Nanoscale interfacial evolution in Cu-Al wire bonds during isothermal annealing from 175 °C to 250 °C was investigated by high resolution transmission electron microscopy (HRTEM). The native aluminum oxide film (∼5 nm thick) of the Al pad migrates to
In high power automotive electronics copper wire bonding is regarded as the most promising alternati...
A micromechanism of thermosonic gold wire bonding was elaborated by examining its interfacial ...
Using indentation testing, wire bond tests and electron microscopy, the influence of increased oxide...
Thermosonic Copper (Cu) wire interconnection has been under an extensive research and development to...
Interface evolution caused by thermal aging under different temperatures and durations was investiga...
We studied the influence of the architecture of Copper-Clad Aluminum (CCA) wires produced by cold-dr...
Thermosonic ball bonding is a key technology in electrical interconnections between an integrated ci...
[[abstract]]In integrated-circuit packages, wire-bonding techniques are the preferred methods for ma...
This paper describes the crystallochemical mechanisms that underpin the migration of nano-size alumi...
This letter examines void nucleation and coalescence in Au-Al wire bonds using high-resolution trans...
Palladium-doped and (Cu, Pt)-doped high reliability gold wires were used to form wire bond interconn...
Cu-Al intermetallic compound (IMC) in Cu wire-Al bond pad bonding interface has been an area of inte...
Interface layers between reactive and energetic materials in nanolaminates or nanoenergetic material...
In high power automotive electronics copper wire bonding is regarded as most promising alternative f...
A detailed description of the Cu-Al wire bond interface is presented, which can possibly explain the...
In high power automotive electronics copper wire bonding is regarded as the most promising alternati...
A micromechanism of thermosonic gold wire bonding was elaborated by examining its interfacial ...
Using indentation testing, wire bond tests and electron microscopy, the influence of increased oxide...
Thermosonic Copper (Cu) wire interconnection has been under an extensive research and development to...
Interface evolution caused by thermal aging under different temperatures and durations was investiga...
We studied the influence of the architecture of Copper-Clad Aluminum (CCA) wires produced by cold-dr...
Thermosonic ball bonding is a key technology in electrical interconnections between an integrated ci...
[[abstract]]In integrated-circuit packages, wire-bonding techniques are the preferred methods for ma...
This paper describes the crystallochemical mechanisms that underpin the migration of nano-size alumi...
This letter examines void nucleation and coalescence in Au-Al wire bonds using high-resolution trans...
Palladium-doped and (Cu, Pt)-doped high reliability gold wires were used to form wire bond interconn...
Cu-Al intermetallic compound (IMC) in Cu wire-Al bond pad bonding interface has been an area of inte...
Interface layers between reactive and energetic materials in nanolaminates or nanoenergetic material...
In high power automotive electronics copper wire bonding is regarded as most promising alternative f...
A detailed description of the Cu-Al wire bond interface is presented, which can possibly explain the...
In high power automotive electronics copper wire bonding is regarded as the most promising alternati...
A micromechanism of thermosonic gold wire bonding was elaborated by examining its interfacial ...
Using indentation testing, wire bond tests and electron microscopy, the influence of increased oxide...