E2004S.30.10

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Multiple Conductor Cables E2004S.30.10 Application Field And Working Principle

Multiple conductor cables are commonly used in a variety of different applications. Common applications include the transfer of power and data between various components, both over short and long distances. The type of multiple conductor cable used in an application depends on the environment and the specific requirements of the application. The E2004S.30.10 is a coaxial cable that is designed to be used in a range of applications, and in this article we will explore the application field and working principle of this cable.

Application Field

The E2004S.30.10 is a low loss coaxial cable that is typically used in low frequency applications. This cable is extremely versatile, and can be used in both indoor and outdoor applications. Examples of common applications include radar systems, antennas, mobile and broadcasting systems, and industrial automation. Additionally, this type of cable is commonly used to connect various electrical components in a variety of settings, including automotive and aerospace applications. It may also be used in military and medical settings, as well as in electronic test equipment.

Working Principle

The E2004S.30.10 is a coaxial cable, which means it is composed of two conductors that are situated in a concentric arrangement. The inner conductor serves as the “hot” or “signal” wire that carries the signal, while the outer conductor serves as the “ground” or “shield” wire. The shield wire helps protect the signal wire from interference and provides a return path for the signal. This results in a superior signal quality and reduced susceptibility to noise. The signal is transmitted through the inner conductor, which is insulated from the outer conductor by a dielectric material. The dielectric material helps prevent signal losses due to capacitance, while the shield also helps reduce signal losses caused by inductance.

Conclusion

The E2004S.30.10 is a multi-conductor cable that is designed for use in a wide range of applications. Its concentric construction and low signal losses make it an ideal choice for low frequency applications. The cable’s shield helps protect the signal wire from interference and provides a return path for the signal, while its dielectric material helps prevent capacitive losses. As such, this type of cable is well suited for a variety of indoor and outdoor applications, including radar systems, antennas, mobile and broadcasting systems, and industrial automation.

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