BL 15 SMD 089 9

Headers, Receptacles, Female Sockets Overview

The Fischer Elektronik BL 15 SMD 089 9 SM is a surface-mount board-to-board connector featuring a 2.54 mm pitch and 9 contacts in a single row. It utilizes gold-plated contact sleeves for reliable signal transmission. The component supports a maximum current of 3 A and withstands up to 150 V DC. Designed for precision engineering, it ensures stable connections in compact electronic assemblies.

Headers, Receptacles, Female Sockets Feature Summary

• Surface-mount technology design for automated assembly
• Gold-plated contact sleeves for corrosion resistance
• Single-row configuration with 9 positions

Headers, Receptacles, Female Sockets Applications

• Board-to-board interconnections
• Compact electronic device assembly
• Precision engineering applications

Headers, Receptacles, Female Sockets Procurement Notes

Verify the specific ordering suffix 'SM' to confirm surface-mount compatibility and gold plating. Ensure the 2.54 mm pitch matches the target PCB footprint. Confirm that the 9-contact count aligns with circuit requirements before finalizing procurement orders.

Headers, Receptacles, Female Sockets Selection Notes

Select this component when surface-mount installation is required for board-to-board links. The 2.54 mm pitch suits standard spacing needs. Gold plating offers durability for repeated mating cycles. Verify mechanical fit within the enclosure constraints.

Headers, Receptacles, Female Sockets Part Context

This part belongs to Fischer Elektronik's BL 15 SMD series of female headers. These connectors are engineered for surface-mount technology, providing robust electrical connections in space-constrained environments. The series emphasizes precision and reliability for modern electronics manufacturing.

Headers, Receptacles, Female Sockets Replacement Considerations

Direct substitutes must match the 2.54 mm pitch, 9-position count, and surface-mount form factor. Verify identical voltage and current ratings. Contact material specifications should be comparable to ensure similar performance characteristics.