首页> 外文会议>Advances in Electronic Packaging 2005 pt.C >ON HERMETICITY DETECTION OF WAFER LEVEL PACKAGES FOR MEMS DEVICES
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ON HERMETICITY DETECTION OF WAFER LEVEL PACKAGES FOR MEMS DEVICES

机译:MEMS设备晶圆级封装的热度检测

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Wafer level packaging has emerged as one of the promising solutions for hermetic packaging of MEMS devices. Detection of the level of hermeticity of the package is essential for reliability and design assessment of the devices. Traditionally, hermeticity has been tested using Helium based fine leak testing. However, there are limitations when this technique is used for the hermeticity detection of small volumes (< 10~(-3) cc) that are typical in wafer level packages. This paper reviews the helium fine leak test, its limitations and the influence of the different test parameters on leakage rate measurement are analyzed for wafer level packages with small cavity volumes. The results indicate a need for development of a new hermeticity measurement technique to achieve the measurement sensitivity required for wafer level packages.
机译:晶圆级封装已经成为MEMS器件气密封装的有前途的解决方案之一。封装气密性水平的检测对于设备的可靠性和设计评估至关重要。传统上,已经使用基于氦气的精细泄漏测试对气密性进行了测试。但是,将这种技术用于晶圆级封装中典型的小体积(<10〜(-3)cc)的气密性检测时,存在局限性。本文回顾了氦气精细泄漏测试,分析了小腔体晶圆级封装的局限性以及不同测试参数对泄漏率测量的影响。结果表明需要开发一种新的气密性测量技术,以实现晶圆级封装所需的测量灵敏度。

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