A single flexible substrate with dual-sided wiring and dummy patterns mounts different chips while cutting thickness and avoiding adhesive-layer failures.
A folded PCB connector insert transfers plug forces to the housing while enabling reliable power, signal transmission, and plug recognition.
Phenolic hydroxyl polyurethane and silver filler keep printed stretchable wires conductive through repeated elongation and shrinkage.
A folded multilayer PCB socket insert transfers insertion forces to the housing while combining power, signal, plug detection, and NFC functions.
Straight main and sub FPCB sections join into I, T, or E layouts, cutting battery module scrap and material cost from shaped board stamping.
Stacked conductive vias block stress at the rigid-flex interface, improving bend endurance, breakage resistance, and heat dissipation.
A metal wire paired with a conductive elastic structure distributes stretching stress to prevent damage and short circuits in flexible electronics.
A rigid-flex image sensor assembly replaces reflow pallets and ZIF-only layouts to cut manufacturing cost, simplify testing, and improve heat dissipation.
A compliant RDL over molded dies and a notch between them enable thin fan-out packages to flex for 3D integration without flexible substrates.
A bent rigid-flex PCB uses recess-based fixing to press a vehicle window sensor against glass while adapting to different sensor-to-window distances.