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VLSI Interconnect Repeater for Sub-threshold Applications: A Novel Approach

机译:亚阈值应用的VLSI互连中继器:一种新方法

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摘要

In VLSI, as the complexity of the chip is increasing, length of interconnect and number of repeaters are also increasing. The power delay product and frequency of operation plays significant role in designing of repeater. Simulations and calculations for various lengths of interconnect with the earlier conventional repeater and proposed repeater are performed and analyzed. The simulation results shown in the paper indicates that the proposed repeater circuit operates in medium frequency range with better power-delay product as compared with the previous repeater. Reduction of overall delay, power dissipation as well as operation of the repeater at higher frequencies can lead to the better performance of the VLSI chip in sub-threshold region.
机译:在VLSI中,随着芯片复杂度的增加,互连的长度和转发器的数量也在增加。功率延迟乘积和工作频率在中继器的设计中起着重要作用。执行和分析了与较早的传统中继器和建议的中继器进行的各种互连长度的仿真和计算。本文显示的仿真结果表明,与以前的中继器相比,所提出的中继器电路在中频范围内具有更好的功率延迟积。总体延迟,功耗以及转发器在更高频率下的操作的减少,可以导致VLSI芯片在亚阈值区域内具有更好的性能。

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