This paper presents a novel compact, wideband, four directional radiation patterns, antenna. The radiating element topology is inspired from the Annular Slot Antenna (ASA) and printed wideband monopole. The antenna is designed for North American ATSC-TV indoor reception. For an S11<;-6dB, it covers both High-VHF and UHF bands. It presents four relatively uncorrelated patterns. The antenna simulated performances are thoroughly analyzed and validated via measurements.
Multiple Directional Radiation Patterns, Integrated Antenna for ATSC-TV Indoor Reception
Multiple Directional Radiation Patterns, Integrated Antenna for ATSC-TV Indoor Reception
Multiple Directional Radiation Patterns, Integrated Antenna for ATSC-TV Indoor Reception
Related Content
This paper presents a novel compact, wideband, four directional radiation patterns, antenna. The radiating element topology is inspired from the Annular Slot Antenna (ASA) and printed wideband monopole. The antenna is designed for North American ATSC-TV indoor reception. For an S11<;-6dB, it covers both High-VHF and UHF bands. It presents four relatively uncorre…
In this paper, we propose a novel approach for real-time radar-based human activities detection and classification. In this approach, first, the radar transceiver is mounted on the room’s ceiling leading to considerable variations of the relative received power as the subject perform the different activities. Second, to exploit the different activities’ dynamics…
"The future wireless networks look forwards to proving ubiquitous connection with reduced power consumption. Benefits from the development of programmable and softwaredefined metamaterials, the reconfigurable holographic surface (RHS) is of great potential"
Webinar /Jun 2024
Blog Post /Jul 2025
Blog Post /Jun 2025
Blog Post /Jun 2025