C513A-WSN-CY0Z0232

Overview

The C513A-WSN-CY0Z0232 is a through-hole white LED from the Cree LED C513A series, designed for high-brightness illumination. It features a 5mm round lens with a domed top and a 55-degree viewing angle. The component operates at a typical forward voltage of 3.2V and delivers luminous intensity ranging from 2130 to 8200 mcd. It utilizes advanced optical-grade epoxy for superior resistance to high temperatures and moisture, ensuring stable light output over long periods.

Feature Summary

• Advanced optical-grade epoxy construction provides superior high-temperature and high-moisture resistance.
• Extremely stable light output performance maintained over extended operational periods.
• Superior light output capability ensures excellent readability in direct sunlight conditions.

Applications

• Torch lights
• Strip channel letter signage
• Retail display lighting

Procurement Notes

Verify that the specific suffix CY0Z0232 matches the required color temperature and binning specifications for the design. Confirm lead times as production cycles may vary based on order volume. Ensure compliance with RoHS3 standards and MSL level 1 requirements for assembly processes.

Selection Notes

Select this component when high visibility in bright ambient light is critical due to its superior sunlight readability. Consider the 5mm radial package and 55-degree beam angle for specific optical distribution needs. Evaluate the thermal management capabilities provided by the optical-grade epoxy for harsh environmental applications.

Part Context

This part belongs to the C513A series of 5mm round LEDs manufactured by Cree LED. The series is engineered for general illumination and indicator applications requiring reliable performance. It represents a standard through-hole solution within the manufacturer's portfolio of application-optimized LED products.

Replacement Considerations

C513A-WSS-CX0Z0232 is documented as a parameter-equivalent substitute. Verify compatibility regarding color temperature differences between cool white and neutral white variants before implementation.