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This study delineates the conceptualization of a machine vision-based defect inspection model, meticulously engineered to confront the intricacies of high-throughput PCB assembly. Production Floor
To investigate corrosion problems in electronic products for server applications, mixed flowing gas (MFG) is widely used as an accelerated testing method. Analysis Lab
This paper presents a Decision Tree based Machine Learning to streamline server testing and debugging processes within large-scale PCB manufacturing. Production Floor
This paper outlines several mitigation strategies for minimizing radiation dosage during X-ray inspections, particularly in the context of printed circuit boards (PCBs). One key observation is that the PCB itself acts as an effective shield, significantly reducing radiation exposure. Analysis Lab
This paper introduces enhancing the quality of electronic component assembly through real-time, inline inspection utilizing AI-powered deep learning techniques. Production Floor
This paper provides an overview of some of the latest technical developments in the X-ray inspection technology for the electronics industry. Production Floor
The reliability of castellated vias as a rigid-flex interconnection method is evaluated. This is split into metallurgical aging of joints and investigating mechanical robustness/integrity. Analysis Lab
The massive amount of measurements and qualitative information provided by CT-Xray systems can now enable more inspections to be easily automated, ultimately reducing the burden on engineers. With access to this impressive technology, tighter processing parameters can be maintained to ultimately ensure higher quality electronic products for a variety of markets. Analysis Lab
By implementing and automated THT AOI solution, first pass yields improve due to standardized consistent inspection results, increased margins by reducing labor for inspection and rework, production optimization and traceability data is automatically generated for analysis in real time. Analysis Lab
An increasing of electrical shorts reported in several testers was noticed. Initially, it was found than more of the 80% of the shorts corresponding to thin metal flakes/splashes. Analysis Lab |
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