1484396-1

Overview

The TE Connectivity 1484396-1 is a socket insert designed for ARINC backplane connector systems. Manufactured by TE Connectivity Aerospace, Defense and Marine, this component serves as a critical interface element within high-reliability aerospace interconnect solutions. It is engineered to support robust signal transmission in demanding operational environments typical of defense and aviation applications.

Feature Summary

• Designed specifically for integration into ARINC standard backplane connector assemblies
• Constructed as a socket insert to facilitate secure mating with corresponding pin contacts
• Engineered for use in aerospace and defense electronic systems requiring reliable signal routing

Applications

• ARINC 404 series backplane connector systems
• Aviation avionics equipment interconnects
• Defense communication and navigation system architectures

Procurement Notes

Verify the specific ARINC series compatibility before procurement, as inserts are often sold separately from housings. Confirm that the required contact types (pin or socket) match the design intent, as this part number denotes a socket insert configuration. Ensure environmental sealing requirements align with the overall connector assembly specifications.

Selection Notes

Select this insert when designing ARINC-compliant backplane systems requiring socket termination points. Evaluate the total connector assembly needs, including housing type and contact count, to ensure proper fit. Consider the operating temperature range and vibration resistance inherent to the broader connector family to meet aerospace qualification standards.

Part Context

This component belongs to the ARINC insert product line from TE Connectivity Aerospace, Defense and Marine. These inserts are modular elements used within larger connector housings to define the electrical pathway. They are distinct from complete connector assemblies, serving as internal components that must be paired with appropriate contacts and housings for functionality.

Replacement Considerations

Consult TE Connectivity official documentation for direct cross-reference numbers. Verify mechanical dimensions and contact alignment against existing designs to ensure interchangeability without modification.