首页> 外文期刊>American journal of applied sciences >AN IMPROVED DESIGN OF REVERSIBLE BINARY TO BINARY CODED DECIMAL CONVERTER FOR BINARY CODED DECIMAL MULTIPLICATION | Science Publications
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AN IMPROVED DESIGN OF REVERSIBLE BINARY TO BINARY CODED DECIMAL CONVERTER FOR BINARY CODED DECIMAL MULTIPLICATION | Science Publications

机译:二进制编码十进制乘法的可逆二进制到二进制编码十进制转换器的改进设计。科学出版物

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> Reversible logic gates under ideal conditions produce zero power dissipation. This factor highlights the usage of these gates in optical computing, low power CMOS design, quantum optics and quantum computing. The growth of decimal arithmetic in various applications as stressed the need to propose the study on reversible binary to BCD converter which plays a greater role in decimal multiplication for providing faster results. The different parameters such as gate count,garbage output and constant input are more optimized in the proposed fixed bit binary to binary coded decimal converter than the existing design.
机译: >理想条件下的可逆逻辑门产生零功耗。这个因素突出了这些门在光学计算,低功耗CMOS设计,量子光学和量子计算中的用途。随着各种应用中十进制算术的增长,强调有必要提出对可逆二进制到BCD转换器的研究,该研究在十进制乘法中起更大作用,以提供更快的结果。与现有设计相比,所提出的固定位二进制到二进制编码的十进制转换器中,诸如门数,垃圾输出和常数输入之类的不同参数得到了更优化。

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