227 p.Wire bonding remains the dominant form of interconnection technology, and is expected to be used in 85% of total IC units worldwide by 2010. As device miniaturization continues, the diameters of wires get finer, requiring higher mechanical strength from the thin wires for handling. However, strong wires with low ductility pose an insurmountable hurdle in manufacturing because of formability issues. Therefore, strategies to attain both high strength and ductility (dual improvement) in Au wires need to be developed, a goal shared by researchers in the field of nanocrystalline (NC) and ultrafine-grained (UFG) materials.DOCTOR OF PHILOSOPHY (MSE
For the development of high temperature stable wire bond interconnections capable for operation temp...
In order to develop a microstructure observing technique for wire-bonded interfaces, which is import...
The development of microelectronics is strongly driven by requirements to reduce the dimensions of a...
Recovery and recrystallization of Au wire can degrade strength and alter conductivity properties dur...
icrostructural design has been exploited for some time to en-hance the strength of crystalline mater...
This study focuses towards typical micromechanical properties such as strength, yield point, Young&r...
Palladium-doped and (Cu, Pt)-doped high reliability gold wires were used to form wire bond interconn...
We demonstrate a simple strategy of obtaining clean, ultrathin single crystal Au nanowires on substr...
The presentation shows results of Au wire thermosonic (TS) bonding from 125 °C down to room temperat...
Wire Bonding in Microelectronics, Third Edition, has been thoroughly revised to help you meet the ch...
Wire bonding technology has been widely used in the semiconductor industry for interconnection betwe...
Increasing I/O numbers and device complexity, higher clock frequencies, and the trend to product min...
textSemiconductor nanowires are one-dimensional nanoscale systems that exhibit many unique propertie...
Wire bonding is still the most popular chip interconnect technology in microelectronic packaging and...
Asian industry and development is currently very focused on replacing extremely expensive Au wire wi...
For the development of high temperature stable wire bond interconnections capable for operation temp...
In order to develop a microstructure observing technique for wire-bonded interfaces, which is import...
The development of microelectronics is strongly driven by requirements to reduce the dimensions of a...
Recovery and recrystallization of Au wire can degrade strength and alter conductivity properties dur...
icrostructural design has been exploited for some time to en-hance the strength of crystalline mater...
This study focuses towards typical micromechanical properties such as strength, yield point, Young&r...
Palladium-doped and (Cu, Pt)-doped high reliability gold wires were used to form wire bond interconn...
We demonstrate a simple strategy of obtaining clean, ultrathin single crystal Au nanowires on substr...
The presentation shows results of Au wire thermosonic (TS) bonding from 125 °C down to room temperat...
Wire Bonding in Microelectronics, Third Edition, has been thoroughly revised to help you meet the ch...
Wire bonding technology has been widely used in the semiconductor industry for interconnection betwe...
Increasing I/O numbers and device complexity, higher clock frequencies, and the trend to product min...
textSemiconductor nanowires are one-dimensional nanoscale systems that exhibit many unique propertie...
Wire bonding is still the most popular chip interconnect technology in microelectronic packaging and...
Asian industry and development is currently very focused on replacing extremely expensive Au wire wi...
For the development of high temperature stable wire bond interconnections capable for operation temp...
In order to develop a microstructure observing technique for wire-bonded interfaces, which is import...
The development of microelectronics is strongly driven by requirements to reduce the dimensions of a...