Implementation of High Speed Full Adder Using DTMOS
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2017, Vol 5, Issue 6
Abstract
The power dissipation is a major problem in electronic devices. The importance for Power Management Integrated Circuit (PMIC) is emphasized as battery-powered portable electronics such as smart phone are commonly used. DTMOS technique meets the requirement for the low voltage and high-speed circuits. Due to larger current driving capacity and low leakage current, DTMOS is attractive for low power applications. So in this paper full adder design has been implemented using DTMOS technology and calculated its power dissipation and delay and compare this adder with CMOS adder using cadence tool.
Authors and Affiliations
Shubham Bansal, Dr. Neelam R Prakash
Keywords
Related Articles
- EP ID EP24622
- DOI -
- Views 349
- Downloads 11
High Efficient Z-TCAM Implementation Using FPGA for NIDS
A content addressable memory (CAM) is a kind of storage device which is used to access its contents by using its content rather than its address. Since ternary content addressable memory has slow access time, consumes m...
Security Management Access Control System
Authenticating a legitimate user is a trivial task, which is involved in a door lock system, safe lock and also in ATM transactions while accessing bank accounts to secure personal information. Security is a major conce...
slugEdge Detection using Memetic Algorithm
Edge detection is one of the open issues in image processing. GA, inspired by biological evolution has been typically used for addressing this problem. MA, inspired by biological and / or social evolution, having been t...
ARB Life Improvement By Improvement in the Current Shot Peening Method
The ARB is widely used in automobiles and one of the major components of suspension system. It needs to have higher fatigue life. The ARB regarded as a safety component as its failure will lead to severe accidents and t...
Analysis of Natural Convection Heat Transfer from Rectangular Fin with Different Forms of Perforation Using Finite Element Analysis
This study examines the natural convective heat transfer from rectangular fins with different forms of perforations under natural convection. In this analysis six different forms of perforations are used with including...