常用助焊剂对铜表面腐蚀的比较

K. Dušek, V. Náhlík
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引用次数: 3

摘要

焊接是使用焊料合金将两种金属连接起来的过程。电子组装中使用的连接材料,如铜和其他材料,在暴露于空气、湿气和热量下会迅速氧化。可靠的焊接连接只能在真正清洁的表面上完成。为此目的,在电子装配中使用了焊剂。助焊剂是一种化学清洗剂,它可以去除金属表面的氧化,清洁即将连接在一起的表面,以增强熔融状态下焊料的润湿性。另一方面,由于具有导电或腐蚀性的侵蚀性残留物,焊剂可能会对未来的可靠性造成问题。有各种各样的助焊剂可用于许多目的和应用。最常见的助焊剂类型包括:松香-不清洁,松香-轻度活化和水溶性。本文研究了电子装配回流过程中常用焊剂对铜表面的侵蚀现象。在我们的实验中比较了十种类型的助焊剂。用铜气相沉积法对玻璃样品进行了测量。用分光光度计测量光的吸收来测定铜表面的助焊剂侵蚀。
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Comparison of commonly used fluxes aggression on copper surface
Soldering is the process of joining two metals by the use of a solder alloy. Joining material such as copper and other materials used in electronics assembly rapidly oxidize upon exposure to air, moisture, and heat. Reliable solder connections can only be accomplished with truly cleaned surfaces. For this purpose are used fluxes in electronics assembly. Flux is a chemical cleaner which removes oxidation from metal surfaces - cleans surfaces that are going to be joined together to enhance wetting by solder in the molten state. On the other hand flux can cause problems with future reliability due to aggressive residues which have conducting or corrosive properties. There are varieties of fluxes available for many purposes and applications. The most common types of fluxes include: Rosin - No Clean, Rosin - Mildly Activated and Water Soluble. This article deals with observation of commonly used fluxes aggression on copper surface in electronics assembly during the reflow process. Ten types of fluxes were compared in our experiment. Measurement was carried on glass samples with copper vapor deposition. Determination of flux aggression on copper surface was based on the measurement of absorption of light on spectrophotometer.
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