In the competitive electronics market, electromagnetic simulation can offer a decisive advantage, reducing the number of costly prototypes needed and shortening the design cycle. The CST Webinar Series 2013 will examine design challenges across the field of electrical engineering, in microwaves and RF, EMC, EDA and charged particle dynamics.

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Automation and industrial equipment | MW and RF & Optical


Modeling and simulation of metamaterial-based devices for industrial applications

The subject of metamaterials has rapidly grown over the past few years from a hot topic of academic research to interesting and novel industrial applications. The exotic properties of these metamaterials include negative or low values of permittivity, permeability and refractive index, allowing engineers to manipulate the material's intrinsic parameters to control the propagation of electromagnetic waves.

Some recent industrial applications have seen metamaterial transmission lines being used in broadband filters, multiband components, dual-band tags for UHF-RFID and sensors. The metamaterial-based waveguide structures, such as composite right/left-handed (CRLH) structures, have led to interesting applications of waveguide miniaturization and novel coupler design. Metamaterial inspired antenna design have seen reflex-cavity antennas which have properties of low-profile, high gain, beam steering and frequency agility. Metamaterial Surface Antenna Technology (MSA-T) can steer the microwave beam as fast as required to maintain a constant lock on satellites. In this webinar we will look at how some of the above mentioned applications using metamaterial based structures are modeled and simulated using the relevant solver technologies within CST STUDIO SUITE®.

September 26th 2013: 8AM (PT), 11AM (ET), 5PM (CET)

Approx. 60 minutes

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Arnab Bhattacharya received his M.Sc. degrees in Electrical Engineering from Karlsruhe Institute of Technology, Germany and Universite catholique de Louvain, Belgium. He joined CST in 2012 as an Application Engineer where his main area of work involves high frequency applications and EMC/EMI simulation.

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