If you are a PCB manufacturer and assembler concerned about the quality of your circuit boards, you must ask your personnel to visit a prominent PCB Repair Training center.
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Does your profession involve the manufacturing of printed circuit boards, electronic assemblies, or other similar components? If yes, then you must respect Murphy's law. Do you want to know what it says? According to Murphy's law, anything that can go wrong has a higher chance of going wrong in the future. The case with your printed circuit boards is no different. It has to pass through unbelievably high temperatures and other intense processes when you manufacture, repair, or rework PCBs. It is the main reason it develops higher chances to become faulty. But do you know a way to reduce the production of defective PCBs and minimize frequent repairs? You can send your technicians to the PCB repair training center. Once you have enrolled them in the IPC J-STD-001 certification program at a leading Georgia Solder Training Center, they will gain deep knowledge about "Requirements for Soldered Electrical and Electronic Assemblies."
With that discussed, now let's take a deep dive into three critical reasons for PCB damage:
1. Missing solder masks
Do you know what a solder mask is? The solder mask is a thin polymer cover that protects the copper traces of your printed circuit boards from corrosion and oxidation. In certain conditions, it also prevents solder bridging. If you don't know what solder bridging means, we must make you enlightened that it's the combination of two solder balls that occurs when there is no barrier between solder joints or other conductive elements of the circuit board. By the way, if you want your operators to know how to apply solder masks to soldered joints correctly on PCBs, they must visit the Georgia Solder Training center.
Keep in mind that the chances are high that your laptop, tablet, mobile phone, or whatever display-related item you manufacture could start malfunctioning if its PCB doesn't contain solder masks. The absence of solder masks could lead to short circuits. So, to make your employees learn the proper soldering and masking technique, you must team up with an IPC-certified PCB repair training center.
2. Poor manufacturing practices
Another reason why your printed circuit boards may develop issues is the adoption of incorrect soldering techniques. If your workers don't apply the solder on joints correctly, it may make the PCB components insecure, and the connection issues will develop for sure down the line.
For instance, when your technicians solder the surface-mounted components on the printed circuit boards, they need to heat them properly. If they don't heat the solder well, cold soldering will occur, and moisture may affect the whole process. It might cause connection failure and fire hazards as time will pass.
3. Environmental factors
Can you imagine that PCBs could weirdly react if they get exposed to harsh environmental elements like dust or moisture? It happens mostly in manufacturing plants that could affect the structural integrity of the printed circuit boards, and all the existing soldering joints could get dismantled. In addition to that, corrosion could also emerge if your PCBs get exposed to excessive moisture.
Last thoughts
We hope you know why you should partner with cutting-edge solder training companies if your occupational world involves making PCB-powered electronic components. If you would like to discuss the details about the IPC J-STD-001 certification program before your staff enrolls in it, make a call to the top-notch solder training center in Georgia.
