VSM-05-50-100-50-00-N

Overview

The AirBorn VSM-05-50-100-50-00-N is a vertical male board stacking connector from the verSI series. It features a 1.27 mm pitch and comprises 5 rows with 50 columns, providing 250 circuits. The unit utilizes a plastic body constructed from liquid crystal polymer (LCP) and employs press-fit termination for secure PCB mounting. Gold contact plating ensures reliable signal integrity in vertical applications.

Feature Summary

• Vertical male interface design optimized for board stacking applications
• Press-fit termination style for robust PCB mounting
• Liquid crystal polymer insulator material for structural stability

Applications

• Vertical printed circuit board interconnection
• Board stacking systems requiring male interfaces
• High-density rectangular MIL Spec connector assemblies

Procurement Notes

Verify the specific termination tail length and guide pin requirements against the mechanical drawing before ordering. Confirm that the press-fit process parameters align with the manufacturer's specifications for the liquid crystal polymer housing to ensure proper retention force and electrical continuity during assembly.

Selection Notes

Select this component when a vertical male connection is required with a 1.27 mm pitch. Ensure the mating receptacle matches the 5-row by 50-column configuration. Verify that the press-fit termination is compatible with the target PCB thickness and hole dimensions for optimal performance.

Part Context

This part belongs to the AirBorn verSI series of rectangular connectors. The series offers various row and column combinations with options for different termination styles including press-fit and through-hole. The VSM designation specifically indicates a vertical male plug configuration within this military-grade product line.

Replacement Considerations

Cross-reference with other VSM-series parts sharing the same 5x50 grid and 1.27 mm pitch. Ensure any substitute maintains the vertical orientation and press-fit termination characteristics to preserve mechanical fit and electrical interface compatibility.