A8504951114N

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Circular Connectors - Backshells and Cable Clamps are important components of numerous electrical and electronic systems.

A8504951114N is a robust, rectangular, elliptical, or multi-lobe connector which is employed to provide strain relief and shielding for many different circular connectors like coaxial, optical fibers, and multicores. The connector employs a threaded backshell nut and strain relief spring or clamp. A8504951114N also has an optional moulded cable tailpiece to facilitate cable assembly.

A8504951114N is used in a wide range of applications including aerospace, defense, automotive, telecommunications, audio equipment, instrumentation, and medical testing systems. This connector has a variety of options, including shell and connector sizes, keying options, operating temperature ranges, shielding options, and materials.

The working principle of A8504951114N is based on the principle of axial compression. The nut-and-bolt construction allows simple and fast assembly and large connection forces for reliable electrical connection in environmental conditions. It also eliminates the need for soldering or adhesive bonding during assembly. The resulting connection allows for frequency transmission ranging from DC up to 1GHz. The connector is also vibration-resistant since the threads offer mechanical insulation.

The backshell of the A8504951114N minimizes EMI grounding impedance levels from 1 mΩ to 5 mΩ and provides strain relief in environments with strong vibrational forces. The cable clamp ensures consistent contact force and secure connection in the presence of mechanical shock and vibration, while the optional cable tailpiece allows strain relief over flexible cables with optimized wiring strain relief due to reduced space.

A8504951114N offers reliable performance, excellent electrical connectivity, robust assembly, secure cable mounting, and flexibility of options for various application types. This robust, threaded connector has been proven to last longer in the most extreme environments compared to other traditional connectors. Furthermore, it is highly cost-effective, making it a suitable choice for a wide range of applications.

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