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Can Existing Tools Survive Lead-free Soldering?

机译:现有工具可以幸免于无铅焊接吗?

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摘要

In the transition to lead-free soldering, an area of concern in assembly operations is what equipment changes, if any, will be needed for lead-free elec- tronics assembly processes. SnAgCu (or SAC), the most common lead-free solder alloy, has a higher melting point than SnPb solder, which increases the thermal demands on certain processing equipment. There are also concerns about mixing SnPb and lead-free soldering operations and whether dedicated equipment is necessary to avoid contamination.
机译:在向无铅焊接的过渡中,组装操作中需要关注的领域是无铅电子组装过程中需要进行哪些设备更改(如有)。 SnAgCu(或SAC)是最常见的无铅焊料合金,其熔点高于SnPb焊料,这增加了某些加工设备的散热要求。人们还担心混合SnPb和无铅焊接操作,以及是否需要专用设备来避免污染。

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