首页> 外国专利> Integrated circuit e.g. silicon on insulator transistor, manufacturing method, involves providing non-doping atomic group e.g. fluorine, in drain and source areas in body area, where atomic group provides increased leakage current path

Integrated circuit e.g. silicon on insulator transistor, manufacturing method, involves providing non-doping atomic group e.g. fluorine, in drain and source areas in body area, where atomic group provides increased leakage current path

机译:集成电路例如绝缘体上晶体管上的硅的制造方法涉及提供非掺杂原子团,例如氟,在人体区域的漏极和源极区域,其中原子团提供了增加的泄漏电流路径

摘要

The method involves partially providing a non-doping atomic group such as fluorine, in a drain area and a source area (106) in a body area (107) of a silicon on insulator (SOI) transistor (110), which is formed over a substrate. The drain and the source areas are formed by implanting dopant types. The drain and the source areas are baked out in order to recrystallize crystal damage caused by implantation in the drain and the source areas, where the atomic group provides increased leakage current path of the body area in the drain and the source areas. An independent claim is also included for a semiconductor component comprising a substrate.
机译:该方法包括在绝缘体上硅(SOI)晶体管(110)的主体区(107)的漏极区和源极区(106)中部分地提供非掺杂原子团,例如氟。基板。通过注入掺杂剂类型来形成漏极和源极区域。烘焙漏极和源极区域,以使由注入漏极和源极区域引起的晶体损伤再结晶,其中原子团为漏极和源极区域中的主体区域提供了增加的泄漏电流路径。对于包括衬底的半导体部件也包括独立权利要求。

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