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Ion Implantation - Tool for Fabrication of Advanced 4H-SiC Devices

机译:离子注入-先进的4H-SiC器件制造工具

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摘要

The possibilities for using of Al ion implanted p~+n junctions for different 4H-SiC devices were investigated. It has been shown that a thin low resistivity p~+ - layers can be formed in 4H-SiC pure CVD epitaxial layers with Al ion implantation followed by short high temperature annealing. These layers provide for reduction of resistance in diode structures and the increase of the hole injection in forward direction in them. Al ion implanted p~+nn~+ diode structures with differencial resistance of 3x10~(-3) Ω cm~(-2) were obtained. Also the advantages of shallow Al ion implanted p~+n junctions for the detectors of UV radiation and α-particles were determined.
机译:研究了将Al离子注入的p〜+ n结用于不同的4H-SiC器件的可能性。已经表明,在Al离子注入后短时间高温退火的情况下,可以在4H-SiC纯CVD外延层中形成薄的低电阻率p〜+-层。这些层可降低二极管结构中的电阻,并增加二极管结构中正向的空穴注入。得到了铝离子注入的p〜+ nn〜+二极管结构,其差分电阻为3x10〜(-3)Ωcm〜(-2)。还确定了浅铝离子注入的p〜+ n结对于UV辐射和α粒子检测器的优势。

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