Cree LED XLamp® XFLMNB White LEDs

Cree LED XLamp® XFLMNB White LEDs are high-intensity devices optimized for flashlights and other portable lighting applications. The XFLMNB devices are in ANSI white bins at 6500K and 5700K with typical luminous flux up to 520lm. The LEDs deliver maximum candela via secondary optics to support focused beams and long-distance illumination.

The Cree LED XLamp XFLMNB LEDs use a compact and proven 5.00mm platform with an established ecosystem of optics and system solutions. This platform helps lighting manufacturers simplify development and shorten time-to-market. An electrically neutral thermal path, reflow compatibility, and recognized environmental compliance support streamlined integration into portable lighting designs.

Features

  • High-intensity option for delivering maximum candela through secondary optics
  • Optimized light output, optical performance, and value for portable lighting
  • Electrically neutral thermal path
  • Compact and proven platform with an established ecosystem of optics and system solutions
  • Reflow compatible with J-STD-020C
  • RoHS- and REACH-compliant construction
  • UL recognized component

Applications

  • High-output flashlight
  • Other portable lighting applications

Specifications

  • ANSI white bin options
    • 6500K
    • 5700K
  • Binning temperature of 25°C
  • Minimum luminous flux of 480lm at 1000mA and 25°C junction temperature
  • Typical luminous flux of 520lm at 1000mA and 25°C junction temperature
  • DC forward current of 9000mA
  • Forward voltage
    • 2.7V minimum at 1000mA and 25°C
    • 3.1V maximum at 1000mA and 25°C
  • Thermal resistance from junction to solder point of 0.3°C/W
  • Viewing angle of 120° FWHM
  • Voltage temperature coefficient of -1.4mV/°C
  • Maximum LED junction temperature of 150°C
  • 5.00mm platform

MAX CURRENT VS. JUNCTION TEMP

Performance Graph - Cree LED XLamp®  XFLMNB White LEDs

RELATIVE SPECTRAL POWER DISTRIBUTION - WHITE

Performance Graph - Cree LED XLamp®  XFLMNB White LEDs
Published: 2026-09-17 | Updated: 2026-09-23