Component Properties for Electrical Circuit

Electric Potential Source(1 terminal)(VoltageSource)

Electric Potential Source(1 terminal)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
FunctionType	Flag	0 or PointArray 1 or Sin 2 or Exp 3 or Constant 4 or Pulse 5 or Step	The flag for function type. The point array type. The sin function type. The expotential function type. The constant type. The pulse function type. The step function type.
XType	Flag	1 or Time 6 or Step 9 or UserSub	Axis Type Time Axis Step Axis Use user-subroutine.
Periodic	Flag	0 or On 1 or Off	Flag for Periodic Iteration Periodic Iteration Non Periodic Iteration
userid	Flag		The user subroutine ID.
Time	Table		Voltage versus Time Table
Angle	Table		Voltage versus Angle Table
Step	Table		Voltage versus Step Table
Position	Table		The voltage vs displacement point array
UseVoltageManualSetting	Flag	0 or Off 1 or On	Use voltage manual setting or not Not using voltage manual setting Using voltage manual setting
VoltageAmplitude	Double		Pseudo steady state voltage amplitude
VoltagePhase	Double		Pseudo steady state voltage phase

Three-phase Electric Potential Source(3PhaseVoltageSource)

Three-phase Electric Potential Source

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
XType	Flag	1 or Time 6 or Step	Axis Type Time Axis Step Axis
VoltageSpecifyType	Flag	0 or UseTerminalPotential 1 or UseLineVoltage	The specified voltage type Use terminal potential. Use line voltage.
VoltageValueType	Flag	0 or UseAmplitude 1 or UseRMS	Peak Type Use amplitude. Use rms.
Amplitude	Double		Amplitude Value / RMS Value
Frequency	Double		Frequency
PhaseU	Double		Phase of U-Phase
CommutatingSequence	Flag	0 or UVW 1 or UWV	Commutating Sequence Type The commutating sequence is U-V-W. The commutating sequence is U-W-V.
PeriodicStep	Double		The mechanical periodic step.
PeriodicAngle	Double		The mechanical periodic angle.
Stroke	Double		The periodic stroke.

Multi Phase Electric Potential Source(MultiPhaseVoltageSource)

The multi phase voltage source

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
XType	Flag	1 or Time 6 or Step	Axis Type Time Axis Step Axis
NumPhases	Flag		The number of phases
PhaseWindingType	Flag	0 or NPhaseWinding 1 or Multi3PhaseWinding	The phase winding type Use N-phase electric potential source. Use (N/3)x 3-phase electric potential source.
VoltageValueType	Flag	0 or UseAmplitude 1 or UseRMS	Peak Type Use amplitude. Use rms.
Amplitude	Double		Amplitude Value / RMS Value
Frequency	Double		Frequency
ReferencePhase	Double		The phase of U-Phase/1-Phase
PhaseDifference	Double		The phase difference
CommutatingSequence	Flag	0 or UVW 1 or UWV	Commutating Sequence Type The commutating sequence is U-V-W. The commutating sequence is U-W-V.
PeriodicStep	Double		The mechanical periodic step.
PeriodicAngle	Double		The mechanical periodic angle.
Stroke	Double		The periodic stroke.

Electric Potential Source(2 terminals)(TwoTerminalVoltageSource)

Electric Potential Source (2 terminals)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
FunctionType	Flag	0 or PointArray 1 or Sin 2 or Exp 3 or Constant 4 or Pulse 5 or Step	The flag for function type. The point array type. The sin function type. The expotential function type. The constant type. The pulse function type. The step function type.
XType	Flag	1 or Time 6 or Step	Axis Type Time Axis Step Axis
Periodic	Flag	0 or On 1 or Off	Flag for Periodic Iteration Periodic Iteration Non Periodic Iteration
Time	Table		Voltage versus Time Table
Angle	Table		Voltage versus Angle Table
Step	Table		Voltage versus Step Table
Position	Table		The voltage vs displacement point array
UseVoltageManualSetting	Flag	0 or Off 1 or On	Use voltage manual setting or not Not using voltage manual setting Using voltage manual setting
VoltageAmplitude	Double		Pseudo steady state voltage amplitude
VoltagePhase	Double		Pseudo steady state voltage phase

Control Voltage Source(2 terminals)(ControlTwoTerminalVoltageSource)

