Design of Two-Valued and Multivalued Current Digital Adders Based on the Mathematical Tool of Linear Algebra

N. Butyrlagin, N. I. Chernov, N. Prokopenko, V. Yugai
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引用次数: 1

Abstract

The fundamentals for designing full adders (FA) based on the processing of digital current signals are considered. A non-traditional FA synthesis technique is proposed on the base of the mathematical tool of linear algebra. The main logic equations of FA are given. The circuitry of two-digit and multivalued FAs for CMOS technology is proposed, the results of their computer simulation are discussed. The comparison of current FAs with known CMOS implementations of the adders synthesized on the principles of Boolean algebra is given.
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基于线性代数数学工具的二值和多值电流数字加法器设计
考虑了基于数字电流信号处理的全加法器设计的基本原理。基于线性代数的数学工具,提出了一种非传统的FA合成技术。给出了FA的主要逻辑方程。提出了用于CMOS技术的两位数多值FAs电路,并对其计算机仿真结果进行了讨论。给出了目前的FAs与已知的基于布尔代数原理合成的加法器的CMOS实现的比较。
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