2008Electronics & PackagingRequires access

Recent Advances of Flip-Chip Underfill Process (1)

Qiang Huang

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Abstract

In order to enhance the reliability of a flip chip on organic board package,underfill is usually used to redistribute the thermomechanical stress created by the coefficient of thermal expasion(CTE)mismach between the silicon chip and organic substrate.However,the conventional underfill relies on the capilary flow of the underfill resin and has many disadvantages.In order to overcome these disadvantages,many variations have invented to improve the flip chip underfill process.

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What this paper is about

In order to enhance the reliability of a flip chip on organic board package,underfill is usually used to redistribute the thermomechanical stress created by the coefficient of thermal expasion(CTE)mismach between the silicon chip and organic substrate.However,the conventional underfill relies on the capilary flow of the underfill resin and has many disadvantages.In order to overcome these disadvantages,many variations have invented to improve the flip chip underfill process.

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Available abstract

In order to enhance the reliability of a flip chip on organic board package,underfill is usually used to redistribute the thermomechanical stress created by the coefficient of thermal expasion(CTE)mismach between the silicon chip and organic substrate.However,the conventional underfill relies on the capilary flow of the underfill resin and has many disadvantages.In order to overcome these disadvantages,many variations have invented to improve the flip chip underfill process.

Key concepts: Flip chip, Materials science, Reliability (semiconductor), Chip, Process (computing), Thermal copper pillar bump, Electronic engineering, Mechanical engineering

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