比较不同测试环境对涂层适形评定的影响

P. Singh, L. Palmer, M. Šmith, D. Citrin, A. Locquet, D. Hampannavar, H. Fu, M. M. Khaw, Kee-Leong Tan, C. Xu, J. Kaufman, M. Pudas, H. Schweigart, S. Strixner, M. Meier, C. Wang, H. Akbari
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引用次数: 0

摘要

对保形涂层的硫检测方法进行了较好的研究和建立。然而,电子工业在基于混合流动气体环境的测试方面有着悠久的历史。本文比较了硫花、混合流动气体和碘蒸气三种常用保形涂层的测试结果。在铜和银的蛇形薄膜上涂上待测保形涂层,并通过电学方法测量下层薄膜在硫花和混合流动气体环境中的腐蚀速率。在碘蒸气试验中,可以直观地评价薄膜的腐蚀程度。金属薄膜的腐蚀程度被用作保形涂层性能的衡量标准。三个试验结果定性一致。
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Comparing various test environments for conformal coating evaluation
Flowers of sulfur testing of conformal coatings is well researched and established. However, the electronics industry has a long history of testing based on mixed-flowing gas environments. This work compares the results of testing three commonly available conformal coatings using the flowers of sulfur, the mixed flowing gas and the iodine vapor tests. Serpentine thin films of copper and silver were coated with the conformal coatings under test and the corrosion rates of the underlying thin films were measured by electrical means in the flowers of sulfur and the mixed-flowing gas environments. In the iodine vapor test the extent of thin film corrosion was visually evaluated. The extent of corrosion of the metal films was used as a measure of the conformal coating performance. The three test results were in qualitative agreement.
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