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An Innovative Design solution for minimizing Power Dissipation in SRAM Cell

机译:一种用于最小化SRAM单元功耗的创新设计解决方案

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Over the years, the development of the logic on the chip is increased. To sustain and drive the logic flow, various techniques and SRAM cell designs have been implemented. The basic element of memory design is 6T SRAM cell. But while dealing with this 6T SRAM cell there are some issues with the parametric analysis on the performance of the cell. This paper presents an innovative design idea of new 8T RAM cell with various parametric analysis. The proposed cell is compared with the standard cell in terms of different parameters such as area, speed and power consumption along with the loading effect with the increase in load capacitance on the cell. The structure is designed with CMOS 45 nm Technology with BSIM 4 MOS modelling using Microwind 3.5 software tool....
机译:多年来,芯片上逻辑的发展不断增加。为了维持和驱动逻辑流程,已经实现了各种技术和SRAM单元设计。存储器设计的基本要素是6T SRAM单元。但是,在处理此6T SRAM单元时,有关单元性能的参数分析存在一些问题。本文提出了具有各种参数分析功能的新型8T RAM单元的创新设计思想。将所建议的电池与标准电池在面积,速度和功耗等不同参数方面进行比较,并随着负载电容的增加而产生负载效应。该结构采用CMOS 45 nm技术设计,并使用Microwind 3.5软件工具...进行BSIM 4 MOS建模。

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