BGA soldering

Best Practices for Optimizing PCB Layout and Design

The article discusses the critical role of PCB layout in design quality, highlighting the time-intensive process and various considerations, such as component placement, signal integrity, and noise management, while also addressing challenges in improving BGA soldering, particularly for flexible and thin PCBs, and a new adhesive solution that enhances soldering yield.

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Defects in Reflow Soldering and BGA Package Circuits

Emergency methods for addressing BGA integrated circuit soldering issues include using solder paste to enhance solder ball adhesion, employing a hot air gun to heat the chip evenly, and applying moderate pressure to ensure proper contact between the solder balls and the PCB. These methods are crucial for effective repair under non-professional conditions.

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Significance of X-Ray Quality Inspection Post-SMT Assembly Body

X-ray technology revolutionizes quality control in electronics, surpassing manual inspection with over 15% increased accuracy and 50% higher efficiency, enabling comprehensive scanning of solder joints and other components for flaw detection and quality enhancement.

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