The leakage power, aka static power, increases in deep-submicron technologies due to
short-channel effects. This article proposes a novel input-controlled leakage restrainer …

Static or leakage power is the dominating component of total power dissipation in deep
nanometer technologies below 90 nm, which has resulted in increase from 18% at 130 nm …

Technology scaling facilitates to meet ever increasing demands for a portable and battery
operated systems, at the same time causes diminution of length of the channel, gate oxide …

Minimizing the leakage power has become one of the major concerns in low-voltage, low-
power and high performance applications in VLSI involving CMOS circuits. The first part of …

For computational arithmetic, a full adder is the primary logic units in VLSI applications. A
new full adder circuit design has been presented in this article which is based on input …

The cadence virtuoso tool was utilized in this study to simulate a 45-nm innovation GPDK
using the cadence virtuoso tool. Power consumption is a significant issue for electronic …

Power dissipation in Nanoelectronic circuits at advanced technology nodes is dominated by
leakage power dissipation. This is due to an increase in short channel effects in the scaled …

By the reduction in the size of transistors and the development of submicron technology, as
well as the construction of more integrated circuits on chips, leakage power has become one …

Static memory cells (SRAMs) are a kind that are used in many different electrical systems. It
uses less energy, works more rapidly than other memory cells, and doesn't need to be …

In this work, a novel 0.9 nW low pass filter is proposed using 0.18 µm TSMC technology in
Cadence environment to reject unwanted signals of biomedical applications. Active RC filter …