Luxeon High Power Led 4e5i6

Table of Contents 2

Why LUXEON® High Power LEDs?

3

LUXEON Product Families

4

Philips Lumileds LED Technology

5 8

Philips Lumileds Products

9

The LUXEON Lighting Network™

Dialight Lumidrives Products

19

LUXEON Selector Guide

23

Power Solutions

26

Optics

31

Thermal Management

41

Glossary

43

Future Electronics Information

45

T a b l e

C o n t e n t s

Company Profiles

o f

1

2

Future Lighting Solutions is a division of Future Electronics Inc., the 3rd largest electronics distributor in the world. Future Lighting Solutions is focused on delivering world-class LUXEON® high-power LEDs, technical solutions and commercial that facilitate developing and manufacturing “never before possible” LUXEON LED-based applications. Future Lighting Solutions brings customers unparalleled LED lighting knowledge, access to expert resources, full system solutions, global logistics and full access to the LUXEON Lighting Network™ of Certified Solutions Partners. Future Lighting Solutions is your first and last stop for complete LUXEON lighting solutions; Making LED Lighting Solutions Simple™. Europe

1-888-LUXEON2 [email protected]

00-800-44FUTURE [email protected]

Asia

Japan

+800-LUMILEDS [email protected]

+81-0120-667-013 [email protected]

For more information visit www.FutureLightingSolutions.com

Philips Lumileds also supplies core LED material and LED packaging, manufacturing billions of LEDs annually. Our global engineering, manufacturing, marketing, sales and infrastructure provides outstanding service and design to customers worldwide.

For more information visit www.philipslumileds.com

P r o f i l e s

Philips Lumileds is the global market and technology leader in power LEDs, producing the world’s brightest and longest-lasting LED light sources for all types of lighting applications. The company’s patented LUXEON Power Light Sources are the first to combine the light output of conventional lighting with the small size, long life, energy efficiency, and many other advantages of LEDs. LUXEON, SuperFlux, and SnapLED LEDs are used in general lighting, automotive, portable, digital imaging, display backlighting, signal and signage applications. Philips Lumileds is a pioneer in epitaxial, packaging, and phosphor technologies specifically designed to deliver the most lumens per watt, per package, and per dollar, with the widest operating range, highest reliability and industry-leading lumen maintenance.

C o m p a n y

Americas

3

Why LUXEON® High Power LEDs? Last longer than any conventional light source LUXEON is a solid-state technology made in Silicon Valley. Unlike conventional light sources, LEDs do not dramatically burn out and cease to function. LUXEON LED-based systems can operate for 50,000 hours or more.

LU X EON

®

INFORMA T ION

Reduced maintenance costs and energy costs LUXEON LEDs last at least 5x longer than fluorescent lamps and 50x longer than incandescent bulbs, thereby reducing or even eliminating ongoing maintenance costs and periodic relamping expenses. With LUXEON LEDs you can save 50% or more in energy costs versus conventional lighting. Vivid saturated colors without filters LUXEON LEDs require no filters to create colored light, resulting in deeper saturated colors without wasted light. Deep reds, greens, blues and other colors can be produced directly from this solid-state light source. Directed light for increased system efficiency LUXEON LEDs are very small and directional resulting in highly controllable optical systems. LUXEON light sources are also fully dimmable without sacrificing any characteristics of the light. Robust, solid-state lighting LUXEON high power light sources are solid-state devices. There are no moving parts, nothing to break, rupture, shatter, leak or contaminate the environment. Green Technology LUXEON LEDs are far more energy efficient than other light sources. They emit no ultraviolet rays, infrared heat, and contain no mercury or lead. Their long life and small size means far less waste. Low Voltage LUXEON is a current driven solid-state device operating at voltages as low as 3 VDC. Cold Start Capable LUXEON has no ignition problems in cold environments — even down to -40°C.

Philips Lumileds LED products are

Pb

RoHS

Compliant

LUXEON Product Families ®

4

LUXEON LEDs are the world’s brightest and most technically advanced solid-state light sources available. They combine the brightness of conventional lighting with the small footprint, high efficacy, long life and other advantages of LEDs. Every LUXEON LED is designed from the ground up to maximize usable light, lifetime, performance, engineering flexibility and value. They are designed to deliver a new world of lighting.

Highest lumens per dollar power LED

LUXEON Rebel

Lowest cost-of-light LED with the widest operating range

LUXEON K2

LUXEON K2 WITH TFFC Advancing the standard first set by LUXEON K2, LUXEON K2 with TFFC is the first power LED to be tested and binned at 1000mA and it offers unprecedented thermal, drive current and light output capabilities. Both LUXEON LEDs enable never before possible lighting solutions.

LUXEON I LUXEON I, the original power LED, is the perfect solution for everyday purposes including automotive LED lighting, traffic signaling, signage, and a wide range of general LED lighting applications.

LUXEON III

LUXEON III LEDs deliver leading performance and value that enable lighting designers and engineers to develop applications at significantly lower costs, speeding the migration from conventional lamps to solid-state technology.

LUXEON V

LUXEON V LEDs offer extreme luminous density, providing lumens per package 4X that of a LUXEON I LED or up to 50X that of an alternative solid-state light source. LUXEON V LEDs serve a wide range of applications, specifically portable lighting applications.

INFORMA T ION

LUXEON K2 and LUXEON K2 with TFFC deliver the world’s best LED light output in the most durable, longest lived package and significantly reduce the cost of light.

®



LU X EON

LUXEON Rebel is the first power LED to offer guaranteed minimum performance. Minimum performance specifications enable greater design and manufacturing consistency and allow customers to purchase the light output performance appropriate for each application. LUXEON Rebel establishes new power LED benchmarks for size, engineering parameters, reliability and lifetime.

5

Philips Lumileds LED Technology CIE 1931 x,y Chromaticity diagram

LU X EON

®

INFORMA T ION

In 1931, the International Commission on Illumination (CIE) devised a method for representing color. The CIE 1931 Chromaticity Diagram is a tool intended to illustrate the way the human eye experiences light, using an x,y coordinate system. The outer boundary represents colors with a purity of 100% and the wavelength is listed in nanometers (nm).

y

Correlated Color Temperature (CCT) Within the space exists a curve representing the chromaticity of light x emitted by a theoretical piece of metal as it is superheated. As such, temperature is used to describe the color of white light. This is called Color Temperature. If an x,y coordinate falls on the blackbody curve, it is true white light and measured in Color Temperature, or Kelvin (K). White light that does not fall on the blackbody curve is correlated to the nearest Color Temperature, and thus measured in Correlated Color Temperature.

LUXEON® white Binning When deg a lighting system, white color binning is an important consideration. Typically, most applications can take advantage of all bins, thus making use of the full distribution of products. Full Distribution refers to LUXEON LEDs categorized from any of the available bins.

RM

SM

TM UM VM

M

U0

N

V0

UP

0

VP

W XM

W

XN

W

X0 Y0

XP

UN

VN

TN T0 TP

SN

S0 SP

RP

QP

N0

P0

Q0

R0

PP

NN

PN

QN

RN

NM

PM

QM

NP

MM

MN

M0

MP

Warm White

Neutral White

P

W

Q

W

Cool White Binning and labelling is the process of separating LEDs based on their various characteristics and asg them a specific bin code. LEDs with the same characteristics (and therefore suffix, or bin code) are placed on a reel. The bins are designed such that the degree of difference is minimal. For other technical details on product binning or labelling, please refer to application brief AB21 (LUXEON I, III, V), the LUXEON Rebel and the LUXEON K2 datasheets at www.FutureLightingSolutions.com/media_center/docs.asp YA

For more information regarding binning visit www.FutureLightingSolutions.com/services/binning.asp

6

Philips Lumileds LED Technology (cont.) Quality white light

Color Uniformity White light is produced when blue light is shifted by yellow phosphor. The thickness of the phosphor covering the die determines the extent of the shift. The phosphor thickness using the conventional “goop in the cup” method is uneven, producing white light that has alternating shades of blue and yellow. Philips Lumileds' patented conformal coating process ensures that the phosphor thickness is even, resulting in never before possible uniform white light.

Conventional phosphor coating method

Philips Lumileds’ patented conformal phosphor deposition process

Phosphor is evenly distributed

Varying shades of white

Highly uniform white color

®

Phosphor is unevenly distributed

A key element in delivering quality high-power LEDs is managing the heat emitted from the LED chip. Advanced packaging technology provides LUXEON power LEDs with unique thermal management capabilities. The LUXEON package incorporates a thermal slug that draws heat away from the LED chip, transferring it to a thermal management system. Because of the unique thermal design features and capabilities, LUXEON LEDs can withstand the industry’s highest junction temperatures, resulting in superior performance and increased light output. LUXEON Rebel Silicon Lens

Lens

TVS

LED Chip

Cathode Lead

Cathode LED Chip

Silicon Submount Thermal Heatsink Outer Package

Phosphor Layer

Bond Layer Ceramic Substrate

Bond Wire

Metal Interconnect Layer Thermal Pad (electrically isolated)

Conventional 5mm LED Gold Wire Bond Small LED Chip

Short Life Epoxy Dome Lens

Reflector Cup Anode Lead Cathode Lead

Combined Thermal and Conductive Paths

INFORMA T ION

LUXEON K2, LUXEON Rebel vs Conventional 5mm LED

LUXEON K2

LU X EON

Quality refers to the consistency of color in the beam of light and correlated color temperature (CCT) variations over time and temperature and CCT variation between individual products. Philips Lumileds’ advanced packaging, materials and binning competencies, coupled with their conformal phosphor coating process, enable the production of LUXEON® power LEDs that deliver the quality of white light required for a wide range of applications.

7

Philips Lumileds LED Technology (cont.) Reliability Philips Lumileds is an industry leader in reliability, offering the world the longest-lasting power LEDs. In order to provide customers with long term reliability information, tens of thousands of hours of testing is required on statistically relevant sample sizes. Today, more than 20K hours of real life testing has been completed to maximize accuracy.

LU X EON

®

INFORMA T ION

A conventional bulb’s lifetime is characterized by a mortality curve (B). For instance, a B50 figure represents the time at which 50% of bulbs will have failed catastrophically. As the efficiency of power LEDs has grown to be more efficient than many conventional bulbs, their adoption into general lighting applications has been steadily rising. LEDs experience a gradual reduction in light output during operation. This phenomenon is called light output degradation and may stem either from a reduction in the light-emitting efficiency of the LED chip or a reduction in the light transmission of the optical path within the LED package. As a result, power LED lifetimes are not characterized in of catastrophic failure, but rather in of the percentage of original light remaining over time; this is called lumen maintenance (L). For instance, the lumen maintenance of Philips Lumileds’ LUXEON product family has traditionally been 70% after 50K hours, at nominal drive currents and recommended junction temperature. The fundamental difference between the method of characterizing conventional bulbs and power LED lifetimes has proved challenging for lighting designers. Working with various specification agencies, Philips Lumileds has introduced a new way to measure the reliability of LUXEON LEDs which bridges the gap between the general lighting and semiconductor worlds. When combining mortality (B) and lumen maintenance (L) curves, the associated graphs are referred to as power LED lifetime predictions (B) and (L) curves. Using this method, Philips Lumileds has specified the expected lifetimes of the LUXEON Rebel and LUXEON K2 product families as a function of drive current and junction temperature. For example, the lifetime at (B10, L70) is the expected stress time at which 10% of the population is expected to have either failed catastrophically (i.e. opens or shorts) or has degraded by more than 30% from the initial light output. The availability of (B50, L70) and (B10, L70) curves allows lighting designers to manage their system parameters (i.e. drive current and junction temperature) to target the desired lifetime of their fixtures. It enables the confident design of a solid-state lighting fixture. Below are two B&L curves. An important conclusion is that higher junction temperatures and higher drive currents both result in a decrease in LED lifetime. The ability for Philips Lumileds LUXEON LEDs to last in excess of 50K hours is a result of their superior die and packaging technology. For more technical information about reliability of the LUXEON K2 and LUXEON Rebel and how these curves were generated, please refer to reliability datasheets RD06 and RD07 and the LED lifetime analysis white paper WP12.

Certified Solutions Partners (CSP) Program

8

The Certified Solutions Partners Program, a part of the LUXEON Lighting Network™, has been established to accelerate adoption of LUXEON® LEDs into the market and create standards of competence, service and . Our mission is to provide confidence in the design, and promote reliable performance, of LUXEON-based lighting systems. Designers and OEMs can expect to decrease their time to market and to complete their LED design with confidence. A Certified Solutions Partner can help you with your complete solution. Our mission is to provide confidence in the design and to promote reliable performance of LUXEON-based lighting systems. Designers and OEMs can expect to decrease their time to market and to complete their LED design with confidence.

DEVELOP WITH CONFIDENCE

ASSISTANCE WHEN YOU NEED IT MOST

• Optical Solutions • Power Solutions • Thermal Solutions Our integration and design partners can help you with a wide range of design and manufacturing requirements. A Certified Solutions Partner can help you with your complete solution. Let one of our partners help you at every step of the way. For a complete listing of our partners, please visit www.FutureLightingSolutions.com/csp

INFORMA T ION

Our component partners can help in the following areas:

®

Whether you are looking to retrofit an existing fixture or design a completely new one, our network of Certified Solutions Partners are the most qualified to assist you.

