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Room temperature bonding for packaging CMOS image sensors; direct sapphire ceramic sealing

机译:用于包装CMOS图像传感器的室温键合; 直接蓝宝石陶瓷密封

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In this paper, we demonstrated the use of a novel bonding technology to manufacture sapphire-ceramic package for CMOS image sensor devices. The package must be reliable enough to be used in the space science missions: it must provide protection from external environment during on-ground testing, storage and use. Environmental and hermeticity tests were performed to evaluate the package quality. Especially the moisture inside the package was observed since it could interrupt the function of an image sensor. Robust packages are also needed in other applications such as medical implants, military and telecoms. The study showed that presented bonding technology can be applied for bonding sapphire to ceramic. Moisture levels of only one tenth of what is commonly detected in the stressed image sensor packages were detected in the manufactured packages. It was shown that package design is robust and varying environmental conditions have no influence on the bonding seams or the device functionality.
机译:在本文中,我们证明了使用新型粘合技术来制造用于CMOS图像传感器装置的蓝宝石陶瓷封装。包装必须可靠地在空间科学任务中使用:它必须在地面测试,存储和使用过程中提供免受外部环境的保护。进行环境和隐性测试以评估包装质量。特别是观察到包装内的水分,因为它可以中断图像传感器的功能。在其他应用中也需要强大的套餐,例如医疗植入物,军事和电信。该研究表明,呈现的粘接技术可以应用于将蓝宝石粘合到陶瓷。在制造的封装中检测到在应力图像传感器包装中仅在压力图像传感器封装中常用的湿度水平。结果表明,封装设计是稳健的,不同的环境条件对粘合接缝或器件功能没有影响。

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