Comparative Analysis of Full-Adder Using Conventional XNOR and NEO-XNOR Logic

Authors

  • G. Subhashini
  • V. Vaishalee
  • K. A. Rajadharwini

Keywords:

DWT, Haar Wavelet, PSNR, Watermarking

Abstract

Full-Adders are the basic blocks of on-chip integrations. Most of the parts of CPU like functions of ALU and processors include Snapdragon, Exynos, or Intel Pentium. In this paper, we proposed a novel technique of XNOR design implemented at full-adders and compared their operating behavior with the conventional XNOR Full-Adder design. We have simulated every simple logic design of XNOR/NOR in CADENCE VIRTUOSO at 180nm technology for full-adders and ripple carry adders with different input patterns, frequencies, and voltages.

Published

2020-02-20

How to Cite

G. Subhashini, V. Vaishalee, & K. A. Rajadharwini. (2020). Comparative Analysis of Full-Adder Using Conventional XNOR and NEO-XNOR Logic. Journal of Electronic Design Engineering, 6(1), 16–23. Retrieved from http://matjournals.co.in/index.php/JOEDE/article/view/2659

Issue

Section

Review Paper