Lighting Components - EMEA - Q4 2014 Lighting Guide
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Lighting
Components – EMEA
Lighting Guide
Q4 2014
arrow.com
Seeing into the future isn’t easy, especially Our solid-state lighting (SSL) capabilities can be the
without the right light. At Arrow Lighting, difference between night and day for your business. We
provide state-of-the-art technology to support you from
we are a beacon for innovating illumination.
the first moment of insight to distribution and reverse
Experts in the new way of lighting the logistics.
world.
There will be new standards, new fixtures, new design
From the backlit tablet in a child’s hands, elements. More importantly, there will be new ideas and
to the interior lights in the family car all the new breakthroughs to manifest. We will be there at every
way through to the lights showing the way step, today and Five Years Out.
across a bridge – examples of our lighting For Arrow, SSL means progress. SSL means solving
applications are everywhere, everyday. the challenges your business is facing, streamlining the
creation of new lighting from conception to production,
and benefiting your bottom line with green, clean, smart
technology.
Retail, portable, signage, indoor, outdoor,
transportation and virtually any other
application – we offer SSL solutions for
every market application.
1
Table of Contents
Arrow Lighting 01
Bright Opportunities with LED 01
From Connector to Reflector 03
Arrow Lighting Expertise 04
Understanding Your Key Needs 05
Online Lighting Design Tools 06
Proof of Concept – LED Street Lighting 07
Small LEDs with a Huge Task 09
Colour Measurement 11
White Chromaticity Bins 12
Arrow Lighting Line Card 13
Light Sources 14
Avago Technologies 15
Cree 20
Osram Semiconductor 25
Vishay 27
Lenses and Optics 28
Carclo 29
Ledil 30
Fusion Optix 31
LED Drivers Electronics 34
Diodes Incorporated 35
International Rectifier 36
Microchip 37
Moons 38
NXP 40
ON Semiconductor 42
STMicroelectronics 44
Interconnect and Passives 46
Littelfuse 47
Molex 50
TE Connectivity 53
Thermal Management 58
3M 60
2
Bright
Opportunities
with LED
Vast Applications and Support
Light Emitting Diodes (LED) equate to a virtually
unlimited spectrum of applications. Regardless
of your specific requirements, our expansive
LED portfolio means the right product for every
project. However, it takes more than a vast array of
options. Arrow also brings you the utmost technical
competence in lighting. Our experts are available
to pick up and carry the torch for your entire design
process.
Where Style and Efficiency Meet
Despite their relatively high costs, LED lighting
systems are coveted amongst car buyers.
In addition to the safety aspects, LED lights
dramatically enhance the look of a new vehicle.
Beyond their increasing importance in the
automotive industry, LED design is integral
throughout many industries.
In addition to enabling stylish design choices, LED
lighting systems are highly efficient. Their low power
consumption makes for strong growth throughout
energy conscious markets phasing out and, in some
cases, banning the sale of conventional bulbs.
1
Expanding Market
Already estimated to be a EUR one billion market in Europe,
according to McKinsey, LEDs are expected to reach 110 billion
globally by 2020. With a high percentage of new LED-based
products, general lighting represents the largest portion of the
market. Taking advantages of LED’s reliability and design flexibility,
retail and architectural applications are the next largest percentage
of this growing market, followed by outdoor lighting.
With significant investments in traditional technology such as
fluorescent lighting, the industrial and office applications market
segment at first appear less attractive for conversion to SSL.
However LED technologies perhaps could provide an ideal
opportunity for innovation, particularly as they do not contain Mercury
and other heavy metals typically found in other light sources such as
Flourescent.
While halogen bulbs also
provide an energy efficient
alternative, the superior
quality of the LEDs and the
continuously falling prices
level-out the long-term
success of LEDs.
2
From Connector to Reflector
To maximize light output, energy efficiency and Each of these steps demands different
design flexibility, modern solid-state lighting competencies and technologies. Fortunately, our
applications require an integrated approach. lighting team takes a truly systems-orientated
With a complete range of components available approach and is available with expertise and a
through Arrow, your engineers can develop strong line card of products. From technical and
innovative lighting systems with potential design support to inventory and bin management,
competitive advantages. we will help you achieve the best possible
electrical and optical efficiency, while keeping
costs within target.
