A demonstration example of convergence study of calculated S-parameters was presented in this application note. The convergence study relates to simulations using WIPL-D Pro CAD, which is a full wave 3D electromagnetic Method-of-Moments based software. The EM model used for demonstrational purposes…
Convergence Study and Numerical Kernel Settings in Microstrip Patch Antenna Simulations
DDS: Simulation of the 750 λ-diameter Reflector Antenna
This application note expands the work described in previously published application note Domain Decomposition Solver in Simulation of The Electrically Large Reflector Antenna. An electrically very large reflector antenna was simulated using WIPL-D Pro and Domain Decomposition Solver (DDS). The…
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…
Wideband Monopole Antenna Simulated with Rotational Symmetry Option
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…
Printed Monopole Antenna for 5G Network Frequency Bands
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…
Windmills WIPL-D EM Simulations
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…