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How to hold a single charge carriers charge carrier transistor, the quantum dots within, and detection method

机译:如何保持单个电荷载流子,电荷载流子晶体管,其中的量子点以及检测方法

摘要

A quantum wire field-effect transistor having at least one, one-dimensional, elongate conducting means (14) provided by at least a first semiconductor layer surrounded by a wider bandgap, second semiconductor layer (12, 13) and extending between source (24) and drain (26) electrodes, and in which there is provided a backgate structure (8, 23) to control conduction in the elongate conducting means. The transistor can be a Single Electron Transistor (SET) wherein two adjacent gate electrode (16, 18) are disposed over the elongate conducting means to induce a quantum dot (17) therein, and it can be made with the first semiconductor layer material as GaAs and the second semiconductor layer material as AlGaAs. A method of making the transistor involves preferentially growing the elongate conducting means at the bottom of a groove (6) lined with second semiconductor layer (12).
机译:一种量子线场效应晶体管,具有至少一个一维的细长导电装置(14),该导电装置由至少一个被较宽的带隙围绕的第一半导体层,第二半导体层(12、13)提供并在源极(24)之间延伸电极和漏电极(26),并在其中提供了背栅结构(8、23),以控制细长导电装置中的导电。该晶体管可以是单电子晶体管(SET),其中两个相邻的栅电极(16、18)布置在细长导电装置上方以在其中感应出量子点(17),并且可以由第一半导体层材料制成。 GaAs和第二半导体层材料为AlGaAs。制造晶体管的方法包括优先在衬有第二半导体层(12)的凹槽(6)的底部生长细长导电装置。

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