Supporting Every Phase of Your
Project
Designing a lighting system involves several
steps and iterations:
1. Producing light
2. Shaping the light with optics
3. Removing heat from the back of the LEDs
4. Delivering the right current at the right voltage
5. Safely connecting the system mechanically Delivering the right current
at the right voltage
and electrically
6. Controlling when and how the light Connectivity
should appear
Producing Light
Control
Thermal Management
Optics
3
Arrow Lighting
Expertise
Leverage our pivotal position in the market and our long-standing
relationships with suppliers, manufacturers, design experts and key
industry players. Whatever the level of integration you may require,
we have the capabilities to select, store and redistribute valuable
information and products for your project.
Let us help you with:
- Thermal behaviour
- Light output
- Light patterns
- Light colours
- Electrical compliance
- Communication protocols
- Electrical/optical efficiency
- Lifetime of equipment
Providing Solid Business Support
Not only do we have a solid grasp on the business of lighting, we
understand the business of business. Count on us for supply chain
solutions, flexible service, financing support and more to make it easy
for you to expand your reach and get to market faster.
4
Understanding Your Key
Needs
No matter the final application, we are focused on helping you make better and more
successful lighting equipment. Our team lighting experts work closely with you to fully
understand your key needs. We couple this insight with our continuously updated
knowledge of suppliers to identify the ideal solutions for your project.
YOU
need to:
Comply with
regulations
Have
alternatives
Receive goods
at the right time
Purchase
at the right price
Reduce
system costs
Migrate
technologies
Finance
production
Pass
qualifications
Your product’s
lifetime
Design & technical Consulting your LED binning Manufacturing Sales & Product supply &
assistance activity services services after sales care services
- Product concept - With a partnering - Strong & consistent - Regional LED con- - From a fully trained - From connector to
WE - Right products network quality tract manufacturers sales team reflector
can offer - Technical advice - For return on - The right mix of bin(s) - Experienced LED - With market prices - From industry leading
you: - Reference designs investment handling - Variety of samples suppliers
- Demonstration - Covering lighting - Stock support - Offer of financing
- PCB layout design standards tools
- As your design
partner
5
Online Lighting
Design Tools
Leveraging our convenient, online platform, engineers
can design complete LED lighting solutions. With built-in
guidelines, users can quickly achieve accurate designs and
costings.
Arrow Lighting Designer combines multiple tools for:
- Selecting and optimising LED solutions
- Adding secondary optics
- Defining the power supply
- Laying out designs
Each tool can be used independently to design and
analyse individual components, or in tandem to develop a
comprehensive solution. In addition to valuable LED product
and system data, the tool offers several LED system options,
such as “recommended,” “highest efficacy” and “least
expensive” designations for solutions. After selecting an
option, users can see suggested alternatives and immediately
review return on the investment to make the transition from
traditional lighting. Application specific reference designs are
available as an easy starting point for rapid development.
The Arrow Lighting Designer enables users to obtain a quick
mock-up of the elements for their final lighting product. Users
can download their designs as a PDF file, save their designs for
review later and share their designs with collaborators. A helpful sharing
For more information on the Arrow Lighting Designer, visit:
feature enables
www.arroweurope.com/lighting-designer
users to collaborate
with colleagues and
Arrow’s extensive
team of field
application engineers
6
Proof of Concept –
LED Street Lighting
Saving Energy and Protecting the Environment
Approximately one third of Germany’s street lighting is more than 20 years old.
Modernising has the potential to save 2.2 billion kilowatt hours, reduce CO2 emissions
and cut costs over the long term. In addition, converting will help the German
municipalities be compliant with the EU Ecodesign Directives prohibiting the sale of
mercury vapour lamps past 2015.
Potential Solution
Arrow and our suppliers are collaborating with the German government to bring
about a green and cost effective SSL solution. LEDs have been identified as a
well-established, economical alternative to the country’s legacy street lighting. In
addition to offering enormous flexibility for indoor and outdoor lighting, LED lighting
is synonymous with longevity, low energy consumption, low maintenance costs, easy
dimming and resistance to knocks and vibrations.
7Arrow can support your
lighting modernization
through our vast portfolio of
SSL products and extensive
insight to bring them to light.
Important Considerations Optical Properties
It is not only the service life that depends on the
Lighting Classes temperature of the barrier layer, but the optical
Street lighting is defined in DIN norms, e.g. in DIN properties, such as colour or light intensity, are
EN 13201 Part 1, which regulates the selection also affected. Precise knowledge of this variable,
of lighting classes. The basic parameters are also referred to as the junction temperature, is
the types of user – motorised vehicles, bicycles of great importance. While some suppliers might
or pedestrians – along with their typical speed. measure this temperature using thermal imaging
Geometrical properties of the traffic area and cameras, more precise measuring techniques
weather are also taken into account. are available to better determine the temperature
of the barrier layer, while at the same time
Lifespan
measuring further key parameters such as light
While LEDs generally score high in terms of
intensity and power consumption.
useful life, a long-lasting system depends on
the quality of thermal management design. The
barrier layer temperature is an important variable
for LEDs. Heat generated inside the LED has to
be removed from its back via materials that have
high thermal conductivity, like metallic or ceramic
elements, thermal pads to the board and to the
surroundings.
