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Via (Plated Through Hole) Integrity with Lead Free Soldering

机译:无铅焊接的通孔(电镀通孔)完整性

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摘要

Bare printed wiring board materials require changes from today's typical standard dicy cured FR4 materials in order to support lead-free assembly. The High Density Packaging User's Group has completed a study of via reliability through air-to-air thermal cycling after various SnPb and lead-free reflow profiles. Six different materials, with different numbers of reflow profiles were studied in this test through 6000 accelerated thermal cycles. Data from this testing will be presented that clearly shows that all materials claimed to be lead-free compatible are not created equal. A review of relevant material properties vs. the results will also be attempted.
机译:裸露的印刷线路板材料需要与当今典型的标准dicy固化FR4材料有所不同,以支持无铅组装。高密度包装用户小组已经完成了各种SnPb和无铅回流焊后通过空对空热循环的通孔可靠性研究。通过6000个加速的热循环,在该测试中研究了六种不同的材料,具有不同数量的回流曲线。将提供来自该测试的数据,这些数据清楚地表明,声称无铅兼容的所有材料并非平等。还将尝试审查相关的材料性能与结果。

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