PSS Electrical Module
MATLAB toolboxes for aerospace analysis
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▼ Core | |
▼ Electrical | |
▼ Components | |
ABC2SRF.m | Transformation from abc to the switching reference frame |
ABToDQ.m | Demo |
AngleEncoder.m | Angle encoder model |
Capacitor.m | Dynamical model for a capacitor |
ClassERFAmplifier.m | Demo |
ConformalCoilsInCylinder.m | Demo |
Diode.m | Demo |
DToA.m | Converts a digital word to a voltage |
ForceBetweenCoils.m | Calculate the forces between a set of coils |
HalbachMotorDesign.m | Design a dual rotor axial flux motor |
Inductor.m | Dynamical model for an inductor model |
LRLoopAntenna.m | Demo |
LRRectangleAntenna.m | Demo |
MatchingCircuit.m | Designs an L-type matching circuit |
MutualInductanceCoaxialCoil.m | Demo |
MutualInductanceCoil.m | Demo |
NPhase.m | Demo |
ParksTransformation.m | Demo |
PerUnitNormalization.m | Demo |
RectifierFullWave.m | Demo |
RectifierNPhase.m | Demo |
RectifierThreePhase.m | Demo |
SRF2ABC.m | Transformation from abc to switching reference frame |
Transformer.m | An ideal transformer |
TransformerRHS.m | Dynamical model of a transformer in the dq frame |
▼ Demos | |
▼ Components | |
MatchingCircuitDemo.m | Matching network demo Published Demo Component values required to make an L-type matching network for a given loop antenna at various frequencies |
▼ MatrixConverter | |
MatConDemo.m | Matrix converter demonstration Published Demo |
MatConSSDemo.m | Simulate a matrix converter in steady state |
▼ Motor | |
ABToDQDemo.m | Transformation from the AB frame to DQ frame Published Demo |
PMMachineDemo.m | Demonstrate the ABC machine model for a permanent magnet generator Published Demo |
PMMachineSwitchedDemo.m | Demonstrate the ABC machine |
▼ Electromagnetism | |
BiotSavart.m | Current line |
Help | |
▼ MatrixConverter | |
MC33Switching.m | 3-Phase to 3-Phase Matrix Converter Switching Functions |
MCDynamics.m | Matrix converter dynamics |
▼ Motor | |
AxialFluxCoil.m | Generates the phase coil datastructure |
BHalbach.m | Demo |
BHalbachAxialFluxMotor.m | |
DCMotor.m | Power amplifier |
DFIGEquilibrium.m | PSS internal file version information |
DFIGRHS.m | States |
DualRotorDesign.m | Design a dual rotor generator configuration |
FlywheelStresses.m | Computes flywheel stresses |
HalbachField.m | Compute the field of a Halbach Segment |
PitchServoRHS.m | Pitch servo model |
PMABCMachineRHS.m | Permanent magnet machine model in ABC coordinates |
PMABCMachineSwitchedRHS.m | Permanent magnet machine model in ABC coordinates with 6 switches |
PMBMachineRHS.m | Permanent magnet brushless machine in DQ coordinates |
ReluctanceMachineRHS.m | States |
ShaftStresses.m | Computes shaft stresses |
SynchronousSpeed.m | Motor synchronous speed (RPM) from frequency |
▼ SolarCell | |
BandGap.m | Demo for silicon |
BandGapToWavelength.m | Demo |
HgCdTe.m | Mercury Cadmium Telluride band gap |
HgCdTeWavelength.m | Demo |
SolarCell.m | Solar cell voltage vs current |
SolarCellEff.m | Constants |
WavelengthToBandGap.m | Demo |
▼ Wire | |
ACResistance.m | Find enhanced AC wire resistance due to skin effect |
DiameterAWG.m | Demo |
ResistanceAWG.m | Demo |
ResistivityAluminum.m | Compute the resistivity of cryogenic aluminum alloys |
ResistivityCopper.m | Demo |
SkinDepth.m | Find electrical skin depth for an AC signal into a conductor |