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Ensuring the reliability of electronic devices through non-destructive testing of specialty metals & materials

机译:通过专业金属和材料的非破坏性测试确保电子设备的可靠性

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MANUFACTURERS of high-end semiconductor electronic products used in consumer, industrial, and military applications have long relied on precise testing methodologies to identify the location of defects such as voids, cracks, and the delamination of different layers within a microelectronic device, also known as a Chip. Manufacturers employ a range of other techniques: scanning acoustic microscopy (SAM), a non-invasive and non-destructive ultrasonic testing method, has become an industry standard to detect and analyze flaws during various chip production steps and in the final quality inspection after packaging. In addition, SAM is often utilized as a Failure Analysis method when needed to identify a specific root cause failure mechanism when a device fails during use.
机译:消费者,工业和军事应用中使用的高端半导体电子产品的制造商长期以来,依赖于精确的测试方法,以确定空隙,裂缝和微电子内不同层的缺陷等缺陷的位置,也称为 芯片。 制造商采用一系列其他技术:扫描声学显微镜(SAM),非侵入性和非破坏性的超声波检测方法,已成为检测和分析各种芯片生产步骤的缺陷的行业标准,并在包装后的最终质量检测中 。 此外,当在使用过程中失败时,SAM通常在需要时被用作故障分析方法。

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    《European Semiconductor 》 |2021年第2期| 20-21| 共2页
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