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Micro/Nano Film Getters for Vacuum Maintenance of MEMS

机译:微/纳米薄膜吸气剂,用于MEMS的真空维护

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Vacuum packaging is very important for some micro-electro-mechanical systems (MEMS) devices to perform their basic functions properly and to enhance their reliability by keeping these devices away from harmful external environment. In order to maintain high vacuum in a cavity of MEMS devices, residual gases and leaking gases must be eliminated by embedded getter materials. Micro/Nano film getters absorbing gases inside the tiny cavity of MEMS packaging were introduced in this paper. The fabrication and characterization of micro/nano getters for MEMS applications were also presented. Various kinds of patterned getter films were prepared for different MEMS applications. The activation temperature and sorption capacity of the non-evaporable getter (NEG[1]) films was investigated. The formation of micro/nano films on the inner surface of MEMS devices is totally compatible with Si-based MEMS process and illustrates the applicability of the technique in vacuum maintenance of MEMS devices.
机译:真空包装对于某些微机电系统(MEMS)器件非常重要,以便正确执行其基本功能,并通过将这些设备远离有害的外部环境来提高其可靠性。为了在MEMS装置的腔内保持高真空,必须通过嵌入的吸气剂材料消除残留的气体和泄漏气体。本文介绍了微/纳米薄膜吸气吸收在MEMS包装的微小腔内吸收气体。还介绍了MEMS应用的微/纳米吸气剂的制造和表征。为不同的MEMS应用程序准备了各种图案的吸气剂薄膜。研究了非蒸发吸气剂(Neg [1])膜的活化温度和吸附能力。 MEMS器件内表面上的微/纳米膜的形成与基于SI的MEMS工艺完全相容,并说明了该技术在MEMS器件的真空维持中的适用性。

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