The control two terminal voltage source

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
UseVoltageManualSetting	Flag	0 or Off 1 or On	Use voltage manual setting or not Not using voltage manual setting Using voltage manual setting
VoltageAmplitude	Double		Pseudo steady state voltage amplitude
VoltagePhase	Double		Pseudo steady state voltage phase

Control Voltage Source(1 terminal)(ControlVoltageSource)

The control voltage source

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
UseVoltageManualSetting	Flag	0 or Off 1 or On	Use voltage manual setting or not Not using voltage manual setting Using voltage manual setting
VoltageAmplitude	Double		Pseudo steady state voltage amplitude
VoltagePhase	Double		Pseudo steady state voltage phase

Power Source(PowerSource)

The power source

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
FunctionType	Flag	0 or PointArray 1 or Constant	The flag for function type. The point array type. The constant type.
ConstantPower	Double		The constant power
PowerVsTime	Table		The power vs time point array
MaxVoltage	Double		The max voltage
MaxCurrent	Double		The max current

Current Source(1 terminal)(CurrentSource)

Current Source(1 terminal)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
FunctionType	Flag	0 or PointArray 1 or Sin 2 or Exp 3 or Constant 4 or Pulse 5 or Step 8 or Harmonic	The flag for function type. The point array type. The sin function type. The expotential function type. The constant type. The pulse function type. The step function type. The harmonic type.
XType	Flag	1 or Time 6 or Step 9 or UserSub	Axis Type Time Axis Step Axis Use user-subroutine.
Periodic	Flag	0 or On 1 or Off	Flag for Periodic Iteration Periodic Iteration Non Periodic Iteration
userid	Flag		The user subroutine ID.
Time	Table		Current versus Time Table
Angle	Table		Current versus Angle Table
Step	Table		Current versus Step Table
Position	Table		The current vs displacement point array
UseCurrentManualSetting	Flag	0 or Off 1 or On	Use current manual setting or not Not using current manual setting Using current manual setting
CurrentAmplitude	Double		Pseudo steady state current amplitude
CurrentPhase	Double		Pseudo steady state current phase

Three-phase Current Source(3PhaseCurrentSource)

Three-phase Current Source

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
XType	Flag	1 or Time 6 or Step	Axis Type Time Axis Step Axis
CurrentValueType	Flag	0 or UseAmplitude 1 or UseRMS	Peak Type Use amplitude. Use rms.
Amplitude	Double		Amplitude Value / RMS Value
Frequency	Double		Frequency
PhaseU	Double		Phase of U-Phase
CommutatingSequence	Flag	0 or UVW 1 or UWV	Commutating Sequence Type The commutating sequence is U-V-W. The commutating sequence is U-W-V.
PeriodicStep	Double		The mechanical periodic step.
PeriodicAngle	Double		The mechanical periodic angle.
Stroke	Double		The periodic stroke.

Multi Phase Current Source(MultiPhaseCurrentSource)

The multi phase current source

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
XType	Flag	1 or Time 6 or Step	Axis Type Time Axis Step Axis
NumPhases	Flag		The number of phases
PhaseWindingType	Flag	0 or NPhaseWinding 1 or Multi3PhaseWinding	The phase winding type Use N-phase current source. Use (N/3)x 3-phase current source.
CurrentValueType	Flag	0 or UseAmplitude 1 or UseRMS	Peak Type Use amplitude. Use rms.
Amplitude	Double		Amplitude Value / RMS Value
Frequency	Double		Frequency
ReferencePhase	Double		The phase of U-Phase/1-Phase
PhaseDifference	Double		The phase difference
CommutatingSequence	Flag	0 or UVW 1 or UWV	Commutating Sequence Type The commutating sequence is U-V-W. The commutating sequence is U-W-V.
PeriodicStep	Double		The mechanical periodic step.
PeriodicAngle	Double		The mechanical periodic angle.
Stroke	Double		The periodic stroke.

