Home / Examples / Electromagnetic Analysis [Hertz]
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Number |
Example Title |
Simulation Image |
Setup Conditions |
Waveguide Filter Loaded with Dielectric Material |
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Harmonic analysis
Fast sweep
Port
Electric wall
Adaptive mesh |
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Circulator |
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Harmonic analysis
Discrete sweep
Magnetostatic field
Tensor permeability
Port
Adaptive mesh |
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Antenna with Impedance-Matching Components |
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Harmonic analysis
Fast sweep
Open boundary
Internal port
Lumped constant
Adaptive meshing |
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Horn Antenna |
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Harmonic analysis
Discrete sweep
Port
Open boundary
Adaptive meshing |
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Cavity Resonator |
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Harmonic analysis
Fast sweep
Port
Adaptive mesh |
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Patch Antenna |
Harmonic analysis
Fast sweep
Internal port
Open boundary
Electric wall
Adaptive mesh |
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Dipole Antenna |
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Harmonic analysis
Fast sweep
Open boundary (PML)
Internal port
Adaptive meshing |
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Open Stub |
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Harmonic analysis
Fast sweep
Adaptive meshing
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Coplanar Waveguide with Bend |
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Harmonic analysis
Fast sweep
Coplanar waveguide
Adaptive meshing |
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Coil Formed in a Substrate |
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Harmonic analysis
Fast sweep
Strip line
Adaptive meshing |
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TE-Mode Dielectric Resonator (3D) |
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Resonant analysis
Conductor Wall |
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TE-Mode Dielectric Resonator (2D)
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Resonant analysis
Axisymmetric model
Electric wall (symmetric axis)
Conductor wall |
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Corrugated Waveguide |
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Resonant analysis
Periodic boundary condition
Dispersion Curve |
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Coaxial Cable |
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Waveguide analysis (Propagation constant analysis)
Integral path
Electric wall
Adaptive mesh |
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Microstrip Line Filter (Half Model) |
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Harmonic analysis
Fast sweep
Half model
Microstrip line
Adaptive meshing |
Multilayer Capacitor |
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Harmonic analysis
Discrete sweep
Adaptive meshing |
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Differential Lines (Coupled Line) with Connector
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Harmonic analysis
Discrete sweep
Differential mode
Adaptive meshing |
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Differential Lines (Coupled Line) without Connector |
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Harmonic analysis
Discrete sweep
Differential mode
Adaptive meshing |
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Waveguide Analysis of Differential Lines |
Waveguide analysis
Differential mode, Common mode |
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S-Parameter Analysis of Differential Lines |
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Harmonic analysis
Discrete sweep
Differential mode, Common mode
Adaptive meshing |
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Mixed-Mode S-Parameters Analysis of Differential Lines |
Harmonic analysis
Discrete sweep
Propagation mode transformation
Differential mode, Common mode
Adaptive meshing |
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Waveguide-to-Coaxial Adapter |
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Harmonic analysis
Discrete sweep
Adaptive meshing |
Antenna |
Harmonic analysis
Discrete sweep
Lumped constant
Adaptive meshing |
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Patch Antenna Array |
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Harmonic analysis
Fast sweep
Field Superposition Setting
Adaptive meshing |
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TDR Analysis |
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Harmonic Analysis
Discrete sweep
Convert to TDR
Adaptive meshing |
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Coil-to-Coil Power Transfer |
Harmonic analysis |
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Plane Waves |
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Harmonic analysis
Incident wave (plane wave) |
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Dipole and Monopole Antennas |
Harmonic analysis
Fast sweep
Plane of symmetry and infinite ground plane
Adaptive meshing |
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Murata's RF Inductor |
Harmonic analysis
Fast sweep
Black box DB
Adaptive meshing |
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Murata's MAGICSTRAP® |
Harmonic analysis
Fast sweep
Black box DB
Adaptive meshing |
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Propagation Mode in the Waveguide |
Harmonic analysis
Number of precalculated modes
Number of modes used in the actual analysis
Select modes
Adaptive meshing |
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Electrically Isolated Ground Electrode |
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Harmonic analysis
Discrete sweep
Propagation mode transformation
Ground
Adaptive meshing |
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Minute Dipole Antenna |
Harmonic analysis
Discrete sweep
Current port
Surrounding electromagnetic field |
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Diplexer |
Harmonic analysis
Fast sweep
Adaptive meshing
Set frequency to apply adaptive meshing |
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Electromagnetic Field Correction |
Harmonic Analysis
Discrete sweep
Correct errors of the electromagnetic field originated in the open boundary |
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TDR Analysis with Transient Analysis |
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Transient analysis
Input at each port
Impulse, Stepped wave |
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Charge and Discharge of Capacitor |
Transient analysis
Voltage port
Lumped-constant boundary
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Circular Patch Antenna |
Transient analysis
Input at each port
Output field
Restart |
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Frequency-Selective Reflector |
Harmonic analysis
Port larger than wavelength |
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Wireless Power Transfer Using Electromagnetic Resonance |
Harmonic analysis
Open boundary |
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Ground-Penetrating Radar |
Transient analysis
Input at each port
Output field |
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Thin Electrode Elements |
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Radar Cross Section (RCS) |
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