02036.15T.05

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Multiple conductor cables are an important part of electronic systems, offering the ability to connect multiple devices to a source of power or to other equipment. The 02036.15T.05 application field and working principle is an example of such a cable. It is designed to provide a path for direct current transmission in applications requiring a wide range of currents.

The 02036.15T.05 is a triple shielded cable, featuring two inner conductors and two outer shields. The inner conductors provide the electrical power current path, while the outer shields protect the inner conductors by shielding them against electrical interference from outside sources. The two outer shields are designed to minimize the effects of electrical fields around the cable, providing protection from electrostatic and electromagnetic fields.

The 02036.15T.05 is primarily used in applications where the cable is exposed to EMI (electromagnetic interference) and EMC (electromagnetic compatibility) conditions. It is often employed in industrial, automotive, and avionics applications, where accurate and reliable data transmission is desired. Some other applications in which the 02036.15T.05 is used include robotics, medical imaging systems, or high voltage systems.

The working principle of the 02036.15T.05 is relatively simple. As electricity is introduced to the cable, the two inner conductors help create a constant current flow by providing an electrical connection between two points. This connection helps maintain electrical continuity and allows for efficient power transmission. In addition, the two outer shields reduce the effect of EMI on the transmission by deflecting the EMI signal away from the inner cables.

The 02036.15T.05 is a versatile cable that can be used in a variety of applications. These include direct current transmission in applications requiring a wide range of currents, and in other applications where its low EMI and EMC characteristics are desirable. Furthermore, the 02036.15T.05 is designed to meet stringent industry standards, making it a reliable choice for many applications.

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