C2003A.12.08

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Single conductor cables (hook-up wire) are commonly used for a wide range of applications related to power delivery and transmission, signal transmission, building safety, and more. The C2003A.12.08 single conductor wire is among the most popular options for such uses.

The C2003A.12.08 is constructed to handle a voltage of up to 600 volts. It has stranded conductors made of copper and it is rated at 105 degrees Celsius for operation. It is further covered with a three-strand tinned copper braid which helps provide enhanced flexibility, as well as improved EMI shielding. The insulation material for the C2003A.12.08 is a PVC/Nylon blend that helps to prevent short circuits and reduce chances of damage.

Common applications of the C2003A.12.08 single conductor wire include use in computers and related components such as motherboards, I/O boards, and power supplies in which EMI shielding is an important factor. This wire is also used in data transfer cables and for intercoms and telephones in a wide range of settings. As its shielding and flexibility make it a perfect choice for use in modular systems and robotics due to its durability.

The working principle behind the C2003A.12.08 single conductor wire is based on a simple electrical flow. The conductors in the C2003A.12.08 are designed to carry an electrical current from a power source to equipment that needs to be powered. The braid of tinned copper protects the conductors and helps reduce outside interference. The insulation material also helps to prevent short circuits and prevents damage due to overheating.

The C2003A.12.08 single conductor wire is designed with flexibility, strength, and the ability to withstand higher temperatures in mind. Its copper conductors ensure maximum power delivery with minimal interference. The insulation material helps keep the wire safe from short circuits in an efficient and dependable way. All these features make the C2003A.12.08 an optimal choice for a wide range of applications ranging from data transfer to power delivery.

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