CLM2B-RTW-CA0B0BB3

Overview

The CLM2B-RTW-CA0B0BB3 is a single-color red surface-mount LED from Cree LED, housed in a 4-PLCC package. It features a diffused lens with a round domed top and dimensions of 3.20mm x 2.80mm. The component delivers a luminous intensity of 7000mcd and operates within a dominant wavelength range of 619-624nm. Designed for high reliability, it offers consistent performance suitable for outdoor applications requiring bright sunlight visibility or low-power consumption.

Feature Summary

• High-reliability standard SMD construction with narrow spectral band
• Diffused lens design for optimized light distribution
• Consistent performance characteristics across units

Applications

• Outdoor indicator lighting
• Low-power consumption display applications
• Bright sunlight visible status indicators

Procurement Notes

Verify the specific ordering suffix CA0B0BB3 to ensure correct binning and optical parameters. Confirm moisture sensitivity handling requirements during storage and reflow soldering processes. Cross-reference datasheet electrical limits against circuit design constraints before finalizing procurement orders.

Selection Notes

Select this component when a compact 4-PLCC footprint is required for red indication. Consider the 7000mcd output for visibility needs. Evaluate the diffused lens option if uniform light emission is preferred over directional beam patterns. Ensure thermal management aligns with the device's rated operating conditions.

Part Context

This part belongs to the CLM2B series of PLCC4 1-in-1 SMD LEDs. The series includes variants with different colors such as amber and red. These components are designed for general indication purposes where space constraints and visual clarity are primary design drivers.

Replacement Considerations

Direct substitutes include other CLM2B series parts with matching package dimensions. Verify that alternative options maintain similar luminous intensity and wavelength specifications to ensure visual consistency in the final assembly.