VSRAM-05-10-50-04-N

Overview

The VSRAM-05-10-50-04-N is a high-speed rectangular connector from the AirBorn VSRAM series, manufactured by Molex. It features a 50-position header configuration with male pins designed for through-hole mounting at a right angle. The connector utilizes a 1.27 mm pitch and includes board guide features for precise alignment during assembly.

Feature Summary

• High-speed signal transmission capability
• Right-angle through-hole mounting design
• Integrated board guide system for alignment

Applications

• High-speed data processing systems
• Aviation and aerospace avionics
• Military communication equipment

Procurement Notes

Verify the specific suffix 'N' to confirm non-rohs or specific environmental compliance status as per the manufacturer's current documentation. Confirm that the right-angle orientation matches the PCB layout requirements. Ensure the 1.27 mm pitch aligns with the target footprint. Check for any recent brand transition notices regarding AirBorn to Molex labeling on packaging.

Selection Notes

Select this component when a high-density, right-angle interconnect is required for high-speed applications. The 50-position count suits moderate density needs. The through-hole technology ensures robust mechanical retention. Verify that the board guide feature is compatible with the assembly line equipment used for placement.

Part Context

This part belongs to the VSRAM family of high-speed connectors known for reliability in harsh environments. The series supports various pin counts and orientations. As an AirBorn product now under Molex, it maintains Mil-Spec heritage while adhering to modern manufacturing standards. The VSRAM designation indicates specific performance characteristics distinct from standard commercial connectors.

Replacement Considerations

Direct substitutes must match the 50-position count, 1.27 mm pitch, and right-angle through-hole form factor. Verify compatibility with existing board guides. Cross-reference with other AirBorn/Molex VSRAM variants if pin count differs. No generic equivalents are confirmed without detailed electrical and mechanical validation.