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Enhanced amorphous silicon technology for 320×240 microbolometer arrays with a pitch of 35 μm

机译:增强的非晶硅技术320×240微电压仪阵列,间距为35μm

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LETI LIR has been involved in Amorphous Silicon uncooled microbolometer development for years. This technology is now in production at Sofradir and first delivery have already been done to customers. From our background in modelling and material mastering LETI/LIR concentrate now on performance enhancement. This is a key point for cost reduction due to the fact that signal to noise ratio enhancement will allow us to decrease the pitch. A new approach of packaging is also described in this paper and first results are displayed. A new technological stack of amorphous silicon fully compatible with industrial process is presented. Electro-optical results obtained from an IRCMOS 320×240 with 35μm pitch are presented NETD close to 35 mK has been obtained with our new embodiment of amorphous silicon microbolometer technology.
机译:Leti Lir已经参与了无定形硅未处理的微生物仪开发多年。这项技术现已在Sofradir的生产中,第一次交付已经为客户完成了。从我们的背景从建模和材料掌握Leti / Lir专注于性能增强。这是降低成本降低的关键点,因为噪声比增强的信号允许我们减小间距。本文还描述了一种新的包装方法,并显示第一个结果。提出了一种与工业过程完全兼容的新技术堆栈。通过我们的非晶硅微致荷荷米技术的新实施例获得了从带35μm间距的IRCMOS 320×240获得的电光结果,接近35 mk。

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