audio-technica 2.0m speaker cable AT-SC1000YY / 2.0 [2.0m]

Unleash the sound as it is. Ultimate natural sound 7N-ClassD, indispensable for high-end audio. U. C. C. and HYPEROFC hybrid conductors. 7N-Class D. U. C. C. (High-purity copper conductors for high-end audio cables, using the world's highest level of 7N class high-purity copper manufactured with raw materials and manufacturing methods that are quality controlled at a special level) and HYPEROFC (dip-forming manufacturing method in Japan) By using manufactured oxygen-free copper wire with a purity of 4N and combining the strength of annealed copper wire with wire drawing, high-resolution and wide-range sound is achieved, realizing the ultimate natural sound. The AT-ART1000 is optimally tuned, so you can experience a better audio space when used in combination. *"D.U.C.C." is a registered trademark of Mitsubishi Materials Corporation. Improving contact area, reducing contact resistance, and suppressing deterioration over time In the method of connecting conductors and terminals, there is a concern that the electrical contact area may become smaller in the case of plugs that fix the conductors with general set screws. The newly developed plug, which uses hexagonal crimping by cold pressure welding, maximizes the contact area and reduces contact resistance by crushing the conductor and terminal with high pressure. In addition, since the connection part is hard to come into contact with the air, aging deterioration of the conductor can be suppressed. It is processed by a press machine that can apply a force of 3 tons or more and by craftsmen who have the skill to operate it. Furthermore, the thick gold-plated terminals that ensure stable conductivity achieve high reliability and high sound quality. Fluororesin tape insulation with excellent electrical/mechanical performance Fluororesin tape boasts low relative dielectric constant and dielectric loss tangent, and boasts top-class electrical properties as an insulator. Minimize loss of signal energy. By directly spirally winding the conductor, the mechanical stress applied to the conductor is reduced compared to normal extrusion coating. Elastomer damping material is used for the internal coating to achieve clear sound image localization. While holding the cable firmly, it is supple and easy to handle, and eliminates sound turbidity. A 4-core star quad structure is adopted to achieve low inductance. Thoroughly suppresses external noise.