RF & Microwave is the high-frequency simulation module of EMWORKS, designed to solve design challenges in RF, microwave and high-speed digital circuits. The module excels at analyzing the behavior of electromagnetic waves and delivers accurate RF simulation for a range of high-frequency applications such as antennas, resonators, filters and microwave components.


RF & Microwave delivers unmatched accuracy in high-frequency electromagnetic simulation, enabling engineers to design with confidence and efficiency.
Covers a wide range of applications, from antennas and waveguides to signal integrity and electromagnetic compatibility (EMC).
Diagnose and resolve issues such as discontinuities in connectors, cables and high-speed interconnects.
Ensure reliable performance by analyzing thermal behavior alongside electromagnetic properties.
RF & Microwave offers many specialized analysis types to meet the needs of high-frequency engineering

Analyze scattering parameters to evaluate the performance of RF circuits and networks.

Study resonant modes in structures such as cavities, resonators and filters.

Design and optimize antenna performance for various applications, including antenna array configurations.

Evaluate transient behavior in high-speed interconnects and circuits.
Integrated electromagnetic and thermal analysis enables users to run coupled simulations.
Analyze the thermal effects of RF power losses, including heating and potential failures.

The RF & Microwave module supports a wide range of high-frequency applications, including:
Covers everything from initial design to advanced optimization.
Uses state-of-the-art solvers to deliver accurate results quickly.
Supports cutting-edge applications in telecommunications, aerospace, defense and other fields.
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