in-akustik In-akustik Premium II Stereo Audio Cable 0.75 m

in-akustik Premium Stereo Audio Cable Double Shielding The double shielding, consisting of a foil screen and a very dense braided shield, reduces external electromagnetic interference emitted by mobile phones or radio receivers to a minimum. This allows unhindered transport of sensitive signals. Gold-plated contacts Thanks to the 24 carat gold-plated contacts on the plug, contact resistance is significantly reduced and optimally transported. The electrical connection of plugs is achieved by simply touching contact surfaces. The quality of this connection is expressed in the so-called transition resistance. Poor contact points have a high contact resistance and thus cause high signal loss. Special surface finishes such as gold plating reduce the contact resistance and improve contact and thus the transmission quality. High-purity OFC copper. The use of high-purity OFC copper (oxygen-free copper = oxygen-free copper) as conductor material, guarantees a homogeneous and clean signal flow. There are considerable differences in quality regarding the copper, in terms of purity. This is how standard cables are made of oxygenated copper. For many purposes, this is also sufficient. However, HiFi and video connections require much finer qualities as oxygenated copper oxidises over time. This phenomenon can also be observed, for example, in gutters made of copper, which grey after some time. In addition, the so-called conductivity is impaired. As the cars drive on a highway, the signals flow in the copper. Impurities and an inhomogeneous crystalline structure, such as poor road conditions and construction sites, hinder the signal flow. In the case of impurities in the copper one speaks of so-called The more interference points are in a conductor, the worse the signal transport. A construction site on the motorway, for example, not only hinders traffic directly at the construction site itself, but causes backflow. Similarly, copper. A single foreign atom braces the crystal structure over wide areas and deteriorates the conductivity and thus the signal flow. To prevent this, this in-acoustic cable uses only high-purity, almost oxygen-free OFC copper. Designed by in-akustik This in-akustik cable was designed in the in-house product development department at the company's headquarters in Ballrechten-Dottingen with regard to cable construction, cable architecture, material use and plug processing. It is therefore a real in-acoustic cable due to the individual design and technical parameters. in-akustik product developer Holger Wachsmann: Lazy magic is not our thing. Physics already. Anyone who masters their laws and knows what can be done with the right materials and outstanding cable architecture achieves results that are measurably better. RoHs compliant. This cable complies with strict RoHS guidelines. RoHS (Restriction of certain Hazardous Substances) is an EU directive (2002/95/EC) with the aim of reducing substances harmful to health and the environment in electronic devices.