8Small LEDs with a Huge Task
Commonly known as high bay lighting, the lumen. To optimally distribute the lighting for
interior of industrial and other buildings are this application, we first consider the correct
often illuminated by lighting units more than lens selection. Lamps used for high bay lighting
seven meters above the floor. As a more efficient are fitted against the ceiling in a grid, forming a
alternative, Arrow is working with companies chequer board pattern. Ledil provides a specific
to replace traditional ceramic discharge metal- family of “high bay” lenses for this specialized
halide (CDM) with LEDs. arrangement.
The square field of light generates a regular
Original System pattern without differences in light intensity. The
optical system is designed for several LEDs,
150 W CDM-T lamp producing 10800 lumen with
which reduces both the installation effort and the
a colour temperature of 4200 Kelvin and a Colour
overall costs. Quadruple optics with 2x2 lenses in
Rendering Index (CRI) Ra of 86.
a square configuration are suitable for this project
with 87% efficiency. Solutions such as the XT-E
LED Alternative optical system by Cree or Osram’s Oslon Square
offer a highly luminous flux at a low cost, though
Approximately 58% of the light actually leaves
both manufacturers also offer Array Type LEDs to
the CDM lamp, which means that the target
greatly simplify the assembly process.
usable output of an LED replacement is 6250
Source: Roman Sigaev, Shutterstock
9Using the Arrow Lighting Designer Tool, we Power supply
select a suitable configuration – 36 discrete High
Powered LEDs in a field of 3x3 lens clusters. The To achieve the required 77 W, the nearest
700mA LED current and voltage drop across a available off-the-shelf power category is 100
group of slightly more than 12 V, adding up to W. Standards for lamps mandate Class C
just over 36 V for three groups each in series to under EN61000-3-2, but few power supplies
simplify the power supply selection. The power are capable of this. The Recom LED driver
consumption of the LEDs will be RACD100-48 has been tested for lighting
applications and provides adequate current, up
77 W, roughly half of the power required by a
to 2.1 A at 48 V. Three step-down DC LED drivers
150 W CDM lamp. are configured with 48 V input to power the three
LED circuits. The Recom type RCD-48-0.70 will
then deliver a 700 mA constant current.
Heat Sink
About 60% to 70% of the power remains in the Conclusion
LED in the form of heat. This must be dissipated
to prevent overheating. A suitable heat sink Efficiencies can be achieved with LEDs, even for
solution can be easily identified using the Arrow demanding lighting situations such as high bays,
Lighting Designer Tool to select and model provided the components are correctly selected
thermal performance. and properly configured. Control of these lighting
systems using various protocols (via wiring or
wireless) is possible and ongoing improvements
will continue to increase the efficiency of LEDs,
power supplies and, hence, the overall systems.
Whether it is a high bay
or another demanding
and lighting project,
Arrow can support you.
10Colour Measurement
CIE Chromaticity Diagram Diagram Features LEDs And Saturated
To measure colour, the Commission The two-dimensional chart represents
Colours
Internationale de l’Eclairage (CIE) colour as seen by the human eye in full Monochromatic light, consisting
created the 1931 Chromaticity Diagram. daylight. Chromaticity is displayed by X of only one wavelength, is fully
The curve that forms the periphery, and Y coordinates, with spectral colours saturated. Single LEDs are essentially
or edges, of the diagram, is called along the outside of the horseshoe monochromatic and, therefore, produce
the spectral locus. The spectral locus shape curve (spectral locus). The saturated light. However, when multiple
corresponds to the spectral colours in colours located in other areas are not LEDs of different colours are combined
the visible light spectrum and contains spectral, such as the bottom straight the result is unsaturated light.
wavelength values. line that represents purples. The interior
depicts unsaturated colours, a mixture
of a spectral colour and a grayscale
colour.
Lighting Sources
With several leading LED manufacturers in
our portfolio, we offer one of the broadest
selections of electronics devices for lighting
applications in the industry. This spans LEDs,
LED arrays, LED modules, lenses, LED
driver ICs, power supplies, heat sinks, circuit
protection devices and connectors.
