Frequency Dependent Parameters in EM Simulation – Changing Dielectric Constant and Loss Tangent with Operating Frequency

The document demonstrates how to introduce frequency dependent dielectric parameters in WIPL-D Pro, a full-wave 3D EM simulator. Most materials used in fabrication of microwave circuits and antennas have frequency dependent properties which should be taken into account in EM…

An electrically large corner reflector is well-known structure used in numerous applications where emulation of a large Radar Cross Section (RCS) is required from a reasonably sized object. In this application note we present the analysis of an electrically large corner…

Wireless Power Transfer (WPT) basically involves a transmission of electrical energy from a power source to a load without usage of electrical conductors. In this application note we consider an example of a near field WPT, also known as Inductive…

This application note presents the most significant part of the WIPL-D participation of the convened session of the European Association on Antennas and Propagation (EuRAAP) Working Group (WG) on Software. The results were continually presented in the European Conference on…

This note explains how an inductive wireless power transfer (WPT) link can be simulated using WIPL-D Pro CAD, a full electromagnetic (EM) simulator and solid modeler design environment. The example used to demonstrate the features of the modeling environment has…

A successful simulation of microstrip combline bandpass filter is demonstrated in this application note. The software tool used for the simulation is WIPL-D Pro software, a full wave 3D EM Method-of-Moments (MoM) based solver. Simulation of one of the classical…