Antenna Magus Product Information

www.antennamagus.com

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Watch demonstration video of Antenna Magus and FEKO. (5:48, 14 MByte)

Antenna Magus is the first design tool of its kind. Its huge searchable collection of antennas can be explored to find, design and export models of designated antennas to FEKO.

Antenna Magus does not aim to replace electromagnetic analysis tools like FEKO. It reduces the time to find and assess feasible antenna topologies for any given application, providing reliable initial designs and validated simulation models.

Explore

• Searchable collection of more than 100 antennas.
• Collection updated regularly to provide users with confidence that all possible antenna designs are considered.
• Information on antennas are provided in a standardised format to simplify the comparison of different antennas.
• Quick summaries, as well as detailed information is provided for each antenna.

Design and Estimate Performance

• Antennas are designed to meet performance specifications.
• Thoroughly tested design algorithms ensure that designs meet specified criteria.
• Performance of a designated antenna is rapidly predicted and applicable graphs are displayed, e.g. S-parameters, VSWR, gain.

Deliver and Export Models

• Easily and instantly generate “ready-to-run” FEKO models from designs.
• The latest FEKO simulation features are incorporated in exported models, making it easier for antenna designers to leverage the strengths of FEKO features.

How does Antenna Magus fit into the antenna design cycle?

The typical antenna design process can be visualised with the following flow-chart:

Antenna Magus aims to shorten and speed up the design process by replacing the orange coloured blocks with itself as one single block. Choosing an appropriate antenna topology, finding information on the antenna, creating and validating a model, designing with this model in place and fast estimates of the new antenna's performance will all be handled by Antenna Magus.  The new streamlined antenna design process can thus be visualised with this new flow-chart: