Reducing Power, Leakage of Standard-Cell Design using Stack Transistor Logic Design
Journal Title: International Journal of Engineering Innovations and Research - Year 2018, Vol 7, Issue 2
Abstract
In this paper, a low leakage power optimizes CMOS layout designs. The approach is base on series-connected stack transistor technique. At first, the basic logic gate with conventional CMOS design and stack transistor base logic gate design is discussed. In stack technique, a two reduce size transistors are series connected with both gate terminals are interconnected to form single input.
Authors and Affiliations
Richa Singh, et al.
Keywords
Related Articles
- EP ID EP496567
- DOI -
- Views 129
- Downloads 0
Review on Koppen-Geiger System for Indoor Thermal Comfort
Several research studies were carried out in recent years for monitoring climate change and heat island effect in the world. Many authors addressed the effect of climate on thermal comfort by referring to Koppen-Geiger c...
Developed Regression Models of Mining Rate Fit on Resource and Reserve Variations in Gold Mining
Mining rate determines profitability of a mine and when set at an optimal rate generates maximum NPV. Although mining rate depends on many parameters, ore tonnage has been used as the main determinant of mining rate in t...
Design and Construction Concrete Sheet Piles for Riverine Embankment Work in Mekong River Delta, Vietnam
Recently, in the Mekong Delta, Vietnam, river bank erosion has been very complex and serious, causing great economic and social losses. In particular, there are very serious river bank erosion with wide and very deep are...
Modeling of SDN-based Network Behavior Based on Network Calculus Theory
A new approach to modeling behavior of SDN-based networks is proposed in the paper. The main feature of the proposed approach is the ability to modeling boundary meanings of quality of service characteristics of Software...
An Interactive Computer Program to Compute the Convolution of Discrete Seismic Time Series
Convolution is a mathematical way of combining two signals (discrete time series for our present study) to achieve a third modified signal. It is the most general representation of the process of linear or invariant filt...