The main causes of PCB soldering defects are poor solderability of PCB holes, warpage during soldering, and improper PCB design, all of which can lead to issues like unstable connections, cold joints, or poor solder quality.
PCB welding defects can arise from poor solderability, warpage during soldering due to temperature imbalances, inadequate PCB design for heat dissipation and impedance management, and improper handling practices, especially with larger boards and sensitive components.
What are the risks associated with handling a PCB board with one hand? Read More »
Operational guidelines for PCBA processing emphasize cleanliness, proper handling, and equipment maintenance to ensure quality and minimize risks.
What are the operational guidelines for PCBA processing? Read More »
PCB, or printed circuit board, is crucial in electronics and requires meticulous management during production to avoid defects; inspection and testing are essential to ensure quality, addressing common issues such as delamination, poor solderability, bending, impedance variations, and the Avani effect, while multilayer PCBs are increasingly used for complex electronics.
Common Defects and Manufacturing Processes in Multilayer PCBs Read More »
The text discusses the evolution and current state of PCB surface treatment technologies, highlighting the limitations of traditional methods, advancements in organic solder masks, and the characteristics of various copper protection agents.
Our experience lies in creating multiple-layer, flexible circuits and rigid-flex PCBs HDI PCBs as well as Rogers PCBs.
We have a great track record in fast-turnaround prototyping of PCBs, and excel at managing challenging projects as a strength.