Solving Vehicle Electromagnetic and Connectivity Challenges

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Webinar 1 covered simulation driven design of vehicle antennas; as well as, antenna and connectivity performance evaluation considering several simulation examples, e.g. 4G/5G, V2X, BT, FM/DAB, keyless-entry applications. During this webinar, there was a special focus on optimization methods to improve antenna design and antenna positions in the vehicle.  

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In part 2, antenna integration analysis with numerical simulation was discussed; as well as, typical integration scenarios and challenges such as optimal placement of antennas behind plastic parts. During this webinar, the evaluation of antenna vehicle positions in virtual test drives using propagation models in urban, sub-urban and rural scenarios was also explained. 

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Electromagnetic compatibility (EMC) was the focus of part 3, as well as numerical simulation for typical EMC problems, e.g. radiation or crosstalk at cable harnesses, or emissions from electrical power trains. A digital twin for vehicle immunity tests was also presented to better understand the different exposure situations of EMC tests on a component and vehicle level. 

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This webinar focused on advanced topics for electromagnetics. After an overview on radar simulation on different integration levels, the numerical treatment of modern anisotropic composite materials was explained, followed by a discussion on use cases in CEM. Typical antenna and EMC examples were used to illustrate the use of regression, classification, clustering, dimension reduction and evolutionary learning in electromagnetics.

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PCB verification was the focus of part 5. PCB verification identifies and suggests corrections early in the design stage. Through verification, users check a pre-prototype layout design against geometrical design requirements and best practices. As an outcome, the risk for product functional, electrical, and assembly issues is reduced.