Enhancing Millimeter-Wave Antenna Performance Using Radix(TM) 3D Printable Dielectric
This video presents a concise exploration of the innovative Radix 3D printable dielectric and its potential impact on millimeter-wave antenna performance. This video showcases the exceptional RF properties of Radix dielectric, its incorporation into 3D printing processes, and its utilization in various RF structures. The video features a comprehensive study demonstrating the efficacy of Radix dielectric through the creation of 3D printed radomes, including lens-effect designs. By comparing electromagnetic modeling software predictions with actual measured results from millimeter-wave microstrip patch antennas employing Radix-printed radomes, the video provides valuable insights into the tangible benefits of this advanced technology.
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