02469.15.05

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Multiple Conductor Cables consist of several insulated conductors—usually two to five—grouped together in a single unit. Their uses range from power distribution, telecommunications, and data transmission to control and instrumentation signal wiring. Generally, the cables are either shielded for EMI/RFI protection, or sheathed in a protective overall jacket which can be used for grounding. Within each strand of the cable, the conductors are insulated from each other but are still connected to the same circuit.

A02469.15.05 Multiple Conductor Cable is a highly specialized type of cable used mainly in military and aviation applications. It consists of a single core of twisted strands of three multi-stranded conductors covered with a microwave-resistant dielectric. The dielectric provides enhanced shielding while the twisted lay of the strands improves EMI/RFI protection. This type of cable is especially adaptable to environments with extreme temperature variations or high levels of electromagnetic interference.

The main applications of Multiple Conductor Cables are in harsh industrial or military environments. They are commonly used to build signal and power transmission systems that must meet stringent requirements such as temperature range, EMI shielding, environmental protection, and robustness. These cables are also suitable for use in avionics, medical, and automotive applications.

The working principle of an A02469.15.05 Multiple Conductor Cable is based on the separation of each conductor with a dielectric material. This ensures that the electric fields created within each conductor remain confined to the cable rather than radiating out into the environment. Additionally, the use of EMI-shielding and microwave-resistant materials provides further protection against random interference. The dielectric material also helps maintain the correct electrical balance between the multiple conductors, thus ensuring a high degree of accuracy and reliable performance.

In summary, A02469.15.05 Multiple Conductor Cables have a wide range of applications where reliable electrical performance is vital. They provide superior shielding to protect signals from interference and maintain good electrical balance between multiple conductors. Additionally, the cables are incredibly robust and capable of enduring harsh industrial environments.

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