Category: Design

Learn what a flying lead flex PCB is, how it exposes copper from both sides, and where it is used in HDI flex circuits, TAB bonding, and compact electronics.

Learn how consumer electronics rigid-flex PCB design balances high density, thin construction, manufacturability, and low cost for volume production.

Learn how HDI rigid-flex PCB technology helps medical and industrial electronics achieve higher density, smaller size, and reliable long-term performance.

Learn when a bookbinder rigid-flex PCB improves short bend reliability, reduces wrinkling, and outperforms equal-length flex layer designs.

Learn how to design reliable rigid-flex PCB bend areas with practical bend radius guidelines, transition zone rules, and layout tips for static and dynamic flexing. Discover how materials, routing, vias, and fabrication choices affect bend-zone reliability and flex life.

Rigid-flex PCB design guidelines to prevent bend-area cracks. Learn bend radius calculation, via placement, trace routing, and copper design tips.

Learn how to design a rigid-flex PCB stackup for 4- and 6-layer builds, with material and transition-zone tips for flexibility and manufacturability.