For every possible light specification there
is a suitable LED solution based on high
power, high brightness, array or LED module.
Obtaining the desired colour and luminous
flux is also simple thanks to our LED binning
services.
11White Chromaticity Bins
Warm, Neutral, and Binning Explained The top of region WG, for instance, would
have a slightly more greenish tint than the
Cool White Binning is the process of sorting and bottom. The bottom of WP would have
White light is called warm, neutral, or grouping LEDs to allow: a slightly more purplish tint than the top.
cool, depending on its colour temperature - Design engineers to systematically WD, in between WG and WP, would have
range. The higher the colour temperature, specify an LED a smaller range of tint. Nevertheless, WG,
the cooler the light. The lower the colour - Manufacturers to order LEDs that WD, and WP are all in the same CCT range.
temperature, the warmer the light. “Cool” function consistently Chromaticities that lie directly on the BBL
means the white light appears more bluish - Customers to reorder LEDs that match do not have a tint.
and “warm” means the white light appears the original
more reddish.
Binning diagrams employ geometric Supplier and Customer View
Warm: 2700 K – 3700 K regions on the CIE 1931 Chominicity of Binning
Diagram arranged along the BBL to
Neutral: 3700 K – 5000 K Chromaticity bins are set up as a function
specify chromaticity coordinate variation.
The BBL below is the line on which the of an LED supplier’s production yield.
Cool: 5000 K – 10000 K
colour temperatures for white light from Customers can use them to specify and
sources with a CRI of 100 will lie. The record parts. Rectangle WE contains the
Colour Sensitivity lines labeled 5000K through 10000K chromaticity coordinates CCy = 0.33,
are the lines of CCT. Each of the regions, CCx = 0.30. It also contains CCy = 0.32
Our eyes can detect subtle changes in
such as WA, WB, and WC, represent two and CCx = 0.29, and many others that
colour, down to ~10 nm for red and 2 to
kinds of colour variation. One is the CCT intersect within it. For a given application,
3 nm for green. For white light LEDs, this
variation (for example, 5000K to 5700K in the light that any LED emits whose
sensitivity may or may not be an issue
WH and WJ). The other variation is called chromaticity falls within the region WE,
depending on the application. For example,
tint, indicating how far the chromaticity will be considered a match for the light
matching the chromaticity of white light
coordinates are from the BBL. from any other LED whose chromaticity
in a flashlight is not as critical as a string
coordinates also fall within region WE.
of a dozen HB-LED modules on an office
wall. When LEDs are not properly matched,
they produce a rainbow of different shades
of white light. To minimize this potential
problem, vendors provide binning charts
and Arrow can offer bin selection services
12Lighting Line Card
Arrow Electronics has the industry’s broadest selection of electronics devices for lighting
applications. It includes LEDs, LED arrays, LED modules, lenses, LED driver ICs, power supplies, heatsinks, circuit protection
devices and connectors from the leading manufacturers in these sectors.
High Power Lighting
LED Light Engines/
Class (>=1W) LEDs
PSU/Driver Module
PSU/Driver Module
Thermal interface
Circuit Protection
LED Driver Semi
Lenses & Optics
High Brightness
Connectivity
Heatsink
Modules
DC/DC
AC/DC
LEDs
Avago Technologies • • •
Cree • • •
Everlight • • •
LiteOn • •
LEDs
Osram Semiconductor • • •
Samsung • • •
Sharp Microelectronics • • •
Toshiba • • •
Vishay • •
Carclo •
Lens and Optical
Fraen •
•
Products
Fusion Optix
Gaggione •
Intematix •
Khatod •
Ledil •
Lightech •
•
Solutions
Meanwell
Power
Moons • •
Osram Lighting • •
Recom • • •
Analog Devices •
Cypress •
Diodes •
Dialog Semiconductor •
Fairchild •
Infineon •
Driver Electronics
International Rectifier •
ISSI •
Linear Technology •
Micrel •
Microchip •
NXP •
ON Semiconductor •
Renesas •
STMicroelectronic •
Texas Instruments •
3M - Innotape •
Solutions
Thermal
Assmann • •
Fischer Elektronik • •
Panasonic •
Amphenol •
AVX •
Bourns •
PEMCO
Ideal •
Littlefuse •
Molex •
Phoenix Contact •
TE Connectivity •
13Light Sources
Focusing on solid state lighting, Arrow has several industry leading LED
manufacturers in its portfolio. From signalization LEDs to high power LED
arrays, we have all Solid State Light components according to the required
level of integration of the light source. For every possible light specification
there is the right LED solution based on High Power, High Brightness, or LED
Module. Obtaining the desired colour and luminous flux is also simple thanks
to our LED binning services.
