Network transformers, electronic components, act as a bridge between input and output signals and ensure electrical continuity between them. It is mainly responsible for important tasks such as signal transmission, impedance matching, waveform repair, signal clutter suppression, and high-voltage isolation. According to the different use environment, the network transformer needs to be dispensed and potted to achieve insulation, anti-static, moisture-proof, waterproof, dustproof, good bonding performance, shockproof and other functions. The commonly used glue is epoxy resin potting AB glue, which is used in a ratio of 5:1.
However, in the production process, many problems will be encountered, so what are the factors that affect the dispensing qualification rate of artificial network transformers?Today, let me break it down for you:
1.The glue is not dry: if the ratio of AB glue is not accurate, it may not be able to cure normally after the glue is discharged, which will greatly affect the pass rate of dispensing;
2.Glue delamination: If the AB glue is delaminated, the filler will produce precipitation, which will also affect the pass rate of dispensing;
3.Glue bubbles: If there are bubbles in the glue, the bubbles will remain in the glue after mixing the glue, resulting in the dispensing can not be full, which seriously affects the dispensing pass rate
4.There are bubbles in the glue filling of the product: due to the problem of the product structure, the air can not be discharged in time after the glue is pointed, and bubbles will also be generated
5.Glue output: If the glue output is not carried out in accordance with the process requirements, it will also affect the pass rate of dispensing.
The above is my brief overview of the ways that affect the dispensing pass rate of transformers in artificial networks. If you want to know more, you can search"Pinsu AB dispenser