Wireless applications require a low power technology that enables DC/analog/RF functions
on the same chip. It is well established fact that Multi-channel FinFET (Multifin) enhances the …

This paper delves into the burgeoning realm of CombFETs, offering a comprehensive
analysis of their structural design, simulation methodologies, and performance …

Reversible logic is gaining increasing significance in diverse research areas, including
quantum computing, nanotechnology, and optical computing. The exploration of reversible …

Reversible logic is becoming increasingly important in various research fields like quantum
computing, nanotechnology, and optical computing. The study of reversible gates has …

In the last few years, a significant interest has been shown in 2D field effect transistors (2D
FETs) as an appropriate candidate for advanced electronics devices. This study presents a …

In the realm of integrated circuits (ICs), efficient memory management is pivotal for enabling
high-performance computing in modern applications. With the rise of lightweight processors …

Reversible logic gates are recognized for their innate energy efficiency, as they do not waste
energy through information loss during computations. They hold a pivotal role in quantum …

Reversible logic is pivotal in the realm of low-power computing as it eliminates power
dissipation associated with information loss, a critical factor in modern electronics where …

This study of a two-dimensional FET (2DFET) works with a channel made of MoS 2, MoSe 2,
and MoTe 2 and different dielectric materials. Materials such as molybdenum disulfide (MoS …

This paper explores the impact of ambient temperature on the RF performance parameters
of CombFET device. The CombFET has been considered one of the most realistic …