基于硬化元件的65纳米CMOS平移缓冲设计

V. Stenin, A. V. Antonyuk, P. Stepanov, Yu. V. Katunin
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引用次数: 7

摘要

翻译旁置缓冲器是在STG DICE单元的基础上设计的,该单元的晶体管分为两组,并与输出组合逻辑的晶体管一起设计。与6晶体管存储单元的元件相比,该元件包含两个间隔相同的块,以抵抗单个核粒子的冲击。在轨道上的线性能量传递高达60 MeV×cm2/mg时,所使用的基本元素在模拟过程中没有状态扰动。在组合逻辑中,匹配和屏蔽元件可以产生短期噪声脉冲。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of the 65-nm CMOS translation lookaside buffer on the hardened elements
The translation lookaside buffer is designed on the base of STG DICE cells with transistors which are spaced into two groups together with transistors of the output combinational logic. The elements contain two spaced identical blocks for the resistance to impacts of single nuclear particles compared to elements on 6-transistors memory cells. Basic elements that were used have no upsets of states during simulations at the linear energy transfer on tracks up to 60 MeV×cm2/mg. In combinational logic of the elements of matching and masking short-term noise pulses can occur.
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