C4SMN-BJF-CR34Q3C2

Overview

The C4SMN-BJF-CR34Q3C2 is a high-power LED module from Cree's C4SMN series, designed for demanding commercial and industrial lighting applications. It integrates multiple LED chips on a compact substrate to deliver high luminous flux in a small form factor. The device utilizes advanced thermal management capabilities inherent to the C4SMN platform, ensuring stable performance under continuous operation. This specific configuration provides targeted spectral output suitable for general illumination tasks requiring high efficiency and reliability.

Feature Summary

• High power density design for efficient light output
• Integrated thermal management for stable operation
• Compact form factor enabling flexible fixture integration

Applications

• Commercial area lighting
• Industrial high-bay lighting
• Street lighting fixtures

Procurement Notes

Verify the exact binning codes and forward voltage specifications against the manufacturer's latest datasheet before procurement. Ensure compatibility with existing driver circuits regarding current requirements and thermal interface materials. Confirm that the ordering suffix matches the desired chromaticity and luminous flux bins specified in the project design documentation.

Selection Notes

Select this component based on required lumen output and spatial constraints within the luminaire design. Evaluate the thermal resistance of the mounting surface to ensure junction temperature limits are not exceeded. Consider the optical system requirements to match the module's emission profile with the intended beam angle and distribution pattern for optimal efficacy.

Part Context

This module belongs to the C4SMN family, which represents Cree's commitment to high-performance solid-state lighting solutions. The series is engineered for durability and consistent photometric performance across various environmental conditions. Components in this line are typically used as primary light sources in retrofit and new construction projects aiming for energy savings and improved visual comfort.

Replacement Considerations

Direct replacements must match the physical footprint, pinout configuration, and thermal characteristics. Verify that alternative modules provide equivalent or superior luminous flux and color consistency. Consult official substitution guides for cross-referencing compatible parts within the same product family or newer generations.