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首页> 外文期刊>IEEE Journal of Solid-State Circuits >A self-timed divider using a new fast and robust pipeline scheme
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A self-timed divider using a new fast and robust pipeline scheme

机译:使用新的快速而强大的流水线方案的自定时分频器

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摘要

This paper investigates the potential of self-timed property ofndifferential cascode voltage switch logic (DCVSL) circuits, and examinesnarchitectural techniques for achieving self-timing in DCVSL circuits. Asna result, a fast and robust handshake scheme for dynamic asynchronousncircuit design is proposed. It is novel and more general than othernsimilar schemes. The proposed self-timed datapath scheme is verified bynan 8-bit divider which is implemented using AMS 0.6-Μm CMOSntechnology, and the chip size is about 1.66 mm×1.70 mm. The chipntesting results show that the divider functions correctly and thenlatency for 8-bit quotient-digit generation is 17 ns (about 58.8 MHz)
机译:本文研究了非共源共栅电压开关逻辑(DCVSL)电路的自定时特性的潜力,并研究了实现DCVSL电路自定时的架构技术。结果,提出了一种用于动态异步电路设计的快速,健壮的握手方案。它是新颖的,比其他相似的方案更通用。所提出的自定时数据路径方案由采用AMS0.6-μmCMOSn技术实现的8位除法器验证,芯片尺寸约为1.66 mm×1.70 mm。芯片测试结果表明分频器正常工作,然后8位商数生成的延迟为17 ns(约58.8 MHz)

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