Implementation of Multi Level Logic for Digital System

Abstract

A Multi Logic Memory cell have various logic between one and zero that's why fuzzy logic is also known as multiplelogic level, when the paper work was in plan originally plan was do something in Fuzzy Electronics. Lots of fuzzy systems is been developed already but from observing fuzzy flip-flops working the idea comes for the proposed work. Paper work propose designs of a new fuzzy memory cell(flip-flop) for four logic levels which can hold Logic 0, Logic 1, Logic 2 & Logic 3 total four fix logic .though fuzzy logic deals with approximate logic rather than fix proposed work has fix logic and it is the big difference between proposed work and fuzzy based memory cell. Proposed work also has design an Interfacing module between fuzzy memory with Digital) systems, just for make proposed four logic flip-flop compatible with existing binary logic based digital system application for proposed design that one can reduce the no. of wires required when to establish parallel interface with memory and also one can increase the speed or throughput of simple serial data transfer.

Design of n-Bit Adder without Applying Binary to Quaternary Conversion

“…This will change distinct binary voltage-mode circuits, and the variance in the output signal will be given to the following levels [11]. This difference can be tolerated and the output can be sensed for a range of values that is called noise margin [12].…”