Reliability of Solder Joints Assembled with Lead-Free Solder
vMasayuki Ochiai, vToshiya Akamatsu, vHidefumi Ueda
Abstract
vMasayuki Ochiai, vToshiya Akamatsu, vHidefumi Ueda
Abstract
To protect the natural environment, we will introduce the use of lead-free solder instead of the current tin-lead solder in the assembly of printed circuit boards in electronics equipment. During the transition to lead-free soldering, these two types of solders will be used in combination in joints. After the transition, a new element, bismuth, from components will contaminate the lead-free solder joints. We investigated the two types of solder through dynamic mechanical examination and concluded that lead-free solder can be used in combination with the current tin-lead solder and on its own to form sufficiently reliable joints.
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To protect the natural environment, we will introduce the use of lead-free solder instead of the current tin-lead solder in the assembly of printed circuit boards in electronics equipment. During the transition to lead-free soldering, these two types of solders will be used in combination in joints. After the transition, a new element, bismuth, from components will contaminate the lead-free solder joints. We investigated the two types of solder through dynamic mechanical examination and concluded that lead-free solder can be used in combination with the current tin-lead solder and on its own to form sufficiently reliable joints.
Key concepts: Soldering, Lead (geology), Printed circuit board, Materials science, Dip soldering, Tin, Metallurgy, Solder paste