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Explore our database of industry knowledge that fuels innovation, learning, and professional growth. Knowledge Hub is a collection of conference technical papers, webinars, presentations, on-demand video and more. You can search by author, title, keyword and type of content. You can also search for keywords and topics in the Tag field. Access to Knowledge Hub is reserved for members.

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Low Temperature Soldering: Thermal Cycling Reliability Performance

The technical and economic benefits derived from lowering the reflow temperatures have motivated the evaluation of new Sn-Bi low temperature alloys for soldering. Eutectic Sn-Bi alloy is usu .. read more

Tin Whisker Growth - Substrate Effect Understanding CTE Mismatch and IMC Formation

The hypothesis that the “whisker growth phenomenon” in electrodeposited tin is a re-crystallization process driven by stress has gained popularity among leading research institutes and industri .. read more

Recrystallization Principles Applied to Whisker Growth in Tin

Tin whiskers found in electroplated deposits are known to be single crystals which spontaneously grow. Thus whisker growth can be regarded as a grain growth phenomenon. In this paper we examine .. read more

Low Temperature Soldering: Thermal Cycling Reliability Performance

The technical and economic benefits derived from lowering the reflow temperatures have motivated the evaluation of new Sn-Bi low temperature alloys for soldering. Eutectic Sn-Bi alloy is usu .. read more

Tin Whisker Growth - Substrate Effect Understanding CTE Mismatch and IMC Formation

The hypothesis that the “whisker growth phenomenon” in electrodeposited tin is a re-crystallization process driven by stress has gained popularity among leading research institutes and industri .. read more

Recrystallization Principles Applied to Whisker Growth in Tin

Tin whiskers found in electroplated deposits are known to be single crystals which spontaneously grow. Thus whisker growth can be regarded as a grain growth phenomenon. In this paper we examine .. read more