This annual report details activities for TRP Flip Chip Attached Project. The IBM/Universal Instruments team has completed the first year effort on the Electrically Conductive Adhesive Flip Chip Attach project. IBM-Yorktown has worked closely with IBM Endicott to develop a Polymer Metal Solvent Paste (PMSP) that can be processed to form a cylindrically shaped deposit. IBM Endicott has done extensive work on bonding. This work has identified the key parameters to bond a Polymer Metal Composite (PMC) bumped die to a substrate
This paper presents an evaluation of isotropic and anisotropic conductive adhesives for flip chip ap...
Electrically conductive adhesives offer a low-temperature alternative for soldering process in elect...
Using micromachining techniques with thick photore-sists, an innovative conductive polymer flip-chip...
This final report is a compilation of final reports from each of the groups participating in the pro...
In this report on Polymer/Metal Composite (PMC) adhesive the authors describe two aspects of the mat...
Upon completion of the second year of this contract, we have delivered the next generation of polyme...
IBM Endicott, Assembly Process Design, has completed the tenth quarter of development activity on wo...
In the last leg of the project the major thrust has been on the assembly process using the conductiv...
The accomplishments are broken down into three different categories: materials development (polymer ...
Flip chip attachments provide the highest interconnect density possible, making this technology attr...
This report presents the results of the evaluation of isotropic and anisotropic conductive adhesives...
This report contains two separate reports for the Flip Chip Attach project. The first report is York...
This paper describes research conducted to develop and evaluate isotropically conductive adhesive pr...
Automated and cost-efficient manufacturing processes are of paramount importance for low-cost mass p...
This paper describes the successful process investigations on ultrathin flip-chip bonding for fine-p...
This paper presents an evaluation of isotropic and anisotropic conductive adhesives for flip chip ap...
Electrically conductive adhesives offer a low-temperature alternative for soldering process in elect...
Using micromachining techniques with thick photore-sists, an innovative conductive polymer flip-chip...
This final report is a compilation of final reports from each of the groups participating in the pro...
In this report on Polymer/Metal Composite (PMC) adhesive the authors describe two aspects of the mat...
Upon completion of the second year of this contract, we have delivered the next generation of polyme...
IBM Endicott, Assembly Process Design, has completed the tenth quarter of development activity on wo...
In the last leg of the project the major thrust has been on the assembly process using the conductiv...
The accomplishments are broken down into three different categories: materials development (polymer ...
Flip chip attachments provide the highest interconnect density possible, making this technology attr...
This report presents the results of the evaluation of isotropic and anisotropic conductive adhesives...
This report contains two separate reports for the Flip Chip Attach project. The first report is York...
This paper describes research conducted to develop and evaluate isotropically conductive adhesive pr...
Automated and cost-efficient manufacturing processes are of paramount importance for low-cost mass p...
This paper describes the successful process investigations on ultrathin flip-chip bonding for fine-p...
This paper presents an evaluation of isotropic and anisotropic conductive adhesives for flip chip ap...
Electrically conductive adhesives offer a low-temperature alternative for soldering process in elect...
Using micromachining techniques with thick photore-sists, an innovative conductive polymer flip-chip...