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首页> 外文期刊>Circuits and Systems II: Express Briefs, IEEE Transactions on >Low-Area and Low-Power Latch-Based Thermometer-Code Shift-Register
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Low-Area and Low-Power Latch-Based Thermometer-Code Shift-Register

机译：基于低电源闩锁的温度计码移位寄存器

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摘要

This brief proposes unidirectional and bidirectional latch-based thermometer-code shift-registers. They reduce both the area and the power consumption by replacing the D flip-flops with the proposed unidirectional and bidirectional thermometer-code latches. The proposed unidirectional and bidirectional 64-bit thermometer-code shift-registers were simulated using a 65nm CMOS process. They occupy 167 mu m(2) and 226 mu m(2). They consume 5.4 mu W and 6.5 mu W at a 100MHz clock frequency with V-DD = 1.2V. They reduce the areas by 71% and 76% and the power consumptions by 83% and 85% compared to the conventional unidirectional and bidirectional 64-bit shift-registers, respectively.
机译：本简要提出了单向和双向闩锁的温度计码移位寄存器。通过用所提出的单向和双向温度计代码锁存器更换D触发器，减少该区域和功耗。使用65nm CMOS工艺模拟所提出的单向和双向64位温度计码移位寄存器。它们占据167 mu m（2）和226 mu m（2）。它们以100MHz时钟频率消耗5.4μW和6.5μW，V-DD = 1.2V。与传统的单向和双向64位移位寄存器相比，它们将区域减少71％和76％，功耗为83％和85％。

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