LU X EON

A Certified Solutions Partner has technical and engineering skills enabling the development of a LUXEON-based light engine. When you work with a Certified Solutions Partner, you are guaranteed to be dealing with an expert who has the knowledge and experience to enable quality based LUXEON solutions.

9

LUXEON® I Emitter DRAWING ACTUAL SIZE

P H ILIPS

LUMILE D S

PRO D U C T S

LUXEON I, the original power LED, is the perfect solution for everyday purposes including automotive LED lighting, traffic signaling, signage, and a wide range of general LED lighting applications. Wavelength or CCT

Typical Flux (Lumens) @ 350mA

LXHL-BL01

590 nm

25

LXHL-BL03

590 nm

42

Blue

LXHL-BB01

470 nm

16

Cyan

LXHL-BE01

505 nm

45

Green

LXHL-BM01

530 nm

53

Red

LXHL-BD01

625 nm

27

Red

LXHL-BD03

625 nm

42

Red-Orange

LXHL-BH03

617 nm

55

Royal Blue

LXHL-BR02

455 nm

220 mW

Color

Part Number

Amber Amber

Cool White

LXHL-BW02

5500 K

45

Warm White

LXHL-BW03

3300 K

20

Amber

LXHL-PL01

590 nm

42

Blue

LXHL-PB01

470 nm

16

Cyan

LXHL-PE01

505 nm

45

Green

LXHL-PM01

530 nm

53

Red

LXHL-PD01

627 nm

44

Red-Orange

LXHL-PH01

617 nm

55

Royal Blue

LXHL-PR03

455 nm

220 mW 45

Cool White

LXHL-PW01

5500 K

Amber

LXHL-DL01

590 nm

38

Blue

LXHL-DB01

470 nm

15

Cyan

LXHL-DE01

505 nm

41

Green

LXHL-DM01

530 nm

48

Red

LXHL-DD01

627 nm

40

Red-Orange

LXHL-DH01

617 nm

50

Royal Blue

LXHL-DR01

455 nm

198 mW

Cool White

LXHL-DW01

5500 K

41

Also See:

Electrical Modules: pages 26 – 27 Power ICs: pages 28 – 30 Optics: pages 31 – 40

Radiation Pattern

Batwing

Lambertian

Side Emitting

10

LUXEON I Star ®

DRAWINGS ACTUAL SIZE

Square and hexagonal shaped LUXEON modules for tight beam control. Also available with highly efficient PMMA secondary optics.

Color

Part Number LUXEON Star/C

Part Number LUXEON Star/O

Wavelength or CCT

Typical Flux (Lumens) @ 350mA

Typical Intensity (Candela) (Star/O)

LXHL-MWEA

LXHL-NWE8

5500 K

45

500

LXHL-MWGC

—

LXHL-NWG8

3300 K

20

200

Green

LXHL-MM1C

LXHL-MM1A

LXHL-NM98

530 nm

53

600

Cyan

LXHL-ME1C

LXHL-ME1A

LXHL-NE98

505 nm

45

600

Blue

LXHL-MB1C

LXHL-MB1A

LXHL-NB98

470 nm

16

200

Royal Blue

LXHL-MRRC

LXHL-MRRA

LXHL-NRR8

455 nm

220 mW

120

Red

LXHL-MD1C

LXHL-MD1A

LXHL-ND98

625 nm

27

810

Amber

LXHL-ML1C

LXHL-ML1A

LXHL-NL98

590 nm

25

750

Red

LXHL-MDAC

—

—

625 nm

42

—

Red-Orange

LXHL-MHAC

—

—

617 nm

55

—

Amber

LXHL-MLAC

—

—

590 nm

42

—

Cool White

LXHL-MW1D

LXHL-MW1B

—

5500 K

45

—

Green

LXHL-MM1D

LXHL-MM1B

—

530 nm

53

—

Cyan

LXHL-ME1D

LXHL-ME1B

—

505 nm

45

—

Blue

LXHL-MB1D

LXHL-MB1B

—

470 nm

16

—

Royal Blue

LXHL-MRRD

LXHL-MRRB

—

455 nm

220 mW

—

Red

LXHL-MD1D

LXHL-MD1B

LXHL-ND94

625 nm

44

660

Red-Orange

LXHL-MH1D

LXHL-MH1B

LXHL-NH94

617 nm

55

825

Amber

LXHL-ML1D

LXHL-ML1B

LXHL-NL94

590 nm

42

640

Cool White

LXHL-FW1C

—

—

5500 K

41

—

Green

LXHL-FM1C

—

—

530 nm

48

—

Cyan

LXHL-FE1C

—

—

505 nm

41

—

Blue

LXHL-FB1C

—

—

470 nm

15

—

Royal Blue

LXHL-FR1C

—

—

455 nm

198 mW

—

Red

LXHL-FD1C

—

—

625 nm

40

—

Red-Orange

LXHL-FH1C

—

—

617 nm

50

—

Amber

LXHL-FL1C

—

—

590 nm

38

—

Also See:

Electrical Modules: pages 26 – 27 Power ICs: pages 28 – 30 Optics: pages 31 – 40

Batwing

Lambertian

Side Emitting

PRO D U C T S

LXHL-MWEC

LUMILE D S

Cool White Warm White

Radiation Pattern

P H ILIPS

Part Number LUXEON Star

11

LUXEON® III & LUXEON V

DRAWINGS ACTUAL SIZE

P H ILIPS

LUMILE D S

PRO D U C T S

LUXEON III Color

Part Number

Part Number LUXEON III Star

Typical Flux (Lumens) @ 700mA

Typical Flux (Lumens) @ 1400mA

Amber

LXHL-PL09

LXHL-LL3C

Blue

LXHL-PB09

LXHL-LB3C

590 nm

—

110

470 nm

23

Cyan

LXHL-PE09

—

LXHL-LE3C

505 nm

64

Green

—

LXHL-PM09

LXHL-LM3C

530 nm

64

—

Red

LXHL-PD09

LXHL-LD3C

627 nm

—

140

Wavelength or CCT

Red-Orange

LXHL-PH09

LXHL-LH3C

617 nm

—

190

Royal Blue

LXHL-PR09

LXHL-LR3C

455 nm

340 mW

—

Cool White

LXHL-PW09

LXHL-LW3C

5500 K

65

—

Amber

LXHL-DL09

LXHL-FL3C

590 nm

—

100

Blue

LXHL-DB09

LXHL-FB3C

470 nm

21

—

Green

LXHL-DM09

LXHL-FM3C

530 nm

58

—

Red

LXHL-DD09

LXHL-FD3C

627 nm

—

125

Red-Orange

LXHL-DH09

LXHL-FH3C

617 nm

—

170

Cool White

LXHL-DW09

LXHL-FW3C

5500 K

58

—

Radiation Number Pattern

Lambertian

Side Emitting

LUXEON V Color

Part Number

Part Number LUXEON V Star

Wavelength or CCT

Typical Flux (Lumens) @ 700 mA

Blue

LXHL-PB02

LXHL-LB5C

470 nm

48

Cyan

LXHL-PE02

LXHL-LE5C

505 nm

160

Green

LXHL-PM02

LXHL-LM5C

530 nm

160

Royal Blue

LXHL-PR02

LXHL-LR5C

455 nm

700 mW

Blue

LXHL-DB02

LXHL-FB5C

470 nm

43

Cyan

LXHL-DE02

LXHL-FE5C

505 nm

145

Green

LXHL-DM02

LXHL-FM5C

530 nm

145

Royal Blue

LXHL-DR02

LXHL-FR5C

455 nm

630 mW

Radiation Pattern

Lambertian

Side Emitting

LUXEON V Portable Cool White

LXHL-PW03

LXHL-LW6C

LXHL-DW03

LXHL-FW6C

5500 K

120

Lambertian

105

Side Emitting

Typical Radiometric Power

Radiation Pattern

LUXEON Dental Color Dental Blue Also See:

Part Number

Part Number LUXEON Dental Star

LXHL-BRD1

LXHL-MRD1

LXHL-PRD5

LXHL-LRD5

Electrical Modules: pages 26 – 27 Power ICs: pages 28 – 30 Optics: pages 31 – 40

Peak Wavelength 460 nm

140 mW

Batwing

600 mW

Lambertian

12

LUXEON K2 ®

DRAWING ACTUAL SIZE

LUXEON K2 establishes elevated standards for light output, thermal management, and manufacturability. Color

Neutral White

Green

Blue

Royal Blue

Red RedOrange Amber

Performance at Test Currents Minimum Test Current Flux (Lumens) (mA)

LXK2-PW12-R00

L2K2-MW12-11-BR00

40

LXK2-PW12-S00

L2K2-MW12-11-BS00

52

LXK2-PW14-T00

L2K2-MW14-11-BT00

LXK2-PW14-U00

L2K2-MW14-11-BU00

88

LXK2-PW14-V00

L2K2-MW14-11-BV00

114

6500K

LXK2-PWN2-Q00

L2K2-MWN2-11-BQ00

31

L2K2-MWN2-11-BR00

40

LXK2-PWN2-S00

L2K2-MWN2-11-BS00

52

LXK2-PWN4-T00

L2K2-MWN4-11-BT00

LXK2-PWN4-U00

L2K2-MWN4-11-BU00

88

LXK2-PWN4-V00

L2K2-MWN4-11-BV00

114

LXK2-PWW2-Q00

L2K2-MWW2-11-BQ00

LXK2-PWW2-R00

L2K2-MWW2-11-BR00

LXK2-PWW4-T00

L2K2-MWW4-11-BT00

LXK2-PWW4-U00

L2K2-MWW4-11-BU00

40 68 88

LXK2-PM12-R00

—

LXK2-PM12-S00

—

40

LXK2-PM14-U00

—

88

LXK2-PE12-Q00

—

31

LXK2-PE12-R00

—

LXK2-PE12-S00

—

LXK2-PE14-T00

—

68

LXK2-PE14-U00

—

88

LXK2-PB12-K00

—

9

LXK2-PB12-L00

—

11

LXK2-PB12-M00

—

14

LXK2-PB14-N00

—

LXK2-PB14-P00

—

24

LXK2-PB14-Q00

—

31

LXK2-PR12-L00

—

175 mW

LXK2-PR12-M00

—

LXK2-PR14-Q00

—

LXK2-PR14-R00

—

LXK2-PD12-Q00

—

LXK2-PD12-R00

—

LXK2-PD12-S00

—

LXK2-PH12-R00

—

LXK2-PH12-S00

—

LXK2-PL12-P00

—

LXK2-PL12-Q00

—

LXK2-PL12-R00

—

530 nm

52

40 505 nm

470 nm

455 nm

1000

350

68

31 3000K

350

80

LXK2-PWN2-R00

4100K

1000

350 1000 350 1000 350

52

Lambertian 1000

350

19

225 mW 435 mW 515 mW

1000

350 1000

31 627 nm

40 52

617 nm

40 52 24

590 nm

Radiation Pattern

31 40

350

PRO D U C T S

Cyan

Wavelength or CCT

LUMILE D S

Warm White

Part Number LUXEON K2 Star

P H ILIPS

Cool White

Part Number

13

LUXEON® K2 with TFFC DRAWING ACTUAL SIZE

Tested and binned at 1000mA, the LUXEON K2 with TFFC is the industry’s premier power LED for light output, long life, and operating range.

