Explore bio-based flexible PCBs as a sustainable solution in electronics. Learn about biodegradable substrates, their benefits, and how they reduce environmental impact in circuit board design.
Learn how to address Rogers PCB manufacturing challenges by identifying the causes of delamination, copper adhesion issues and drilling defects while applying proven process improvements to enhance yield and high-frequency performance.
Delve into mouse bites in PCB design—their purpose, benefits for panelization, and how they compare to V-scoring for board separation and cost efficiency.
Learn best practices for prepreg storage in PCB manufacturing, including temperature, humidity, and shelf life, to prevent defects like delamination and ensure high-quality circuit boards.
Understand the differences between 1oz and 2oz copper in PCB design, including current capacity, thermal management, and cost implications, to make informed engineering decisions.
Understand solder joint voids in PCBs, including their causes, detection methods like X-ray inspection, and effective prevention strategies for robust electronic assemblies.
Electrical engineers can master PCB edge plating for enhanced EMC, grounding, and thermal management. Learn design rules, specifications, and best practices.
Essential insights for electronics engineers on REACH compliance in PCB design. Learn about restricted substances, the "certification" process, and material choices to ensure your PCBs meet EU regulations.
Discover effective solutions for common PCB gold finger issues like peeling, corrosion, and adhesion to ensure reliable, high-quality circuit board connections.
Discover strategies for breakaway tab stress analysis and PCB depanelization stress reduction to protect components and ensure board integrity during manufacturing.
Learn how to fine-tune laser drilling parameters for FR-4, Rogers, ceramic, PTFE, and metal core PCBs to achieve superior hole quality and manufacturing precision.
Explore essential AOI lighting techniques, types, and angles to optimize defect detection and enhance PCB inspection accuracy in manufacturing.
