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Wire bonding of Au-coated Ag wire: Bondwire properties, bondability and IMCs formation

机译:镀金银线的焊线:焊线性能,可焊性和IMC的形成

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We recently developed cost effective and highly stable bond wire and more corrosion-resistant than that of conventional Ag base wire. An efficient and environmental-friendly method, featuring a non-cyanide Au plating process was made for Au-coated Ag wire. Therefore, it can serve as feasible Au or PCC wires alternatives for the next generation. ACA wire has several advantages including excellent conductivity. This new Ag wire can meet reliability standards of wire bonding. The proposed ACA wire was studied to ensure compatibility with electrical properties; characterization of IMCs. The results show that electrical properties at high temperature manifest that the ACA wire maintains superior electrical resistance. Interfacial IMC grew AgAl and AuAl from Ag-Au ball and Al pad after aging for 500h at 175 degrees C. ACA wire formed by the non-cyanide plating method has wide application prospects in IC packaging processes.
机译:最近,我们开发了具有成本效益且高度稳定的键合线,并且比传统的Ag基导线更耐腐蚀。针对镀金的银线,提出了一种高效且环保的方法,其特征在于采用了无氰镀金工艺。因此,它可以作为下一代可行的Au或PCC焊丝替代品。 ACA导线具有许多优点,包括出色的导电性。这种新的银线可以满足引线键合的可靠性标准。对建议的ACA导线进行了研究,以确保与电气性能兼容。 IMC的特性。结果表明,高温下的电性能表明ACA线保持了优异的电阻。界面IMC在175摄氏度下老化500h后,从Ag-Au球和Al焊盘中生长出AgAl和AuAl。通过非氰化物电镀法形成的ACA线在IC封装工艺中具有广阔的应用前景。

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