Low voltage microprocessors, the inevitable future

J. E. Pizano
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引用次数: 2

Abstract

The laws of physics will necessitate that future microprocessors operate with ever decreasing power supply voltages. Smaller process technologies, higher integration, and faster internal frequencies are requiring the reduction of the power supply voltage. This paper is an insightful look at the challenges of designing with low voltage microprocessors. An embedded reference design based on a military Pentium processor is presented as a primary example. Topics included in the paper include explanation of the reasons for lowering supply voltage, techniques for interfacing devices of different voltage technologies, and the creation of an accurate low voltage power supply.
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低电压微处理器,必然的未来
物理定律将要求未来的微处理器在越来越低的电源电压下运行。更小的工艺技术、更高的集成度和更快的内部频率要求降低电源电压。本文对低压微处理器设计的挑战进行了深刻的探讨。给出了一种基于军用奔腾处理器的嵌入式参考设计。本文的主题包括解释降低电源电压的原因,不同电压技术的设备接口技术,以及准确的低压电源的创建。
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