Large Multilayer Radomes

Electrically large multilayer radomes represent important part of the realistic antenna structures. Thus, models of multilayer radomes are simulated by using full 3D electromagnetic software – the WIPL-D software which successfully exploits CPU multi-threading capabilities. In this application note we…

The example presented in this application note elaborates how WIPL-D Pro CAD is used for EM simulation of antenna placement of inverted F antenna operating at 2.4 GHz mounted on a laptop. The steps required in the preparation of an…

Owing to the efficient implementation of method-of-moments, WIPL-D Pro EM software is able to solve electrically large reflector antennas (here, splash plate reflector antenna with shroud, absorber and radome) in dramatically small computational time at regular desktops or laptops. This…

The adequate modeling of matching networks is crucial for the success of power amplifier design. Due to a set of simulation tools included, WIPL-D Microwave provides a complete environment for accurate and efficient modeling and design of power amplifiers. Example of a commercially…

WIPL-D Pro CAD enables import of extremely complex geometries from all commonly used CAD, validation of models, and easy simplification of details obsolete for EM simulation itself. After a proper quad mesh optimized for EM simulations is created, WIPL-D Pro…

Anti-collision system (or collision avoidance system) is a safety system found in cars which detects danger and reduces possibility or severity of collision. In this application note, we consider anti-collision system which uses radar at 77 GHz mounted on a…