Article & Blog

Prevent PCB overheating: choose heatsinks by material/geometry, secure with screws/clips/adhesive, add thermal vias, and avoid TIM failures or loose mounting for reliable thermal management.

Master rigid PCB durability, cost-saving design strategies, material choices & signal integrity for high-speed applications. Choose wisely vs. rigid-flex PCBs.

Choose PCB copper weight wisely: use 1-3oz for standard boards, 4-12oz heavy copper for high-power/heat, and 12-20oz for extreme applications. Design tips included.

Aluminum PCBs offer 10x faster thermal conductivity than FR4. Essential for power electronics like LEDs, amplifiers & automotive apps despite higher costs. Solve overheating.

Discover how PCB X-ray inspection exposes hidden defects in BGAs/multilayer boards. Essential for medical/aerospace quality control. Learn specs & defect analysis.

Understand PCB core (rigid copper backbone) vs. prepreg (bonding adhesive). Correct prepreg selection prevents delamination, signal loss, and thermal failures in multilayer boards.

Compare top PCB tools: Altium for complex designs, Eagle for teams/hobbyists, KiCad for free open-source. Avoid AutoCAD for electronics. Cloud collaboration tips & cost analysis

Master PCB drilling reliability by optimizing parameters, preventing defects like resin smear, and choosing mechanical/laser drilling based on hole specs for signal integrity.

Prevent PCB antenna failures: optimize clearance, ground planes & simulations. Match antenna types to frequency, space & cost. Validate designs for robust wireless performance.

Medical PCB certifications (ISO 13485/IEC 60601) ensure safety. Strategies cut costs without sacrificing quality. Vetting suppliers is critical. Biodegradable/AI PCBs are the future. Patient safety