基于高速设计值的低功耗高速编解码器电路设计

Abin Satheesan, S. Geethiga
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引用次数: 1

摘要

目前,研究领域主要考虑的是CMOS技术的快速改进,以降低功耗和面积,提高芯片的速度。本文采用传输门逻辑(TGL)来降低功耗和延迟,这是CMOS VLSI设计中最具挑战性的因素。在不影响性能的情况下实现了功耗降低。设计这样的设备很困难,因为功耗和速度之间的权衡是一个主要问题。本文所设计的编码器和解码器都是使用所提出的TGL来设计的,通过该TGL可以更大程度地消除权衡问题。晶体管的数量减少到4个。在OR门中,即使增加两个晶体管,功耗也降低了一半以上。在CADENCE VIRTUOSO中采用45nm工艺设计电路,并对其性能参数进行了分析。
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A Design of Low Power and High Speed Encoder and Decoder Circuits by Re-Evaluating High Speed Design Values
Nowadays, the rapid improvement in CMOS technology to reduce power and area and to increase the speed of chip is mainly consideredin research field. In this paper power dissipation and delay are reduced using Transmission Gate Logic(TGL), which are the most challenging factor in CMOS VLSI Design. The power reduction is achieved without compromising the performance. It is difficult to design such devices because tradeoff between power consumption and speed is a major concern. The encoders and decoders in this paper are designed using proposed TGL by which trade off problems can be eliminated to a greater extend. The number of transistors reducedis four in AND Gate. In OR Gate the power is reduced more than half even with two transistors increased in proposed design. The circuits are designed using 45nm technology in CADENCE VIRTUOSO and the performance parameters are analyzed.
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