AZ103726 BK001

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Single conductor cables, also referred to as hook-up wires, are electrical wires designed to connect devices and components in various electrical applications. Single conductor cables, such as AZ103726 BK001, serve a variety of functions and may be used in a number of different settings.

This cable is typically used for applications within audio/visual equipment, home theater equipment, radio, television, telephone equipment, security and surveillance systems, and other consumer electronics. It is also used in industrial data, signal and control applications. The AZ103726 BK001 is designed as a single, insulated conductor for use in the broader, non-critical, low voltages, and typical home and business electronic equipment. It is also designed to meet UL, NEC, and RoHS standards.

The working principle of this cable is based on the concept of electrical current being delivered between two points. The single conductor allows for electrical current to flow from one end of the wire to the other, and an insulating material surrounds the conductive core to prevent any current leakage.

The AZ103726 BK001 is composed of a tinned copper conductor, PVC insulation, and a black PVC jacket covering the entire wire. The tin-plating on the wire ensures high conductivity, while the PVC insulation helps to reduce the electrical noise and prevent the wire from short-circuiting. The PVC jacket material helps to protect the wire against abrasion and mechanical damage.

The AZ103726 BK001 single conductor cable is designed to carry an electrical current of up to 1000V. The cable should be kept away from any sharp objects, moisture, heat, and direct sunlight, as this may cause the insulation to break down and potentially create an electrical hazard.

In conclusion, the AZ103726 BK001 single conductor cable is a commonly used cable in a wide range of electronic applications. It features a tinned copper conductor, PVC insulation, and a black PVC jacket, and is designed to work at up to 1000V. The cable should be treated with care to make sure it performs optimally and is kept away from any potential hazard.

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