P H ILIPS

LUMILE D S

PRO D U C T S

Color

Cool White

Part Number

Part Number LUXEON K2 Star

LXK2-PWC4-0160

L2K2-MWC4-11-0160

LXK2-PWC4-0180

L2K2-MWC4-11-0180

LXK2-PWC4-0200

L2K2-MWC4-11-0200

Wavelength or CCT

Performance at Test Currents Minimum Test Current Flux (Lumens) (mA)

Radiation Pattern

160 6500K

180

1000

Lambertian

200

Products to be formally released Q2 2008 For product samples please call your local sales office. Color

Neutral White

Warm White

Wavelength or CCT

Performance at Test Currents Minimum Test Current Flux (Lumens) (mA)

Part Number

Part Number LUXEON K2 Star

LXK2-PWN4-0140

L2K2-MWN4-11-0140

LXK2-PWN4-0160

L2K2-MWN4-11-0160

LXK2-PWN4-0180

L2K2-MWN4-11-0180

180

LXK2-PWW4-0120

L2K2-MWW4-11-0120

120

LXK2-PWW4-0140

L2K2-MWW4-11-0140

LXK2-PWW4-0160

L2K2-MWW4-11-0160

Radiation Pattern

140 4100K

3000K

160 1000

Lambertian

140 160

LUXEON K2 with TFFC green, blue and royal blue are scheduled to be formally released in 2008. Please visit our website for availability: www.FutureLightingSolutions.com

Also See:

Electrical Modules: pages 26 – 27 Power ICs: pages 28 – 30 Optics: pages 31 – 40

14

LUXEON Rebel ®

DRAWING ACTUAL SIZE

Engineered for operation between 350 mA and 1000 mA, the entire LUXEON Rebel is just 3mm x 4.5 mm with a footprint area 75% smaller than other surface mount power LEDs. Color

Neutral White

Wavelength or CCT

LXML-PWC1-0040

40

LXML-PWC1-0050

50

LXML-PWC1-0070 LXML-PWC1-0080

6500 K

90 100

LXML-PWN1-0040

40 4100 K

80 40 3000 K

60

LXML-PM01-0040

40

LXML-PM01-0050 LXML-PM01-0070

530 nm

80 30

LXML-PE01-0040

40

LXML-PE01-0060

505 nm

70 9

LXML-PB01-0010

11 470 nm

Also See:

14 19

LXML-PB01-0023

24

LXML-PR01-0175

175 mW

LXML-PR01-0225

LXML-PD01-0030 LXML-PD01-0040

Amber

60

LXML-PB01-0008

455 nm

LXML-PR01-0275

Red-Orange

70

LXML-PE01-0030

LXML-PB01-0018

Red

50

LXML-PM01-0080

LXML-PB01-0013

Royal Blue

50

LXML-PWW1-0060

LXML-PE01-0070

Blue

70

LXML-PH01-0040 LXML-PH01-0050 LXML-PL01-0023 LXML-PL01-0030

Electrical Modules: pages 26 – 27 Power ICs: pages 28 – 30 Optics: pages 31 – 40

225 mW 275 mW

627 nm

617 nm

590 nm

30 40 40 50 24 30

Lambertian

PRO D U C T S

Cyan

LXML-PWW1-0050

50

LUMILE D S

LXML-PWN1-0070

LXML-PWW1-0040

Green

80

LXML-PWC1-0100

LXML-PWN1-0050

Radiation Pattern

70

LXML-PWC1-0090

LXML-PWN1-0080

Warm White

Minimum Flux (Lumens) @ 350mA

P H ILIPS

Cool White

Part Number

15

LUXEON® Assemblies LUXEON Line Linear array of 12 LUXEON I light sources. Provided with highly efficient PMMA secondary optics for tight beam control. Two AMP 2-pin connectors provided, enabling daisy chain connections for meters of light.

P H ILIPS

LUMILE D S

PRO D U C T S

Color

Part Number

Wavelength or CCT

Typical Flux (Lumens) @ 700 mA 250

Cool White

LXHL-NWE9

5500 K

Blue

LXHL-NB99

470 nm

100

Cyan

LXHL-NE99

505 nm

300

Green

LXHL-NM99

530 nm

300

Amber

LXHL-NL95

590 nm

425

Red

LXHL-ND95

627 nm

450

Radiation Pattern

LED Count

Batwing 12

Lambertian

DRAWING ACTUAL SIZE

LUXEON Ring Circular arrays of 6 or 12 LUXEON I light sources, that can either be used separately or in combination. Provided with highly efficient PMMA secondary optics for tight beam control. AMP 2 pin connector provided for easy electrical connection. Color

Part Number

Wavelength or CCT

Typical Flux (Lumens) @ 700 mA

Blue

LXHL-NB96

470 nm

100

Cyan

LXHL-NE96

505 nm

300

Green

LXHL-NM96

530 nm

300

Cool White

LXHL-NWE6

5500 K

250

Amber

LXHL-NL92

590 nm

425

Red

LXHL-ND92

627 nm

450

Blue

LXHL-NB97

470 nm

50

Cyan

LXHL-NE97

505 nm

150

Green

LXHL-NM97

530 nm

150

Cool White

LXHL-NWE7

5500 K

125

Amber

LXHL-NL93

590 nm

215

Red

LXHL-ND93

627 nm

225

Also See:

Electrical Modules: pages 26 – 27 Power ICs: pages 28 – 30 Thermal Management: pages 41 – 42

DRAWING ACTUAL SIZE

Radiation Pattern

LED Count

Batwing 12

Lambertian

Batwing 6

Lambertian

16

LUXEON Assemblies (cont.) ®

DRAWING ACTUAL SIZE

LUXEON Flood Rectangular array of 12 or 18 density packed LUXEON I light sources. AMP connector provided for easy electrical connection.

Color

Part Number

Wavelength or CCT

Typical Flux (Lumens)

Blue

LXHL-MBJA

470 nm

180

Cyan

LXHL-MEJA

505 nm

540

LXHL-MMJA

530 nm

540

LXHL-MLJA

590 nm

450

Red

LXHL-MDJA

625 nm

480

Cool White

LXHL-MWJE

5500 K

450

Amber

LXHL-MLJB

590 nm

750

Red

LXHL-MDJB

627 nm

790

LXHL-MBCA

470 nm

120

LXHL-MECA

505 nm

360

Green

LXHL-MMCA

530 nm

360

Amber

LXHL-MLCA

590 nm

300

Red

LXHL-MDCA

625 nm

320

Cool White

LXHL-MWCE

5500 K

300

Amber

LXHL-MLCB

590 nm

500

Red

LXHL-MDCB

627 nm

525

Batwing 18

Lambertian

Batwing 12

Lambertian

LUMILE D S

Blue Cyan

LED Count

P H ILIPS

Green Amber

Radiation Pattern

PRO D U C T S

Also See:

Electrical Modules: pages 26 – 27 Power ICs: pages 28 – 30 Thermal Management: pages 41 – 42

17

SuperFlux DRAWING ACTUAL SIZE

Square shaped, 4-pin, through-hole LEDs. Color

P H ILIPS

LUMILE D S

PRO D U C T S

Red

RedOrange

Amber

Red

RedOrange

Amber

Red

RedOrange

Amber

Minimum Intensity (Candela)

Minimum Flux (Lumens)

HPWT-BD02-00000

3

1.5

HPWT-BD02-D4000

4

2

5

2.5

Part Number

HPWT-BD02-E4000

Dominant Wavelength (nm)

630

HPWT-BD02-F4000

6

3

HPWT-BH02-00000

3

1.5

HPWT-BH02-D4000

4

2

HPWT-BH02-E4000

5

2.5

6

3

HPWT-BH02-F4000

620

HPWT-BH02-G4000

7

3.5

HPWT-BH02-H4000

8

4

HPWT-BL02-00000

2

1

3

1.5

HPWT-BL02-C4000

594

HPWT-BL02-D4000

4

2

HPWT-DD02-00000

2.3

1.5

HPWT-DD02-D4000 HPWT-DD02-E4000

630

3

2

3.8

2.5

HPWT-DD02-F4000

4.5

3

HPWT-DH02-00000

2.3

1.5

HPWT-DH02-D4000

3

2

HPWT-DH02-E4000

3.8

2.5

HPWT-DH02-F4000 HPWT-DH02-G4000

620

4.5

3

5.3

3.5

HPWT-DH02-H4000

6

4

HPWA-DH02-B4000

1.5

1

HPWA-DH02-C4000

2.3

1.5

HPWT-DL02-00000

1.5

1

2.3

1.5

HPWT-DL02-C4000

594

HPWT-DL02-D4000

3

2

HPWT-MD02-00000

0.9

1.5

HPWT-MD02-D4000 HPWT-MD02-E4000

630

1.2

2

1.5

2.5

HPWT-MD02-F4000

1.8

3

HPWT-MH02-00000

0.9

1.5

HPWT-MH02-D4000

1.2

2

HPWT-MH02-E4000

1.5

2.5

1.8

3

HPWT-MH02-F4000

620

HPWT-MH02-G4000

2.1

3.5

HPWT-MH02-H4000

2.4

4

HPWT-ML02-00000

0.6

1

0.9

1.5

1.2

2

HPWT-ML02-C4000 HPWT-ML02-D4000

594

Viewing Angle (deg)

30

40

70

18

SuperFlux (cont.) DRAWING ACTUAL SIZE

Color

Red

Amber

Minimum Flux (Lumens)

HPWT-RD02-00000

1.9

1.5

HPWT-RD02-D4000

2.5

2

3.1

2.5

630

HPWT-RD02-E4000 HPWT-RD02-F4000

3.8

3

HPWT-RH02-00000

1.9

1.5

HPWT-RH02-D4000

2.5

2

HPWT-RH02-E4000

3.1

2.5

3.8

3 3.5

620

HPWT-RH02-F4000 HPWT-RH02-G4000

4.4

HPWT-RH02-H4000

5

4

HPWT-RL02-00000

1.3

1

1.9

1.5

HPWT-RL02-D4000

HPWT-RL02-C4000

594

2.5

2

HPWA-MH02-B4000

0.6

1

0.9

1.5

620

HPWA-MH02-C4000

Viewing Angle (deg)

25 x 68

90

DRAWING ACTUAL SIZE

Rectangular shaped, high-brightness SnapLED LEDs. These LEDs can be creatively formed into rugged arrays using solderless technology. Color

RedOrange

Minimum Intensity (Candela)

Minimum Flux (Lumens)

Total Included Angle (deg)

HPWS-TH00

3.6

6

120

HPWS-FH00

12

6

70

4.3

7.2

120

14.4

7.2

70

1.8

3

120

6

3

70

1.8

3

120

Part Number

HPWS-TH77

Dominant Wavelength (nm)

620

HPWS-FH77 Amber RedOrange Amber

HPWS-TL00 HPWS-FL00 HPWT-TH00 HPWT-FH00 HPWT-TL00 HPWT-FL00

594 621 594

6

3

70

0.9

1.5

120

3

1.5

70

Test Current (mA)

150

70

PRO D U C T S

SnapLED

LUMILE D S

RedOrange

Minimum Intensity (Candela)

P H ILIPS

RedOrange

Dominant Wavelength (nm)

Part Number

19

Light Engines A Light Engine consists of single or multiple LUXEON® LEDs mounted on a metal core printed circuit board (MCB) in a variety of configurations. The assemblies may be available with or without connectors, optics, thermals and/or power solutions.

Benefits of using an LED light engine

D i a l i g ht

L u m i d r i v e s

P r o d u ct s

• Enables quick designs • Improves time to market • Allows for flexibility in product selection and configurations • Perfect for prototyping, demonstrations and project specific opportunities • Reduces fixture development expenses by eliminating engineering and assembly costs

MR Type Light Engines

Color

Part Number

Part Details

Color Scheme

Red

HL16K-R

MR16 based modules with all sublenses

single

Green

HL16K-G

MR16 based modules with all sublenses

single

Blue

HL16K-B

MR16 based modules with all sublenses

single

Cool White

HL16K-W

MR16 based modules with all sublenses

single

HL16K-WW

MR16 based modules with all sublenses

single

HL16K-A

MR16 based modules with all sublenses

single

Warm White Amber Red

HL16K-D-R

MR16 based modules with all sublenses + onboard driver

single

Green

HL16K-D-G

MR16 based modules with all sublenses + onboard driver

single

Blue

HL16K-D-B

MR16 based modules with all sublenses + onboard driver

single

Cool White

HL16K-D-W

MR16 based modules with all sublenses + onboard driver

single

HL16K-D-WW

MR16 based modules with all sublenses + onboard driver

single

Warm White Amber Red

HL16K-D-A

MR16 based modules with all sublenses + onboard driver

single

HL11K-R

MR11 based modules with all sublenses

single

Green

HL11K-G

MR11 based modules with all sublenses

single

Blue

HL11K-B

MR11 based modules with all sublenses

single

Cool White

HL11K-W

MR11 based modules with all sublenses

single

HL11K-WW

MR11 based modules with all sublenses

single

HL11K-A

MR11 based modules with all sublenses

single

RGB

HL16-RGB

Luxeon based HL16 module (LUXEON I)

multicolor

RGB

HL16K-RGB

Luxeon based HL16 module (LUXEON K2)

multicolor

Warm White Amber

20

Linear Light Engines

Color

Part Number

Part Details

Color Scheme Single

LinkLED Linear System 1W on MCB c/w Connectors

Single

Blue

LK1-1-B

LinkLED Linear System 1W on MCB c/w Connectors

Single

Cool White

LK1-1-W

LinkLED Linear System 1W on MCB c/w Connectors

Single

Warm White

LK1-1-WW

LinkLED Linear System 1W on MCB c/w Connectors

Single

Red

LLN3-R-XXX

Lumiline Light Engine 3x1w with Optic Holder Only

Single

Green

LLN3-G-XXX

Lumiline Light Engine 3x1w with Optic Holder Only

Single

Blue

LLN3-B-XXX

Lumiline Light Engine 3x1w with Optic Holder Only

Single

Cool White

LLN3-W-XXX

Lumiline Light Engine 3x1w with Optic Holder Only

Single

LLN3-WW-XXX

Lumiline Light Engine 3x1w with Optic Holder Only

Single

Red

LLN9-R-XXX

Lumiline Light Engine 9x1w with Optic Holder Only

Single

Green

LLN9-G-XXX

Lumiline Light Engine 9x1w with Optic Holder Only

Single

Blue

LLN9-B-XXX

Lumiline Light Engine 9x1w with Optic Holder Only

Single

Cool White

LLN9-W-XXX

Lumiline Light Engine 9x1w with Optic Holder Only

Single

LLN9-WW-XXX

Lumiline Light Engine 9x1w with Optic Holder Only

Single

Red

LLT3-R

Lumilight Light Engine 3x1w

Single

Green

LLT3-G

Lumilight Light Engine 3x1w

Single

Blue

LLT3-B

Lumilight Light Engine 3x1w

Single

Cool White

LLT3-W

Lumilight Light Engine 3x1w

Single

LLT3-WW

Lumilight Light Engine 3x1w

Single

Amber

LLT3-A

Lumilight Light Engine 3x1w

Single

Red

LLT6-R

Lumilight Light Engine 6x1w

Single

Green

LLT6-G

Lumilight Light Engine 6x1w

Single

Blue

LLT6-B

Lumilight Light Engine 6x1w

Single

Cool White

LLT6-W

Lumilight Light Engine 6x1w

Single

LLT6-WW

Lumilight Light Engine 6x1w

Single

Amber

LLT6-A

Lumilight Light Engine 6x1w

Single

Red

LLT9-R

Lumilight Light Engine 9x1w

Single

Green

LLT9-G

Lumilight Light Engine 9x1w

Single

Blue

LLT9-B

Lumilight Light Engine 9x1w

Single

Cool White

LLT9-W

Lumilight Light Engine 9x1w

Single

LLT9-WW

Lumilight Light Engine 9x1w

Single

LLT9-A

Lumilight Light Engine 9x1w

RGB

LKOP-RGB-XXX

LinkLED with Optic Holder Only

Multicolor

RGB

LK-3-RGB

LinkLED

Multicolor

RGB

LK-3-EL-RGB

LinkLED EL (Edge Light)

