Validating IFA Design via Measurement

This application note presents a design of a printed inverted-F antenna (IFA) used in a radio-frequency identification (RFID) reader verified through the measurements. The IFA was built and simulated using WIPL-D Pro CAD environment – the highly advanced method-of-moments (MoM)…

This application note presents the procedure for efficient definition of analytical feed in the WIPL-D software suite. The defined feed further serves as an excitation of the electromagnetic (EM) problem. The feature used is Field Generators. The procedure is described…

Common systems in the modern engineering to be investigated are multiple-input and multiple-output (MIMO) systems. Quite often, the performances of such systems are verified solely through measurement since the electromagnetic (EM) simulations are rather complex. One of the investigation methods…

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…

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…

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…