![]() O What are the lightweighting trends driving the development of technologies in automotive engineering O What are some of the latest trends for Lightweight Design? O What is the value of lightweighting for e-mobility beyond the extended range? O How does building lighter vehicles impact the challenge of meeting emission targets? ![]() The µWave Wizard designed Ka-Band wideband OMT can be exported into other Altair products for post processing, such as the feed component in Altair® Feko® antenna design software.įeaturing µWave Wizard™ by MICIAN GmbH, available through the Altair Partner AllianceĪltair Enlighten Award Webinar Series - The Heavy Impact of Lightweightingģ ENLIGHTEN AWARD WINNERS share their journey of innovation to develop award-winning technology solutions that have significantly advanced lightweighting for vehicles Development time was also significantly reduced by taking advantage of fully parameterized components already present in the µWave Wizard component libraries, resulting in a simplified structure with excellent radio frequency (RF) performance, ideally suited for cost efficient manufacturing. ![]() In the feed optimization phase, performance goals are achieved in accelerated time, thanks to various very efficient optimizers available in µWave Wizard. This component, designed for feeding a 7.5 meter monopulse antenna, has been realized as a doubly symmetrical design with four concentric cylinders placed in the center of the structure for improved return loss and bandwidth. In this webinar, Sicilsat® Communications, a company specializing in the design and supply of highly reliable satellite systems, will present how their wideband orthomode transducer (OMT) operating in Ka-Band was designed and optimized using µWave Wizard™ design software, available through the Altair Partner Alliance. Full Wave Design of a Compact Ka-Band Wideband Orthomode Transducer ![]()
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