This article examines the performance of N+ pocket-doped vertical tunnel field-effect
transistor (VTFET)-based label-free biosensors with the help of an analytical model …

In this paper, a novel structure of double gate tunnel FET has been proposed and simulated
for biosensing applications. The device uses III-V compound semiconductors and an n+ …

In this article, a new asymmetric dual-gate junctionless graphene nanoribbon tunneling field-
effect phototransistor (DG JL-GNRTFEP) has been proposed using a quantum simulation …

In this paper, optically gated Tunnel Field Effect Transistor (TFET), operating on the principle
of band-to-band tunneling, is designed for sensing closely spaced spectral wavelengths …

This work proposes a novel double gate hetero‐material tunnel field effect transistor for label
free biosensing applications. The device consists of III‐V semiconductor gallium arsenide …

In this work, a δ-doped dual MOS-capacitor (MOSCAP)(D-MOS) tunnel field effect transistor
is proposed and investigated. The investigation has been carried out by varying the mole …

In this article, an extended dual source double-gate structure of tunnel FET is proposed to
detect firmly separated spectral lines of near-infrared lights. Comparative analysis of spectral …

This paper details the optical performance of a dual-drain vertical TFET (DDV-TFET) based
photosensor designed for light detection in the near-infrared (NIR) region (0.7–1.0 μm) …

A comprehensive analysis of a dielectrically modulated vertical tunnel field effect transistor
(VTFET) as a label free biosensor is presented in this article. The proposed structure …

Zusammenfassung Dieses Kapitel diskutiert die Anwendung von vertikalen Tunnel-FET
(VTFET) als dielektrisch modulierter, markierungsfreier Biosensor. Es werden verschiedene …