C5SME-RJF-CS0U0BB2

Overview

The C5SME-RJF-CS0U0BB2 is a high-power LED component from Cree's XLamp series, designed for general illumination and specialized lighting applications. It features a compact surface-mount package with integrated thermal management capabilities to ensure stable operation under high current densities. The device utilizes advanced semiconductor materials to deliver efficient light output while maintaining a small form factor suitable for modern fixture designs.

Feature Summary

• High luminous efficacy for energy-efficient lighting solutions
• Robust thermal performance through optimized substrate design
• Compact surface-mount configuration for flexible integration

Applications

• General area lighting fixtures
• Commercial indoor lighting systems
• Specialized industrial illumination

Procurement Notes

Verify the specific binning codes and forward voltage ranges required for your optical design before ordering. Ensure compatibility with existing driver circuits regarding current requirements and thermal dissipation paths. Confirm that the packaging format matches your automated assembly equipment specifications to prevent handling issues during production.

Selection Notes

Consider the thermal resistance characteristics of the PCB layout when integrating this component into your system. Evaluate the color consistency requirements against available binning options to meet uniformity standards. Assess the mechanical constraints of the housing to ensure proper alignment and heat sinking for long-term reliability.

Part Context

This part belongs to the XLamp C5SME family, which represents a generation of mid-power LEDs engineered for balance between performance and cost. These components are widely used in retrofitting existing lighting infrastructure and designing new solid-state lighting products where space is limited but brightness is critical.

Replacement Considerations

Direct replacements must match the pinout, thermal pad dimensions, and electrical characteristics. Verify that any substitute component meets the same lumen output and color temperature specifications to maintain system performance without redesigning the optical engine or driver circuitry.