Multicolor

RGB

CE12L-RGB-XXX

Color Engine 12 Linear - 1W - with Optic Holder Only

Multicolor

RGB

CE18L-RGB-XXX

Color Engine 18 Linear - 1W - with Optic Holder Only

Multicolor

Warm White

Warm White

Warm White

Warm White

Warm White Amber

Single

P r o d u ct s

LinkLED Linear System 1W on MCB c/w Connectors

LK1-1-G

L u m i d r i v e s

LK1-1-R

D i a l i g ht

Red Green

21

Circular Light Engines

Color

Part Number

D i a l i g ht

L u m i d r i v e s

P r o d u ct s

Amber

Part Details

Color Scheme

LK1-1-A

LinkLED Linear System 1W on MCB c/w Connectors

Single

Red

LSP1-R-XXX

Lumispot Light Engine 1x1w with Optic Holder Only

Single

Green

LSP1-G-XXX

Lumispot Light Engine 1x1w with Optic Holder Only

Single

Blue

LSP1-B-XXX

Lumispot Light Engine 1x1w with Optic Holder Only

Single

Cool White

LSP1-W-XXX

Lumispot Light Engine 1x1w with Optic Holder Only

Single

LSP1-WW-XXX

Lumispot Light Engine 1x1w with Optic Holder Only

Single

Red

LSP3-R-XXX

Lumispot Light Engine 3x1w with Optic Holder Only

Single

Green

LSP3-G-XXX

Lumispot Light Engine 3x1w with Optic Holder Only

Single

Blue

LSP3-B-XXX

Lumispot Light Engine 3x1w with Optic Holder Only

Single

Cool White

LSP3-W-XXX

Lumispot Light Engine 3x1w with Optic Holder Only

Single

LSP3-WW-XXX

Lumispot Light Engine 3x1w with Optic Holder Only

Single

Red

LSP6-R-XXX

Lumispot Light Engine 6x1w with Optic Holder Only

Single

Green

LSP6-G-XXX

Lumispot Light Engine 6x1w with Optic Holder Only

Single

Blue

LSP6-B-XXX

Lumispot Light Engine 6x1w with Optic Holder Only

Single

Cool White

LSP6-W-XXX

Lumispot Light Engine 6x1w with Optic Holder Only

Single

LSP6-WW-XXX

Lumispot Light Engine 6x1w with Optic Holder Only

Single

Red

LSP9-R-XXX

Lumispot Light Engine 9x1w with Optic Holder Only

Single

Green

LSP9-G-XXX

Lumispot Light Engine 9x1w with Optic Holder Only

Single

Blue

LSP9-B-XXX

Lumispot Light Engine 9x1w with Optic Holder Only

Single

Cool White

LSP9-W-XXX

Lumispot Light Engine 9x1w with Optic Holder Only

Single

Warm White

LSP9-WW-XXX

Lumispot Light Engine 9x1w with Optic Holder Only

RGB

CE3C-RGB-XXX

Color Engine 3 Circular - 1W - with Optic Holder Only

Multicolor

RGB

CE6C-RGB-XXX

Color Engine 6 Circular - 1W - with Optic Holder Only

Multicolor

RGB

CE12C-RGB-XXX

Color Engine 12 Circular - 1W - with Optic Holder Only

Multicolor

RGB

CE18C-RGB-XXX

Color Engine 18 Circular - 1W - with Optic Holder only

Multicolor

RGB

CE36C-RGB-XXX

Color Engine 36 Circular - 1W - with Optic Holder only

Multicolor

Warm White

Warm White

Warm White

Single

Thermal Management is an integral part of an LED solution and is highly recommended in any application. Please refer to pages 41 – 42 for a list of standard heatsinks. For retrofits (proof of concept or prototype), it is possible to use standard heatsinks to allow for maximum dissipation of heat. New designs offer the flexibility to use the entire fixture as the heatsink, which will allow the LUXEON® LEDs to run cooler. This will increase luminous efficiencies and decrease power consumption. For more information on selecting the appropriate light engine, please visit our interactive LED light engine selector webtool at www.FutureLightingSolutions.com/lightengines

Also See:

Electrical Modules: pages 26 – 27 Power ICs: pages 28 – 30 Optics: pages 31 – 40

22

Connectors RJ45 Cables & Blocks RJ45 cables are used to transmit control signals between RFCC master & slave Colordrivers™ and also to drive HL16RGB modules. Cables are available to convert the Molex output from the Colordriver™ to an RJ45 format, and from the RJ45 format to the HL16RGB input. Type

From

To

Length ( m )

CDL-M3M

2-way

Molex Male

Molex Male

3.0

RJ45-XLR-F

2-way

Molex Female

RJ45

0.2

RJ45-XLR-M

2-way

Molex Male

RJ45

0.2

RJ45-CONN-ASSY

N/A

Connector Assembly (1 per HL-16 RGB)

RJ45-C

N/A

RJ45-0.5

2-way

RJ45

Termination Plug for last RJ45-CONN-ASSY block RJ45

0.5

RJ45-2

2-way

RJ45

RJ45

2.0

RJ45-5

2-way

RJ45

RJ45

3.0

Part Number

Type

From

To

CDL-M3M

3-way

Molex Male

Molex Male

Length ( m ) 3.0

CDL-M3E

2-way

Molex Male

Circular Color Engines

3.0

CD-JB3

3-way

Molex Female

Molex Female

N/A

CD-JB7

7-way

Molex Female

Molex Female

N/A

CDJB-BL

N/A

Termination Plug for Molex Splitters

Part Number

Type

CT2-E300

2-way

From

To

Length ( m )

CT2-100

2-way

Female Link Lead

Female Link Lead

0.1

CT2-200

2-way

Female Link Lead

Female Link Lead

0.2

CT2-C

2-way

Input Lead for Single-Color LinkLED

Common Connector for Single-Color LinkLED

CT4 Linking Cables The CT4 linking cables are the interlink connection cables for the Lumidrives RGB LinkLEDs Linear Color Engine ranges of LED lighting products. These cables are pre-connected with the 4-way plug to match the socket used on the LinkLEDs. The range includes both interconnecting cables and end connector. Part Number

Type

From

To

Length ( m )

CT4-MLXM

4-way

Molex Male

8-way Molex Male

0.2

CT4-MLXF

4-way

Molex Male

Molex Female

0.2

CT4-100

4-way

Female Link Lead

Female Link Lead

0.1

CT4-200

4-way

Female Link Lead

Female Link Lead

0.2

CT4-C

4-way

CDL-M3M

8-way

Common Connector for RGB LinkLEDs Molex Male

Molex Male

3.0

P r o d u ct s

CT2 Linking Cables The CT2 linking cables are the interlink connection cables for the Lumidrives LinkLEDs range of LED lighting products. These cables are pre-connected with a 2-way plug to match the socket used on the LinkLEDs. The range includes both interconnecting cables and end connector.

L u m i d r i v e s

Molex Cables & Splitters Molex cables are used to connect from the Dialight Lumidrives Colordrivers™ to the various RGB Color Engines & RGB LinkLEDs. A range of splitter blocks is available for driving multiple Color Engines from a single Colordriver™.

D i a l i g ht

Part Number

23

LUXEON® Selector Guide Color

LED

LUXEON Rebel

520 nm — 550 nm

LUXEON K2

LUXEON I

LUXEON III LUXEON V

LUXEON Rebel

CYAN LUXEON K2 490 nm — 520 nm

LU X EON

Star Part Number

Minimum Flux (Lumens)

Typical Flux (Lumens)

LXML-PM01-0040

—

40

—

LXML-PM01-0050

—

50

—

LXML-PM01-0070

—

70

—

LXML-PM01-0080

—

80

—

LXK2-PM12-R00

—

40

—

LXK2-PM12-S00

—

52

—

LXK2-PM14-U00

—

88

—

LXHL-BM01

LXHL-MM1C

—

53

LXHL-PM01

LXHL-MM1D

—

53

LXHL-DM01

LXHL-FM1C

—

48

LXHL-PM09

LXHL-LM3C

—

64

LXHL-DM09

LXHL-FM3C

—

58

LXHL-PM02

LXHL-LM5C

—

160

LXHL-DM02

LXHL-FM5C

—

145

LXML-PE01-0030

—

30

—

LXML-PE01-0040

—

40

—

LXML-PE01-0060

—

60

—

LXML-PE01-0070

—

70

—

LXK2-PE12-Q00

—

31

—

LXK2-PE12-R00

—

40

—

LXK2-PE12-S00

—

52

—

LXK2-PE14-T00

—

68

—

LXK2-PE14-U00

—

88

—

LXHL-BE01

LXHL-ME1C

—

45

LUXEON I

LXHL-PE01

LXHL-ME1D

—

45

LXHL-DE01

LXHL-FE1C

—

41

LUXEON III

LXHL-PE09

LXHL-LE3C

—

64

LXHL-PE02

LXHL-LE5C

—

160

LXHL-DE02

LXHL-FE5C

—

145

®

SELE C T OR

GUI D E

GREEN

Emitter Part Number

LUXEON V

LUXEON Rebel

BLUE LUXEON K2 460 nm — 490 nm

LXML-PB01-0008

—

9

—

LXML-PB01-0010

—

11

—

LXML-PB01-0013

—

14

—

LXML-PB01-0018

—

19

—

LXML-PB01-0023

—

24

—

LXK2-PB12-K00

—

9

—

LXK2-PB12-L00

—

11

—

LXK2-PB12-M00

—

14

—

LXK2-PB14-N00

—

19

—

LXK2-PB14-P00

—

24

—

LXK2-PB14-Q00 LUXEON I

LUXEON III LUXEON V

—

31

—

LXHL-BB01

LXHL-MB1C

—

16

LXHL-PB01

LXHL-MB1D

—

16

LXHL-DB01

LXHL-FB1C

—

15

LXHL-PB09

LXHL-LB3C

—

23

LXHL-DB09

LXHL-FB3C

—

21

LXHL-PB02

LXHL-LB5C

—

48

LXHL-DB02

LXHL-FB5C

—

43

Test Forward Current (mA)

