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引用次数: 6

摘要

最近,互联网、i-mode、手机、汽车导航等信息技术(IT)在世界范围内迅速普及。它有望极大地提高我们社会的效率,极大地改善生活质量。应该指出的是,It的进步完全归功于半导体技术的进步,特别是硅lsi。硅lsi以低成本、低功耗、小尺寸、小重量和高可靠性提供大量功能的高速/频率操作。在过去的30年里,MOSFET栅极长度减少了100倍,DRAM密度增加了50万倍,MPU时钟频率增加了2500倍。如果没有大规模集成电路技术的如此惊人的进步,信息技术就根本不可能取得今天的成功。本文对先进CMOS lsi的硅技术从过去到未来进行了综述。
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Direction of silicon technology from past to future
Recently, information technology (IT) such as Internet, i-mode, cellular phones, and car navigation has spread very rapidly all over the world. It is expected to dramatically raise the efficiency of our society and greatly improve the quality of life. It should be noted that the progress of IT is entirely owed to that of semiconductor technology, especially silicon LSIs. Silicon LSIs provide high speed/frequency operation of a tremendous number of functions with low cost, low power, small size, small weight, and high reliability. In the last 30 years, MOSFET gate length has reduced by 100 times, DRAM density has increased 500,000 times, and MPU clock frequency has increased 2,500 times. Without such marvellous progress in LSI technologies, current successes in information technology would not be realized at all. In this paper, silicon technology from past to future is reviewed for advanced CMOS LSIs.
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