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Materials in semiconductor processing for high speed circuits: from electrical to optical circuits

机译:高速电路半导体加工中的材料:从电气到光学电路

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From the time in 1965 when 'Moore's Law' - doubling of circuit density every 18 months approximately was predicted, scaling of transistors has progressed in accordance with the law. This was primarily enabled by technological advances in manufacturing equipment that allowed the 'printing' and manufacturing of smaller circuits. Occasionally, in-between, a new material was introduced in the manufacture of the circuits. However, from the 180 nm technology, new materials have been needed in every generation. As the circuit features get smaller, the necessity of new materials required becomes more apparent. The importance of these materials in the manufacturing of semiconductor devices will be illustrated in this paper along with some results.
机译:从1965年的“摩尔定律”(Moore's Law)开始,预计每18个月电路密度将增加一倍,晶体管的规模已根据该定律发展。这主要是由于制造设备的技术进步而实现的,从而可以“印刷”和制造较小的电路。有时,在两者之间,在电路的制造中引入了新材料。但是,从180 nm技术开始,每一代都需要新材料。随着电路特征的变小,所需新材料的必要性变得越来越明显。本文将说明这些材料在半导体器件制造中的重要性以及一些结果。

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