Radiation Pattern

350

Lambertian

350

Lambertian

1000 Batwing 350

Lambertian Side Emitting

700 700

350

Lambertian Side Emitting Lambertian Side Emitting

Lambertian

350 Lambertian 1000 Batwing 350

Lambertian Side Emitting

700 700

350

Lambertian Lambertian Side Emitting

Lambertian

350 Lambertian 1000 Batwing 350

Lambertian Side Emitting

700 700

Lambertian Side Emitting Lambertian Side Emitting

24

LUXEON Selector Guide (cont.) ®

Color

LED

LUXEON Rebel ROYAL BLUE

LUXEON I LUXEON III LUXEON V LUXEON Rebel

LUXEON I

LUXEON III

REDORANGE

LUXEON K2

LUXEON I

LUXEON III

AMBER

585 nm — 597 nm

—

175 mW

—

LXML-PR01-0225

—

225 mW

—

LXML-PR01-0275

—

275 mW

—

LXK2-PR12-L00

—

175 mW

—

LXK2-PR12-M00

—

225 mW

—

LXK2-PR14-Q00

—

435 mW

—

LXK2-PR14-R00

—

515 mW

—

LXHL-BR02

LXHL-MRRC

—

220 mW

LXHL-PR03

LXHL-MRRD

—

220 mW

LXHL-DR01

LXHL-FR1C

—

198 mW

LXHL-PR09

LXHL-LR3C

—

340 mW

LXHL-PR02

LXHL-LR5C

—

700 mW

LXHL-DR02

LXHL-FR5C

—

630 mW

LXML-PD01-0030

—

30

—

LXML-PD01-0040

—

40

—

LXK2-PD12-Q00

—

31

—

LXK2-PD12-R00

—

40

—

LXK2-PD12-S00

—

52

—

LXHL-BD01

LXHL-MD1C

—

27

LXHL-BD03

LXHL-MDAC

—

42

LXHL-PD01

LXHL-MD1D

—

44

LXHL-DD01

LXHL-FD1C

—

40

LXHL-PD09

LXHL-LD3C

—

140

LXHL-DD09

LXHL-FD3C

—

125

LXML-PH01-0040

—

40

—

LXML-PH01-0050

—

50

—

LXK2-PH12-R00

—

40

—

—

52

—

LXHL-BH03

LXK2-PH12-S00

LXHL-MHAC

—

55

LXHL-PH01

LXHL-MH1D

—

55

LXHL-DH01

LXHL-FH1C

—

50

LXHL-PH09

LXHL-LH3C

—

190

LXHL-DH09

LXHL-FH3C

—

170

LUXEON Rebel

LXML-PL01-0023

—

24

—

LXML-PL01-0030

—

30

—

LXK2-PL12-P00

—

24

—

LUXEON K2

LXK2-PL12-Q00

—

31

—

LXK2-PL12-R00

—

40

—

LXHL-BL01

LXHL-ML1C

—

25

LXHL-BL03

LXHL-MLAC

—

42

LXHL-PL01

LXHL-ML1D

—

42

LUXEON I

LUXEON III DENTAL 460 nm

LXML-PR01-0175

LXHL-DL01

LXHL-FL1C

—

38

LXHL-PL09

LXHL-LL3C

—

110

LXHL-DL09

LXHL-FL3C

—

100

Test Forward Current (mA)

Radiation Pattern

350

Lambertian

350 Lambertian 1000 Batwing 350

Lambertian Side Emitting

700 700

Lambertian Lambertian Side Emitting

350

Lambertian

350

Lambertian

Batwing 350

Lambertian Side Emitting

1400

Lambertian Side Emitting

350

Lambertian

350

Lambertian

350

Lambertian

Batwing Side Emitting 1400

Lambertian Side Emitting

350

Lambertian

350

Lambertian

Batwing 350

Lambertian Side Emitting

1400

Lambertian Side Emitting

LUXEON I

LXHL-BRD1

LXHL-MRD1

—

140 mW

350

Batwing

LUXEON V

LXHL-PRD5

LXHL-LRD5

—

600 mW

700

Lambertian

GUI D E

614 nm — 621 nm

LUXEON Rebel

Typical Flux (Lumens)

SELE C T OR

621 nm — 645 nm

LUXEON K2

Minimum Flux (Lumens)

®

RED

Star Part Number

LU X EON

440 nm — 460 nm

LUXEON K2

Emitter Part Number

25

LUXEON® Selector Guide (cont.) Color

LED

LUXEON Rebel

Emitter Part Number

®

LU X EON

LUXEON K2 with TFFC LUXEON I

SELE C T OR

GUI D E

4500K — 10,000K

LUXEON K2

—

40

—

LXML-PWC1-0050

—

50

—

LXML-PWC1-0070

—

70

—

LXML-PWC1-0080

—

80

—

LXML-PWC1-0090

—

90

—

—

100

—

LXK2-PW12-R00

L2K2-MW12-11-BR00

40

—

LXK2-PW12-S00

L2K2-MW12-11-BS00

52

—

LXK2-PW14-T00

L2K2-MW14-11-BT00

80

—

LXK2-PW14-U00

L2K2-MW14-11-BU00

88

—

LXK2-PW14-V00

L2K2-MW14-11-BV00

114

—

LXK2-PWC4-0160

L2K2-MWC4-11-0160

160

—

LXK2-PWC4-0180

L2K2-MWC4-11-0180

180

—

LXK2-PWC4-0200

L2K2-MWC4-11-0200

200

—

LXHL-BW02

LXHL-MWEC

—

45

LXHL-PW01

LXHL-MW1D

—

45

LXHL-DW01

LXHL-FW1C

—

41

LXHL-PW09

LXHL-LW3C

—

65

LXHL-DW09

LXHL-FW3C

—

58

LUXEON V

LXHL-DW03

LXHL-FW6C

—

105

LXHL-PW03

LXHL-LW6C

—

120

LXML-PWN1-0040

—

40

—

LXML-PWN1-0050

—

50

—

LXML-PWN1-0070

—

70

—

LXML-PWN1-0080

—

80

—

LXK2-PWN2-Q00

L2K2-MWN2-11-BQ00

31

—

LXK2-PWN2-R00

L2K2-MWN2-11-BR00

40

—

LXK2-PWN2-S00

L2K2-MWN2-11-BS00

52

—

LXK2-PWN4-T00

L2K2-MWN4-11-BT00

68

—

LXK2-PWN4-U00

L2K2-MWN4-11-BU00

88

—

LXK2-PWN4-V00

L2K2-MWN4-11-BV00

114

—

LXK2-PWN4-0140

L2K2-MWN4-11-0140

140

—

LXK2-PWN4-0160

L2K2-MWN4-11-0160

160

—

LXK2-PWN4-0180

L2K2-MWN4-11-0180

180

—

LXML-PWW1-0040

—

40

—

LXML-PWW1-0050

—

50

—

LXML-PWW1-0060

—

60

—

LXK2-PWW2-Q00

L2K2-MWW2-11-BQ00

31

—

LXK2-PWW2-R00

L2K2-MWW2-11-BR00

40

—

LXK2-PWW4-T00

L2K2-MWW4-11-BT00

68

—

LXK2-PWW4-U00

L2K2-MWW4-11-BU00

88

—

LUXEON K2 with TFFC

LXK2-PWW4-0120

L2K2-MWW4-11-0120

120

—

LXK2-PWW4-0140

L2K2-MWW4-11-0140

140

—

LXK2-PWW4-0160

L2K2-MWW4-11-0160

160

—

LUXEON I

LXHL-BW03

LXHL-MWGC

—

20

NEUTRAL WHITE LUXEON K2

LUXEON K2 with TFFC LUXEON Rebel WARM WHITE LUXEON K2 2670K — 3500K

Typical Flux (Lumens)

LUXEON III

LUXEON Rebel

3500K — 4500K

Minimum Flux (Lumens)

LXML-PWC1-0040

LXML-PWC1-0100

COOL WHITE

Star Part Number

Test Forward Current (mA)

Radiation Pattern

350

Lambertian

350 Lambertian 1000

1000

Lambertian

350

Lambertian

Batwing Side Emitting 700 700

350

Lambertian Side Emitting Side Emitting Lambertian

Lambertian

350 Lambertian 1000

1000

Lambertian

350

Lambertian

350 Lambertian 1000

1000

Lambertian

350

Batwing

26

Power — Electrical Modules

Electrical modules are ready-to-use power solutions, which have been designed to drive LUXEON® LEDs from a wide range of input voltages. Consequently, they are ideal for testing and prototyping LUXEON-based applications. Driver accessories such as power cords and AMP connectors are available. Type

Supplier

Low Voltage Boost (DC)

LEDdynamics

MICROPUCK-2009

Med Voltage Boost (DC)

LEDdynamics

4015-D-E-0350

Dialight Lumidrives

Med Voltage Buck (DC)

Type

Supplier

Med Voltage Buck (AC)

LEDdynamics

Type

Supplier

Med Voltage (AC or DC)

Dialight Lumidrives

VOUT max (Vdc)

IOUT max (mA)

Features

0.8 – 3.0

4.0

350

—

5 – 28

48

350

dimmable

MLV3-C-35

10 – 30

12

350

—

MLV3-C-70

10 – 30

18

700

—

VDX-0350S

6 – 20

8

350

—

VSD-0350S

6 – 40

34

350

dimmable

VSD-0700S

6 – 40

24

700

dimmable

VSD-1000S

6 – 40

16

1000

dimmable

3021-D-E-0350

5 – 32

21

350

dimmable

4023B-D-0350

5 – 32

25

350

dimmable

3021-D-E-0700

5 – 32

21

700

dimmable

3021-D-E-1000

5 – 32

21

1000

dimmable

4016

8 – 32

21

350, 700, 1000

dimmable 4-channel

VIN (Vac)

VOUT max (Vdc)

IOUT max (mA)

Features

3021-A-E-0350

7 – 24

21

350

dimmable

3021-A-E-0700

7 – 24

21

700

dimmable

3021-A-E-1000

7 – 24

21

1000

dimmable

VIN (Vac or Vdc)

VOUT max (Vdc)

IOUT max (mA)

Features

MLV9-C-35

12 – 24

36

350

dimmable

MLV9-C-70

12 – 24

18

700

dimmable

Part Number

Part Number

SOLU T IONS

LEDdynamics

VIN (Vdc)

PO W ER

i2Systems

Part Number

27

Power — Electrical Modules (cont.)

Type

PO W ER

SOLU T IONS

Offline AC-DC (120 Vac)

Offline AC-DC (230 Vac)

Supplier

Advance

Advance

Advance Offline AC-DC (110-240+ Vac)

Type

Dialight Lumidrives

Supplier LEDdynamics

Accessories

i2Systems Qualtek

VIN (Vac)

VOUT max (Vdc)

IOUT max (mA)

Features

LED-120A-0350C-28F

120

28

350

—

LED-120A-0350C-33F

120

33

350

—

LED-120A-0700C-24F

120

24

700

—

LED-120A-0012V-10F

120

12

1000

—

LED-120A-0024V-10F

120

25

1050

—

LED-120A-0024V-10D

120

25

1050

dimmable

LED-120A-0024V-18F

120

25

1700

—

LED-120A-0012V-21F

120

12

2100

—

LED-120A-0024V-33F

120

24

3300

—

9137-006-15882

230

34

350

—

9137-006-15982

230

24

700

—

9137-001-81403

230

24

700

—

9137-001-81982

230

25

1050

dimmable

Part Number

LED-230A-0024V-17F

230

25

1700

—

LED-UNIA-0350C-12F

110 – 255

12

350

—

LED-UNIA-0700C-12F

110 – 255

12

700

—

LED-INTA-0024V-41F

120 – 277

24

4100

—

MDU4-SC-35

110 – 240

15

350

—

RFCC-MASTER

110 – 240

24

350

—

RFCC-SLAVE

110 – 240

24

350

—

CDU-L-3-35-DMX

110 – 240

48

350

—

MDU9-SC-35/70

110 – 240

32

350, 700

—

Part Number

Description

3021HEP VCA-87 221001-01

Tyco Electronics 1365323-1

Type

Supplier

Accessories

Tyco

Part Number 1954097-1

Associated Product Manufacturer

Part #s

Wire Harness

LEDdynamics

3021-x-y-zz

Wire Harness

i2Systems

VSD-xxxxS

Power Cord

Advance

LED-120A-xxxx

Connector Cable

Advance

LED-120A-xxxC

Description

Features

SMT Poke-in connector

Accepts 18AWG — 22AWG wire

28

Power — Low Voltage ICs

Low voltage ICs provide the necessary power to drive LUXEON® LEDs from input voltages of 6V and under. These solutions are ideal for portable applications such as flashlights, headlamps and bicycle lights. Type

Supplier National Semiconductor

ON Semiconductor

Boost

Exar*

Zetex

STMicroelectronics SEPIC or Boost

Buck-Boost

National Semiconductor

IOUT max (mA)

LM3551

2.7 – 5.5

11

1000

LM3553

2.7 – 5.5

19

1200

N1422

1.0 – 5.0

5.0

800

N1450A

0.8 – 6.0

6.0

1000

SP6648

0.7 – 4.5

4.0

400

SP6641B

1.0 – 5.0

6.0

500

SP7648

2.7 – 4.5

5.5

800

L6920

0.6 – 5.5

8.0

500

ZXSC310

0.8 – 8.0

8.0

1100

ZXSC400

1.8 – 8.0

8.0

1100

ZXLD1321

1.2 – 12.0

18.0

1000

SP6655

2.7 – 5.5

5.0

400

SP6652

2.7 – 5.5

5.0

1000

L6926

2.0 – 5.5

5.0

800

LM3410

2.7 – 5.5

24.0

1000

ON Semiconductor

N5030

2.7 – 5.5

5.5

1200

STMicroelectronics

STCF03

2.7 – 5.5

5.3

800

2.5 – 15.0

15.0

700

2.8 – 5.5

5.0

800 700

Zetex National Semiconductor Charge Pump Exar* LDO

VOUT max (Vdc)

STMicroelectronics

* Formerly known as Sipex.

