Fatigue analysis of IC packaging

Computer simulation was used to examine the fundamental behavior of the fatigue in IC packaging systems with considerable saving of time and resources. The simulation allowed the study of some parameters and physical and structural phenomena, such as: total deformation, elastic equivalent strain, eq...

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Published in:2015 30th Symposium on Microelectronics Technology and Devices (SBMicro) pp. 1 - 6
Main Authors: Davanco Pereira de Lima, Vanessa, Pacheco Rotondaro, Antonio Luis
Format: Conference Proceeding
Language:English
Published: IEEE 01-08-2015
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Abstract Computer simulation was used to examine the fundamental behavior of the fatigue in IC packaging systems with considerable saving of time and resources. The simulation allowed the study of some parameters and physical and structural phenomena, such as: total deformation, elastic equivalent strain, equivalent stress and fatigue. A model was developed to perform the simulation with a thermal cycle from -40°C to 85°C. The SN curve of the analyzed materials was used to derive the fatigue of the structure. The analyzed materials were structural steel and 63%Sn37%Pb solder alloy.
AbstractList Computer simulation was used to examine the fundamental behavior of the fatigue in IC packaging systems with considerable saving of time and resources. The simulation allowed the study of some parameters and physical and structural phenomena, such as: total deformation, elastic equivalent strain, equivalent stress and fatigue. A model was developed to perform the simulation with a thermal cycle from -40°C to 85°C. The SN curve of the analyzed materials was used to derive the fatigue of the structure. The analyzed materials were structural steel and 63%Sn37%Pb solder alloy.
Author Pacheco Rotondaro, Antonio Luis
Davanco Pereira de Lima, Vanessa
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  givenname: Antonio Luis
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Snippet Computer simulation was used to examine the fundamental behavior of the fatigue in IC packaging systems with considerable saving of time and resources. The...
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SubjectTerms BGA Solder
Curve SN
Deformable models
Fatigue
Integrated circuit modeling
Integrated circuit packaging
Lead
Reliability
Title Fatigue analysis of IC packaging
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