Ball Grid Array

The rationale for blocking the vias on the PCB board.

The evolving production process for printed circuit boards (PCBs) and the importance of via hole plugging to meet increasing demands in surface mount technology (SMT) and ball grid array (BGA) assemblies, detailing various methods for plugging via holes to prevent issues such as solder short circuits, flux residue, and false soldering during wave soldering, with a focus on maintaining technical accuracy and quality control throughout the process.

The rationale for blocking the vias on the PCB board. Read More »

The rationale for blocking the vias on the PCB board.

The evolving production process for printed circuit boards (PCBs) and the importance of via hole plugging to meet increasing demands in surface mount technology (SMT) and ball grid array (BGA) assemblies, detailing various methods for plugging via holes to prevent issues such as solder short circuits, flux residue, and false soldering during wave soldering, with a focus on maintaining technical accuracy and quality control throughout the process.

The rationale for blocking the vias on the PCB board. Read More »

Factors Influencing BGA Soldering Quality

The emergence of Ball Grid Array (BGA) packaging, with solder balls replacing pins, revolutionizes electronic assembly, offering versatility and overcoming limitations of traditional packages like Quad Flat Packages (QFP), leading to derivative packages like Chip Scale Packaging (CSP). BGA assembly involves considerations such as pad design, solder paste printing, alignment accuracy, temperature profile, and defect prevention. Prioritizing CAD tracking feasibility and PCB manufacturability, BGA pad design aims to minimize soldering defects and accommodate future rework, with types like dog-bone pads requiring careful sizing to avoid manufacturing issues like solder bridging.

Factors Influencing BGA Soldering Quality Read More »

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