Anodic wafer bonding technology is an important process for fabrication and packaging of Micro-Electro-Mechanical Systems (MEMS). This study concentrates on the anodic bonding process at lower t emperatures, which is more desirable for MEMS fabrication. A model of the electrostatic force was developed to investigate the relationships of the force and process parameters. The electrostatic force established during bonding becomes critical when the temperature variation is restricted. Modeling analysis showed that the magnitude of the electrostatic force was dependent on temperature and voltage, and the topology of the wafer surface does not significantly change its magnitude.Master of Engineering (SME
Micro anchor is a kind of typical structures in micro/nano electromechanical systems (MEMS/NEMS), an...
We report a relatively low temperature (< 400 degrees C) hybrid wafer bonding process that results i...
This paper provides a method for the anodic bonding of SOI and glass wafers, and it explains the bon...
The development of electronic and micro-mechanical components has been characterised by a constant i...
This paper will give an overview on up to date research results for wafer bonding technologies using...
A new, nondestructive anodic bonding test has been designed. One main factor involved in the anodic ...
The article deals with a novel laboratory anodic bonding device. This device is used for MEMS creati...
[[abstract]]Anodic bonding technique is important and is often used in package of MEMS components. I...
The anodic bonding technology is a well-established industrial technique, which has been reported to...
The paper presents a detailed study of a reliable method developed for aluminum fusion wafer bonding...
Wafer bonding is an enabling technology in substrate engineering, MEMS manufacturing and packaging a...
Direct wafer bonding, also known as fusion bonding, has emerged as a key process in the manufacture ...
This paper reports a silicon-silicon anodic bonding process based on embedded glass. We successfully...
In microsystems technologies, frequently complex structures consisting of structured or plain silico...
The quality and the reliability of the electrical interconnection have a direct impact on the perfor...
Micro anchor is a kind of typical structures in micro/nano electromechanical systems (MEMS/NEMS), an...
We report a relatively low temperature (< 400 degrees C) hybrid wafer bonding process that results i...
This paper provides a method for the anodic bonding of SOI and glass wafers, and it explains the bon...
The development of electronic and micro-mechanical components has been characterised by a constant i...
This paper will give an overview on up to date research results for wafer bonding technologies using...
A new, nondestructive anodic bonding test has been designed. One main factor involved in the anodic ...
The article deals with a novel laboratory anodic bonding device. This device is used for MEMS creati...
[[abstract]]Anodic bonding technique is important and is often used in package of MEMS components. I...
The anodic bonding technology is a well-established industrial technique, which has been reported to...
The paper presents a detailed study of a reliable method developed for aluminum fusion wafer bonding...
Wafer bonding is an enabling technology in substrate engineering, MEMS manufacturing and packaging a...
Direct wafer bonding, also known as fusion bonding, has emerged as a key process in the manufacture ...
This paper reports a silicon-silicon anodic bonding process based on embedded glass. We successfully...
In microsystems technologies, frequently complex structures consisting of structured or plain silico...
The quality and the reliability of the electrical interconnection have a direct impact on the perfor...
Micro anchor is a kind of typical structures in micro/nano electromechanical systems (MEMS/NEMS), an...
We report a relatively low temperature (< 400 degrees C) hybrid wafer bonding process that results i...
This paper provides a method for the anodic bonding of SOI and glass wafers, and it explains the bon...