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CLEANING HIGH RELIABILITY ASSEMBLIES WITH TIGHT GAPS,A DETAILED ANALYSIS

机译:通过紧密间隙清洁高可靠性组件,进行详细分析

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As electronic assemblies have grown ever more capable over recent years, their form factors had decreased at an impressive rate of their won. These small gaps and design challenges have emerged in concert with a renewed requirement for entire assembly cleaning driven by an array of requirements led by increasing reliability requirements. Of course, while cleaning has always been mission critical for a number of segments, such as medical and military assemblies, today it is being adopted broadly throughout the industry. This presents both advanced technology groups and manufacturing engineers with a new process to implement with little tribal knowledge within their organization to base their evaluation on. This paper will study these small gaps and evaluate ionic residues post cleaning by a variety of cleaning agents versus a pair of commonly encountered water soluble fluxing materials. This will allow users to understand the challenges presented by low gap height and the risks associated with various cleaning approaches to remove those residues.
机译:近年来,随着电子组件的功能越来越强大,其外形尺寸以惊人的速度下降。这些小间隙和设计挑战与对整体装配清洁的新要求一致,这是由可靠性要求不断提高导致的一系列要求驱动的。当然,尽管清洁一直是许多部门(例如医疗和军事组装)的关键任务,但今天它已在整个行业中广泛采用。这为高级技术团队和制造工程师提供了一个新的过程,使他们在组织中几乎不需要部落知识就可以实施评估。本文将研究这些细小的缝隙,并评估使用多种清洁剂与一对常见的水溶性助焊剂进行清洁后的离子残留量。这将使用户了解间隙高度低带来的挑战以及与各种清洁方法去除残留物相关的风险。

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