Continuous air-filled cells in a PTFE sheath lower the dielectric constant to under 1.7 while maintaining mechanical strength and thermal resistance.
Integrated cable jacket chambers house flameproofing agents during extrusion, eliminating complex external coatings and simplifying manufacturing.
Strategic wire spacing prevents insulation compression during bending, maintaining reliability.
A distributed antenna along the cable enables reliable RFID communication without precise positioning, resolving signal reception issues during identification.
Distinctive reference marks on wiring members guide fixing member attachment orientation, preventing deviated mounting and twisting during vehicle assembly.
Cavities in separators and jackets contain aluminum trihydrate to limit flame propagation without increasing cable volume.
Replacing mechanical pumps with electrostatic ionic circulation resolves micro-scale heat removal limits while maintaining high efficiency.
Elastic latching elements enable quick rotation to lock cable structures, resolving rigidity constraints in telecom routing.
Integrating route regulation into a wire harness conductor structure eliminates retrofitted exterior members, reducing component count and manufacturing time.
Liquid heat exchangers cool the circulating air, resolving acoustic noise and electromagnetic interference trade-offs.
An elastic inner cylinder expands radially to seal gaps within a grommet fitting body.
Halogenated phthalate ester plasticizers lower dissipation factors below 0.01 while maintaining flexibility and fire resistance.
Modified polysiloxane forms a crusty layer on thermoplastic polyurethane to prevent molten dripping during fire exposure.
A vehicle composite cable design uses power wires to separate twisted pair signal lines within a shared sheath, suppressing crosstalk without individual shield conductors.
A polymer composition with controlled nanoparticle spacing reduces electrical conductivity in high voltage insulation.
Fluid-filled channels in a central member conduct heat away from twisted pairs, reducing temperature fluctuations near electronic equipment.
A wire harness bundles conductive wiring with a second material containing an internal flow passage for liquid circulation.
Flat conductors link series relays to a PCB, merging electrical paths with thermal conduction to dissipate heat from high power losses.
A wound wire ground pin connects the shield conductor to reduce thermal damage and enable smaller ground pads for higher package density.