集成电路与微型化

J. Moll
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引用次数: 2

摘要

对微电路、分子电子学、集成电路和功能器件这些词的含义进行了研究,得出的结论是,通常使用的唯一合理的定义如下:微电路是在微观尺度上在电路元件之间建立连接的电路。分子电子学、集成电路和功能器件本质上都有相同的含义,即在单个材料块内的电路元件之间建立连接,而不引出引线。航天飞行器和大型计算机所需的下一个微型化阶段将使用微电子或分子电子技术与传统的微型化技术相结合。用分子或微电子技术制造非常大的系统部件的可行性取决于制造收缩的许多数量级的减小与电路设计的结合,以容忍不可靠或有缺陷的元件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrated Circuits and Microminiaturization
The meanings of the words microcircuits, molecular electronics, integrated circuits, and functional devices are examined with the conclusions that, as generally used, the only sensible definitions are as follows: a microcircuit is one in which connections are made between circuit elements on a microscopic scale. Molecular electronics, integrated circuits, and functional devices all have essentially the same meaning, which is that connections are made between circuit elements inside a single block of material without bringing leads out. The next order of miniaturization that is required for space vehicles and large-scale computers will use a microeletronic or molecular electronic technology in combination with conventional miniature techniques. The feasibility of very large components of systems being made by a molecular or microelectronic technique depends on the combination of many orders of magnitude reduction in manufacturing shrinkage combined with the design of circuits to tolerate unreliable or defective elements.
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