OYAIDE / HPSC-63/2.5

Variations

This headphone cable uses ""Precision Conductor 102 SSC"" instead of the previous model's PCOCC-A conductor. The conductor configuration is a 7/7/0.089 twisted rope with excellent bending resistance, and its thickness is a generous 0.3 square. From delicate high frequencies to powerful low frequencies, delicate headphone output is transmitted smoothly and faithfully.

■ Compatible with 3.5mm stereo mini detachable connectors.
■ TRS phone - 3.5mm stereo mini connector
■ The cable conductors use ""Precision Conductor 102 SSC"" instead of the previous model's PCOCC-A conductor. The conductor configuration is a 7/7/0.089 twisted rope with a generous 0.3mm thickness, providing excellent flexibility. It faithfully transmits delicate headphone output, from delicate high frequencies to powerful low frequencies.
■ The shield uses a highly flexible spiral shield and ""silk interposition"" for cushioning and static electricity suppression. The cable exterior also uses a ""silk jacket"" to significantly reduce touch noise without sacrificing flexibility.
■ The interposition uses 100% pure silk filament, which has low capacitance and does not generate static electricity.
■ The metal material is brass, which complies with the European RoHS Directive. The contact points are plated with 1.5μ of silver, and the surface is plated with 0.3μ of rhodium. This prevents corrosion of the contacts and contributes to improved transmission characteristics.
■ The wiring is soldered using Oyaide Electric's original audio-specific solder, ""SS-47."" ""SS-47"" is made with high-purity tin of over 99.993% (4N), with the tin blended to improve conductivity and prevent solder erosion.

■ Cable: HPSC-22W
■ TRS phone - 3.5mm stereo mini
■ Conductor: 102 SSC 0.3sq (7/7/0.089) x 2
■ Insulator: TPE (olefin elastomer)
■ Filler: Pure silk filament
■ Shield: 102 SSC horizontally wound shield (58/0.089)
■ Outer layer: Pure silk filament braid
■ Cable outer diameter: 4.0mm
■ Electrical characteristics: Conductor resistance: max. 67.9 [Ω/km]