ZXLD1322 LM2754 LM2758

2.7 – 5.5

5.0

SP7686A

2.5 – 5.5

5.0

500

SP7685

2.7 – 5.5

5.0

1000

ST890

2.7 – 5.5

5.0

1200

SOLU T IONS

Exar*

Buck

VIN (Vdc)

PO W ER

STMicroelectronics

Part Number

29

Power — Medium Voltage ICs & Programmable ICs

Medium voltage ICs deliver the power for driving LUXEON® LEDs for input voltages of 12V to 80V. These solutions are commonly integrated in automotive, industrial and military applications. Type

Supplier Melexis

National Semiconductor

PO W ER

SOLU T IONS

Buck Exar*

Zetex

Buck-Boost LDO

VIN (Vdc)

VOUT max (Vdc)

IOUT max (mA)

MLX10803

Part Number

6.0 – 32

30

External

LM3407

4.5 – 30

27

350

LM3402

6.0 – 42

41

500

LM3402HV

6.0 – 75

74

500

LM3404

6.0 – 42

41

1200

LM3404HV

6.0 – 75

74

1500

LM3401

4.5 – 35

35

External External

SP7601

4.5 – 29

29

ZXLD1350

7.0 – 30

30

350

ZXLD1360

7.0 – 30

30

1000

ZXLD1362

6.0 – 60

60

1000

ZXLD1320

4.0 – 18

18

1500

ON Semiconductor

N3065

3.0 – 40

40

1500

Zetex

ZXLD1322

2.5 – 15

15

700

ON Semiconductor

NUD4001

8.0 – 30

28

400

STMicroelectronics

STCS1

4.7 – 40

40

1500

* Formerly known as Sipex.

Programmable ICs, such as microcontrollers, allow s to control driver circuits in order to expand the capability of the power solution to include dimming features, automated intensity compensation for low battery conditions, and the ability to play back pre-programmed flash and strobe sequences. Reference designs and evaluation boards are available to test the performance of programmable solutions. Please your local sales office for more information. Type

EZ-Color - 8 bit

Supplier

Cypress

STMicroelectronics

MCU - 8 bit

Freescale Semiconductor

Part Number

VIN (Vdc)

Memory (kB)

ADC (bits)

CY8CLED02

2.4 – 5.3

4

10

CY8CLED04

2.4 – 5.3

16

14

CY8CLED08

2.4 – 5.3

16

14

CY8CLED16

2.4 – 5.3

32

14

ST7DALI

2.4 – 5.5

8

10

MC9RS08KA2

1.8 – 5.5

2

Comparator

MC68H908QT

3.0 – 5.0

4

10

MC9S08QG

1.8 – 3.6

8

10

MC908QB

3.0 – 5.0

8

10

30

Power — Offline AC-DC ICs

Offline AC-DC IC solutions can power LUXEON from universal input voltages of 85Vac to 265Vac. These solutions are ideal for general lighting, task lighting, and commercial signage applications. It is possible to develop several power solutions from the same offline AC-DC IC. Depending on specification, some applications will require the solution to be isolated or non-isolated, with or without power factor correction. Reference designs and evaluation boards are available to test the performance of the various solutions. Type

Supplier Fairchild Semiconductor

Isolated

ON Semiconductor

STMicroelectronics

NonIsolated

IOUT typ (mA)

POUT max (W)

FAN7554

85 – 265

12

1000

17

SSL1523

80 – 276

12

350

15

SSL1623

80 – 276

15

1000

25

N1013

85 – 265

18

350

15

N1351

86 – 266

15

1000

20

Viper12

85 – 265

15

350

8

Viper22

85 – 265

24

350

12

Viper53

85 – 265

24

350

30

ON Semiconductor

N1651

85 – 245

30

1000

250

NXP

SSL1750

70 – 276

30

1000

250

IRS2540

< 200

24

1000

—

IRS2541

< 600

24

1000

—

International Rectifier NXP

UBA3070

600

600

External

—

ON Semiconductor

N1216

85 – 265

250

400

120

Power — ive Components NIC Components Corp. supplies an extensive range of ive components, such as inductors and capacitors used in today’s latest IC-based LUXEON® LED drivers. For a complete guide of available products please visit www.niccomp.com

SOLU T IONS

Isolated PFC

VOUT typ (Vdc)

PO W ER

NXP

VIN (Vac)

Part Number

31

Single-LED Optics for LUXEON® I, LUXEON III and LUXEON V Narrow Beam Lens LED

Optic

Radiation Part Number Pattern

Carclo Optics

OP T I C S

LUXEON III Star LUXEON V Star

9

27

C

10064, 10065, 10064, 10065, 10076, 10077, 10172 10172 10111, 10112

L, B

10003

9

20

C

10012, 10024, 10026, 10036, 10043, 10044, 10035 10037 10045

L, B

10020

9

20

C C

included

N/A

N/A

10064, 10065, 10064, 10065, 10076, 10077, 10172 10172 10111, 10112

10048

6

27

B

FHS-HNB1-LB01-0

8

27

C

–

–

N/A

B

FHS-HNB1-LB01-H

8

27

C

included

included

N/A

L

FLP-HNB3-LL01-0

12

20

C

–

–

–

L

FLP-HNB3-LL01-H

12

20

C

included

included

included

L

FHS-HNB1-LL01-0

10

30

C

Spacer Ring FTS-S

Spacer Ring FTS-S

Spacer Ring FTS-SS

L

FHS-HNB1-LL01-H

10

30

C

included

included

N/A

OH-ES1-BK, OH-ES1-CL, OH-ES1-WH

OH-S35-BK, OH-S35-CL, OH-S35-WH N/A

OP-005

10

20

C

OH-ES1-BK, OH-ES1-CL, OH-ES1-WH

B

LXHL-NX05

10

20

C

LXHL-NX07

N/A

L, B

120/121

12

15

H

included

included

N/A

L, B

120/128

12

15

H

N/A

N/A

included

L, B

129/121

12

15

H

included

included

N/A

L, B

129/128

12

15

H

N/A

N/A

included

L, B

152

12

22

H

–

–

–

L, B

Philips Lumileds

B = C = – = N/A = included =

LUXEON I Star

10124

L2 Optics

Polymer Optics

Emitter

L

L, B

Fraen

Optic Holder Part Number

Beam Diameter Angle Shape (mm) (°)

Batwing H = Hexagonal Circular L = Lambertian A separate optic holder is not needed because the optic self-aligns to the LED. The optic is not meant to be used with this type of LED. A separate optic holder exists and is included with the optic part number.

Single-LED Optics for LUXEON I, LUXEON III and LUXEON V (cont.) ®

32

Medium Beam Lens LED

Optic

Radiation Part Number Pattern Carclo Optics

Fraen

L2 Optics

Optic Holder Part Number

Beam Diameter Angle Shape (mm) (°)

Emitter

LUXEON I Star

LUXEON III Star LUXEON V Star

L, B

10003/15

19

20

C

10012, 10024, 10026, 10036, 10043, 10044, 10035 10037 10045

L, B

10108

18

27

C

10064, 10065, 10064, 10065, 10076, 10077, 10172 10172 10111, 10112

B

FHS-HMB1-LB01-0

25

27

C

–

–

N/A

B

FHS-HMB1-LB01-H

25

27

C

included

included

N/A

L

FLP-HMB3-LL01-0

30

20

C

–

–

–

L

FLP-HMB3-LL01-H

30

20

C

included

included

included

L

FHS-HMB1-LL01-0

30

30

C

Spacer Ring FTS-S

Spacer Ring FTS-S

Spacer Ring FTS-SS

L

FHS-HMB1-LL01-H

30

30

C

included

included

N/A

C

OH-ES1-BK, OH-ES1-CL, OH-ES1-WH

OH-ES1-BK, OH-ES1-CL, OH-ES1-WH

OH-S35-BK, OH-S35-CL, OH-S35-WH

L, B

OP-015

30

20

LED

Optic

Radiation Part Number Pattern Carclo Optics

Fraen

L, B

Optic Holder Part Number

Beam Diameter Angle Shape (mm) (°)

Emitter

LUXEON I Star

LUXEON III Star LUXEON V Star

10012, 10024, 10026, 10036, 10043, 10044, 10035 10037 10045

10003/25

34

20

C

B

FHS-HWB1-LB01-0

45

27

C

–

–

N/A

B

FHS-HWB1-LB01-H

45

27

C

included

included

N/A

L

FHS-HWB1-LL01-0

45

30

C

Spacer Ring FTS-S

Spacer Ring FTS-S

Spacer Ring FTS-SS

L

FHS-HWB1-LL01-H

45

30

C

included

included

N/A

C

OH-ES1-BK, OH-ES1-CL, OH-ES1-WH

OH-ES1-BK, OH-ES1-CL, OH-ES1-WH

OH-S35-BK, OH-S35-CL, OH-S35-WH

L2 Optics

L, B

Polymer Optics

L, B

124/121

50

18

H

included

included

N/A

L, B

124/128

50

18

H

N/A

N/A

included

L, B

153

50

22

H

–

–

–

B = C = – = N/A = included =

OP-025

50

20

Batwing H = Hexagonal Circular L = Lambertian A separate optic holder is not needed because the optic self-aligns to the LED. The optic is not meant to be used with this type of LED. A separate optic holder exists and is included with the optic part number.

OP T I C S

Wide Beam Lens

33

Specialty Single-LED Optics for LUXEON® I, LUXEON III and LUXEON V Asymmetric Lens LED

Optic

Radiation Part Number Pattern

Fraen

Beam Angle (°)

Optic Holder Part Number Diameter Shape (mm)

Emitter

LUXEON I Star

LUXEON III Star LUXEON V Star

N/A

Spacer Ring FTS-S

Spacer Ring FTS-SS

L

FHS-HMA1-LL01-0

13

30

C

L

FHS-HMA1-LL01-H

13

30

C

included

included

N/A

Spacer Ring FTS-S

Spacer Ring FTS-SS

included

N/A

L

FHS-HNA1-LL01-0

9

31

C

Spacer Ring FTS-S

L

FHS-HNA1-LL01-H

9

31

C

included

Elliptical Lens LED

Optic

OP T I C S

Radiation Part Number Pattern

Carclo Optics

Fraen

L2 Optics

Polymer Optics

B = C = H = – = N/A = included =

Beam Angle (°)

Optic Holder Part Number Diameter Shape (mm)

Emitter

LUXEON I Star

LUXEON III Star LUXEON V Star

L, B

10192

12 x 40

20

C

10012, 10026, 10043, 10024, 10035 10036, 10037 10044, 10045

L, B

10003/L25

40 x 12

20

C

10012, 10026, 10043, 10024, 10035 10036, 10037 10044, 10045

L, B

10049

40 x 12

27

C

10064, 10064, 10065, 10172 10065, 10172

B

FHS-HEB1-LB01-0

10 x 20

27

C

–

–

N/A

B

FHS-HEB1-LB01-H

10 x 20

27

C

included

included

N/A

L

FHS-HEB1-LL01-0

12 x 24

30

C

Spacer Ring FTS-S

Spacer Ring FTS-S

Spacer Ring FTS-SS N/A

L

FHS-HEB1-LL01-H

L

OP-FL

L, B

OP-520

10076, 10077, 10111, 10112

12 x 24

30

C

included

included

20 x 160

N/A

SC

–

N/A

N/A

C

OH-ES1-BK, OH-ES1-CL, OH-ES1-WH

OH-ES1-BK, OH-ES1-CL, OH-ES1-WH

OH-S35-BK, OH-S35-CL, OH-S35-WH

10 x 40

20

L, B

126/121

12 x 50

15

H

included

included

N/A

L, B

126/128

12 x 50

15

H

N/A

N/A

included

L, B

154

12 x 50

22

H

–

–

–

Batwing L = Lambertian Circular R = Rectangular Hexagonal SC = Semi-Cylindrical A separate optic holder is not needed because the optic self-aligns to the LED. The optic is not meant to be used with this type of LED. A separate optic holder exists and is included with the optic part number.

34

Specialty Single-LED Optics for LUXEON I, LUXEON III and LUXEON V (cont.) ®

Reflector LED

Optic

Radiation Part Number Pattern

IMS

Beam Angle (°)

Optic Holder Part Number Diameter Shape (mm)

Emitter

LUXEON I Star

LUXEON III Star LUXEON V Star N/A

L

SO17XA

12

18

C

–

N/A

L

SO17XB

12

18

C

N/A

–

–

L

SO20XA

10

21

C

–

N/A

N/A

L

SO27XA

7

28

C

–

N/A

N/A

Super Collimating Lens LED

Optic

Radiation Part Number Pattern

Beam Angle (°)

Optic Holder Part Number Diameter Shape (mm)

Emitter

LUXEON I Star

LUXEON III Star LUXEON V Star

Carclo Optics

L

10025

3

50

C

–

–

–

Fraen

L

FBL-VN1-LL01-0

5

35

C

–

–

–

LED

Optic

Radiation Part Number Pattern Carclo Optics

Beam Angle (°)

Optic Holder Part Number Diameter Shape (mm)

Emitter

LUXEON I Star

LUXEON III Star LUXEON V Star

L

10040

N/A

20

R

N/A

N/A

–

L

10071

N/A

20

R

–

–

–

L

10099

N/A

20

R

–

–

–

Fiber Optic Coupler LED

Optic

Radiation Part Number Pattern

Beam Angle (°)

Optic Holder Part Number Diameter Shape (mm)

Emitter

LUXEON I Star

LUXEON III Star LUXEON V Star

Carclo Optics

L

10034

N/A

20

C

Fraen

L

FFLI-07-LL-0

N/A

14

C

Spacer Ring FTS-1WS

Spacer Ring FTS-1WS

Polymer Optics

L, B

141/121

N/A

15

H

included

included

N/A

L, B

141/128

N/A

15

H

N/A

N/A

included

B = C = H = – = N/A = included =

10012, 10026, 10043, 10024, 10035 10036, 10037 10044, 10045

Batwing L = Lambertian Circular R = Rectangular Hexagonal SC = Semi-Cylindrical A separate optic holder is not needed because the optic self-aligns to the LED. The optic is not meant to be used with this type of LED. A separate optic holder exists and is included with the optic part number.