Current Source(2 terminals)(TwoTerminalCurrentSource)

Current Source(2 terminals)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
FunctionType	Flag	0 or PointArray 1 or Sin 2 or Exp 3 or Constant 4 or Pulse 5 or Step 8 or Harmonic	The flag for function type. The point array type. The sin function type. The expotential function type. The constant type. The pulse function type. The step function type. The harmonic type.
XType	Flag	1 or Time 6 or Step	Axis Type Time Axis Step Axis
Periodic	Flag	0 or On 1 or Off	Flag for Periodic Iteration Periodic Iteration Non Periodic Iteration
Time	Table		Current versus Time Table
Angle	Table		Current versus Angle Table
Step	Table		Current versus Step Table
Position	Table		The current vs displacement point array
UseCurrentManualSetting	Flag	0 or Off 1 or On	Use current manual setting or not Not using current manual setting Using current manual setting
CurrentAmplitude	Double		Pseudo steady state current amplitude
CurrentPhase	Double		Pseudo steady state current phase

Control Current Source(2 terminals)(ControlTwoTerminalCurrentSource)

The control two terminal current source

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
UseCurrentManualSetting	Flag	0 or Off 1 or On	Use current manual setting or not Not using current manual setting Using current manual setting
CurrentAmplitude	Double		Pseudo steady state current amplitude
CurrentPhase	Double		Pseudo steady state current phase

Control Current Source(1 terminal)(ControlCurrentSource)

The control current source

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
UseCurrentManualSetting	Flag	0 or Off 1 or On	Use current manual setting or not Not using current manual setting Using current manual setting
CurrentAmplitude	Double		Pseudo steady state current amplitude
CurrentPhase	Double		Pseudo steady state current phase

Diode(Diode)

Diode

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
InitialVoltage	Double		Initial voltage
MaxResistance	Double		Maximum Resistance
MinResistance	Double		Minimum Resistance
k	Double		Coefficient k for Logarithm Function
SaturationCurrent	Double		Saturation Current
Type	Flag	0 or PointArray 1 or Function	The flag for type. The type is point array. The type is function.
voltage	Table		Current vs Voltage Table

User Subroutine(UserSubroutine)

The user subroutine

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
UserParameter	Flag		The user parameter

Switch(Switch)

Switch

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
InitialState	Flag	0 or Off 1 or On	Initial state The initial state is off. The initial state is on.
XType	Flag	1 or Time 6 or Step 11 or Current 12 or Voltage 13 or Hysteresis	Axis Type Time Axis Step Axis The switch is current dependent. The switch is voltage dependent. The hysteresis band.
reference	Int		Reference component
terminal1	Int		Reference Probe 1
terminal2	Int		Reference Probe 2
TimingType	Flag	1 or PointArray 2 or Parameter	The flag for timing type. The timing type is point array. The timing type is parameter.
Period	Double		One Period
t1	Double		First Switching Time in One Period
t2	Double		Second Switching Time in One Period
InitialOpenState	Flag	0 or Off 1 or On	The initial open state The initial open state is off. The initial open state is on.
Time	Table		Time Table
Angle	Table		Angle Table
Step	Table		Step Table
Position	Table		The value vs displacement point array
Current	Table		The value vs current point array
Voltage	Table		The value vs voltage point array
Periodic	Flag	0 or On 1 or Off	Flag for Periodic Iteration Periodic Iteration Non Periodic Iteration
BandType	Flag	0 or BaseWidth 1 or MaxMin	The hysteresis band type Setting current base and current width. Setting current max and current min.
CurrentBase	Double		The hysteresis band current base
CurrentWidth	Double		The hysteresis band current width
CurrentMax	Double		The hysteresis band current max
CurrentMin	Double		The hysteresis band current min

Control Switch(ControlSwitch)

The control switch

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
InitialState	Flag	0 or Off 1 or On	Initial state The initial state is off. The initial state is on.

FEA(FEAControlBlock)

The FEA control block

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
FEAReferenceStudy	String		The reference study for FEA block

FEM Coil(Coil)

FEM Coil

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Turn	Double		Number of Turns of the Coil
Resistance	Double		Resistance of the Coil
LeakageInductance	Double		The leakage inductance of the coil
Temperature	Double		The temperature
TempVsRes	Table		The resistor vs temperature point array
TimeVsTemp	Table		The temperature vs time point array
TemperatureDependentType	Flag	0 or PointArray 1 or TemperatureDependentCorrection	Resistance Setting Type The point array type. The temperture dependent correction type.
BaseTemperatureResistance	Double		The base temperature resistance
BaseTemperature	Double		The base temperature
TemperatureCoefficient	Double		The temperature factor
AverageTemperatureName	String		The Average Temperature Name
XType	Flag	9 or Temperature 10 or Constant	Axis Type The temperature axis. The constant axis
TemperatureType	Flag	0 or Constant 1 or PointSequence 2 or Coupling	The temperature type The constant type The point sequence type The coupling type

