Domain Decomposition Solver in Simulation of the Electrically Large Reflector Antenna

An electrically large Cassegrain reflector antenna was modeled using WIPL-D Pro and simulated using WIPL-D Pro and Domain Decomposition Solver (DDS) and calculated radiation patterns were compared. The simulations were carried out using WIPL-D Pro, a full wave 3D electromagnetic…

Two models of the wideband monopole antenna have been simulated using WIPL-D Pro Software. In particular, S-parameters and radiation pattern at 0.6 GHz of the monopole antenna were calculated and compared. Besides, some details regarding the monopole modelling and the…

The analysis of an antenna which can operate in 5G network frequency bands using WIPL-D Software has presented in this application note. In particular, S-parameters and radiation pattern of a printed monopole antenna fed with coplanar waveguide have been calculated…

The WIPL-D implementation of MoM is an ideal candidate for RCS simulations of electrically large structures. A number of features leads to this: unique quad mesh applying higher order basis functions, CAD tool providing the optimum mesh, efficient implementation at…

In this application note we compared simulated radiation pattern results for circular horn antenna and corresponding corrugated horn antenna. Also, we shortly outlined basic modelling of corrugated horn antenna with radial corrugations using WIPL-D Pro built-in object Body of Connected…

The application note demonstrates excellent performance of WIPL-D suite for simulation of very large arrays of microstrip patch antennas. The microstrip with finite ground plane array has over 150 elements. Simulation frequency of interest is 70-80 GHz (specifically 77 GHz). The model…