C513A-WSS-CX0Z0231

Overview

The C513A-WSS-CX0Z0231 is a 5-mm round through-hole LED manufactured by Cree LED, emitting cool white light with a typical color temperature of 9000K. It features a standard configuration with a clear dome lens and a 55-degree viewing angle. The component operates at a forward current of 20mA with a typical forward voltage of 3.2V. Luminous intensity ranges from 2130 to 8200 mcd. It is RoHS compliant and designed for reliable performance in lighting applications.

Feature Summary

• Advanced optical-grade epoxy construction provides superior resistance to high temperatures and moisture.
• Offers extremely stable light output over long operational periods for dependable performance.
• Provides superior light output ensuring excellent readability in sunlight conditions.

Applications

• Torch lights
• Strip channel lettering
• Retail display lighting

Procurement Notes

Verify the specific suffix CX0Z0231 against official datasheets to confirm the exact luminous intensity bin and color temperature tolerance. Ensure compatibility with existing circuit designs regarding the 3.2V forward voltage drop. Confirm packaging requirements such as cut tape or ammo pack availability directly with authorized distributors.

Selection Notes

Select this component when high-contrast visibility in bright ambient light is required due to its cool white spectrum and high intensity options. Consider the 55-degree viewing angle for directional illumination needs. Verify that the 5mm radial leaded package fits the target PCB layout constraints and mounting style requirements.

Part Context

This part belongs to the Cree C513A series of 5-mm round LEDs. The series is characterized by robust construction using optical-grade epoxy. These lamps are engineered for general indication and illumination tasks where durability and consistent brightness are critical factors for long-term operation.

Replacement Considerations

C513A-WSS-CX0Z0231 is listed as a parameter-equivalent substitute for other variants within the same family. Cross-reference specific intensity bins before substitution to ensure optical performance matches the original design intent.