cad software

Support loading resistance (R), inductance (L), capacitor (C) and diode; support loading series or parallel lumped components (RLC).

Support setting monitors for EM field and far-field that need the calculation of frequency points or bands before simulation, which reduces calculation and accelerates simulation.

Through remote scheduling and solving, the server sends and distributes tasks to other computers, liberating the local one.

Some common materials have been added to the material library. Users can set conventional and dispersion materials, and import third-party material libraries.

After sweeping parameters, the corresponding results are automatically generated to facilitate model optimization and analysis.

Lumped face port is added to adapt to more simulation scenarios. And if the excitation source of microwave components is a complex impedance, it can be set by users.

The results can be processed again according to the input mathematical expressions. And the characteristics of results such as maximum and minimum values, bandwidth, etc. can be quickly captured.

When the simulation is not completed, users can refresh and view the currently calculated results, which is convenient to evaluate in real time.

Users can customize parametric model library, use models in the library directly and modify them subsequently.

Lines of meshes are allowed to pass through the designated critical points to control mesh generation.

The quality of Yee hexahedral meshes can be checked, which is convenient for users to evaluate the mesh quality.

Frequency domain algorithm FEM is added, whose tetrahedral meshes can adapt to the irregular surface of 3D objects, making it suitable for simulating electrically small and fine structures.

You can set frequency sampling points before calculation to improve simulation efficiency and reduce the number of result data.

Inspect model correctness with effective prompts, to better inform you of model defects like open faces and heal accordingly.

The level of mesh simplification can now be customized, allowing you to reduce the number of mesh and improve meshing flexibility and efficiency.

Mesh parameters can be calculated automatically according to the characteristics of the model, which is more intelligent.

More types and three modulation modes of excitation signal are also supported, to meet different simulation needs.

The simulation speed has been further accelerated by multi-core and single GPU.