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Low Temperature Ni-AI Ohmic Contacts to P-TYPE 4H-SiC Using Semi-Salicide Processing

机译:低温Ni-AI欧姆接触P型4H-SiC使用半蒜水处理

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Most semiconductor devices require low-resistance ohmic contact to p-type doped regions. In this work, we present a semi-salicide process that forms low-resistance contacts (~10~(-4) ? cm~2) to epitaxially grown p-type (>5×10~(18) cm~(-3)) 4H-SiC at temperatures as low as 600 °Cusing rapid thermal processing (RTP). The first step is to self-align the nickel silicide (Ni_2Si) at 600 °C. The second step is to deposit aluminium on top of the silicide, pattern it and then perform a second annealing step in the range 500 °C to 700 °C.
机译:大多数半导体器件需要与p型掺杂区域的低电阻欧姆接触。在这项工作中,我们介绍了一种半蒜水化机方法,形成低电阻触点(〜10〜(-4)〜2cm〜2),以外延生长的p型(> 5×10〜(18)cm〜(-3 ))4H-SiC在温度低至600°勾勒出快速热处理(RTP)。第一步是在600℃下自对准硅化镍(Ni_2SI)。第二步骤是将铝沉积在硅化物的顶部,图案化它,然后在500℃至700℃的范围内执行第二退火步骤。

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