Lowering tube pressure brings the harness sheath into close contact with wires, cutting air insulation and improving heat dissipation.
Segmented dummy lines and tuned separation widths improve display antenna transmittance while reducing moiré and signal interference.
High-silica fiberglass yarn maintains conductor spacing and RF transmission in radiating coaxial cable during 1010°C fire exposure.
Varying insulating filament spacing lets a fixing member press conductive filaments firmly, improving wire harness shield connection stability.
A slack conductor inside a synthetic strength-member cable withstands surging tension while reducing weight, EMI, and handling damage.