Detail publikace

Effects and Interactions of Materials and Chemistry in Lead Free Soldering

STARÝ, J.

Originální název

Effects and Interactions of Materials and Chemistry in Lead Free Soldering

Anglický název

Effects and Interactions of Materials and Chemistry in Lead Free Soldering

Jazyk

en

Originální abstrakt

Material selection of solder alloy composition, type of flux, substrate surface treatments and influence of controlled /non controlled soldering atmosphere in optimized soldering process has to be compatible for having the best results in wetting characteristics, solder joint formation, and final solder joint reliability. Implementation of lead free soldering process needs some knowledges about these materials and about their effects and interactions during soldering. DOE is very useful tool for help in these characteristic study. This short article is focused on very important part of soldering process – wetting and spreading phenomena and analyses effects and interactions among material factors by using DOE with 4 factors.

Anglický abstrakt

Material selection of solder alloy composition, type of flux, substrate surface treatments and influence of controlled /non controlled soldering atmosphere in optimized soldering process has to be compatible for having the best results in wetting characteristics, solder joint formation, and final solder joint reliability. Implementation of lead free soldering process needs some knowledges about these materials and about their effects and interactions during soldering. DOE is very useful tool for help in these characteristic study. This short article is focused on very important part of soldering process – wetting and spreading phenomena and analyses effects and interactions among material factors by using DOE with 4 factors.

Dokumenty

BibTex 


@inproceedings{BUT12054,
  author="Jiří {Starý}",
  title="Effects and Interactions of Materials and Chemistry in Lead Free Soldering",
  annote="Material selection of solder alloy composition, type of flux, substrate surface treatments and influence of controlled /non controlled soldering atmosphere in optimized soldering process has to be   compatible for having the best results in wetting characteristics, solder joint formation, and final solder joint reliability. Implementation of lead free soldering process needs some knowledges about these materials and about their effects and interactions during soldering. DOE is very useful tool for  help in these characteristic study.
	This short article is focused on very important part of soldering process – wetting and spreading phenomena and analyses effects and interactions among material factors by using DOE with 4 factors. 
",
  address="Technological Institute of Crete, Greece",
  booktitle="Socrates Workshop 2004. Intensive Training Programme in Electronic System Design",
  chapter="12054",
  institution="Technological Institute of Crete, Greece",
  year="2004",
  month="september",
  pages="81",
  publisher="Technological Institute of Crete, Greece",
  type="conference paper"
}