2842/7 YL001 Cables, Wires

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Single Conductor Cables (Hook-Up Wire) is a type of wiring that employs one electrically insulated conductor to carry out electrical signals from one point to another in a device or circuit. It is commonly used in communication wiring, such as in telephone and computer network cabling, though it can also be used in other applications, such as for electrical power cables. The 2842/7 YL001 is a single conductor cable commonly used for such applications.

The 2842/7 YL001 is made of highly insulated PVC and is designed to remain durable in tough installation conditions. Its outer diameter is 2.2mm and its core diameter is 1.0mm. The rated working voltage is 300V, and its temperature range is -20°C to +105°C. It has a very low capacitance of 4.5 pF/m and an inductance of one micro Henry/m. These features make it highly suitable for medium frequency signals that carry low power.

The 2842/7 YL001 has several different applications. It is suitable for connecting all types of electrical equipment, including computers, printers, lighting, and audio visual equipment. It can also be used for the internal wiring of transformers, rectifiers, and power supplies. Its protective capabilities make it an excellent choice for use in hazardous or dusty environments, such as on ships or on construction sites.

The 2842/7 YL001 is an efficient single conductor suitable for multiple uses. Its working principle is based on a single conductor carrying electricity in a single direction. It relies on a sheath of protective insulation to keep the electric current within the correct, predetermined limits. This insulation helps the cables perform well in different conditions, ensuring that the electricity reaches its destination safely.

The 2842/7 YL001 is an effective and reliable type of single conductor cable that performs reliably in a variety of applications. It is designed to remain durable and safe in environments where harsh conditions are present, making it an excellent choice for multiple uses. Its low capacitance and inductance make it suitable for transmitting low power signals at medium frequencies, making it suitable for sophisticated electronic communications.

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