Interface fracture properties are increasingly requested in electronic packaging, be it for design problems or reliability issues. We demonstrate an induced delamination of the epoxy molding compound and die silicon interface, and propose a mixed modechisel testing setup (MMC) and its experimental procedure. The MMC addresses several drawbacks of existing methods. The work includes samples from package fabrication processes and the establishing of critical fracture mechanics properties through finite element simulation. The setup allows for the investigation of interfaces at package scale
Precise characterization of interface delamination in miniature interface structures is an ongoing c...
This research deals with the experimental assessment of the strength of bi-material interfaces as a ...
Interfacial delamination, due to the presence of dissimilar material systems, is one of the primary ...
This book describes a setup that allows to delaminate the Silicon-to-Molding Compound interface for ...
This paper presents essential improvements to determining interfacial fracture properties of the sil...
The rapid diversification in microelectronics forebodes more complex system integration, be it for d...
We present a new method to fabricate specimen for interfacial fracture testing. It regards the inter...
The electronic packages consist of various different materials like molding compound, leadframes and...
As we face higher numbers of material layers in the increasingly complex Microsystems, the rating of...
Due to the fact that microelectronics is made up from various materials with highly dissimilar therm...
This paper presents a comprehensive method for obtaining urgently required critical interface delami...
Microelectronic packages can be considered as composite structures fabricated from highly dissimilar...
Ensuring reliability of interfaces of dissimilar materials is one of the most critical design aspect...
This paper presents a comprehensive method for obtaining urgently required critical interface delami...
Nowadays, one of the trends in microelectronic packaging is to integrate multi-functional systems in...
Precise characterization of interface delamination in miniature interface structures is an ongoing c...
This research deals with the experimental assessment of the strength of bi-material interfaces as a ...
Interfacial delamination, due to the presence of dissimilar material systems, is one of the primary ...
This book describes a setup that allows to delaminate the Silicon-to-Molding Compound interface for ...
This paper presents essential improvements to determining interfacial fracture properties of the sil...
The rapid diversification in microelectronics forebodes more complex system integration, be it for d...
We present a new method to fabricate specimen for interfacial fracture testing. It regards the inter...
The electronic packages consist of various different materials like molding compound, leadframes and...
As we face higher numbers of material layers in the increasingly complex Microsystems, the rating of...
Due to the fact that microelectronics is made up from various materials with highly dissimilar therm...
This paper presents a comprehensive method for obtaining urgently required critical interface delami...
Microelectronic packages can be considered as composite structures fabricated from highly dissimilar...
Ensuring reliability of interfaces of dissimilar materials is one of the most critical design aspect...
This paper presents a comprehensive method for obtaining urgently required critical interface delami...
Nowadays, one of the trends in microelectronic packaging is to integrate multi-functional systems in...
Precise characterization of interface delamination in miniature interface structures is an ongoing c...
This research deals with the experimental assessment of the strength of bi-material interfaces as a ...
Interfacial delamination, due to the presence of dissimilar material systems, is one of the primary ...