• Part: MTGBEZ
  • Description: EasyWhite LED
  • Manufacturer: Cree
  • Size: 1.06 MB
Download MTGBEZ Datasheet PDF
Cree
MTGBEZ
MTGBEZ is EasyWhite LED manufactured by Cree.
SCRIPTION Features The XLamp® MT-G2 Easy White® LED - Easy White color temperatures from builds on the breakthrough performance 2700 K to 5000 K CCT of the original MT-G by increasing lumen - 85 °C binning and characterization output up to 25%, while providing a small, - Three voltage options: 6 V, 9 V, 36 V uniform, single point source for precise - 80 and 90 minimum CRI options optical control. The MT-G2 shares the same - Low effective thermal resistance: mechanical footprint as the original MT- 1.5 °C/W G, providing customers with a seamless - High lumen density upgrade path and shortening the LED - Small, uniform emitting area for luminaire and retrofit lamp design cycle. excellent optical control - Electrically neutral thermal path MT-G2 LEDs are designed for high-output, - Ro HS and REACh pliant directional lighting applications and are the - UL® recognized ponent (E349212) ideal replacement for lighting applications that currently use inefficient halogen APPLICATIONS lamps. MT-G2 LEDs are optimized for use - MR, PAR, BR, AR and other directional in track, accent, lamp retrofit, downlighting retrofit lamps and other applications where color quality, - mercial/residential directional consistency and optical control are lighting required. - General illumination TABLE OF CONTENTS Characteristics................................................ 2 Flux Characteristics, Standard Order Codes, Bins, 6-Volt MT-G2........................................... 3 Flux Characteristics, Standard Order Codes, Bins, 9-Volt MT-G2........................................... 4 Flux Characteristics, Standard Order Codes, Bins, 36-Volt MT-G2......................................... 5 Relative Spectral Power Distribution............. 6 Relative Luminous Flux vs. Junction Temperature.................................................... 6 Electrical Characteristics................................ 7 Relative Luminous Flux vs. Current................ 8 Typical Spatial...