For mounting FAC lenses to diode lasers a new technology is introduced. Solder jet ball bumping is demonstrated to have the potential to replace conventional mounting technologies like adhesive bonding. The advantage of this method is a thermally and mechanically stable connection of micro optics and laser without drawbacks of outgasing and sensitivity to UV. The reached accuracy is within the range of one micrometer
Laser beam soldering is a packaging technology alternative to polymeric adhesive bonding in terms of...
We present Solderjet Bumping, a laser-based soldering process, as an all inorganic joining technique...
The development of optimized optoelectronics manufacturing processes may often require some understa...
In this paper we present the development of a compact, thermo-optically stable and vibration and mec...
The packaging of optoelectronics and MEMS devices is placing challenging requirements for the interc...
Soldering using metallic solder alloys is an alternative to adhesive bonding. Laser-based soldering ...
www.pactech-usa.com www.smartpac.de The packaging of optoelectronics and MEMS devices is placing cha...
Advanced optical systems of telescopes and scientific instrumentation require high accuracy mounting...
System integration of complex and demanding micro-systems requires advanced packaging technologies. ...
A novel laser-based soldering technique - Solderjet Bumping - using liquid solder droplets in a flux...
Laser based solder bumping is a highly flexible and fast approach for flux-free soldering of micro-o...
We present Solderjet Bumping, a laser-based soldering process, as an all inorganic joining technique...
Solder joining using metallic solder alloys is an alternative to adhesive bonding. Laser-based solde...
Laser based solder-bumping technique, known as solderjet, is a highly suited technology for building...
Laser-based Solderjet Bumping is a fast, precise and versatile technique for flux-free soldering of ...
Laser beam soldering is a packaging technology alternative to polymeric adhesive bonding in terms of...
We present Solderjet Bumping, a laser-based soldering process, as an all inorganic joining technique...
The development of optimized optoelectronics manufacturing processes may often require some understa...
In this paper we present the development of a compact, thermo-optically stable and vibration and mec...
The packaging of optoelectronics and MEMS devices is placing challenging requirements for the interc...
Soldering using metallic solder alloys is an alternative to adhesive bonding. Laser-based soldering ...
www.pactech-usa.com www.smartpac.de The packaging of optoelectronics and MEMS devices is placing cha...
Advanced optical systems of telescopes and scientific instrumentation require high accuracy mounting...
System integration of complex and demanding micro-systems requires advanced packaging technologies. ...
A novel laser-based soldering technique - Solderjet Bumping - using liquid solder droplets in a flux...
Laser based solder bumping is a highly flexible and fast approach for flux-free soldering of micro-o...
We present Solderjet Bumping, a laser-based soldering process, as an all inorganic joining technique...
Solder joining using metallic solder alloys is an alternative to adhesive bonding. Laser-based solde...
Laser based solder-bumping technique, known as solderjet, is a highly suited technology for building...
Laser-based Solderjet Bumping is a fast, precise and versatile technique for flux-free soldering of ...
Laser beam soldering is a packaging technology alternative to polymeric adhesive bonding in terms of...
We present Solderjet Bumping, a laser-based soldering process, as an all inorganic joining technique...
The development of optimized optoelectronics manufacturing processes may often require some understa...