Tunnel field-effect transistors (TFETs) rely on quantum-mechanical tunnelling and, unlike
conventional metal–oxide–semiconductor field-effect transistors (MOSFETs), require less …

The advancement of Silicon CMOS technology has led information technology innovation for
decades. However, scaling transistors down according to Moore's law is almost reaching its …

Multi-/many-core, homogeneous or heterogeneous architectures, using the existing CMOS
technology are inevitably approaching the limit of attainable power efficiency due to the …

This work presents the implementation of analytical transport model of MoS 2 tunnel field
effect transistor (TFET) using Verilog-A in Cadence/Spectre. The parameters of the model …

A novel planar architecture is proposed for tunnel field-effect transistors (TFETs). The
advantages of this architecture are exhibited, taking the InAs/Si TFET as an example, and …

Present complementary metal–oxide–semiconductor (CMOS) technology with scaled
channel lengths exhibits higher energy consumption in designing secure electronic circuits …

As computing continues to be used for increasingly private and sensitive operations
impacting all aspects of our lives, the need to maintain tight control of those computations …

Abstract Tunneling Field Effect Transistor (TFET)-based low-power microcontroller design
combines devices, circuits, and systems to achieve extremely low leakage power …

Phase-locked loop (PLLs) has been widely used in analog or mixed-signal integrated
circuits. Since there is an increasing market for low noise and high speed devices, PLLs are …

Manycore architecture exploits tremendous computation capability for highly parallelized
workloads and big data analysis. Manycore chip uses network-in-chip (NoC) to transfer …