Article & Blog

Selecting the correct glue for PCBs is crucial for electronics reliability. This guide explores epoxies, silicones, and urethanes, detailing their applications, benefits, and removal techniques

Master PCB drilling fundamentals to prevent defects like smear or wander and ensure signal integrity. Key rules include annular rings, controlled aspect ratios, maximizing hole

SMD explained: Surface-Mount Devices dominate. Master PCB stencils—framed vs. frameless types, aperture design rules (area/aspect ratios), and cost factors. Optimize solder paste application.

Prevent PCB moisture damage & corrosion with the right conformal coating. Compare acrylic, silicone, urethane, epoxy types, application methods, reliability tests, and cost-saving strategies.

PCB X-ray inspection finds hidden solder voids, cracks & misalignments others miss, preventing recalls. Match 2D/3D/CT to your board type & budget. Essential for quality.

Silkscreen printing labels PCB components for error-free assembly & repair. Explore types (manual, LPI, direct), design rules, and cost-saving strategies to optimize manufacturing efficiency.

Polyimide PCBs solve extreme-heat/flex challenges in aerospace, medical tech & automotive. Learn types, reliability testing, & cost-saving strategies for demanding applications.

Microvia PCBs cost more from laser drilling and multiple laminations, increasing scrap rates. Master design rules to avoid failures. Microwave PCBs demand Rogers materials for

Rogers PCBs cost 3-8x more than FR-4 due to advanced materials (RO4000®/RT/duroid®), strict impedance control (±5%), and specialized testing. Select suppliers with HF expertise to

Learn top PCB shielding materials (copper, aluminum, alloys), shield types (cans, coatings, tapes), critical design rules, & EMI testing methods to block interference effectively.