Reference FEM Coil(ReferenceCoil)

The reference coil

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Reference	Int		The reference id
Periodic	Flag	-1 or Reverse 1 or Normal	The periodic type The reverse orientation The basic orientation

Three Terminal Coil(ThreeTerminalCoil)

The three terminal coil

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Turn	Double		Number of Turns of the Coil
Resistance	Double		Resistance of the Coil
LeakageInductance	Double		The leakage inductance of the coil
TempVsRes	Table		The resistor vs temperature point array
TemperatureDependentType	Flag	0 or PointArray 1 or TemperatureDependentCorrection	Resistance Setting Type The point array type. The temperture dependent correction type.
BaseTemperatureResistance	Double		The base temperature resistance
BaseTemperature	Double		The base temperature
TemperatureCoefficient	Double		The temperature factor
XType	Flag	9 or Temperature 10 or Constant	Axis Type The temperature axis. The constant axis

Coupling Control(CouplingControl)

The coupling control

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
NumberOfThermalCircuitCalcPerMag	Flag		The number of thermal circuit calculation per magnetic field analysis
UseAverageSteps	Flag	0 or Off 1 or On	Use average steps for loss or not Not using average steps for loss Using average steps for loss
AverageSteps	Flag		The average steps for loss
RunThermalMode	Flag	0 or SyncThermal 1 or AfterThermal	Method of thermal circuit analysis Thermal circuit analysis in synchronization with magnetic field analysis Thermal circuit analysis after magnetic field analysis
RunIronLoss	Flag	0 or Off 1 or On	Iron loss analysis in synchronization with magnetic field analysis Do not perform iron loss analysis Perform iron loss analysis
PostProcessingSteps	Flag		Number of steps after post-processing
FrequencyPerOneMagAnalysis	Flag		The frequency for control analysis per one magnetic analysis
UnitForWhenToStartMag	Flag	0 or TimeBeforeMagneticFieldAnalysis 1 or StepsBeforeMagneticFieldAnalysis 2 or SteadyStateMagneticFieldAnalysis	Unit for when to start magnetic field analysis Execute magnetic field analysis after specified time Execute magnetic field analysis after specified steps Execute magnetic field analysis after reaching steady state
StepToStartMag	Flag		Start magnetic field analysis after step
TimeToStartMag	Double		Start magnetic field analysis after time
SignalProbeReference	Int		Signal Probe reference id
SteadyStateFrequency	Double		Steady state frequency
SteadyStateTolerance	Double		Steady state tolerance
StopMagAnalysisFlag	Flag	0 or UseStepControl 1 or UseSpecifiedTime	Stop magnetic analysis flag Use step control Use user specified time
PeriodToRunAnalysis	Double		Period to run analysis
SteadyStateStopCheckMethod	Flag	0 or Maximum 1 or MovingAverage	The stop method used for the steady state Maximum value Moving average

Brush / Commutator(BrushCommutator)

