可编程可集成光电混合液晶编码32比特加法器模块

Programmable and Integrable Hybrid Optoelectronic Liquid Crystal Encoded 32 bit Full-adder Module

本文分析了脉动进位全加器进行叠代所需要的总位数和总次数,在此基础上,研究了液晶编码来实现逻辑运算的基本结构,设计了液晶编码光电混合32比特半加器模块及构成全加器所需要的电子学反馈系统,最后给出了实验结果。

In this paper,we analyse the bit number and iteration number for designing a ripple carry full adder array,followed by discussion of liquid crystal en- coding architecture for performing logic operations.Liquid crystal encoded hybrid optoelectronic 32 bit half-adder modules and electronic feedback systems needed for the full-adder are designed.Finally,results are given.