Spacer Ring FTS-5WS

OP T I C S

Side Emitting Lens

35

Multi-LED Optics for LUXEON® I, LUXEON III and LUXEON V Tri-lens Narrow Beam

Fraen

LED Radiation Pattern B L L L

Optic Beam Angle Diameter Shape (°) (mm) FT3-HNB1-LB01-H 8 50 C FL3-HNB1-LLE-H 11 35 C FT3-HNB1-LL01-H 10 50 C FT3-HNB1-LLS3-H 10 50 C Part Number

Optic Holder Part Number LUXEON III Star LUXEON I Star LUXEON V Star included included N/A included N/A N/A included included N/A N/A N/A included Emitter

Tri-lens Medium Beam

Fraen

LED Radiation Pattern B L L L

Optic Beam Angle Diameter Shape (°) (mm) FT3-HMB1-LB01-H 25 50 C FL3-HMB1-LLE-H 24 35 C FT3-HMB1-LL01-H 30 50 C FT3-HMB1-LLS3-H 30 50 C Part Number

Optic Holder Part Number LUXEON III Star LUXEON I Star LUXEON V Star included included N/A included N/A N/A included included N/A N/A N/A included Emitter

OP T I C S

Tri-lens Wide Beam

Fraen

LED Optic Radiation Beam Angle Diameter Part Number Shape Pattern (°) (mm) B FT3-HWB1-LB01-H 45 50 C L FT3-HWB1-LL01-H 45 50 C

Optic Holder Part Number LUXEON III Star LUXEON I Star LUXEON V Star included included N/A included included N/A Emitter

Tri-lens Color Mixing LED Radiation Pattern L L Polymer Optics L L

Part Number 157 157 157 157

+ + + +

160 161 162 163

Optic Beam Angle Diameter Shape (°) (mm) 12 36 H 50 36 H 12 x 50 36 H 12 36 H

Optic Holder Part Number LUXEON III Star LUXEON I Star LUXEON V Star included N/A N/A included N/A N/A included N/A N/A included N/A N/A Emitter

Seven-cell Lens LED Radiation Pattern L, B Polymer L, B Optics L, B

Part Number 122 125 130

Optic Beam Angle Diameter Shape (°) (mm) 12 39 H 50 39 H 12 to 90 39 H

Emitter – – –

Optic Holder Part Number LUXEON III Star LUXEON I Star LUXEON V Star N/A N/A N/A N/A N/A N/A

Seven-cell Fiber Optic Coupler

Polymer Optics

LED Radiation Part Number Pattern

B = C = – = N/A = included =

L, B

140

Optic Beam Angle Diameter Shape (°) (mm) N/A

39

H

Emitter

Optic Holder Part Number LUXEON III Star LUXEON I Star LUXEON V Star

–

Batwing H = Hexagonal Circular L = Lambertian A separate optic holder is not needed because the optic self-aligns to the LED. The optic is not meant to be used with this type of LED. A separate optic holder exists and is included with the optic part number.

N/A

N/A

36

Single-LED Optics for LUXEON K2 ®

Narrow Beam Lens Part Number 10003 Carclo 10138 Optics 10048 10124 Fraen

L2 Optics

Optic Optic Holder Part Number Beam Angle Diameter Shape Emitter Star (°) (mm) 9 20 C 10119, 10120, 10121 N/A 15 20 C 10119, 10120, 10121 N/A 6 27 C 10122, 10123, 10231 N/A 9 27 C 10122, 10123, 10231 N/A

FLP-N4-K2-HRF FLP-N4-LLK2-0R FHS-HNB1-LLK2-0 FHS-HNB1-LLK2-H

11 11 9 9

20 20 31 31

C C C C

OP-005

10

20

C

OPK2-1-003 OPK2-1-003 + OPAA-1-DF

6 12

26 26

12 12

15 22

Polymer 120/151 Optics 152

C C

included – Spacer Ring FTS-SK2 included OH-K2-BK, OH-K2-CL, OH-K2-WH – –

included – Spacer Ring FTS-SK2 included OH-K2-BK, OH-K2CL, OH-K2-WH N/A N/A

H H

included –

N/A –

Medium Beam Lens

Wide Beam Lens Part Number Carclo 10140 Optics 10003/25 Fraen

FLP-W4-K2-HRF FLP-W4-LLK2-0R FHS-HWB1-LLK2-0 FHS-HWB1-LLK2-H

L2 Optics

OP-025

Polymer 124/151 Optics 153 C = – = N/A = included =

Optic Optic Holder Part Number Beam Angle Diameter Shape Emitter Star (°) (mm) 43 20 C 10119, 10120, 10121 N/A 32 20 C 10119, 10120, 10121 N/A 44 44 45 45

20 20 30 30

C C C C

50

20

C

50 50

18 22

H H

included – Spacer Ring FTS-SK2 included OH-K2-BK, OH-K2-CL, OH-K2-WH included –

Circular H = Hexagonal A separate optic holder is not needed because the optic self-aligns to the LED. The optic is not meant to be used with this type of LED. A separate optic holder exists and is included with the optic part number.

included – Spacer Ring FTS-SK2 included OH-K2-BK, OH-K2CL, OH-K2-WH N/A –

OP T I C S

Optic Optic Holder Part Number Beam Angle Diameter Shape Emitter Star (°) (mm) 10139 20 20 C 10119, 10120, 10121 N/A Carclo 10003/15 19 20 C 10119, 10120, 10121 N/A Optics 10122, 10123, 10230, 10108 18 27 C N/A 10231, 10232, 10233 FLP-M4-K2-HRF 20 20 C included included FLP-M4-LLK2-0R 20 20 C – – Fraen FHS-HMB1-LLK2-0 22 30 C Spacer Ring FTS-SK2 Spacer Ring FTS-SK2 FHS-HMB1-LLK2-H 22 30 C included included OH-K2-BK, OH-K2-CL, OH-K2-BK, OH-K2OP-015 30 20 C L2 OH-K2-WH CL, OH-K2-WH Optics OPK2-1-003 + OPAA-1-WSL 24 26 C – N/A Part Number

37

Specialty Single-LED Optics for LUXEON® K2

Elliptical Lens Optic

10192 Carclo 10003/L25 Optics 10049 FLP-E4-K2-HRF Fraen

Star

12 x 40

20

C

10119, 10120, 10121

N/A

39 x 10

20

C

10119, 10120, 10122

N/A

40 x 12

27

C

10122, 10123, 10231

N/A

13 x 50

20

C

included

included

FLP-E4-LLK2-0R

13 x 50

20

C

–

–

10 x 20

27

C

Spacer Ring FTS-SK2

Spacer Ring FTS-SK2

FHS-HEB1-LLK2-H

10 x 20

31

C

included

included

C

OH-K2-BK, OH-K2-CL, OH-K2-WH

OH-K2-BK, OH-K2CL, OH-K2-WH N/A

10 x 40

OPK2-1-003 + OPAA-1-OSL OP-FL

OP T I C S

Emitter

FHS-HEB1-LLK2-0

OP-520 L2 Optics

Optic Holder Part Number

Beam Angle Diameter Shape (°) (mm)

Part Number

Polymer 126/151 Optics 154

20

8 x 54

26

C

N/A

20 x 160

N/A

SC

–

N/A

12 x 50

15

H

included

N/A

12 x 50

22

H

–

–

Side Emitting Lens Optic Part Number

Optic Holder Part Number

Beam Angle Diameter Shape (°) (mm)

Carclo 10126 Optics

N/A

20

R

Emitter

Star

–

–

Fiber Optic Coupler Optic Part Number

Optic Holder Part Number

Beam Angle Diameter Shape (°) (mm)

Emitter

Star

Carclo 10034 Optics

N/A

20

C

10119, 10120, 10121

N/A

Polymer 141/151 Optics

N/A

15

H

included

N/A

C = H = – = N/A = included =

Circular R = Rectangular Hexagonal SC = Semi-Cylindrical A separate optic holder is not needed because the optic self-aligns to the LED. The optic is not meant to be used with this type of LED. A separate optic holder exists and is included with the optic part number.

38

Multi-LED Optics for LUXEON K2 ®

Tri-lens Narrow Beam Optic Part Number Fraen

Optic Holder Part Number

Beam Angle ( ° )

Diameter (mm)

Shape

Emitter

Star

FL3-N1-LLK2-H

11

35

C

included

N/A

FT3-N1-LLK2-H

6

50

C

included

N/A

Diameter (mm)

Shape

Tri-lens Medium Beam Optic Part Number Fraen

Beam Angle ( ° )

Optic Holder Part Number Emitter

Star

FL3-M1-LLK2-H

25

35

C

included

N/A

FT3-M1-LLK2-H

19

50

C

included

N/A

Beam Angle ( ° )

Diameter (mm)

Shape

Emitter

Star

27

50

C

included

N/A

Tri-lens Wide Beam Optic Part Number Fraen

FT3-W1-LLK2-H

Optic Holder Part Number

Optic

Polymer Optics

Optic Holder Part Number

Part Number

Beam Angle ( ° )

Diameter (mm)

Shape

Emitter

Star

157 + 160

12

36

H

included

N/A

157 + 161

50

36

H

included

N/A

157 + 162

12 x 50

36

H

included

N/A

157 + 163

12

36

H

included

N/A

Beam Angle ( ° )

Diameter (mm)

Shape

Emitter

Star

12

39

H

–

N/A

Seven-cell Lens Optic Part Number 122 Polymer Optics

Optic Holder Part Number

125

50

39

H

–

N/A

130

12 to 90

39

H

–

N/A

Beam Angle ( ° )

Diameter (mm)

Shape

Emitter

Star

N/A

39

H

–

N/A

Seven-cell Fiber Optic Coupler Optic Part Number Polymer Optics C = – = N/A = included =

140

Optic Holder Part Number

Circular H = Hexagonal A separate optic holder is not needed because the optic self-aligns to the LED. The optic is not meant to be used with this type of LED. A separate optic holder exists and is included with the optic part number.

OP T I C S

Tri-lens Color Mixing

39

Single-LED Optics for LUXEON® Rebel

Narrow Beam Lens Optic Part Number

Beam Angle ( ° )

Diameter (mm)

Shape

Optic Holder Part Number

10193

9

20

C

10235, 10236, 10237

10194

12

20

C

10235, 10236, 10237

Fraen

FLP-N4-RE-HRF

11

20

C

included

L2 Optics

OPC1-1-SPOT

12

22

C

–

120/180

12

15

H

included

185/180

12

15

H

included

Diameter (mm)

Shape

Optic Holder Part Number

Carclo Optics

Polymer Optics

Medium Beam Lens Optic Part Number

OP T I C S

Carclo Optics

Beam Angle ( ° )

10195

18

20

C

10235, 10236, 10237

10208

16

20

C

10235, 10236, 10237

Fraen

FLP-M4-RE-HRF

21

20

C

included

L2 Optics

OPC1-1-MED

30

22

C

–

Diameter (mm)

Shape

Optic Holder Part Number

Wide Beam Lens Optic Part Number Carclo Optics

Beam Angle ( ° )

10196

35

20

C

10235, 10236, 10237

10209

22

20

C

10235, 10236, 10237 included

Fraen

FLP-W4-RE-HRF

36

20

C

L2 Optics

OPC1-1-WIDE

50

22

C

–

124/180

50

18

H

included

Polymer Optics

C = – = N/A = included =

Circular H = Hexagonal A separate optic holder is not needed because the optic self-aligns to the LED. The optic is not meant to be used with this type of LED. A separate optic holder exists and is included with the optic part number.

