Master PMSM Design – Join Our Course on December 16, 2025 -
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RF & Microwave Component Simulation
Design, tune, and verify high-frequency components for antennas, radar, and high-speed links.
Use EMWorks to model RF and microwave components directly on your 3D geometry. Compute S-parameters, fields, and power flow to validate matching, bandwidth, isolation, and loss before building hardware. Compare layouts, materials, and packaging options early so you can reach performance targets faster and reduce test-and-tune cycles.
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Passive components
Use EMWorks to simulate RF and microwave passive components directly on 3D geometry. Evaluate S-parameters, impedance, loss, and field distribution so you can tune filters, couplers, power dividers, terminations, and interconnects before fabrication. -
Filters
Discover EMWorks’ RF and microwave filter design tools, combining full-wave EM simulation with parametric sweeps to hit tight specs for bandwidth, insertion loss, and isolation before fabrication. -
Resonators
Use EMWorks to design RF and microwave resonators, extracting resonant modes, unloaded Q, and coupling for cavity, dielectric, and planar structures. -
Connectors and Transitions
Analyze RF and microwave connectors and transitions with 3D EM simulation to evaluate S-parameters, impedance matching, and field distribution, improving signal integrity and minimizing loss before hardware builds. -
Transmission Line
Simulate RF and microwave transmission lines to predict impedance, loss, dispersion, and crosstalk so you can tune geometry and materials and validate performance before fabrication.