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WHAT IS A TRANSISOR?

机译:什么是晶体管?

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摘要

After 75 years of learning vacuum tube and solid‐state electronics in three human generations, we now come to the end of the complete understanding of what is a transistor.It is far beyond,eight times beyond and 60 years and 80 years beyond, that of the John R. Pierce Transistor (1948) coined for the Bardeen‐Brattain‐Shockley unexplained experimental transistor effects (1948) and for the two Shockley theoretical, therefore invented,transistors (1949 BJT and 1952 JG‐FET) which have dominated all applications and human life for the last 60 years to this day.The name transistor is also appropriate for the many, very many, Lilienfeld conceived and claimed transistors (1926-933).This second keynote,four years from the first presented by these authors at the WCM2005, will review the latest transistors and the transistor history in light of the latest state of the arts,as degenerate forms of the transistor,including the Bipolar FETs,the Carbon nanoTube FETs and the other degenerate forms of the semiconductor transistor - elemental and compound, valence and organic, and macroscopic, microscopic‐quantum,micro‐biological and macro‐biological.
机译:75年后学习三种人代真空管和固态电子学,我们现在来到的,什么是transistor.It完全理解到底是远远超出了,超出了八次岁和60岁〜80岁以后,那创造用于巴丁-布拉坦-肖克莱的约翰·R·皮尔斯晶体管(1948)的原因不明实验晶体管效应(1948)和用于在两个肖克莱理论,因此发明了,这已经占据的所有应用程序晶体管(BJT 1949年和1952 JG-FET)并为过去60年来这个秀屿名字晶体管人类的生活也适用于很多,很多,利林菲尔德构思并声称晶体管(1926-933)。这第二个主题,四年后在第一次被这些作者提出的WCM2005,将审查最新晶体管和在艺术的最新状态的光晶体管的历史,简并形式的晶体管,包括双极场效应晶体管中,碳纳米管的FET和T的其他简并形式他半导体晶体管 - 元素和化合物,化合价和有机的,宏观的,微观量子,微生物和宏观生物。

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