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Theory for Intermetallic Phase Growth Between Cu and Liquid Sn-Pb Solder Based on Grain Boundary Diffusion Control
Journal article

Theory for Intermetallic Phase Growth Between Cu and Liquid Sn-Pb Solder Based on Grain Boundary Diffusion Control

M Schaefer, R Fournelle and J Liang
J Electron Mater, Vol.27(11), pp.1167-1176
01/11/1998

Abstract

Experimental data for intermetallic growth between Cu and 62Sn-36Pb-2Ag solder exhibit a t(1/4) dependence on time. whereby the model predicted a t(1/3) dependence. If experimental data are interpreted in terms of the grain boundary diffusion control model, the activation energy for grain boundary diffusion is 27 kJ /mole.

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