This paper demonstrates that the electromagnetic design of rotationally symmetric reactive combiners for solid-state power amplifiers (SSPAs) with enhanced graceful degradation is governed by three ke...
This work presents the development of a mixed-mode distributed physical-based transmission line (mm-dPBTL) equivalent-circuit model for the Peripheral Component Interconnect Express 7.0 (PCIe) low-pro...
Line modes emerging at the edge of 2D Chern photonic topological insulators (PToIs) exhibit robust unidirectionality and immunity to disorder and perturbations. When identical line modes are placed in...
This paper presents an experimental comparison between calculated and measured effective conductivities of copper foils subjected to different surface processing techniques. A Fabry-Perot open resonat...
We analytically investigate a model and experimentally confirm a ferrite based microstrip line subjected to a time modulated magnetic bias field. When the ferrite substrate, saturated by a permanent m...
A quasi-analytical approach based on the Eigenmode Projection Technique (EPT) is presented for analyzing surface-wave excitation in printed-circuit board (PCB) antenna arrays. The study investigates i...
Since the 1980s, the fusion of photonics and electronics has been a driving force behind the evolution of terahertz technology, transforming it from a scientific curiosity into a practical domain for ...
We present a spatiotemporally encoded terahertz time-domain imaging system that eliminates the need for raster scanning by enabling single-shot acquisition of spectral, temporal, amplitude, and phase ...
Terahertz time-domain spectroscopy enables non-invasive detection of chemicals through opaque materials, yet conventional methods often struggle with real-world sample variations and environmental int...
Kinetic Inductance Detectors (KIDs) are promising candidates for far-infrared (FIR) astronomical missions due to their high sensitivity and natural multiplexing capability. This work presents two dual...