Download PDFOpen PDF in browserTransparent Ultra-Wideband Antenna with Trapedoidal Defected GroundEasyChair Preprint 110695 pages•Date: October 10, 2023AbstractThis paper presents the design, simulation, and performance evaluation of a transparent Ultra-Wideband (UWB) monopole antenna using the commercially available CST Studio software. The antenna is designed on a transparent quartz substrate, augmented with a silver mesh structure to enhance conductivity while maintaining optical clarity. The integration of transparency and high conductivity enables seamless deployment on various transparent surfaces, such as windows, vehicle windshields, and other see-through mediums. The proposed transparent UWB monopole antenna demonstrates an impressive impedance bandwidth of 157%, spanning the frequency range from 1.52 GHz to 12.58 GHz. This exceptional bandwidth coverage is vital for accommodating a wide array of wireless communication applications, including high-data-rate transmission, radar systems, and IoT devices. The antenna's performance characteristics, including its radiation pattern, gain, and efficiency, were systematically evaluated through comprehensive simulations. Keyphrases: Monopole antenna, Ultra-Waveband, impedance bandwidth, transparent quartz substrate
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