RF and Optics

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Physics Interfaces and Study Types
Electromagnetic Waves, Beam Envelopes
Boundary Mode AnalysisYes
EigenfrequencyYes
Frequency DomainYes
Frequency-Domain ModalYes
Electromagnetic Waves, Frequency Domain
Boundary Mode AnalysisYesYes
EigenfrequencyYesYes
Frequency DomainYesYes
Frequency-Domain ModalYesYes
Mode AnalysisYesYes
Electromagnetic Waves, Time Explicit
Time DependentYesYes
Electromagnetic Waves, Transient
EigenfrequencyYesYes
Time DependentYesYes
Time-Dependent ModalYesYes
Transmission Line
EigenfrequencyYes
Frequency DomainYes
Boundary Conditions
Electromagnetic Waves, Beam Envelopes
Electric FieldYes
Magnetic FieldYes
Matched Boundary ConditionYes
Perfect Electric ConductorYes
Perfect Magnetic ConductorYes
Periodic ConditionYes
PortYes
Scattering Boundary ConditionYes
Surface CurrentYes
Electromagnetic Waves, Frequency Domain
Electric FieldYesYes
Impedance Boundary ConditionYesYes
Lumped ElementYes
Lumped Port, Including Connection to Electrical CircuitYes
Magnetic FieldYesYes
Perfect Electric ConductorYesYes
Perfect Magnetic ConductorYesYes
Periodic ConditionYesYes
PortYesYes
Scattering Boundary ConditionYesYes
Surface CurrentYesYes
Transition Boundary ConditionYesYes
Electromagnetic Waves, Time Explicit
Electric FieldYesYes
Flux/SourceYesYes
Low-Reflecting BoundaryYesYes
Magnetic FieldYesYes
Perfect Electric ConductorYesYes
Perfect Magnetic ConductorYesYes
Surface Current DensityYesYes
Electromagnetic Waves, Transient
Lumped ElementYes
Lumped Port, Including Connection to Electrical CircuitYes
Magnetic FieldYesYes
Perfect Electric ConductorYesYes
Perfect Magnetic ConductorYesYes
Periodic ConditionYesYes
Scattering Boundary ConditionYesYes
Surface CurrentYesYes
Transmission Line
Absorbing BoundaryYes
Incoming WaveYes
Lumped PortYes
Open CircuitYes
Short CircuitYes
Terminating ImpedanceYes
Consitutive Relations
Electromagnetic Waves, Beam Envelopes
Anisotropic MaterialYes
Conduction
Linearized ResistivityYes
Electric Displacement
Debye DispersionYes
Dielectric LossesYes
Drude-Lorentz DispersionYes
Loss TangentYes
Refractive IndexYes
Relative PermittivityYes
Sellmeier DispersionYes
Magnetic Constitutive Relation
Magnetic LossesYes
Relative PermeabilityYes
Electromagnetic Waves, Frequency Domain
Anisotropic MaterialYesYes
Porous Media and Mixture MaterialsYes
Conduction
Archie’s LawYes
Linearized ResistivityYesYes
Electric Displacement
Debye DispersionYesYes
Dielectric LossesYesYes
Drude-Lorentz DispersionYesYes
Loss TangentYesYes
Refractive IndexYesYes
Relative PermittivityYesYes
Sellmeier DispersionYes
Magnetic Constitutive Relation
Magnetic LossesYesYes
Relative PermeabilityYesYes
Electromagnetic Waves, Time Explicit
Anisotropic MaterialYesYes
Electromagnetic Waves, Transient
Anisotropic MaterialYesYes
Porous Media and Mixture MaterialsYes
Conduction
Archie’s LawYes
Linearized ResistivityYesYes
Electric Displacement
PolarizationYesYes
Refractive IndexYesYes
Relative PermittivityYesYes
Remanent Electric DisplacementYesYes
Magnetic Constitutive Relation
MagnetizationYesYes
Relative PermeabilityYesYes
Remanent Flux DensityYesYes
Lumped Parameters
Touchstone File ExportYesYes
ExpandS-Parameter Matrix CalculationYesYes
Pair, Edge, and Point Conditions
Electromagnetic Waves, Beam Envelopes
Continuity (pair)Yes
Electric Field (pair)Yes
Perfect Electric Conductor (pair)Yes
Perfect Magnetic Conductor (pair)Yes
Surface Current (pair)Yes
Electromagnetic Waves, Frequency Domain
Continuity (pair)YesYes
Edge Current (edge)YesYes
Electric Field (pair)YesYes
Electric Point Dipole (point)YesYes
Magnetic Current (edge)YesYes
Magnetic Point Dipole (point)YesYes
Perfect Electric Conductor (pair)YesYes
Perfect Magnetic Conductor (pair)YesYes
Surface Current (pair)YesYes
Electromagnetic Waves, Time Explicit
Continuity (pair)YesYes
Electromagnetic Waves, Transient
Continuity (pair)YesYes
Edge Current (edge)YesYes
Electric Point Dipole (point)YesYes
Magnetic Point Dipole (point)YesYes
Perfect Electric Conductor (pair)YesYes
Perfect Magnetic Conductor (pair)YesYes
Surface Current (pair)YesYes
Transmission Line
Continuity (pair)Yes
Volumetric Domain Properties
2D and Axisymmetric Electric Formulations
In-Plane VectorYesYes
Out-of-Plane VectorYesYes
Three-VectorYesYes
Electromagnetic Waves, Beam Envelopes
Infinite Domain Modeling with Perfectly Matched LayersYes
ExpandWave Equation, Beam EnvelopesYes
Electromagnetic Waves, Frequency Domain
External Current DensityYesYes
Infinite Domain Modeling with Perfectly Matched LayersYesYes
ExpandFar-Field DomainYesYes
ExpandWave Equation, ElectricYesYes
Electromagnetic Waves, Time Explicit
Electric Current DesityYesYes
Magnetic Current DensityYesYes
Wave Equation, Electric and MagneticYesYes
Electromagnetic Waves, Transient
Wave Equation, ElectricYesYes
Transmission Line
Transmission Line EquationYes