首页> 外国专利> Substrates and semiconductor components produced with use of a deformation technology with the use of a piezoelectric material and method for the use of such a deformation technology

Substrates and semiconductor components produced with use of a deformation technology with the use of a piezoelectric material and method for the use of such a deformation technology

机译:通过使用压电材料的变形技术制造的基板和半导体部件以及使用这种变形技术的方法

摘要

Semiconductor component with:a semiconductor region (204), which comprises a channel region of a field effect transistor and which, by way of a substrate (102) is formed;a contact structure (221, 222), which a connection to the semiconductor region, for one direction (l) of a current flow through the semiconductor region, wherein the direction of current flow along a crystal axis is oriented, which is a & 110 & -axis, a physically equivalent axis or a & 555 & z axis is;a piezoelectric field (203), which extends over the substrate and is coupled mechanically with the semiconductor region, wherein the piezoelectric material in relation to the crystal axis is aligned, so that the generating of an electric field in the direction of the crystal axis to a contraction or expansion in the direction of the crystal axis leads;a first contact (221) to which a first contact area of the piezoelectric area; and is in contacta second contact (222) which, together with a second contact region of the piezoelectric area is in contact, wherein the first and second contact region of the piezoelectric area are arranged in such a way that an electrical field direction in the piezoelectric field is defined to the direction of the current flow through the semiconductor region is aligned.
机译:半导体组件,具有:半导体区域(204),其包括场效应晶体管的沟道区域,并通过衬底(102)形成;接触结构(221、222),其与半导体连接对于电流流过半导体区域的一个方向(l),该电流沿晶轴的方向是取向的,这是&区域。 110 -轴,物理上等效的轴或< <555> z轴是压电场(203),该压电场(203)在基板上延伸并与半导体区域机械耦合,其中压电材料相对于晶轴对齐,从而在电场方向上产生电场沿晶体轴方向收缩或膨胀的晶体轴引出;第一触点(221),压电区域的第一接触面积到达该第一触点(221)。并与第二接触件(222)接触,该第二接触件与压电区域的第二接触区域一起接触,其中,压电区域的第一和第二接触区域布置成使得压电区域中的电场方向场被定义为流过半导体区域的电流方向对齐。

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