Brush Motor Component

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
BrushDivideMultiplier	Flag		The number of divider
Brushes	Flag		The number of brushes
Segments	Flag		Commutator Segments
BrushWidth	Double		Brush Width
SlitWidth	Double		Slit Width
InitialAngle	Double		Initial Angle
ContactResistance	Double		Contact Resistance between Brush and Commutator
UseArcVoltage	Flag	0 or Off 1 or On	Flag to Allow Arc Voltage Arc voltage is not used. Arc voltage is used.
ArcVoltage	Double		Arc Voltage
SparkoverVoltage	Double		Sparkover Voltage
EachBrush	Flag	0 or Off 1 or On	The flag to set detail The all brush is set. The each brush is set.
UseResistanceTable	Flag	0 or Off 1 or On	The flag to allow resistance table The resistance table is not used. The resistance table is used.
ContactAngleRatioVsAreaRatio	Table		The area ratio vs contact angle ratio point array
BrushWidth1	Double		The brush1 width
ContactResistance1	Double		The contact resistance between brush1 and commutator
UseBrushTable1	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table1 is not used. The brush table1 is used.
ContactAngleRatioVsAreaRatio1	Table		The area ratio vs contact angle ratio point array1
BrushPosition1	Double		The Brush1 Position
BrushWidth2	Double		The brush2 width
ContactResistance2	Double		The contact resistance between brush2 and commutator
UseBrushTable2	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table2 is not used. The brush table2 is used.
ContactAngleRatioVsAreaRatio2	Table		The area ratio vs contact angle ratio point array2
BrushPosition2	Double		The Brush2 Position
BrushWidth3	Double		The brush3 width
ContactResistance3	Double		The contact resistance between brush3 and commutator
UseBrushTable3	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table3 is not used. The brush table3 is used.
ContactAngleRatioVsAreaRatio3	Table		The area ratio vs contact angle ratio point array3
BrushPosition3	Double		The Brush3 Position
BrushWidth4	Double		The brush4 width
ContactResistance4	Double		The contact resistance between brush4 and commutator
UseBrushTable4	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table4 is not used. The brush table4 is used.
ContactAngleRatioVsAreaRatio4	Table		The area ratio vs contact angle ratio point array4
BrushPosition4	Double		The Brush4 Position
BrushWidth5	Double		The brush5 width
ContactResistance5	Double		The contact resistance between brush5 and commutator
UseBrushTable5	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table5 is not used. The brush table5 is used.
ContactAngleRatioVsAreaRatio5	Table		The area ratio vs contact angle ratio point array5
BrushPosition5	Double		The Brush5 Position
BrushWidth6	Double		The brush6 width
ContactResistance6	Double		The contact resistance between brush6 and commutator
UseBrushTable6	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table6 is not used. The brush table6 is used.
ContactAngleRatioVsAreaRatio6	Table		The area ratio vs contact angle ratio point array6
BrushPosition6	Double		The Brush6 Position
BrushWidth7	Double		The brush7 width
ContactResistance7	Double		The contact resistance between brush7 and commutator
UseBrushTable7	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table7 is not used. The brush table7 is used.
ContactAngleRatioVsAreaRatio7	Table		The area ratio vs contact angle ratio point array7
BrushPosition7	Double		The Brush7 Position
BrushWidth8	Double		The brush8 width
ContactResistance8	Double		The contact resistance between brush8 and commutator
UseBrushTable8	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table8 is not used. The brush table8 is used.
ContactAngleRatioVsAreaRatio8	Table		The area ratio vs contact angle ratio point array8
BrushPosition8	Double		The Brush8 Position
BrushWidth9	Double		The brush9 width
ContactResistance9	Double		The contact resistance between brush9 and commutator
UseBrushTable9	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table9 is not used. The brush table9 is used.
ContactAngleRatioVsAreaRatio9	Table		The area ratio vs contact angle ratio point array9
BrushPosition9	Double		The Brush9 Position
BrushWidth10	Double		The brush10 width
ContactResistance10	Double		The contact resistance between brush10 and commutator
UseBrushTable10	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table10 is not used. The brush table10 is used.
ContactAngleRatioVsAreaRatio10	Table		The area ratio vs contact angle ratio point array10
BrushPosition10	Double		The Brush10 Position
BrushWidth11	Double		The brush11 width
ContactResistance11	Double		The contact resistance between brush11 and commutator
UseBrushTable11	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table11 is not used. The brush table11 is used.
ContactAngleRatioVsAreaRatio11	Table		The area ratio vs contact angle ratio point array11
BrushPosition11	Double		The Brush11 Position
BrushWidth12	Double		The brush12 width
ContactResistance12	Double		The contact resistance between brush12 and commutator
UseBrushTable12	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table12 is not used. The brush table12 is used.
ContactAngleRatioVsAreaRatio12	Table		The area ratio vs contact angle ratio point array12
BrushPosition12	Double		The Brush12 Position
BrushWidth13	Double		The brush13 width
ContactResistance13	Double		The contact resistance between brush13 and commutator
UseBrushTable13	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table13 is not used. The brush table13 is used.
ContactAngleRatioVsAreaRatio13	Table		The area ratio vs contact angle ratio point array13
BrushPosition13	Double		The Brush13 Position
BrushWidth14	Double		The brush14 width
ContactResistance14	Double		The contact resistance between brush14 and commutator
UseBrushTable14	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table14 is not used. The brush table14 is used.
ContactAngleRatioVsAreaRatio14	Table		The area ratio vs contact angle ratio point array14
BrushPosition14	Double		The Brush14 Position
BrushWidth15	Double		The brush15 width
ContactResistance15	Double		The contact resistance between brush15 and commutator
UseBrushTable15	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table15 is not used. The brush table15 is used.
ContactAngleRatioVsAreaRatio15	Table		The area ratio vs contact angle ratio point array15
BrushPosition15	Double		The Brush15 Position
BrushWidth16	Double		The brush16 width
ContactResistance16	Double		The contact resistance between brush16 and commutator
UseBrushTable16	Flag	0 or Off 1 or On	The flag to allow resistance table The brush table16 is not used. The brush table16 is used.
ContactAngleRatioVsAreaRatio16	Table		The area ratio vs contact angle ratio point array16
BrushPosition16	Double		The Brush16 Position

