CT2881-2-10

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Single conductor cables (hook-up wire) are commonly used in electrical and electronic applications as a means of carrying electrical current. Such cables have a single insulated conductor that can be used to connect components in a system, such as between a battery and a motor. The CT2881-2-10 is a type of single conductor cable that has specific application fields and working principles.

Primarily, the CT2881-2-10 is used in aircraft cabling and other airspace systems. It is approved for use by the Department of Defense and Military Specification MIL-C-27500. The cable\'s construction is designed to provide flexibility and high dielectric strength, making it ideal for aviation applications. Its characteristics make it suitable for use in areas where vibration and movement may be present.

The CT2881-2-10 is composed of a single insulated conductor that has a temperature rating of 105 degrees Celsius. The material used in the construction of the conductor is a tin-plated copper and the insulation is composed of a polymer polyimide film with a fluorinated ethylene-propylene (FEP) jacket. The jacket is configured in a round shape and is designed to protect the insulation and conductor from any adverse environmental conditions that may be present. This construction ensures that the cable is not only safe for use in aviation systems, but also durable and reliable.

The working principle of the CT2881-2-10 is simple. The insulated conductor carries electrical current from one component to another. The insulation material used in the construction of the cable protects the conductor from any potential short circuits or currents that may occur. The cable is also designed to be flexible and able to withstand vibration and movement.

In conclusion, the CT2881-2-10 is a type of single conductor cable that is ideal for use in aircraft cabling and military/aerospace applications. Its construction is designed to provide flexibility and high dielectric strength that makes it suitable for use in areas that may experience vibration and movement. The working principle of the cable is simply to provide a safe and reliable means of carrying electrical current from one component to another.

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