Frequency Selective Surface

There is a growing demand for new materials to enhance device performances at low cost. For several years, many periodicals there have been published (built from large number of uniform cells) which show that such engineering issues can be resolved. Numerous cases demonstrate…

Due to inherent higher order basis functions, efficient parallelization on multi core CPUs and support for simulations on GPU platforms, WIPL-D software can be effectively used for radio frequency propagation problems. One such problem would be determining power transfer between transmitter and receiver antennas…

WIPL-D Pro is a frequency-domain MoM based code which enables very accurate EM simulation of arbitrary 3D structures. MoM demands far less memory and time resources for open region problems on PC computers or inexpensive workstations. The WIPL-D suite offers…

This report describes use of WIPL-D Software suite for analysis of self capacitance and the capacitances between the pads and associated connecting wires both being the parts of a relatively small chip (2-3 mm). The frequency range of interest is…

WIPL-D 2-D Electromagnetic Solver is indented for numerical electromagnetic analysis of cylindrical structures, theoretically infinitely long. The program works with 2-D cross-sections (cuts) of the analyzed structure. Numerical engine is based on the surface integral equation formulation: electric field integral…

The use of WIPL-D, a 3D electromagnetic (EM) full-wave method-of-moments (MoM) based software suite for full-wave electromagnetic simulation of automotive applications at 24 and 40 GHz is described. This is one of typical illustration of a full-wave EM simulator applications…