Flex PCB Design: Bend Radius, Stackup & Reliability
Flex PCB design succeeds when bend radius, copper geometry and stackup are treated as one mechanical system rather than separate
SMT vs Through-Hole: Surface Mount vs THT Assembly
Surface mount technology (SMT) places components directly onto PCB pads, while through-hole technology (THT) inserts leads through drilled holes before
Life-Safety & Fire Alarm PCB Manufacturing Guide
Life-safety and fire alarm PCB manufacturing puts manufacturing discipline, repeatability and traceability ahead of unnecessary board density. RLX Solutions, a
High-Tg PCB: Tg Ratings, FR-4 & Material Selection
A high-Tg PCB uses laminate with a higher glass transition temperature so the board retains dimensional and mechanical stability through
Creepage vs Clearance in PCB Design
Creepage is the shortest path between conductors along an insulating surface, while clearance is the shortest distance through air. PCB
Through-Hole PCB Assembly & Soldering Explained
Through-hole PCB assembly mounts component leads through drilled holes in a printed circuit board, then solders those leads to create
Via-in-Pad PCB: VIPPO, Filled Vias & BGA Applications
Via-in-pad places a via directly inside a component pad to shorten routing and create escape paths where conventional dog-bone fanout
Drone & UAV PCB Design and Manufacturing Guide
Drone and unmanned aerial vehicle (UAV) PCB design has to balance mass, board area, power delivery, radio-frequency performance, thermal load
PCB Ground Plane Design: Grounding Rules & Common Mistakes
PCB ground plane design is primarily a return-path problem: keep the reference plane continuous, keep return current close to its
Prototype PCB Assembly: From First Build to Production
Prototype PCB assembly should prove that a circuit board can be built, inspected, tested and repeated, not simply that one