3D integration technologies show increasing importance for high volume applications while realizing the smallest system dimensions at least. Therefore vertical interconnect and wafer bonding technologies were optimized and adapted to reach a high yield using quite narrow contact areas and bond frames. These technologies must enable mechanical stable bonding with high degree of strength, hermeticity, and an electrical connection from all layers of the stack to the next level
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 20...
Three dimensional chip stacking is emerging as a leading method to combine mixed technologies to ach...
3D integration of micro electromechanical systems (MEMS) and integrated circuits (ICs) represents a ...
Advancement of the current Two-Dimensional integrated circuits (2D-ICs) is limited by increasing int...
Metal-based bonding will create vertical electrical connections between the dies and simultaneously...
Successful commercialization of MEMS products extremely depends on cost factors. Especially the role...
AbstractThe presented fabrication technology enables the direct integration of electrical interconne...
Continuous scaling of transistor physical dimensions led to the tremendous growth in semiconductor i...
In order to realize reliable 3D stacking of micro electromechanical systems (MEMS),...
The presented fabrication technology enables the direct integration of electrical interconnects duri...
In the current two-dimensional (2D) integrated circuits, the chip size is increasing despite the red...
Copper thermocompression is a promising wafer-level packaging technique, as it allows the bonding of...
Copper thermocompression is a promising wafer-level packaging technique, as it allows the bonding of...
3D integration is an emerging technique which features vertical stacking of chips to achieve high pe...
The first part of the research is an overview of existing three-dimensional (3-D) integration techno...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 20...
Three dimensional chip stacking is emerging as a leading method to combine mixed technologies to ach...
3D integration of micro electromechanical systems (MEMS) and integrated circuits (ICs) represents a ...
Advancement of the current Two-Dimensional integrated circuits (2D-ICs) is limited by increasing int...
Metal-based bonding will create vertical electrical connections between the dies and simultaneously...
Successful commercialization of MEMS products extremely depends on cost factors. Especially the role...
AbstractThe presented fabrication technology enables the direct integration of electrical interconne...
Continuous scaling of transistor physical dimensions led to the tremendous growth in semiconductor i...
In order to realize reliable 3D stacking of micro electromechanical systems (MEMS),...
The presented fabrication technology enables the direct integration of electrical interconnects duri...
In the current two-dimensional (2D) integrated circuits, the chip size is increasing despite the red...
Copper thermocompression is a promising wafer-level packaging technique, as it allows the bonding of...
Copper thermocompression is a promising wafer-level packaging technique, as it allows the bonding of...
3D integration is an emerging technique which features vertical stacking of chips to achieve high pe...
The first part of the research is an overview of existing three-dimensional (3-D) integration techno...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 20...
Three dimensional chip stacking is emerging as a leading method to combine mixed technologies to ach...
3D integration of micro electromechanical systems (MEMS) and integrated circuits (ICs) represents a ...