This paper presents a study of flip-chip bonding for space applications. DC and mechanical test vehicles have demonstrated the reliability of the flip-chip gold-gold thermocompression bonding up to 500 thermal cycles. RF test vehicles have proved the compatibility of both coplanar and microstrip on-the-shelves MMICs with the flip-chip bonding up to 35 GHz
This paper describes the successful flip chip assembly of a broadband GaAs amplifier in microstrip ...
Flip chip assembly experiments using small electroplated Au/Sn bumps, i.e. bumps of 50 µm in diamete...
In the European MEDEA+ packaging project HIMICRO (Novel Packaging Technologies for Highly Integrated...
Most of the solder flip chip interconnections require flux for oxide removal to achieve a sufficient...
The results are presented of a comprehensive study and evaluation for the bonding of flip chip and b...
The flip chip is recognized as the most reliable chip interconnect method and renders an extremely h...
The flip chip is recognized as the most reliable chip interconnect method and renders an extremely h...
In responding the demands to the trend in shrinking package dimensions and shorter assembly cycle ti...
A variety of flip chip technologies are available today which differ in bumping material, substrate ...
This paper focuses on the most promising evolutions which are emerging in the packaging of microwave...
The Flip Chip bonding technology offers numerous advantages compared with other, more conventional i...
Lead-free reflow soldering techniques applying AuSn as well as SnAg electroplated bumps were chosen ...
Due to the requirements of new light, mobile, small and multifunctional electronic products the dens...
As military electronics tend to become lighter, smaller, thinner, and lower cost, the use of flip ch...
Flip chip assembly on flexible organic substrates is facing increasing interest. In consumer product...
This paper describes the successful flip chip assembly of a broadband GaAs amplifier in microstrip ...
Flip chip assembly experiments using small electroplated Au/Sn bumps, i.e. bumps of 50 µm in diamete...
In the European MEDEA+ packaging project HIMICRO (Novel Packaging Technologies for Highly Integrated...
Most of the solder flip chip interconnections require flux for oxide removal to achieve a sufficient...
The results are presented of a comprehensive study and evaluation for the bonding of flip chip and b...
The flip chip is recognized as the most reliable chip interconnect method and renders an extremely h...
The flip chip is recognized as the most reliable chip interconnect method and renders an extremely h...
In responding the demands to the trend in shrinking package dimensions and shorter assembly cycle ti...
A variety of flip chip technologies are available today which differ in bumping material, substrate ...
This paper focuses on the most promising evolutions which are emerging in the packaging of microwave...
The Flip Chip bonding technology offers numerous advantages compared with other, more conventional i...
Lead-free reflow soldering techniques applying AuSn as well as SnAg electroplated bumps were chosen ...
Due to the requirements of new light, mobile, small and multifunctional electronic products the dens...
As military electronics tend to become lighter, smaller, thinner, and lower cost, the use of flip ch...
Flip chip assembly on flexible organic substrates is facing increasing interest. In consumer product...
This paper describes the successful flip chip assembly of a broadband GaAs amplifier in microstrip ...
Flip chip assembly experiments using small electroplated Au/Sn bumps, i.e. bumps of 50 µm in diamete...
In the European MEDEA+ packaging project HIMICRO (Novel Packaging Technologies for Highly Integrated...