Transient solver for efficient
calculation for loss-free and lossy structures. The solver does a broadband
calculation of S-parameters from one single calculation run by applying
DFT’s to time signals.
Frequency domain solver
with adaptive sampling. The general purpose solver supports both, hexahedral
and tetrahedral meshes.
Besides the general purpose
solver, the frequency domain solver also contains two solvers being specialized
on strongly resonant structures (hexahedral meshes only). The first of
these solvers does only calculate S-parameters whereas the second one
also calculates fields which requires some additional calculation time.
Calculation of 3D eigenmodes.
The structure can be viewed
either as a 3D model or as a schematic. The latter allows for easy coupling
of the EM simulation with circuit simulation.
AR-Filter analysis for resonant
structures.
Farfield (2D, 3D, gain,
angular beam width and more) and radar cross section (RCS) calculation.
Network Parameter Extraction.
Spice Model Extraction.
Stationary
thermal field solver (temperature, heat source, radiation surfaces, external
fields) (HEX and TET).
Transient thermal field
solver (temperature, heat source) (HEX).
Structural Mechanics solver
(TET).
Fast and memory efficient FI-method.
Extremely good performance due to Perfect Boundary
Approximation (PBA) and Thin Sheet Technique (TST) for solvers using hexahedral
grids.
Advanced ACIS based,
parametric solid modeling front-end with excellent structure visualization.
Feature based hybrid modeler allows quick structural
changes.
Powerful macro language (VBA), OLE automation
server.
Expert system based automatic mesh generation
with 3D adaptive mesh refinement.
Import and Export of SAT, Step, Autodesk Inventor(R),
VDA-FS CATIA(R), Pro/E(R), IGES, NASTRAN or STL 3D CAD
data.
Import and Export of DXF 2D CAD data.
Import GDSII and Gerber 2D CAD data.
Import of voxel data models (Human Model Data).
Efficient build-in optimizer. (Powell and Quasi-Newton
type, advanced multilevel interpolation schemes)
Parameter Sweeps.