The study discovers the biosensing analysis of Ferro-TFET. The biosensor developed is
based on the dielectric modulation technique. Besides the incorporation of nano-cavities …

In this paper, a feasibility estimation of inversion and tunneling based n-type dielectric
modulated transistor has been extensively carried out for label free DNA detection. The …

In this work, a dielectric modulated (DM) I-shape Tunnel FET based label-free biosensor has
been explored on considering both the repulsive steric effect (RSE) and trap effect in the …

In this work, a novel tunnel FET device architecture based on the concept of charge plasma
for biosensing applications has been proposed and the sensing performance has been …

TFET based label-free biosensors are fast, sensitive and more power efficient as compared
to CMOS biosensors, which are prone to short channel effects (SCEs). However, literature is …

In this work, the performance of a Si 0.5 Ge 0.5 sourced dual electrode doping-less Tunnel
FET (DEDLTFET) biosensor using dielectric modulation is studied for different cavity length …

The mortality of people worldwide caused by COVID-19 has enhanced the research interest
to design and develop power-efficient, low-cost, and sensitive biosensors to detect a wide …

This article highlights the results of a source pocket-engineered heterojunction pure-boron
SOI Tunnel-FET (SP-PB-TFET) for low-power applications. To achieve improved …

The aim of the proposed paper is an analytical model and realization of the characteristics
for tunnel field-effect transistor (TFET) based on charge plasma (CP). One of the most …

Researchers around the world identified the importance of biosensors to detect biological
life. The growth of efficient technology to aid the development of biosensors is need for …