We present our results on the analysis of electrical performance of Flip-Chip bonded thin Silicon chip-on-foil assemblies during bending. A custom made bending machine was utilized to bend the test samples and the electrical resistance of the Daisy Chain structures were measured during the tests. Resistance measurements confirmed the failure of the test samples after about 2000 bending cycles
This thesis demonstrates the feasibility of power cycling a "Flip Chip" assembly for reliability ass...
In this contribution, our progress in development of deformable single-crystalline-silicon electroni...
In many complex systems under development, the cost of integration and the compromises in performanc...
With the emergence of the Internet-of-Things (IoT) and wearable devices in the recent years, Flexibl...
We report our results on the comparative studies of the influence of chip thickness and dicing techn...
Ultra-thin chips of less than 20 μm become flexible, allowing integration of silicon IC technology w...
The paper deals with the static bend testing of electrically conductive glued joints between SMD chi...
Electronics that conform to 3D surfaces are attracting wider attention from both academia and indust...
Due to decreasing dimensions, electromigration becomes a major concern for flip chip joint reliabili...
We present technological results on the embedding of ultra-thin microcontroller ICs in flexible film...
Flip chip assembly on flexible organic substrates is facing increasing interest. In consumer product...
Miniaturization enforcement of electronic modules in complex as well as low end applications is the ...
Ultra-thin chips of less than 20μm become flexible, allowing integration of silicon IC technology wi...
Low cost large area flexible electronic products are expected to be used in a wide range of applicat...
Mechanical stress induced by mechanical and thermal loading on thin silicon devices breaks the devic...
This thesis demonstrates the feasibility of power cycling a "Flip Chip" assembly for reliability ass...
In this contribution, our progress in development of deformable single-crystalline-silicon electroni...
In many complex systems under development, the cost of integration and the compromises in performanc...
With the emergence of the Internet-of-Things (IoT) and wearable devices in the recent years, Flexibl...
We report our results on the comparative studies of the influence of chip thickness and dicing techn...
Ultra-thin chips of less than 20 μm become flexible, allowing integration of silicon IC technology w...
The paper deals with the static bend testing of electrically conductive glued joints between SMD chi...
Electronics that conform to 3D surfaces are attracting wider attention from both academia and indust...
Due to decreasing dimensions, electromigration becomes a major concern for flip chip joint reliabili...
We present technological results on the embedding of ultra-thin microcontroller ICs in flexible film...
Flip chip assembly on flexible organic substrates is facing increasing interest. In consumer product...
Miniaturization enforcement of electronic modules in complex as well as low end applications is the ...
Ultra-thin chips of less than 20μm become flexible, allowing integration of silicon IC technology wi...
Low cost large area flexible electronic products are expected to be used in a wide range of applicat...
Mechanical stress induced by mechanical and thermal loading on thin silicon devices breaks the devic...
This thesis demonstrates the feasibility of power cycling a "Flip Chip" assembly for reliability ass...
In this contribution, our progress in development of deformable single-crystalline-silicon electroni...
In many complex systems under development, the cost of integration and the compromises in performanc...