Semiconductor technology is heading towards the 10 nm node and even smaller in the coming years. This development relies not only on new process technologies, like lithography techniques, but also on safer and cleaner handling techniques that meet the high-end requirements of the production line. In this paper, the evaluation of different end-effectors and handling techniques regarding particle generation, organic and metallic contamination effects will be discussed. Bernoulli, carbon and standard vacuum end-effectors are being tested and compared with each other for the handling of 200 mm and 300 mm wafers
Dealing with nanometer-sized particulate contamination is still one of the major challenges during t...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 2...
Organic airborne molecular contamination in semiconductor device manufacturing has gained importance...
Semiconductor technology is heading toward the 10 nm node and even smaller in the coming years. This...
With the introduction of 450 mm wafers, which are considerably larger than the currently largest waf...
Contamination control during substrate handling is important because of the contamination potential ...
One of the critical issues still facing the implementation of extreme ultraviolet lithography (EUVL)...
The removal of particles less than or equal to 1 J.lm in diameter adhered to surfaces poses a challe...
The removal of particles from silicon wafers without pattern damage during fabrication process is ex...
This paper gives an overview about all activities performed within a common project between industri...
The removal of nanometric particles constitutes one of the main challenges for the Integrated Circui...
Abstract—Cleanroom contamination and its impact on the performance of devices are beginning to be in...
textAs the semiconductor industry drives down the minimum feature size on wafers to increase perform...
Cleaning processes are a key technology to achieve, restore and guarantee specified product cleanlin...
For semiconductor components, the demand to improve performance and velocity as well as energy consu...
Dealing with nanometer-sized particulate contamination is still one of the major challenges during t...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 2...
Organic airborne molecular contamination in semiconductor device manufacturing has gained importance...
Semiconductor technology is heading toward the 10 nm node and even smaller in the coming years. This...
With the introduction of 450 mm wafers, which are considerably larger than the currently largest waf...
Contamination control during substrate handling is important because of the contamination potential ...
One of the critical issues still facing the implementation of extreme ultraviolet lithography (EUVL)...
The removal of particles less than or equal to 1 J.lm in diameter adhered to surfaces poses a challe...
The removal of particles from silicon wafers without pattern damage during fabrication process is ex...
This paper gives an overview about all activities performed within a common project between industri...
The removal of nanometric particles constitutes one of the main challenges for the Integrated Circui...
Abstract—Cleanroom contamination and its impact on the performance of devices are beginning to be in...
textAs the semiconductor industry drives down the minimum feature size on wafers to increase perform...
Cleaning processes are a key technology to achieve, restore and guarantee specified product cleanlin...
For semiconductor components, the demand to improve performance and velocity as well as energy consu...
Dealing with nanometer-sized particulate contamination is still one of the major challenges during t...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 2...
Organic airborne molecular contamination in semiconductor device manufacturing has gained importance...