Air pressure spot coating soldering paste for connector
A connector and solder paste technology, which is applied in the direction of welding medium, welding equipment, welding/cutting medium/material, etc., can solve the problems of no connector, decline in thermal collapse resistance, and ordinary solder paste cannot meet performance requirements, etc., to achieve The effect of cost saving, smooth use, and excellent welding performance requirements
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Embodiment 1
[0025] First configure the soldering paste A according to the following ratio, and then stir the alloy powder and the soldering paste A in a certain ratio to make them evenly mixed to obtain the finished product, put the prepared product in the syringe, and use the air pressure point Coating method Test the prepared product to observe its flow performance after long-term use; at the same time, take part of the solder paste and print it on the PCB board and place it in a 180-degree oven for about 5 minutes to observe whether the solder paste collapses or deforms.
[0026] 1. Composition of solder paste A
[0027] Polyisobutylene 8%
[0028] Di(benzylidene)sorbitol 0.5%
[0029] Water white rosin 25%
[0030] Polymerized Rosin 25%
[0031] Succinic Acid 7%
[0032] Triethanolamine 7%
[0033] Ethylene glycol 7%
[0034] Triethylene Glycol 15%
[0035] Dehydrated Castor Oil Fatty Acid 2%
[0036] L-Ascorbyl Palmitate 3%
[0037] 2. Composition of solder paste
[0038] S...
Embodiment 2
[0042] First configure soldering paste B according to the following ratio, and then stir the alloy powder and soldering paste B in a certain ratio to make them evenly mixed to obtain a finished product, put the prepared product in a syringe, and use air pressure point Coating method Test the prepared product to observe its flow performance after long-term use; at the same time, take part of the solder paste and print it on the PCB board and place it in a 180-degree oven for about 5 minutes to observe whether the solder paste collapses or deforms.
[0043] 1. Composition of solder paste B
[0044] Polyglycol 12%
[0045] Bis(p-methyl-dibenzylidene sorbitol) 1%
[0046] Hydrogenated Rosin 14%
[0047] Gum Rosin 20%
[0048] Citric Acid 5%
[0049] Monoethanolamine 10%
[0050] Ethylene glycol 20%
[0051] Glycerol 10%
[0052] Ricinoleic Acid 3%
[0053] L-Ascorbyl Palmitate 5%
[0054] 2. Composition of solder paste
[0055] Solder Paste B 14%
[0056] Alloy powder S...
Embodiment 3
[0059] First configure the soldering paste C according to the following ratio, and then stir the alloy powder and the soldering paste C in a certain ratio to make them evenly mixed to obtain the finished product, put the prepared product in the syringe, and use air pressure point Coating method Test the prepared product to observe its flow performance after long-term use; at the same time, take part of the solder paste and print it on the PCB board and place it in a 180-degree oven for about 5 minutes to observe whether the solder paste collapses or deforms.
[0060] 1. Composition and mass percentage of solder paste C
[0061] Silicone oil 10%
[0062] Di(benzylidene)sorbitol 0.1%
[0063] Polymerized Rosin 14.9%
[0064] Disproportionated Rosin 30%
[0065] Oleic Acid 4%
[0066] Monoethanolamine 6%
[0067] Ethylene glycol 20%
[0068] Glycerol 15%
[0069] Lauryl Hydroxystearic Acid 2.5%
[0070] L-Ascorbyl Palmitate 2%
[0071] 2. Composition of solder paste
[...
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