Resources 21-Jan-2019
Emulating Electrical Properties of Magnetic Ferrite Tiles

This application note demonstrates emulation of magnetic ferrite tile electrical properties in WIPL-D Pro, a full 3D EM method of moments based solver (with usage of the WIPL-D Optimizer). Usually, the electrical properties themselves are unknown, while the performance of…

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Resources 14-Jan-2019
Scattering from PEC Spheres

One of the standard applications for demonstrating accuracy of electromagnetic (EM) codes in radar cross section (RCS) analysis is simulation of scattering from spheres made of perfect electric conductor (PEC). This application note demonstrates calculations of bistatic EM wave scattering…

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Resources 08-Jan-2019
EMI Shielding of RG-58

This application note demonstrates that WIPL-D can be efficiently used for simulating EMI propagation of field inside the cables and lines. The focus is on the advanced model of RG-58 coax cable with imperfection braid shield, which can be easily replaced with a…

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Resources 26-Dec-2018
High Level Miniaturization for Quadrature Hybrid Directional Coupler

This application note demonstrates how compact quadrilateral (branch-line) hybrid directional couplers can be designed efficiently using the WIPL-D Pro CAD. The designs are simulated by using the traditionally fast WIPL-D full wave 3D EM simulation. The CAD tool enables easy…

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Resources 18-Dec-2018
Electromagnetic Reflectometry with Coaxial Cable Models-Currents in Time Domain

This application note describes how electromagnetic simulations using WIPL-D Pro, 3D EM simulation software, can be used together with WIPL-D Time Domain Solver (TDS) module to perform the time domain reflectometry simulation. TDS performs transient analysis of a 3D electromagnetic…

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Resources 11-Dec-2018
Efficient Usage of CPU and GPU Hardware Resources

In order to show the efficient usage of hardware resources (CPU and GPU) during electromagnetic (EM) simulations in WIPL-D software, the overall simulation process should be explained. WIPL-D electromagnetic simulation contains two main phases: the matrix fill-in which is followed…

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