40

Specialty Single-LED Optics for LUXEON Rebel ®

Elliptical Lens Optic Beam Angle ( ° )

Diameter (mm)

Shape

Optic Holder Part Number

10197

40 x 10

20

C

10235, 10236, 10237

10198

10 x 40

20

C

10235, 10236, 10237

FLP-E4-RE-HRF

13 x 44

20

C

included

OPC1-1-OVAL

16 x 50

22

C

–

OP-FL

20 x 160

N/A

SC

–

126

12 x 50

15

H

included

Diameter (mm)

Shape

Optic Holder Part Number

Part Number Carclo Optics Fraen L2 Optics Polymer Optics

Reflector Optic Part Number L2 Optics

Beam Angle ( ° )

OPC1-1-COL

14

12

C

–

OPC1-2-COL

26

12

C

–

Optic

Philips Lumileds

Part Number

Beam Angle ( ° )

Diameter (mm)

Shape

Optic Holder Part Number

LXML-NX02

N/A

15

R

–

Beam Angle ( ° )

Diameter (mm)

Shape

Optic Holder Part Number

N/A

15

H

included

Fiber Optic Coupler Optic Part Number Polymer Optics

141/180

Multi-LED Optics for LUXEON Rebel Tri-lens Color Mixing Optic

Polymer Optics

C = H = – = N/A = included =

Part Number

Beam Angle ( ° )

Diameter (mm)

Shape

Optic Holder Part Number

181 + 160

12

36

H

included

181 + 161

50

36

H

included

181 + 162

12 x 50

36

H

included

181 + 163

12

36

H

included

Circular R = Rectangular Hexagonal SC = Semi-Cylindrical A separate optic holder is not needed because the optic self-aligns to the LED. The optic is not meant to be used with this type of LED. A separate optic holder exists and is included with the optic part number.

OP T I C S

Side Emitting Lens

41

Thermal Management

There are a number of standard heatsinks available that can be used with LUXEON® LEDs. These heatsinks vary in size and shape. Custom made solutions are also available.

350

350

1000

350

0.98

13

14

12

2

14

1.79

11

12

10

2

12

57

1.84

11

12

10

2

12

42

2.2

10

12

10

2

12

Aavid Thermalloy

Width (mm)

Height (mm)

601403B06000

152

154

44

766203B04000

102

102

32

637303B03000

76

76

652453B12000

305

32

Aavid Thermalloy

500400B00000

Length (mm)

Width (mm)

Height (mm)

46

46

32

5.0

350

350

350

1000

350

7

8

7

1

8

# of LUXEON K2 AlInGap LEDs

(°C/W)

# of LUXEON K2 InGaN LEDs

Thermal Resistance

Dimensions

Part Number

# of LUXEON Rebel AnInGaP LEDs

Supplier

# of LUXEON Rebel InGaN LEDs

Stamping

350

350

1000

350

12.2

4

4

4

—

4

15.3

3

4

3

—

4

18

20.3

2

3

2

—

3

18

23.4

2

2

2

—

2

(°C/W)

Aavid Thermalloy

Assumptions:

Length (mm)

Width (mm)

Height (mm)

375024B00032

40

40

18

374724B00032

35

35

18

374424B00035

27

27

374124B00035

23

23

30°C Ambient Temperature 4°C/W Board Thermal Resistance max Forward Voltage B50L70 Junction Temperature

# of LUXEON K2 AlInGap LEDs

350

Thermal Resistance

Dimensions

Part Number

# of LUXEON K2 InGaN LEDs

Supplier

# of LUXEON Rebel AnInGaP LEDs

Tape Attach # of LUXEON Rebel InGaN LEDs

T H ERMAL

MANAGEMEN T

(°C/W)

Length (mm)

# of LUXEON K2 AlInGap LEDs

350

Thermal Resistance

Dimensions

Part Number

# of LUXEON K2 InGaN LEDs

# of LUXEON Rebel AnInGaP LEDs

Supplier

# of LUXEON Rebel InGaN LEDs

Extrusion

42

Thermal Management (cont.)

Dimensions

Type

Supplier

Product

Length (mm)

Width (mm)

Height (mm)

Thermal Resistance (°C/W)

Description

Thermal Tape

Aavid Thermalloy

Ther-A-Grip

50.8

50.8

0.1

0.6

Double-sided, Electrically Isolating

Type Software

350

350

1000

50.8

14.5

8.8

5

5

5

1

5

1542225-4

50.8

6.4

9.0

5

5

4

1

5

(°C/W)

# of LUXEON K2 AlInGap LEDs

350

1542262-4

Thermal Resistance

# of LUXEON K2 InGaN LEDs

Height (mm)

Dimensions

350

1542258-4

34.9

23.5

10.5

4

5

4

1

5

1542233-4

34.9

15.1

12.6

4

4

3

—

4

30°C Ambient Temperature 4°C/W Board Thermal Resistance max Forward Voltage B50L70 Junction Temperature

Supplier Qfinsoft

Product

Description

QLED-SOFTWARE

Determines LED junction temperature and the effectiveness of a thermal system

QLED is a powerful simulation and optimization software that allows engineers to perform real time thermal design of electronic systems using LUXEON power LEDs. QLED software can be purchased exclusively from Future Lighting Solutions. For more information, please email [email protected] or visit www.futurelightingsolutions.com/qled

MANAGEMEN T

Assumptions:

# of LUXEON Rebel AnInGaP LEDs

Tyco Electronics

Diameter (mm)

Part Number

T H ERMAL

Supplier

# of LUXEON® Rebel InGaN LEDs

Radial

GLOSSARY

43

Glossary A

see Ampere.

Ampere (A)

The unit of measurement of current.

AC-DC

see Offline AC-DC.

Batwing

A Radiation Pattern in which the peak luminous intensity occurs at 40 degrees from the normal.

Beam Angle

see Viewing Angle.

Boost Circuit

An electrical drive circuit in which the required Output Voltage is greater than the Input Voltage.

Buck / Boost Circuit

An electrical drive circuit in which the required Output Voltage is at times less than and at times greater than the Input Voltage. Such a drive circuit is typically required when the LED is powered using batteries, as the battery voltage is depleted over time.

Buck Circuit

An electrical drive circuit in which the required Output Voltage is less than the Input Voltage.

Candela (cd)

A unit of measurement of Luminous Intensity, equal to the amount of light given out through a solid angle, that is to say lumens per steradian. (There are 4 pi steradians in a complete sphere. The number of steradians in a given solid angle can be determined by dividing the surface area of that portion of the sphere by the square of the radius of the sphere.)

cd

see Candela.

Collimator

A Secondary Optic, often a Lens, which collimates the light.

Color Temperature

The measurement of color of white light, typically measured in Kelvin (K). The more reddish the light, the lower the color temperature; the more bluish the light, the higher the color temperature.

Dominant Wavelength

The Wavelength of light, as perceived by the human eye.

Drive Current

The constant current provided to the LED by the Driver.

Driver

A circuit that provides current to the LED. Constant current drivers are suitable for LUXEON® LEDs.

Electrical Module

A ready-to-use power solution, ideal for testing and prototyping the LEDs. Little to no electronics knowledge is required.

Forward Voltage

The typical voltage drop across the LED, as measured at a junction temperature of 25°C. Depending on the product, the maximum forward voltage is between 15 and 25% greater than the typical forward voltage.

Full Width Half Maximum

The total beam divergence at 50% of its maximum intensity.

FWHM

see Full Width Half Maximum.

HeatSink

A component designed to lower the temperature of the electronic device to which it is connected by dissipating excess heat generated. It is often finned, and made from aluminum.

IC

see Integrated Circuit.

Input Voltage

The voltage applied to the driver circuit.

Integrated Circuit

An electronic circuit built on a semiconductor silicon substrate. The circuit is sealed, and has leads. It is often referred to as a “chip.”

Intensity

see Luminous Intensity.

Iout

see Output Current.

Lambertian

A Radiation Pattern in which the peak luminous intensity occurs at 20 degrees from the normal.

LDO

see Low-Dropout Regulator.

Low-Dropout Regulator

An electrical drive circuit in which the required Output Voltage is slightly lower than the Input Voltage.

Lens

A Secondary Optic that collimates the light. For white LEDs the beam angle can be 10, 30 or 45 degrees.

lm

see Lumen.

Lumen (lm)

The unit of measurement of Luminous Flux.

44

Glossary Lumen Maintenance

The number of hours after which the light output will be at 70% of the original light output.

Luminous Flux

A measure to the sensitivity of the eye to the rate of flow of light per time at the given color. The unit of measurement is the Lumen.

Luminous Intensity

The energy emitted by a light source in a given direction. The unit of measurement is the Candela.

milliWatt (mW)

One thousandth of a Watt. This is a measurement of power. It can be used to measure Power Consumption but is typically used to measure Radiometric Power.

mW

see milliWatt.

Offline AC-DC

An electrical drive circuit that converts from wall current and voltage to a constant DC current, suitable for driving all LUXEON® LEDs.

Optic

see Secondary Optic.

Output Current

The current supplied to the LED from the output of the driver. It is measured in Amperes.

Output Voltage

The voltage available to the LED from the output of the driver.

Power Consumption

A measure of the power consumed by the system. It can be calculated by multiplying the Forward Voltage by the Drive Current. The unit of measurement is the Watt.

Programmable IC

An Integrated Circuit that can be used to modulate the Output Current. see Radiometric Power.

Radiation Pattern

The polar pattern describing the directional characteristics of light exiting the LED. Radiation patterns include Batwing, Lambertian, and Side Emitting.

Radiometric Power

A measure of the power of the light exiting the LED. The unit of measurement is the milliWatt.

Reflector

A Secondary Optic that reflects the light exiting the side of the LED.

Secondary Optic

A device connected to the LED for purposes of manipulating the light output. Common secondary optics include a Lens and a Reflector.

SEPIC Circuit

(Single Ended Primary Inductor Converter) These are useful for replacing boost circuits when true shutdown is required; Vout = øV.

Side Emitting

A Radiation Pattern in which the peak luminous intensity occurs at 85 degrees from the normal.

Solid-state Lighting

Lighting that uses solid-state devices, that is to say, high power LED, such as the LUXEON.

SSL

see Solid-State Lighting.

Thermal Resistance

The measurement of how difficult it is for heat to traverse an object. It is defined as the temperature difference across an object when a unit of heat energy flows through it in unit time. The lower the thermal resistance, the better the object Heatsink is at dissipating heat. The unit of measurement is degrees Celsius per Watt (°C/W).

V

see Volt.

VF

see Forward Voltage.

Vin

see Input Voltage.

Vout

see Output Voltage.

Viewing Angle

The angle through which the light may be satisfactorily viewed. Note: as the viewing angle decreases, the intensity generally increases.

Volt (V)

The unit of measurement of voltage.

W

see Watt.

Watt (W)

The unit of measurement of power. One Watt is one Ampere of current flowing at one Volt.

Wavelength

The distance between two peaks of a repeating wave. For light, the wavelength is used as a measurement of color. Visible light ranges between 400 and 700 nanometres (nm) in wavelength.

GLOSSARY

Radiant Power

45

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46

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China

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Tullnerbach Lokeren Sofia Prague Vejle Tallinn Helsinki Lyon Rennes Dortmund Frankfurt Munich Budapest Ennis Tel Aviv Bologna Padova Kaunas Breda Oslo Warsaw Centurion Cape Town Barcelona Gothenburg Stockholm Volketswil Istanbul Birmingham Manchester Bristol

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+61 7 3886 4933 +61 3 9558 6312 +86 10 6418 2335 86 20 8364 9939 86 532 8502 6235 86 755 8366 9286 +86 22 5819 5650 852 2420 6238 91 80 2559 3105 91 22 2570 1758 91 11 2646 1414 81 6 6221 2201 82 53 756 5536 +60 3 7955 2833 64-3-982 3256 +632 771 1681 +65 6479 1300 8863 574 4646 +66 2 361 8400

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+52 81 12342887

TELEPHONE NUMBER

+55 51 4009 4900

TELEPHONE NUMBER

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+61 7 3886 4933 +61 2 8824 4722 +86 28 8545 4789 +86 25 8478 8770 +86 21 2412 2222 86 512 6288 7932 86 592 239 8230

Tokyo Seoul Penang

+81 45 224 2155 82 2 555 6736 604 227 7213

Taipei

8862 2171 1999

CITY

TELEPHONE NUMBER

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+33 +33 +49 +49 +49

Milan Rome

+39 02 660 94219 +39 08 147 9425

Durban

+27 31 26 27 743

Madrid Malmo

+34 91 721 4276 +46 40 4069 90

Colnbrook Glasgow

+44 1 753 807505 +44 141 840 6500

1 69 82 11 81 562 74 7240 361 420 870 40 547 277 0 7150 9197 0

INFORMA T ION

Austria Belgium Bulgaria Czech Republic Denmark Estonia Finland

CITY

Adelaide Melbourne Beijing Guangzhou Qingdao Shenzhen Tianjin Hong Kong Bangalore Mumbai New Delhi Osaka Daegu Kuala Lumpur Christchurch Manila Singapore Hsinchu Bangkok

TELEPHONE NUMBER

+55 19 3737 4100

CITY

Monterrey

C ON T A C T

India

Campinas

TELEPHONE NUMBER

+52 33 31 22 0043 +52 55 5077 5028

FU T URE

Australia

Guadalajara Mexico City

Americas Asia Europe Japan

1-888-LUXEON2 +800-LUMILEDS 00-800-44FUTURE +81-0120-667-013

[email protected]

www.FutureLightingSolutions.com March 2008