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单沟道传输门绝热触发器和相对绝热计算原理
SINGLE CHANNEL TRANSMISSION ADIABATIC FLIP-FLOPS AND PRINCIPLE OF RELATIVE ADIABATIC COMPUTING
【摘要】 该文从动态功耗在工程上有界限的观点出发,讨论单沟道传输门的相对绝热计算原理。在此基础上设计单沟道和双沟道传输门动态绝热锁存器,使其保存信息时,存储介质与外界隔离。将两种绝热锁存器进行比较、分析,并用计算机模拟程序检验其结果。
【Abstract】 This paper discusses the principle of relative adiabatic computing of single channel transmission gate from the idea of finite dynamic power dissipation. On the basis of above principle, the cross-coupled dynamic adiabatic memorial units and adiabatic flip-flops are designed by single channel and double channel transmission gate. Finally, this paper gives appraisal of two classes memorial units and adiabatic flip-flops in lower power dissipation circuits. Above theory is verified by computer simulator.
【关键词】 单沟道传输门;
绝热触发器;
相对绝热计产原理;
有界限动态功耗;
【Key words】 Single channel transmission gate; Adiabatic flip-flops; Principle of relative adia- batic computing; Finite dynamic power dissipation;
【Key words】 Single channel transmission gate; Adiabatic flip-flops; Principle of relative adia- batic computing; Finite dynamic power dissipation;
【基金】 宁波市青年科学基金(01J20300-27);国家自然科学基金(69973039);宁波市新型数字电路与系统重点实验室资助项目
- 【文献出处】 电子与信息学报 ,Journal of Electronics and Information Technology , 编辑部邮箱 ,2003年05期
- 【分类号】TN402
- 【被引频次】2
- 【下载频次】35