CMOS technology is one of the most frequently used technologies in the semiconductor
industry as it can be successfully integrated with ICs. Every two years the number of MOS …

This paper presents for the first time an analytical model of a dielectric modulated
surrounding-triple-gate MOSFET with a germanium source-based biosensor, which shows …

This paper critically investigates the effect of doping on different device characteristics of a
Ge/Si interfaced nanowire MOSFET (GSI-NWM) for analog performance enhancement. The …

In this work, a 2− D analytical model of Dielectrically Modulated, Dual Material, Double Gate
Junctionless MOSFET (DMDG-JL-MOSFET) based label free biosensor has been proposed …

This paper proposes a novel dielectric modulated step-graded germanium source biotube
FET for label-free biosensing applications. Its integrated structure and unique design …

This paper proposes a compact analytical model and comprehensively investigates the
biosensing performance of a novel dielectric modulated triple surrounding gate germanium …

The dielectrically modulated heterostructure TFET based nanocavity embedded label-free
biosensors are emerging as low power, highly sensitive bio-analyte detectors. High …

This paper introduces a novel device called the Gate All Around Engineered Gallium Nitride
Field Effect Transistor (GAAE-GANFET), designed specifically for label-free biosensing …

The Complementary Metal-Oxide Semiconductor (CMOS) technology has evolved to a great
extent and is being used for different applications like environmental, biomedical …

This manuscript presents the analytical model of a novel biosensor called Graded JAM Split
Gate-All-Around (GJAM-SGAA) Bio-FET for the detection of Avian Influenza antibody and …