro/ProActuators
% Design a minimum mass magnetic torquer.
You pass in the desired power, the voltage, wire gauge and dipole.
Type MagneticTorquerDesign for a demo.
It is possible that the selected parameters will not produce a
torquer coil. If so change the wire size or power consumption.
Default conductivity, relative permeability
and density are for copper and steel.
If l is entered it designs the torquer based on that length.
Since version 9.
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Form:
d = MagneticTorquerDesign( d )
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Inputs
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d (1,1) Data structure
.aWG (1,1) Wire gauge 0000 is -3
.power (1,1) Power (W)
.v (1,1) Voltage (V)
.dipole (1,1) Dipole (ATM^2)
.densityConductor (1,1) Material density (kg/m^3)
.conductivity (1,1) Conductivity (S/m)
.densitySteel (1,1) Material density (kg/m^3)
.muR (1,1) Relative permeability
.l (1,1) Length (m)
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Outputs
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d (1,1) Data structure with additions
.rWire (1,1) Wire radius (m)
.i (1,1) Current (A)
.rhoWire (1,1) Resistance (Ohm/m)
.lWire (1,1) Wire length (m)
.rBar (1,1) Radius of the metal bar (Ohm/m)
.mWire (1,1) Mass wire (kg)
.R (1,1) Coil resistance (Ohm)
.l (1,1) Length of the torquer (m)
.mSteel (1,1) Mass steel (kg)
.m (1,1) Total mass (kg)
.n (1,1) Wire turns
.rTorquer (1,1) Radius of the torquer
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Electrical: Wire/DiameterAWG Electrical: Wire/ResistanceAWG SCPro: ProActuators/MagneticTorquerDipoleMoment
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