Our experiments highlight that gold-silicon eutectics are fairly influenced by the thickness of Au layer and the wastage of Si, i.e. the wasting thickness of the silicon die. In the experiments, a bonding intensity testing method, called Press-arm model, is used to verify the Au-Si eutectics bonding strength. Through the intensity value of the bonding interface, we analyze the eutectics condition of the bonding interface at different temperatures and discuss the optimum procession of the wafer capsulation.EI
International audienceThis paper presents the study of gold/gold thermocompression bonding at silico...
Conclusion The freezing point of eutectic Au-Si solder is observed to increase with the amount of Ag...
International audienceThis paper presents the study of gold/gold thermocompression bonding at silico...
A bonding intensity testing method, called Press-arm model, has been successfully designed and verif...
A bonding intensity testing method, called Press-arm model, has been successfully designed and verif...
In this paper, the investigation of eutectic bonding at wafer level was implemented using single cry...
This paper presents a new method for achieving Au/aSi (amorphous Si) eutectic wafer-level bonding. T...
In this paper, wafer-to-wafer AuSi eutectic bonding was investigated and evaluated with various sets...
Au/Si eutectic bonding is considered to BE a promising technology for creating 3D structures and her...
The AuSi eutectic bond process is a well known and important technique in the field of single chip p...
This paper describes the development of two bonding techniques for structured silicon wafer pairs. T...
This paper will focus on Au/Si eutectic bonding technology. We have set up and improved some MEMS mo...
Metal thermocompression bonding is a hermetic wafer-level packaging technology that facilitates vert...
In this paper, off-eutectic Au–Ge joints were formed between Si substrates to investigate their high...
Metal thermocompression bonding is a hermetic wafer-level packaging technology that facilitates vert...
International audienceThis paper presents the study of gold/gold thermocompression bonding at silico...
Conclusion The freezing point of eutectic Au-Si solder is observed to increase with the amount of Ag...
International audienceThis paper presents the study of gold/gold thermocompression bonding at silico...
A bonding intensity testing method, called Press-arm model, has been successfully designed and verif...
A bonding intensity testing method, called Press-arm model, has been successfully designed and verif...
In this paper, the investigation of eutectic bonding at wafer level was implemented using single cry...
This paper presents a new method for achieving Au/aSi (amorphous Si) eutectic wafer-level bonding. T...
In this paper, wafer-to-wafer AuSi eutectic bonding was investigated and evaluated with various sets...
Au/Si eutectic bonding is considered to BE a promising technology for creating 3D structures and her...
The AuSi eutectic bond process is a well known and important technique in the field of single chip p...
This paper describes the development of two bonding techniques for structured silicon wafer pairs. T...
This paper will focus on Au/Si eutectic bonding technology. We have set up and improved some MEMS mo...
Metal thermocompression bonding is a hermetic wafer-level packaging technology that facilitates vert...
In this paper, off-eutectic Au–Ge joints were formed between Si substrates to investigate their high...
Metal thermocompression bonding is a hermetic wafer-level packaging technology that facilitates vert...
International audienceThis paper presents the study of gold/gold thermocompression bonding at silico...
Conclusion The freezing point of eutectic Au-Si solder is observed to increase with the amount of Ag...
International audienceThis paper presents the study of gold/gold thermocompression bonding at silico...