969M101-10-1-050

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Single conductor cables, also known as hook-up wire, are those that carry only one electrical signal through a single conductor. The most commonly used ones are solid or stranded copper wires that come in a variety of sizes and insulation materials. Examples of other materials used for single conductor cables include tinned, silver-plated and other metal-coated wires, as well as fiber-optic cables.

One example of a single conductor cable is the 969M101-10-1-050. This cable has a tinned copper conductor of 0.5 mm in diameter and is designed for the use in electric wiring and telecommunication applications. The cable also has a double shielding of tinned copper braid and foil and is covered by an insulation of polypropylene. The insulation is Rated Flame Retardant according to UL AWR 1040/VW-1.

Generally, the purpose of a single conductor cable is to transfer electrical signals efficiently and accurately from one point to another. This makes them useful both for transmitting audio and video signals, as well as for transmitting data signals. Single conductor cables are particularly useful for short-range connections such as those from a DVD player to a television, or from a digital music player to a speaker system.

When selecting single conductor cables for electrical wiring or telecommunication purposes, it is important to consider the quality of the materials used and the type of insulation. For example, the 969M101-10-1-050 cable is UL Listed and CSA certified, so it is suitable for use in areas where the voltage and current levels may be higher than normal. Furthermore, the cable\'s insulation material offers exceptional flame retardance and resistance to oil and chemicals.

The working principle of single conductor cables is based on the principle of electrical conduction. Electrical conduction occurs when electricity flows through a conductor, such as a wire. This motion of charge is caused by the exchange of energy between the conductor and the surrounding environment through an electric field. In the case of a single conductor cable, the electric field is generated between the copper core of the cable and the surrounding insulation material.

The electric field generated by a single conductor cable has a number of important effects. For example, it can reduce noise and signal interference from external sources. It also allows electricity to flow in one direction only, ensuring accurate and reliable signal transmission. Finally, the electric field helps the cable adhere to electromagnetic compatibility (EMC) regulations. This ensures that the electrical energy traveling through the cable does not interfere with other electronic devices.

Single conductor cables are widely used in telecommunication, medical and industrial applications. In particular, they are used for data and signal transmission in data centres, computer networks, and telecommunication networks. Additionally, they can also be used for providing power in devices such as televisions, laptops, and smartphones for charging or other purposes.

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