Gold-silver-palladium alloy single-crystal bonding wire and manufacturing method thereof
A palladium alloy, bonding wire technology, applied in semiconductor/solid-state device manufacturing, circuits, electric solid-state devices, etc., can solve the problems of high production cost, drawing and disconnection, poor high temperature stability, etc., and achieve stable and reliable performance and production. High cost and low price effect
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Embodiment 1
[0018] The present invention is achieved in this way, a gold-silver-palladium alloy single-crystal bonding wire with high-purity silver as the main material, and the material constituting the bonding wire is composed of the following raw materials by weight: gold (Au) accounts for 0.8%, palladium ( Pd) accounts for 0.04%, europium (Eu) accounts for 0.002%, lanthanum (La) accounts for 0.001%, silver (Ag) accounts for 99.157%; the purity of gold is required to be greater than 99.99%, the purity of silver is greater than 99.9999%, and the purity of palladium is greater than 99.999 %, the purity of europium is greater than 99.9%, and the purity of lanthanum is greater than 99.5%.
[0019] The manufacturing process steps and method of the gold-silver-palladium alloy single crystal bonding wire are as follows:
[0020] ① Extracting high-purity silver: Immerse No. 1 silver (IC-Ag99.99) as the anode into the electrolyte, and use the high-purity silver foil as the cathode to immerse in...
Embodiment 2
[0031] A gold-silver-palladium alloy single-crystal bonding wire with high-purity silver as the main material, the material of the bonding wire is composed of the following raw materials by weight: gold (Au) accounts for 1.2%, palladium (Pd) accounts for 0.08%, europium (Eu) accounts for 0.004%, lanthanum (La) accounts for 0.003%, and silver (Ag) accounts for 98.713%; the purity of gold is required to be greater than 99.99%, the purity of silver is greater than 99.9999%, the purity of palladium is greater than 99.999%, and the purity of europium is greater than 99.9 %, the purity of lanthanum is greater than 99.5%.
[0032] The manufacturing process steps and method of the gold-silver-palladium alloy single crystal bonding wire are as follows:
[0033] ① Extracting high-purity silver: Immerse No. 1 silver (IC-Ag99.99) as the anode into the electrolyte, and use the high-purity silver foil as the cathode to immerse into the electrolyte; input 9V, 3.5A direct current between the ...
Embodiment 3
[0043]A gold-silver-palladium alloy single-crystal bonding wire with high-purity silver as the main material, the material forming the bonding wire is composed of the following raw materials by weight: gold (Au) accounts for 1.0%, palladium (Pd) accounts for 0.06%, europium (Eu) accounts for 0.003%, lanthanum (La) accounts for 0.002%, and silver (Ag) accounts for 98.935%. The purity of gold is required to be greater than 99.99%, the purity of silver is greater than 99.9999%, the purity of palladium is greater than 99.999%, the purity of europium is greater than 99.9%, and the purity of lanthanum is greater than 99.5%.
[0044] The manufacturing process steps and method of the gold-silver-palladium alloy single crystal bonding wire are as follows:
[0045] ① Extracting high-purity silver: Immerse No. 1 silver (IC-Ag99.99) as the anode into the electrolyte, and use the high-purity silver foil as the cathode to immerse into the electrolyte; input 8V, 3.0A direct current between t...
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