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Comparison of advanced package warpage measurement metrologies

机译:高级封装翘曲测量方法的比较

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摘要

The metrology used to characterize, measure, and present the dynamic warpage of electronic packages as a function of temperature has become a critical tool in the electronics industry. Existing JEDEC standard JESD22-B112A lists the four metrologies of shadow moiré, digital fringe projection, confocal and digital image correlation. Each of these has distinct advantages and disadvantages depending on the required use model and application. A series of identical measurement scenarios was applied to each metrology in an attempt to establish constructive comparisons of capability and use across specific tools commonly used for each metrology today. Key parameters targeted in these evaluations included field of view (FOV), oven capabilities, measurement preparation and software capabilities. The intent is not to declare a best tool but rather to provide comparative aspects across the metrologies and tools for those considering a specific use model.
机译:用于表征,测量和呈现电子封装随温度变化的动态翘曲的计量学已成为电子工业中的重要工具。现有的JEDEC标准JESD22-B112A列出了阴影云纹,数字条纹投影,共焦和数字图像相关性的四种测量方法。根据所需的使用模型和应用程序,每种方法都有各自的优缺点。一系列相同的测量方案应用于每个度量衡,以试图在当今每个度量衡常用的特定工具之间建立能力和用途的建设性比较。这些评估的主要参数包括视野(FOV),烤箱功能,测量准备和软件功能。目的不是要声明最佳工具,而是要为那些考虑使用特定模型的人提供整个计量学和工具的比较方面。

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