Resources 14-May-2026
Updated Application Note: Cassegrain Antennas with Diameters Up to 300 λ

We have published an updated application note on Cassegrain antenna simulation using WIPL-D software, covering electrically large reflector antennas with diameters up to 300 λ. The original study, published in 2018, demonstrated efficient full-wave simulations of Cassegrain antennas with reflector…

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Resources 23-Mar-2026
Printed Volcano Smoke Antenna

This application note presents the modeling and simulation of a Printed Volcano Smoke Antenna using WIPL-D Pro CAD. The antenna is analyzed over the frequency range 1-15 GHz, with return loss, VSWR, and radiation pattern as the primary metrics of…

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Resources 20-Jan-2026
Substrate Integrated Waveguide Cavity-Backed Slot Antenna

This application note describes the design and full-wave simulation of a Substrate Integrated Waveguide (SIW) Cavity-Backed Slot Antenna using WIPL-D Pro CAD. The antenna operates in the 8-12 GHz (X-band), with return loss (illustrated together with the antenna top-view design),…

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Resources 04-Apr-2024
Austin RCS Benchmark with WIPL-D Software: PEC Sphere, PEC Plate (No Thickness), PEC Plate (64 mil Thickness)

This document presents several RCS results derived from three structures: a PEC sphere, an infinitely thin PEC plate, and a PEC plate with 64 mil thickness. The structures are simulated at several frequencies. These structures are simulated as a verification of…

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Resources 19-Mar-2024
Austin RCS Benchmark with WIPL-D Software

This document outlines multiple RCS results originating from three aircraft models simulated at four different frequencies. The aim of conducting these simulations is the verification of the quality of RCS results obtained using WIPL-D Software by comparing them with the…

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Resources 13-Dec-2023
WIPL-D contribution to the new EMERALD book

The long awaited book “Electromagnetic Imaging for a Novel Generation of Medical Devices“, published by Springer, is available now. WIPL-D is proud to have contributed to the book with the chapter “NUMERICAL MODELING OF COMPLEX 3D ELECTROMAGNETIC SCENARIOS FOR MEDICAL…

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