Antenna Placement Reduction Applied to Frigate Warship

The application note presents Smart reduction, a WIPL-D Pro feature, investigated on the model of a frigate warship. The Smart reduction is very suitable for antenna placement problems. Based on adaptive reduction of current expansion order over parts of the…

This application note examines the influence of the crane to the radiation pattern of the antenna with parabolic dish. Using Wire entities as building elements enables the code to very efficiently model wire-like structures (such is the crane presented in…

EM simulations have a significant role in automotive industry. WIPL-D software continuously improves its variety of tools supporting this growing industry. The range of EM simulations has been extended with CAD tools (allowing easy import of CAD files, as well as modeling and positioning…

Three models of IFF dipole antenna with a balun which is covered with dielectric radome and mounted on the F-16 aircraft fuselage were simulated using WIPL-D software. The first model is without any reduction applied, while the other two models use antenna placement reduction…

This application note presents WIPL‑D simulations of two electrically large scenarios. The first scenario encompassed a monopole antenna mounted on the model of the Airbus A320 (simulated at 833 MHz). The second scenario encompassed three monopole antennas mounted in three different positions on the…

Application note | WIPL-D Microwave Pro | Updated: November 2026 This application note describes the design of a zero-bias Schottky diode detector for microwave power detection, using the WIPL-D Microwave design environment. It covers non-matched and matched detector circuits, matching…