XLamp XP-L2

Next Generation of XP-L LED

The XLamp® XP-L2 LED is Cree LEDs highest performing high-density discrete LED. Leveraging key elements of Cree LEDs SC5 Technology Platform, the high-power XP-L2 LED improves the lumen density, voltage characteristics and reliability of the XP-L LED in the same 3.45 mm x 3.45 mm package. This best-in-class performance enables lighting manufacturers to deliver differentiated solutions at lower system costs for applications such as roadway, outdoor area, spot and high-bay lighting.


Specifications

Variations

Documentation

Specifications

Size 3.45 x 3.45 mm
Maximum Drive Current 3 A
Max Power (W) 10 W
Max Light Output (lm) 1175 lm
Maximum Efficacy at Binning Conditions (lm/W) 169 lm/W
Typical Forward Voltage 2.82 V @ 1050 mA
Viewing Angle 125 °
Binning 85 °C
ANSI
2- 3- and 5-Step EasyWhite®
Reflow Solderable Yes - JEDEC J-STD-020C-compatible
Thermal Resistance 2.2 °C/W
RoHS-Compliant Yes
REACh-Compliant Yes

Variations

CRI Color Temperature (K)
Warm White
2700 –- 3500
Neutral White
4000 -– 4500
Cool White
5000 -– 8300
Min 70
Min 80
Min 90

Documentation

Data Sheet & Ordering Version Last Updated

2C

15 Nov 2021

Product Guides Version Last Updated

7

25 Aug 2021

30

23 Aug 2021

5

23 Aug 2021

Design Files Version Last Updated

03 May 2017

Application Notes Version Last Updated

1

21 Oct 2021

Chemical Compatibility Testing Procedures Video

Download the Application Note and watch this video to learn more about Cree's Chemical Compatibility Testing Procedures

05 Oct 2011

74A

21 Oct 2021

7A

17 Jun 2021

2

21 Oct 2021

2

21 Oct 2021

2

21 Oct 2021

1

26 Oct 2021

30A

21 Oct 2021

3

21 Oct 2021

2

21 Oct 2021

2

21 Oct 2021

4A

21 Oct 2021

2

21 Oct 2021

3A

21 Oct 2021

4A

21 Oct 2021

23A

30 Nov 2021

Product Ecology Version Last Updated

02 Aug 2021

04 Jan 2021

Sales Terms Version Last Updated

A

10 Feb 2021

M

10 Feb 2021

CreeLED Shanghai Electronics Limited Sales Terms and Conditions (Chinese)

上海科税光电发展有限公司销售条款及条件包括发光二极管组件保证

C

01 Mar 2021

B

10 Feb 2021