VSRAM-05-40-50-00-N

Overview

The AirBorn VSRAM-05-40-50-00-N is a high-density, right-angle board-to-board connector system designed for demanding electronic applications. This specific model features a 5-row configuration with 40 contacts per row, totaling 200 positions. It utilizes a .050 inch (1.27mm) centerline pitch to maximize I/O density within constrained board spaces. The connector employs a vertical stack-up design with a mating height of 0.50 inches, ensuring reliable signal integrity and mechanical stability in compact assemblies.

Feature Summary

• High-density interconnect capability through multi-row stacking architecture
• Right-angle termination style facilitates efficient board layout optimization
• Robust mechanical locking mechanism ensures secure mating engagement
• Precision-machined contacts maintain consistent electrical performance

Applications

• Telecommunications infrastructure equipment
• Industrial control systems requiring dense I/O
• Medical imaging devices with space constraints
• Aerospace avionics modules

Procurement Notes

Verify the complete part number against official AirBorn documentation to ensure correct pin count, row configuration, and termination style. Confirm that the specified mating height and contact plating meet your specific environmental and electrical requirements before finalizing procurement orders.

Selection Notes

Select this component when high I/O density is required in a limited vertical space. Ensure compatibility with existing board layouts regarding right-angle footprint and mating partner dimensions. Validate that the operating environment supports the connector's material specifications and thermal characteristics.

Part Context

This part belongs to AirBorn's VSRAM series, which focuses on high-reliability, high-density board-to-board connections. The series is engineered for applications where space efficiency and robust mechanical performance are critical, offering various row counts and pitch options to suit diverse design needs.

Replacement Considerations

No direct public substitute part numbers are confirmed for this specific configuration. Cross-referencing requires matching exact pitch, row count, and mechanical dimensions with alternative manufacturers' datasheets.