SWAN Antenna Design Challenge 2020

WIPL-D company will support SWAN Antenna Design Challenge 2020 by providing all the interested participants with a professional license of WIPL-D software and the appropriate training materials. The Indian Sky Watch Array Network (SWAN) project, initiated at the Raman Research…

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…

The aim of this application note is to focus to modeling cavity filters in WIPL-D Pro CAD in a form of step by step document. The six cavities filters are based on relatively simple cylindrical cavities, each of the having…

In the application note “RFID Applications” we have shown several RFID designs. Here we extend the work by showing some typical reader/tag design, observations on flexible substrates and miniaturization, as well as realistic RFIF scenario. Relatively simple, most common, RFID…