利用180NM CMOS技术降低2字节凸轮泄漏功率的体偏置式堆叠保持器

K. Naresh, V. Madhavarao, M. Sravanthi, M. Ratnam
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引用次数: 0

摘要

在过去的几十年里,设计师们专注于不同的技术来设计低功耗芯片。在指定的设计中,可以通过最小化泄漏功率和泄漏电流来降低功耗。功耗是数字存储电路的主要指标,为了降低和恢复功耗,我们有很多技术可以利用。堆叠保体偏置(SKBB)是一种应用于存储块条件电路的技术。修改和替换是在条件电路中完成的。采用位线、写线解码器、优先编码器设计高效的2Byte CAM。结果表明,与传统的凸轮设计相比,它的功耗降低了50%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Stacked Keeper with Body Bias Approach to Reduce Leakage Power for 2-Byte CAM Using 180NM CMOS Technology
Over the past few decades, the designers concentrating on different techniques to design low power chips. The power consumption can be reduced by minimizing the leakage power and leakage current in that specified design. Power consumption is main criteria in digital memory circuits, to reduce and to recover the power, we have many techniques are available. A Stacked Keeper Body Bias (SKBB) is one of the technique is applied to the conditional circuitry of the memory block. The modification and replacements were done in the conditional circuitry. The Bit Line, Write Line decoder, Priority Encoder was used to design efficient 2Byte CAM. The result shows that it is dissipating 50% less power than the conventional CAM Design.
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