The GALILEO-EMT toolkit is a part of the IDS GALILEO SUITE and is designed to cover the gap between an efficient Maxwell equations solver and a professional tool for challenging real life industrial problems.
AtlanTecRF offers the MSS series of Multi-Path Satellite Simulators are specifically designed to simultaneously talk to two sets of ground equipment, enabling extensive and prolonged testing without the need to go ‘live’ on a satellite. Each system comprises a base unit and two terminals capable of communicating in a choice of either X, Ku, DBS, Ka, or Q bands with ability to vary the path attenuation.
EM Software’s Automotive Electronics Software (FEKO) can be used in several automotive applications including antenna placement analysis, GPS receiver optimization, GSM transceivers, collision avoidance radars, EMC analysis for arbitray cable bundles and cable paths, radiation hazard analysis, crosstalk/communication interference minimization, and more.
Sonnet’s high frequency electromagnetic (EM) software can be used in the analysis of microwave circuit discontinuities, arbitrary microstrip and stripline circuits, planar (patch) antennas, planar spiral inductors, RFIC and MMIC circuits, multi-layer circuits like LTCC and PCB technology, planar filter analysis, and high density interconnects.
FEKO Suite 7.0 sees the addition of a Finite Difference Time Domain (FDTD) solver to its comprehensive set of powerful computational methods as well as the hybridization of the Multilevel Fast Multipole Method (MLFMM) with Physical Optics (PO). Three new import file formats are also now available.
EMIT (electromagnetic interference toolkit) is a type of simulation software used to predict EMI (electromagnetic interference) in complex RF environments containing multiple transmitters and receivers, and to predict in-band and out-of-band interference effects for all Tx/Rx (transmitter/receiver) pairs in the scene.
Determining the final set of component values in a matching network can be a challenging process. Traditionally, RF engineers have had to simplify and idealize their matching circuits in schematics that are separated from the EM simulation. This simplification into a lumped element schematic requires perfect grounds and leaves out the coupling and transmission line effects of the interconnect metal and the antennas.
The challenges involved with measuring an antenna’s radiation characteristics when it’s mounted on a large platform stem from the fact that it’s very difficult to accurately simulate an antenna’s interaction with an electrically large environment.
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