An experimental demonstration of GaN-based asymmetric nanodiodes as direct and heterodyne detectors up to 0.69 THz has been performed at room temperature …
In the advancement of the Internet of Things (IoT) applications, widespread uses and applications of devices require higher frequency connectivity to be explored and exploited …
Abstract Design optimization of the InAs self-switching diode (SSD) intended for direct zero- bias THz detection is presented. The SSD, which consists of nanometer-sized channels in …
In this paper, we perform, by means of Monte Carlo simulations and experimental measurements, a geometry optimization of GaN-based nano-diodes for broadband …
Lowering the carrier concentration is presented as a way to considerably improve the performance of self-switching diode (SSD) detectors. A physics-based theoretical model was …
In order to improve the rectification efficiency and current–voltage characteristics of self- switching diodes (SSD) the DC response is analyzed using technology computer aided …
This paper presents a new Graphene nanodevice that acts as a two terminal nanorectifier with a high rectification ratio, without the need for a pn junction or a third gate terminal. The …
Fabrication and DC measurements of an InAs/AlSb self-switching diode (SSD), aimed for THz detection, is presented. An SSD with a channel width of 160 nm and a trench width of …
M El Ghzaoui - Terahertz Wireless Communication Components and …, 2022 - Springer
Over time, scientists and engineers exploited the frequency bands of the electromagnetic spectrum. Starting with the visible spectrum, they gradually developed sources and …