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Post-Process CMOS Front End Engineering With Focused Ion Beams

机译:工艺后CMOS前端工程,具有聚焦离子束

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For the first time we demonstrate the capability of focused ion beams for engineering in the front end regime. We have shown that by a robust protection for MOSFET, Focused ion beam induced ESD degradation can be avoided and implantation induced damage could be well controlled and mitigated by a moderate RTA process. By a masked through gate implantation technique followed by a moderate annealing/activation process we have exemplarily modified the threshold voltage of test transistors on fully featured wafers whereby any unintentional change of devices nearby could be avoided.
机译:我们首次展示了前端制度在前端制度中为工程的聚焦离子束的能力。我们已经表明,通过对MOSFET的稳健保护,可以避免聚焦离子束诱导的ESD劣化,并且可以通过中度RTA工艺进行良好控制和减轻植入诱导的损伤。通过通过栅极注入技术的掩模,然后进行中等退火/激活过程,我们已经示例性地修改了测试晶体管的阈值电压在齐全的晶片上,由此可以避免附近设备的任何无意改变的设备。

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