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HIGH ELECTRON MOBILITY TRANSISTOR, EPITAXIAL WAFER, AND METHOD OF FABRICATING HIGH ELECTRON MOBILITY TRANSISTOR

机译:高电子迁移率晶体管,外延晶片以及制造高电子迁移率晶体管的方法

摘要

A high electron mobility transistor includes a free-standing supporting base having a III nitride region, a first III nitride barrier layer which is provided on the first III nitride barrier layer, a III nitride channel layer which is provided on the first III nitride barrier layer and forms a first heterojunction with the first III nitride barrier layer, a gate electrode provided on the III nitride channel layer so as to exert an electric field on the first heterojunction, a source electrode on the III nitride channel layer and the first III nitride barrier, and a drain electrode on the III nitride channel layer and the first III nitride barrier. The III nitride channel layer has compressive internal strain, and the piezoelectric field of the III nitride channel layer is oriented in the direction from the supporting base towards the first III nitride barrier layer. The first heterojunction extends along a plane having a normal axis that is inclined at an inclination angle in the range of 40 degrees to 85 degrees or 140 degrees to 180 degrees with respect to the c-axis of the III nitride region.
机译:高电子迁移率晶体管包括:具有III族氮化物区域的独立支撑基底;设置在第一III族氮化物阻挡层上的第一III族氮化物阻挡层;设置在第一III族氮化物阻挡层上的III族氮化物沟道层。并与第一III氮化物阻挡层,形成在III氮化物沟道层上以便在第一异质结上施加电场的栅电极,在III氮化物沟道层上的源电极和第一III氮化物阻挡层形成第一异质结以及在III族氮化物沟道层和第一III族氮化物势垒上的漏极。 III族氮化物沟道层具有压缩内部应变,并且III族氮化物沟道层的压电场沿从支撑基底朝向第一III族氮化物阻挡层的方向取向。第一异质结沿着具有法线轴的平面延伸,该法线轴相对于III族氮化物区域的c轴以在40度至85度或140度至180度的范围内的倾斜角倾斜。

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