DefinePK

Abstract

In this paper, we introduce a Nano-Electro-Mechanical Field Effect Transistor (NEMFET) based logic flip flops tailored to the implementation of high speed and low energy functional units. Basic flip flops are implemented with NEMFET Logic are analyzed and compared against equivalent CMOS realizations. The feasibility of integration of NEM switches into a CMOS process is illustrated by a practical process flow. The application of NEMS logic in T flip flop has advantage in low power consumption, low-energy functional unit. Higher switching activity by reducing number of transistor in the device. This paper proposed an aggressive design technique of NEMFET based flip flops. Which reduce the leakage power comparing with the CMOS device? The implementation result shows that, the NEMFET based logic device are achieving the reduced power dissipation with low power and reduced leakage current which is small and negligible.