Thermal Coupling
Analyze the thermal effects of RF power losses, including heating and potential breakdowns.
RF & Microwave is the high-frequency simulation module of EMWORKS, designed to address the challenges of RF, microwave, and high-speed digital circuit designs. This module excels in analyzing electromagnetic wave behavior, ensuring accurate simulations for a variety of high-frequency applications such as antennas, resonators, filters, and microwave components.
RF & Microwave delivers unparalleled precision in high-frequency electromagnetic simulations, empowering engineers to design with confidence and efficiency.
Covers a broad range of applications, from antennas and waveguides to signal integrity and electromagnetic compatibility (EMC).
Diagnose and resolve issues like discontinuities in connectors, cables, and high-speed interconnects.
Ensure reliable performance by analyzing thermal behavior alongside electromagnetic properties.
RF & Microwave provides many specialized analysis types to cater to high-frequency engineering needs
The integration of electromagnetic and thermal analyses enables users to simulate.
Analyze the thermal effects of RF power losses, including heating and potential breakdowns.
RF & Microwave supports a wide array of high-frequency applications, including:
RF & Microwave is widely used in industries such as
For designing antennas, waveguides, and RF filters.
In high-frequency applications like radar systems and communication devices.
To optimize high-speed PCBs and signal integrity.
For microwave heating and imaging systems.
Discover how RF & Microwave can elevate your high-frequency designs and bring your innovative ideas to life.