Nanoporous gold bumps have been deposited on silicon wafers by electroplating a silver-gold alloy followed by etching the silver. An open-porous cellular structure of gold at meso-scale is left on top of the bumps. For flip chip bonding we found low temperature and low force bonding conditions. The porous interconnects have very promising properties, like compressibility and reduced stiffuess, which should result in higher bond yield and extended reliability
Nanoporous gold(np-Au) have been widely studied for catalyst, sensor, actuator and other application...
In this study, anodically-bondable LTCC (low temperature cofired ceramic) substrates are proposed to...
Thermo-compression bonding is an interconnection technology for micro-systems which is especially in...
Nanoporous gold has been deposited on silicon wafers by electroplating a silver-gold alloy followed ...
In 3D integration components are sacked on each other by flip chip bonding. For gold-gold thermo-com...
On-chip nanoporous gold (NPG) fabrication has been successfully developed by Au-Sn alloys electrodep...
Porous gold with porosity in nanoscale which indicates a highly reactive surface has shown its poten...
MEMS-compatible fabrication of nanoporous gold and the application for low temperature bonding are d...
On-chip nanoporous gold fabrication was developed with binary alloy deposition subsequently a deallo...
A new bonding technique is proposed for joining silicon wafers at room temperature. It is particular...
A new bonding technique is proposed for joining silicon wafers at room temperature. It is particular...
Nanoporous gold (np-Au) has been extensively studied for catalyst, sensor, actuator and other applic...
Nanoporous gold (np-Au) is an emerging nanostructured material that exhibits many desirable properti...
With the semiconductor industry racing toward a historic transition, nano chips with less than 45 nm...
Nanoporous materials have maximum practical surface areas for electrical charge storage; every point...
Nanoporous gold(np-Au) have been widely studied for catalyst, sensor, actuator and other application...
In this study, anodically-bondable LTCC (low temperature cofired ceramic) substrates are proposed to...
Thermo-compression bonding is an interconnection technology for micro-systems which is especially in...
Nanoporous gold has been deposited on silicon wafers by electroplating a silver-gold alloy followed ...
In 3D integration components are sacked on each other by flip chip bonding. For gold-gold thermo-com...
On-chip nanoporous gold (NPG) fabrication has been successfully developed by Au-Sn alloys electrodep...
Porous gold with porosity in nanoscale which indicates a highly reactive surface has shown its poten...
MEMS-compatible fabrication of nanoporous gold and the application for low temperature bonding are d...
On-chip nanoporous gold fabrication was developed with binary alloy deposition subsequently a deallo...
A new bonding technique is proposed for joining silicon wafers at room temperature. It is particular...
A new bonding technique is proposed for joining silicon wafers at room temperature. It is particular...
Nanoporous gold (np-Au) has been extensively studied for catalyst, sensor, actuator and other applic...
Nanoporous gold (np-Au) is an emerging nanostructured material that exhibits many desirable properti...
With the semiconductor industry racing toward a historic transition, nano chips with less than 45 nm...
Nanoporous materials have maximum practical surface areas for electrical charge storage; every point...
Nanoporous gold(np-Au) have been widely studied for catalyst, sensor, actuator and other application...
In this study, anodically-bondable LTCC (low temperature cofired ceramic) substrates are proposed to...
Thermo-compression bonding is an interconnection technology for micro-systems which is especially in...