Welcome to our Software Selection

The Westbay EMC Assistant provides a computer based guide to aspects of electronic equipment enclosure design which can affect EMC. It is tailored to the needs of mechanical designers, and does not assume any prior EMC knowledge.
The design of an enclosure for an item of electronic or electrical equipment can have a dramatic effect on electromagnetic field emissions from the equipment, or the susceptibility of the circuitry to external fields.
Westbay EMC Assistant sets out to provide the mechanical designer with those EMC basics that will affect EMC performance through the enclosure design. It does this in an easy to access way, without the need either to attend an external course, or to read some over-complicated text book.
CLICK HERE for detailed description, download a demonstration or methods to purchase.

MaX-1, A Visual Electromagnetics Platform, is a graphic platform for computational electromagnetics containing advanced tools for the visualization and animation of electromagnetic fields as well as numeric semi-analytic and analytic Maxwell techniques. Part-based on the Multiple Multipole (MMP) technique and part-based on the Generalized Finite Difference (GFD) scheme, MaX-1 is a powerful method with high reliability and accuracy of results.
A powerful new graphics platform for creative electromagnetics solutions, MaX-1 combines an authoritative new executable together with advanced tools for the visualization and animation of the computations. Highly user-friendly, MaX-1 is designed in the context of understanding how to perform computational electromagnetics and adapt existing techniques to solve a particular problem.
CLICK HERE for detailed description, download a demonstration or methods to purchase.

This new, more powerful version of TRAVIS lets you view the mechanics of waveform propagation on a transmission line and manipulate the process under a virtually unlimited set of user-defined conditions.
Set in motion a variety of waveforms from the source end and watch the voltage and/or current waveforms move down the line, reflect off the output end, and continue bouncing on the line. Even pause the animation and examine the instantaneous waveform before continuing.
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Offering you the performance and time-saving features of software costing many times more, this new software package serves as a fast and accurate design & simulation tool for your projects involving microwave circuits, components, and antennas.
This cutting-edge software helps you develop such complex structures as RF and microwave filters, matching structures, resonators, directional couplers, power dividers and connectors. The product allows you to choose arbitrary implementation technology, such as microstrip, coplanar, waveguide, and coaxial.
Moreover, you can simulate and optimize various antennas, such as microstrip antennas embedded in finite lossy dielectric/magnetic materials, horn-type feeds for reflector antennas, phased arrays along with their matching circuitry, and handset antenna in the vicinity of human head.
CLICK HERE for detailed description, download a demonstration or methods to purchase.

The only full-capability soft-format Smith Chart design tool available today has been updated again to help you design impedance matching circuits faster and more accurately than ever! The Automated Smith Chart, Version 4.0 is packed with new features, including double-matching capability, two-element circuit quick match, goodness of match readout, circuit "Q" matching, and target VSWR profile.

CLICK HERE for detailed description, download a demonstration or methods to purchase.

This new version of AWAS for Windows offers you an even more powerful and faster tool for analyzing wire antennas or scatterers. Updates include: 32-bit code which runs about 4 times faster than the previous version; more nodes, segments, and unknowns for your analysis; improved graphics capabilities for displaying results, including Smith chart and polar radiation patterns; and a treatment of the real ground by Sommerfeld's formulation.
CLICK HERE for detailed description, download a demonstration or methods to purchase.

Here’s a powerful, full three-dimensional Maxwell’s equations solver that serves as a fast and accurate tool for modeling a wide variety of antenna and arrays, waveguides, cavities, microwave circuits, as well as a useful resource for Radar Cross Section analysis. This cutting-edge CFDTD software package combines visual languages and advanced techniques in computational electromagnetics to simulate the behaviors of complex microwave systems.

CLICK HERE for detailed description, download a demonstration or methods to purchase.

We will be publishing additional technical software packages here as they become available to us. We therefore suggest you "bookmark" this page so that you can readily return to it for the new programmes.