Inductor(Inductor)

Inductor

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Inductance	Double		Inductance

Reference FEM Conductor(ReferenceConductor)

The reference conductor

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Reference	Int		The reference id
Periodic	Flag	-1 or Reverse 1 or Normal	The periodic type The reverse orientation The basic orientation

Capacitor(Capacitor)

Capacitor

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Capacitance	Double		Capacitance

Resistor(Resistor)

Resistor

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Resistance	Double		Resistance
XType	Flag	1 or Time 6 or Step 9 or Temperature 10 or Constant 11 or Current 12 or Voltage	Axis Type Time Axis Step Axis The temperature axis. The constant axis. The resistor is current dependent. The resistor is voltage dependent.
Periodic	Flag	0 or On 1 or Off	Flag for Periodic Iteration Periodic Iteration Non Periodic Iteration
Temperature	Double		The temperature
InitialResistance	Double		The initial resistance
reference	Int		Reference component
terminal1	Int		Reference Probe 1
terminal2	Int		Reference Probe 2
TimeVsRes	Table		The resistor vs time point array
StepVsRes	Table		The resistor vs step point array
AngleVsRes	Table		The resistor vs angle point array
DispVsRes	Table		The resistor vs displacement point array
TempVsRes	Table		The resistor vs temperature point array
TimeVsTemp	Table		The temperature vs time point array
CurrentVsRes	Table		The current resistor point array
VoltageVsRes	Table		The voltage resistor point array
AverageTemperatureName	String		The Average Temperature Name
TemperatureDependentType	Flag	0 or PointArray 1 or TemperatureDependentCorrection	Resistance Setting Type The point array type. The temperature dependent correction type.
BaseTemperatureResistance	Double		The base temperature resistance
BaseTemperature	Double		The base temperature
TemperatureCoefficient	Double		The temperature factor
IncludeResistanceLoss	Flag	0 or Off 1 or On	Include resistance loss in circuit loss Not including resistance loss in circuit loss. Including resistance loss in circuit loss.
TemperatureType	Flag	0 or Constant 1 or PointArray	The flag of temperature setting type The constant type The point array type

Three Terminal Resistor(ThreeTerminalResistor)

The three terminal resistor

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Resistance	Double		Resistance
XType	Flag	1 or Time 2 or Angle 6 or Step 8 or Position 9 or Temperature 10 or Constant 11 or Current 12 or Voltage	Axis Type Time Axis Angle Axis Step Axis The motion direction axis. The temperature axis. The constant axis. The resistor is current dependent. The resistor is voltage dependent.
Periodic	Flag	0 or On 1 or Off	Flag for Periodic Iteration Periodic Iteration Non Periodic Iteration
InitialResistance	Double		The initial resistance
reference	Int		Reference component
terminal1	Int		Reference Probe 1
terminal2	Int		Reference Probe 2
TimeVsRes	Table		The resistor vs time point array
StepVsRes	Table		The resistor vs step point array
AngleVsRes	Table		The resistor vs angle point array
DispVsRes	Table		The resistor vs displacement point array
TempVsRes	Table		The resistor vs temperature point array
CurrentVsRes	Table		The current resistor point array
VoltageVsRes	Table		The voltage resistor point array
TemperatureDependentType	Flag	0 or PointArray 1 or TemperatureDependentCorrection	Resistance Setting Type The point array type. The temperature dependent correction type.
BaseTemperatureResistance	Double		The base temperature resistance
BaseTemperature	Double		The base temperature
TemperatureCoefficient	Double		The temperature factor
IncludeResistanceLoss	Flag	0 or Off 1 or On	Include resistance loss in circuit loss Not including resistance loss in circuit loss. Including resistance loss in circuit loss.