6T、8T、10T SRAM几个参数的提取与对比检验

Rakesh Murthy Gangadari, Dharmendra Singh Yadav
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引用次数: 1

摘要

对于良好的存储器设计,我们需要探索电路在读写模式下的稳定性,并同时跟踪更好的读写延迟。本文的主要意义是检查几个参数,如读延迟(RD),写延迟(WD),平均功耗(APC)和读,写和保持模式(SNMR, SNMW, SNMH)的所有静态噪声裕度。我们可以通过改变cell ratio和pull up ratio两种方式进行对比分析:1)改变6T, 8T, 10T的CR, PR; 2)通过固定CR, PR比较6T, 8T, 10T的性能评价。我们可以通过增加晶体管的数量,电源电压的变化,CR和PR的变化来获得更好的读时延和写时延。这些参数的增加和晶体管数量的增加会导致功耗的增加,所以我们必须根据功耗和电路占用的面积来绘制线条。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Extraction and Comparative Inspection of several parameters of 6T, 8T, 10T SRAM
For good memory design we need to explore the stability of the circuit in read and write modes and parallely keep track of better read and write delays . The main significance of this paper is to inspect several parameters like Read Delay(RD), Write Delay(WD), Average Power Consumption(APC) and all Static Noise Margins for read, write and hold modes(SNMR, SNMW, SNMH). We can change cell ratio and pull up ratio and do comparative analysis in two ways 1) varying CR, PR for 6T, 8T, 10T 2) By fixing CR, PR compare 6T, 8T, 10T comment on their performances. We can achieve better read delay and write delay as we increase the number of transistors, Variation in supply voltage and variation of CR and PR. The increase of these parameters and number of transistors cause an increase in power dissipation, so we have to draw lines based on power consumption and area occupied by our circuit.
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