1.The Development of an Unmanned Aircraft System Design Primarily Based on Wideband Antenna Architecture
An unmanned aerial system (UAS) that uses an aerodynamically functionalized planar wideband antenna has been constructed. This antenna was used to develop the UAS. The antenna features a planar circular dipole metallization method. The implementation of the aerodynamic structure includes…
2.The Development of the Scaled Synthetic Aperture Radar System
SAR systems, which stand for synthetic aperture radar, create images of a target region in two dimensions by employing radio frequency (RF) energy, as opposed to the light waves that are utilized by cameras. When cloud cover or other optical impediments prohibit camera imagery from being captured across a particular region
3.The Miniaturized Dual-Band Microstrip Antenna Design for the WLAN Application
The acronym “WLAN” stands for “wireless local area network,” and it refers to a type of technology that combines computer networking and wireless communication technologies. In a wireless local area network (WLAN), the 2.4 GHz and 5 GHz frequency bands that are part of the Industrial Scientific Medical (ISM) spectrum can be utilized.
4.The Resonance-based Reflector and Its Application in the Construction of an Unidirectional Antenna with Low-Profile and Broadband Characteristics for Wireless Applications
The innovative idea of a resonance-based reflector, abbreviated RBR, was presented in this study. A ring-shaped RBR was used in the construction of a unidirectional antenna with low-profile and broadband features. According to the findings of the research, the ring functions as two half-wavelength
5.RF-to-DC Characteristics of Direct Irradiated On-Chip Gallium Arsenide Schottky Diode and Antenna for Application in Proximity Communication System [5.RF-to-DC Characteristics of Direct Irradiated On-Chip Gallium Arsenide Schottky Diode and Antenn
Under the conditions of direct injection and irradiation, we report on the RF-to-DC properties of an integrated AlGaAs/GaAs Schottky diode and antenna. It was possible to attain a conversion efficiency of up to 80% despite the direct input of a 1 GHz signal into the diode.
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