In the electronics industry, interconnect is defined as a conductive connection between two or more circuit elements. It interconnects elements (transistor, resistors, etc.) on an integrated circuit or components on a printed circuit board. The main function of the interconnect is to contact the junctions and gates between device cells and input/output (I/O) signal pads. These functions require specific material properties. For performance or speed, the metallization structure should have low resistance and capacitance. For reliability, it is important to have the capability of carrying high current density, stability against thermal annealing, resistance against corrosion and good mechanical properties
The focus of this thesis is the fabrication and characterisation of ultra-thin self-forming Cu diffu...
Copper is the metal of choice for interconnects in microelectronic devices because of its favorably ...
Silicon wafer fabrication facilities are developing copper metallized wafers. Advantages of copper c...
In the electronics industry, interconnect is defined as a conductive connection between two or more ...
There is great interest in the semiconductor industry to move to copper for advanced interconnect pr...
Abstract − Cu interconnection in electronic devices is fabricated via damascene process including Cu...
In this work, all-copper connections between silicon microchips and substrates are developed. The s...
The copper electroplating process for dual damascene metallization of semiconductor interconnects i...
In the recent years, copper has been replacing aluminum to be widely used as the interconnect materi...
Ultrathin film electroless deposition of Cu and Ni is shown for IC and TSV barrier layer / interconn...
Electrochemical processes are being used for on-chip metallization mainly to fabricate Cu conductors...
The focus of this thesis is the fabrication and characterisation of ultra-thin self-forming Cu diffu...
The focus of this thesis is the fabrication and characterisation of ultra-thin self-forming Cu diffu...
The focus of this thesis is the fabrication and characterisation of ultra-thin self-forming Cu diffu...
Aluminum is the current metal of choice for metallization in the IC industry. However, serious elect...
The focus of this thesis is the fabrication and characterisation of ultra-thin self-forming Cu diffu...
Copper is the metal of choice for interconnects in microelectronic devices because of its favorably ...
Silicon wafer fabrication facilities are developing copper metallized wafers. Advantages of copper c...
In the electronics industry, interconnect is defined as a conductive connection between two or more ...
There is great interest in the semiconductor industry to move to copper for advanced interconnect pr...
Abstract − Cu interconnection in electronic devices is fabricated via damascene process including Cu...
In this work, all-copper connections between silicon microchips and substrates are developed. The s...
The copper electroplating process for dual damascene metallization of semiconductor interconnects i...
In the recent years, copper has been replacing aluminum to be widely used as the interconnect materi...
Ultrathin film electroless deposition of Cu and Ni is shown for IC and TSV barrier layer / interconn...
Electrochemical processes are being used for on-chip metallization mainly to fabricate Cu conductors...
The focus of this thesis is the fabrication and characterisation of ultra-thin self-forming Cu diffu...
The focus of this thesis is the fabrication and characterisation of ultra-thin self-forming Cu diffu...
The focus of this thesis is the fabrication and characterisation of ultra-thin self-forming Cu diffu...
Aluminum is the current metal of choice for metallization in the IC industry. However, serious elect...
The focus of this thesis is the fabrication and characterisation of ultra-thin self-forming Cu diffu...
Copper is the metal of choice for interconnects in microelectronic devices because of its favorably ...
Silicon wafer fabrication facilities are developing copper metallized wafers. Advantages of copper c...