低功耗系统的设计解决方案和挑战

Massoud Pedram, J. Rabaey
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引用次数: 6

摘要

近年来,所有类型的电子系统的便携式操作的需求已经变得明显。便携式系统设计的主要目标之一是减少所需的功率,以最大限度地减少分配给电池的尺寸和重量。低功耗设计进步的另一个驱动因素是越来越需要降低所有电子系统(从低端到高端,模拟和数字)的有源和/或待机功耗。低功耗设计环境的基本要素包括分析提议或现有设计的耗散,在需要时最小化功耗的机制以及探索设计权衡对功耗,面积和性能的影响的技术。
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Design Solutions And Challenges For Low Power Systems
Description: In recent years, the desirability of portable operation of all types of electronic systems has become evident. One of the primary objectives in the design of portable systems is power reduction needed to minimize the size and weight allocated to batteries. Another driver of the progress in low power design is the increasing need to reduce active and/or standby power consumption in all electronic systems, low to high end, analog and digital. Essential elements of a low power design environment include means of analyzing the dissipation of a proposed or an existing design, mechanisms for minimizing the power consumption when needed and techniques to explore the impact of design trade-offs on the power consumption, area and performance of a design.
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