XLamp XHP50.2

Next Generation of Extreme High Power LEDs

The XLamp® XHP50.2 LEDs is the next generation of Extreme High Power LEDs that deliver the lowest system cost through the best lumen density, reliability and color consistency. Built on Cree's latest high power LED technology, the XHP50.2 LED improves the lumen density, voltage characteristics, reliability and optical performance of the XHP50 LED in the same 5.0mm x 5.0mm package. The new XHP50.2 LED provides an easy drop-in upgrade to achieve higher system LPW for lighting manufacturers with existing XHP50 designs, eliminating redesign costs. Its unparalleled lumen density and longer lifetime at higher operating temperatures also enables new and innovative lighting designs at lower system costs.

Specifications

Variations

Documentation

Specifications

Size 5 x 5 mm
Product Options 6 V
12 V
High-CRI
Maximum Drive Current 3 A (6 V)
1.5 A (12 V)
Max Power (W) 18 W
Max Light Output (lm) 2654 lm
Maximum Efficacy at Binning Conditions (lm/W) 165 lm/W
Typical Forward Voltage 5.6 V White @ 1400 mA (6 V)
11.2 V @ 700 mA (12 V)
Binning 85°C
ANSI (White)
2- 3- and 5-Step EasyWhite®
Reflow Solderable Yes JEDEC J-STD-020C-compatible
Thermal Resistance 1.2 °C/W
RoHS-Compliant Yes
REACh-Compliant Yes

Variations

CRI Color Temperature (K)
Warm White
2700 -– 3000
Neutral White
3500 - –5000
Cool White
5700 - 7000
No Min
Min 70
Min 80
Min 90

Documentation

Data & Ordering Version Last Updated

0C

11 Apr 2017

Design Files Version Last Updated

Application Notes Version Last Updated

0C

24 Sep 2012

5C

15 Aug 2016

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

1E

17 May 2013

30

20 Mar 2017

1D

13 May 2013

19A

21 Apr 2017

0E

24 Jul 2007

2I

10 Feb 2012

1D

07 Dec 2012

1E

03 Apr 2017

1C

17 Feb 2016

1D

07 Dec 2012

3A

03 Apr 2017

2E

13 May 2013

1C

27 May 2014

2

27 Jan 2017

3G

01 Jan 2017

Sales Terms Version Last Updated