Tunnel Field-effect transistor (TFET) is regarded as the most promising candidate which can
possibly replace the traditional MOSFET from current IC technology. It has gained much …

Bio-inspired transistor synapses use solid electrolytes to achieve low-power operation and
rich synaptic behaviors via ion diffusion and trap**. While these neuromorphic devices …

Hafnium oxide-based ferroelectric field-effect-transistors (FeFET), which combine super-
steep logical switching and low power non-volatile memory functions, have significant …

This paper reports an extensive comparison of a hetero-stacked source tunnel field effect
transistor (TFET) and heterostructure vertical TFET as label-free biosensors based on …

This work compares the performance of dielectric modulated (DM) based Ge-source dual
material double gate (DMDG) Tunnel Field Effect Transistor (TFET) and conventional (C) …

This work investigates the impact of different types of interface trap charges (ITCs) on
electrical parameters of split source horizontal pocket Z shape TFET (ZHP-TFET) and Hetero …

This paper reports on a comparative study of the analysis of electrical noise of
heterojunction tunnelling-field-effect-transistors with an L-shaped gate (LTFET) and with a T …

Tunnel FET (TFET) is a significant discovery in the field of low power application, which has
the ability to sustain short channel effects arising due to scaling. But the disadvantage of …

In this manuscript, we present a negative capacitance TFET with extended back gate-drain
overlap (DEBG-NC-TFET) to enhance DC and analog/high frequency (HF) performance …

To remove simultaneously the ambipolar conduction and enhance HF performances, we
propose a promising configuration of DG-TFET with asymmetric gate–drain overlap (ASGDO …