C513A-MSN-CW0Y0511

Overview

The C513A-MSN-CW0Y0511 is a high-power LED emitter from Cree's XLamp series, designed for general illumination and commercial lighting applications. This specific variant features a mid-power chip-on-board (COB) architecture housed in a compact surface-mount package. It delivers consistent luminous flux with high efficacy, supporting various color temperatures to meet diverse lighting requirements. The device utilizes advanced phosphor technology to ensure excellent color rendering and thermal stability, making it suitable for fixtures requiring reliable performance over extended operational periods.

Feature Summary

• High lumen output per unit area for efficient light distribution
• Robust thermal management capabilities integrated into the substrate design
• Consistent chromaticity and high color rendering index across production batches

Applications

• Commercial ceiling downlights and panel lights
• Industrial high-bay lighting fixtures
• Retail display illumination systems

Procurement Notes

Verify the exact binning codes for luminous flux and chromaticity coordinates against your specific optical design requirements before ordering. Ensure that the thermal interface material and PCB layout comply with the manufacturer's recommended soldering profiles and thermal dissipation guidelines to maintain long-term reliability and prevent premature degradation of the LED package.

Selection Notes

Select this component when high density and uniform light output are critical for the fixture design. Consider the thermal resistance of the application board and the driving current limits specified in the datasheet to optimize efficiency. Evaluate the required color temperature and CRI specifications to ensure alignment with the target market standards and aesthetic preferences for the intended installation environment.

Part Context

This model belongs to the XLamp C513A family, which represents a generation of mid-power LEDs engineered for improved thermal performance compared to earlier iterations. The series is widely adopted in the commercial lighting sector due to its balance between size, output, and cost-effectiveness. It serves as a core light source for modern retrofit and new construction lighting solutions requiring standardized form factors.

Replacement Considerations

Direct replacements must match the physical footprint, pin configuration, and thermal characteristics. Verify electrical compatibility regarding forward voltage and maximum current ratings. Consult official substitution lists or engineering change notices from the manufacturer to identify equivalent parts with updated binning or minor packaging variations.