This work presents the design of a novel fixture for evaluating the performance of high-speed cables, with the goal of providing an effective solution for production line testing. The 2X-Thru de-embed...
This work presents a new cryogenic S-parameter measurement technique that performs SOLT calibration entirely at room temperature (RT) to overcome the challenges in conventional cryostat calibration. A...
This paper presents a novel, non-invasive monitoring technique for rapid material characterization to advance automated precision synthesis. The proposed system employs a single-port microwave reflect...
This paper presents a comprehensive temperature dependent performance analysis of an all-GaN Ka-band front-end, addressing a critical gap in current literature. The front-end includes detailed circuit...
This paper presents a wideband, planar, dual-polarized 4×4 antenna array designed for Frequency-Range 3 band (FR3) operation in future sixth-generation (6G) systems. The wideband (7–24 GHz) capabiliti...
This paper presents a liquid-crystal (LC)-based reconfigurable intelligent surface (RIS) capable of full two-dimensional beamforming with a reduced number of DC bias channels. A biasing architecture i...
This paper presents the basic design and prototype results of a multi-resonator chipless tag system utilizing a notch filter architecture. The system integrates newly developed compact tag resonators ...
This paper presents the design, fabrication, and experimental validation of an optically transparent 1-bit passive reflectarray for millimeter-wave beamforming applications. The proposed metasurface e...
Sparse virtual array design is essential for improving the resolution of multiple input multiple output (MIMO) radar systems by enlarging the array aperture. However, its design typically relies on am...
This paper presents the performance and design approach of a 64-channel, dense array, passive W-band imaging sensor based on an optical up-conversion technique. The system demonstrates a significant r...