Electrical Module

Directory List

ABC2SRF	Transformation from abc to the switching reference frame.
ABToDQ	Convert between AB and DQ coordinates for 3 phase currents.
AngleEncoder	Angle encoder model. Outputs is from 0 to b.
Capacitor	Dynamical model for a capacitor.
ClassERFAmplifier	ClassERFAmplifier design tool.
ConformalCoilsInCylinder	Generate conformal coils in a cylinder
DToA	Converts a digital word to a voltage.
Diode	Dynamical model for a diode.
ForceBetweenCoils	Calculate the forces between a set of coils
HalbachMotorDesign	Design a dual rotor axial flux motor.
Inductor	Dynamical model for an inductor model.
LRLoopAntenna	Computes the inductance and resistance of a circular loop antenna
LRRectangleAntenna	Computes the inductance and resistance of a printed rectangular loop
MatchingCircuit	Designs an L-type matching circuit
MutualInductanceCoaxialCoil	Mutual inductance between two filamentary coaxial coils
MutualInductanceCoil	Mutual inductance between two coils
NPhase	Generate an n phase signal.
PIRectifier	Implement proportional integral control of a rectifier
ParksTransformation	Parks transformation matrix from ABC to DQ coordinates for 3 phases.
PerUnitNormalization	Per unit normalization.
RectifierFullWave	Full wave rectifier. This uses 4 diodes.
RectifierNPhase	N Phase rectifier. This uses 2*n diodes.
RectifierThreePhase	A six switch rectifier.
SRF2ABC	Transformation from abc to switching reference frame.
Transformer	An ideal transformer.
TransformerRHS	Dynamical model of a transformer in the dq frame.

Matching network demo

MatConDemo	Matrix converter demonstration
MatConSSDemo	Simulate a matrix converter in steady state.

ABToDQDemo	Transformation from the AB frame to DQ frame
PMMachineDemo	Demonstrate the ABC machine model for a permanent magnet generator
PMMachineSwitchedDemo	Demonstrate the ABC machine.

The Biot Savart law

MC33Switching	3-Phase to 3-Phase Matrix Converter Switching Functions.
MCDynamics	Matrix converter dynamics

AxialFluxCoil	Generates the phase coil datastructure.
BHalbach	Computes the B field of a Halbach array.
BHalbachAxialFluxMotor	Computes the B field of a Halbach array for a dual rotor motor.
DCMotor	DC motor model.
DFIGEquilibrium	Doubly fed induction generator model equilibrium voltages.
DFIGRHS	Doubly fed induction generator model.
DualRotorDesign	Design a dual rotor generator configuration.
FlywheelStresses	Computes flywheel stresses.
HalbachField	Compute the field of a Halbach Segment
PMABCMachineRHS	Permanent magnet machine model in ABC coordinates.
PMABCMachineSwitchedRHS	Permanent magnet machine model in ABC coordinates with 6 switches.
PMBMachineRHS	Permanent magnet brushless machine in DQ coordinates.
PitchServoRHS	Pitch servo model.
ReluctanceMachineRHS	Right hand side for a 3 phase reluctance motor or generator.
ShaftStresses	Computes shaft stresses.
StatorCoil	Designs a single coil for a 3 phase motor
SynchronousSpeed	Motor synchronous speed (RPM) from frequency

BandGap	Photodiode bandgap.
BandGapToWavelength	Compute wavelength from band gap
HgCdTe	Mercury Cadmium Telluride band gap
HgCdTeWavelength	Mercury Cadmium Telluride wavelength to Cd fraction
SolarCell	Solar cell voltage vs current.
SolarCellEff	Solar cell monochromatic efficiency.
WavelengthToBandGap	Compute band gap from wavelength.

ACResistance	Find enhanced AC wire resistance due to skin effect
DiameterAWG	Diameter from AWG gauge.
ResistanceAWG	Resistance from AWG gauge.
ResistivityAluminum	Compute the resistivity of cryogenic aluminum alloys.
ResistivityCopper	Computes the resistivity of copper
SkinDepth	Find electrical skin depth for an AC signal into a conductor

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