Ansys HFSS 15 (x64) | 910 MB
Ansys HFSS 15 (x64) | 910 MB
ANSYS
HFSS software is the industry-standard simulation tool for three-D
full-wave electromagnetic field simulation and is essential for the
design of high-frequency and high-speed component design. HFSS offers
multiple state-of the-art solver technologies based on either the proven
finite element method or the well established integral equation method.
You can Select the Appropriate solver for the type of Simulation
Performing you are.
Electric
field distribution with A Far field Radiation Pattern simulated by the
New Finite antenna array capability in HFSS Engineers Rely on the
accuracy, capacity, and performance of HFSS to Design High- speed
components including on-chip embedded passives, IC packages, PCB
interconnects and high-frequency components such as antennas, RF /
microwave components and biomedical devices.
With HFSS, engineers can extract scattering matrix parameters (S, Y, Z parameters), visualize 3-D electromagnetic fields (near-and far-field) and generate ANSYS Full-Wave SPICE models that link to circuit simulations. Signal integrity engineers use HFSS within ESTABLISHED EDA Design Flows to evaluate Signal quality, Including Transmission Losses path, reflection loss Due to impedance mismatches, parasitic Coupling and Radiation.
Electric field in A cavity filter simulated by HFSS Each HFSS solver is based on A powerful, automated solution process where you are only required to specify geometry, material properties and the desired output
With HFSS, engineers can extract scattering matrix parameters (S, Y, Z parameters), visualize 3-D electromagnetic fields (near-and far-field) and generate ANSYS Full-Wave SPICE models that link to circuit simulations. Signal integrity engineers use HFSS within ESTABLISHED EDA Design Flows to evaluate Signal quality, Including Transmission Losses path, reflection loss Due to impedance mismatches, parasitic Coupling and Radiation.
Electric field in A cavity filter simulated by HFSS Each HFSS solver is based on A powerful, automated solution process where you are only required to specify geometry, material properties and the desired output
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