Vertical distribution bars mount power switches to utilize wasted volume, resolving the contradiction between board area limits and system space constraints.
A compact electric connection box positions a connector beside the circuit board to minimize dead space and reduce overall height.
A wiring substrate uses sputtered seed layers on resin insulating layers containing inorganic particles to form conductive vias.
Distributed microparticles in resin layers replace glass fibers to maintain mechanical strength while matching dielectric constants.
Exposed corner pads and covered inner pads distribute thermal stress during substrate bonding, preventing bond fractures.
A crystalline epoxy resin compound with inorganic filler forms an insulating layer on a metal plate.
Buried side-surface contact taps on a printed circuit board reduce insertion stress and contamination risks while enabling higher pin density in memory modules.
A communications module design places a heat sink directly against a communication unit via a thermally conductive member to optimize thermal management.
Multi-layer micro-wire structures integrate conductive metal wires within transparent polymer substrates to form hybrid electrode assemblies.
Segmenting the non-display area protects wiring durability while a protective film secures the chassis member for easy reassembly.
A protective conductor track merges with existing layers to discharge electrostatic charges, preventing voltage flashover damage during roll-to-roll production.
A prepreg composition combines cyanate ester resin with boehmite and silicone powder to deliver high flame resistance.
A printed circuit board embeds metal bumps in a core layer with an open solder resist pattern to fill void spaces.
Through holes along mounting board edges reduce dicing blade impact, preventing breakage of thin flexible circuit boards during singulation.
A resin composition using a polyolefin prepolymer and vinyl thermosetting polyphenylene ether forms a cross-linked network structure.
A laminate uses distinct glass fiber layers to balance rigidity and thermal stability.
Variable thickness dielectric layers provide electrical isolation between conductors based on local voltage stress, reducing assembly thickness and weight.
A mezzanine connector unifies side-by-side wafers with opposite mounting tails for direct circuit board attachment.