半导体技术最佳点的性能与功耗分析

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引用次数: 0

摘要

便携式电子设备的电力可持续性是现代技术产品中的关键问题。除了电池容量,影响可持续性的另一个根本原因是设备内部集成电路(IC)芯片的功耗。降低功耗是集成电路设计行业的一个重要课题。这篇论文是基于我们在微电子俱乐部的项目。结合在俱乐部所学到的分析技术和物理课上所学到的晶体管基础知识,计算出了晶体管电路的功率。此外,降低功率也会减慢晶体管中ON-OFF开关的速度,因此,找到一个性能与功率平衡的工作电压的最佳点是我们的目标。我们给出了计算机模拟和分析过程的结果,并提出了该半导体技术的一些应用的最佳电压。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance vs. Power Analysis for Optimal Point of a Semiconductor Technology
The sustainability of power for the portable electronic devices is the key issue in the modern technical products. Besides the battery capacity, the other root cause in sustainability is the power consumption of the integrated circuits (IC) chip inside the devices. The reduction of the power consumption is an important topic in the IC design industry. This paper is based on our project in the Microelectronic Club. Combining the analysis technique learned in the club and our basic knowledge in transistor from the physics class, the power of transistor circuits are calculated. Besides, lowering the power will also slow down the speed of ON-OFF switch in the transistors, therefore, to find an optimal point for the operating voltage with balanced performance vs. power is our goal. We present the result of our computer simulation and the analysis process, also suggest the optimal voltage some the applications with this semiconductor technology.
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