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基于可逆逻辑电路的脉冲分配器设计

Design of a pulse distributor based on reversible logic circuit
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摘要 可逆逻辑电路能大幅度降低能耗,越来越受到研究人员重视。运用可逆逻辑电路对传统脉冲分配器进行可逆设计,并提供了物理实现方法。首先对传统的脉冲分配器中的触发器和计数器进行可逆设计,然后将传统脉冲分配器的中的计数器进行替换,最后将可逆计数器和译码器级联,从而构建可逆脉冲分配器。仿真结果表明实现了脉冲分配器的功能。 More and more researchers pay attention to reversible logic circuit because it can greatly reduce power consumption. Use reversible logic circuit to design the classic pulse distributor and to provide the physical realization method. The reversible D flip-flop and reversible counter are designed to replace the classic counter. Then, reversible counter and decoder are cascaded to build reversible pulse distributor. The simulation verifies the function of reversible pulse distributor.
出处 《电子设计工程》 2013年第12期1-4,共4页 Electronic Design Engineering
基金 航空科学基金(2011ZD52050)
关键词 可逆逻辑电路 D触发器 可逆脉冲分配器 电子波导Y-分支开关 reversible logic circuit D flip-flop reversible pulse distributor electron waveguide Y-branch switch
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参考文献10

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