The transistor is one of the key inventions of modern society which have paved the way for innovative technologies being so ubiquitous in everyday life. Due'/> Transformation: nanotechnology-challenges in transistor design and future technologies
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Transformation: nanotechnology-challenges in transistor design and future technologies

机译:转型:纳米技术-晶体管设计和未来技术的挑战

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AbstractThe transistor is one of the key inventions of modern society which have paved the way for innovative technologies being so ubiquitous in everyday life. Due to their economic importance and the pressure to keep production costs low while simultaneously increasing efficiency, transistors have been scaled to the deca-nanometer regime during the last decades. This excessive downscaling of device dimensions has now reached several physical limits, whereby transistor design and fabrication have been challenged numerous times. Although some of these challenges have been overcome by the use of new materials and cleverly designed device geometries, a lot of additional effort must be put into the research of innovative nanotechnologies in order to open up for new opportunities. In this work, we summarize recent developments in transistor technology and give a short overview of possible future technologies.
机译: Abstract 晶体管是现代社会的重要发明之一,为日常生活中无处不在的创新技术铺平了道路。由于其经济重要性以及保持低生产成本并同时提高效率的压力,在过去的几十年中,晶体管已按比例缩小到十纳米制程。器件尺寸的这种过度缩小现已达到几个物理极限,由此晶体管设计和制造受到了无数挑战。尽管通过使用新材料和巧妙设计的器件几何形状已克服了其中一些挑战,但仍必须在创新纳米技术的研究中付出很多额外努力,以开拓新机遇。在这项工作中,我们总结了晶体管技术的最新发展,并简要概述了未来可能的技术。

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