Cree XLamp® XT-E LEDs

Author : Cree Published Time : 2016-07-28
Cree XLamp® XT-E LEDs deliver high performance and high reliability in the industry-standard XP/XT footprint. The LEDs provides a minimum efficacy of 164 LPW at 85°C, 350mA in a compact 3.45mm x 3.45mm package. Leveraging key elements of Cree’s SC5 Technology™ Platform, the LEDs deliver a 25% increase in efficacy compared to the previous XT-E LED series. The XLamp XT-E series is optimized for directional, high lumen applications, from indoor and outdoor to portable and lamp retrofits.

Features

Maximum Vf for High Efficacy XT-E White: 2.85VAvailable in 70-, 80- and 90-CRI minimum whiteBinned at 85°CAvailable in 2200K CCTThermal resistance: 5°C/WWide viewing angle: 115°-140°Maximum drive current: White 1.5A, Royal Blue 1.0A

Specifications

Product Options: High EfficacySize: 3.45 x 3.45mmMaximum Drive Current: 1.5A
Cree Newest

Cree XLamp® CMA1303 High-Current LED Arrays are optimized for best-in-class lumen output, efficacy, and reliability at high drive currents.

Date: 2019-07-16

Cree XLamp® XP-G3 Photo Red LED provides from 660-nanometer wavelengths that are ideal for horticulture applications.

Date: 2019-05-16

Cree XLamp® XP-G3 S-Line LEDs improve on the standard XP-G3 Series, offering leading system-level reliability through switching and dimming cycles, improved resistance to sulfur exposure and higher efficacy.

Date: 2019-02-07

Cree XLamp XHP35.2 LEDs are Extreme High Power Light Emitting Diodes in the XP package.

Date: 2018-10-23

Cree XLamp® CMT Series High-Current LED Arrays offer best‑in‑class lumen output, efficacy and reliability at high-drive currents.

Date: 2018-06-13

Cree XLamp XD16 Extreme Density LEDs are high-performance, high-density LEDs delivering over 284 lumens per square-millimeter.

Date: 2018-04-20

Cree JB3030 and JE2835 Mid-Power LEDs are optimized for applications where high power and smooth appearance are critical.

Date: 2018-02-22

Cree XLamp CMA LED Arrays are optimized for lumen output, efficacy, and reliability at high drive currents.

Date: 2018-02-16