如何制定RoHS产品的认证测试计划

M. Silverman, F. Schenkelberg, C. Hillman
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引用次数: 1

摘要

我们在本文中考虑的主题是围绕无铅焊料的重大可靠性不确定性,以及如何最好地考虑这些风险并减轻它们,以免在无铅过渡期间在可靠性方面受到打击。像其他电子行业一样,你们的产品将过渡到有害物质限制(RoHS)合规。这包括向无铅焊料的过渡,而此时,无铅焊料的可靠性存在很大的不确定性。即使你的产品不需要符合标准,构成你产品的材料和工艺也在变化。在这个快速过渡时期,有一个重要的新知识体系需要理解,以确定产品可靠性面临最大风险的领域。在本文中,我们将重点介绍其中一些重要的风险领域,以及如何在过渡期间最好地减轻这些风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
How to develop a qualification test plan for RoHS products
The subject matter we consider in this paper are the significant reliability uncertainties around lead-free solder and how to best consider these risks and mitigate them so as not to take a hit in the area of reliability during the lead-free transition. Like the rest of the electronics industry, your products will transition to restriction of hazardous substances (RoHS) compliance. This includes the transition to lead-free solder, and at this time, there are significant reliability uncertainties around lead-free solder. Even if your product does not need to be compliant, the materials and processes that make up your product are changing. During this time of rapid transition, there is a significant new body of knowledge to understand to determine the areas of greatest risk to the reliability of your product. In this paper, we will highlight a few of these significant risk areas and how to best mitigate these risks during the transition.
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