14Avago Technologies is one of the largest producers of visible LEDs in the world, shipping billions of products annually.
Known for performance, efficiency and reliability, Avago’s extensive portfolio includes high brightness and high power
LEDs, as well as PLCC surface mount LEDs. These LEDs address a wide range of markets, including electronic signs
and signals, automotive and solid state lighting.
www.avagotech.com
OneLED – Infinite Colors, Water Resistant, High Brightness RGB PLCC6 LED
Avago’s OneLED series of Key product features: IEC 60529:2001 Target applications:
RGB PLCC-6 LEDs have - Outdoor & indoor full color
- Small PLCC6 package 3.4 × - Compatible with reflow
separate heat paths for each 2.8 × 1.8 mm soldering process displays
LED dice, enabling them to be
driven at higher currents.These - In-line RGB dies - Wide viewing angle - Video screens
surface mount LEDs have configuration
- JEDEC MSL 3 - Advertising signs
high brightness and reliability - Individual addressable pin-
performance and are designed - Stadium scoreboards
out for drive configuration
to work under a wide range flexibility - Industrial applications
of environmental conditions,
- High reliability LED package - Gaming machines
making them suitable for
with silicone encapsulation
outdoor and indoor full colour - Decorative lighting
signage applications. - Water-Resistance (IPx6) per
High Performance RGB PLCC6 Surface Mount LEDs
Additional Product Features: - Available in White-Surface,
Black-Surface and full
- Operating Temperature: Black-Body for better
-40°C to 100°C contrast (e.g. indoor full
- Narrow color binning – “flexi color displays)
bin” option is available on - Diffused silicone
request encapsulation:
- enhanced contrast ratio
(reduction of reflection
light from leadframe)
- enhanced consistency of
the radiation pattern
Dominant Luminous Intensity IV Luminous Intensity DC Forward Current Forward Voltage Viewing
Product Number Color Test Current Packaging
Wavelength (min.) IV (typ.) (max.) typ. VF Angle
Red 617 - 627nm 560mcd 650mcd 20mA 50mA 2.1V
ASMT-YTB7-ZAA02
2000 pcs per
Black-Surface RGB Green 525 - 537nm (1)
1400mcd 1900mcd 20mA 25mA 3.1V 120°
reel
PLCC6
Blue 465 - 475nm (1)
285mcd 384mcd 20mA 25mA 3.1V
Red 617 - 627nm 224mcd 330mcd 20mA 50mA 2.1V
ASMT-YTC7-ZAA02
2000 pcs per
Black-Body RGB Green 525 - 537nm (1) 560mcd 840mcd 20mA 25mA 3.1V 110°
reel
PLCC6
Blue 465 - 475nm (1) 112.5mcd 160mcd 20mA 25mA 3.1V
Red 617 - 627nm 560mcd 650mcd 20mA 50mA 2.1V
ASMT-YTD7-ZAA02
2000 pcs per
White-Surface RGB Green 525 - 537nm (1) 1400mcd 1900mcd 20mA 25mA 3.1V 120°
reel
PLCC6
Blue 465 - 475nm (1)
285mcd 384mcd 20mA 25mA 3.1V
15Low-Cost, Single-Bin RGB PLCC6 Surface Mount LED
Additional Product Features: - Single color bin and single - Operating Temperature:
intensity bin -40°C to 85°C
Dominant Luminous Intensity Luminous Intensity DC Forward Current Forward Voltage
Product Number Color Test Current Viewing Angle Packaging
Wavelength IV (min.) IV (typ.) (max.) typ. VF
Red 618 - 628nm 400mcd 455mcd 15mA 20mA 2.0V
ASMT-YTB6-Z2113
Black-Surface RGB Green 528 - 533nm 590mcd 690mcd 10mA 20mA 3.0V 120° 2000 pcs per reel
PLCC6
Blue 466 - 470nm 123mcd 140mcd 10mA 20mA 3.0V
Tall High Performance RGB PLCC6 Surface Mount LED (2.8mm high package)
Key product features: - Individual addressable pin- - Operating Temperature: Target applications:
out for drive configuration -40°C to 100°C
- Tall PLCC6 package 3.5 × flexibility - Outdoor & indoor full color
3.5 × 2.8 mm - Wide viewing angle of 115° displays
- High reliability LED package
- In-line RGB dies with diffused encapsulation - JEDEC MSL 3 - Video screens
configuration
- Compatible with reflow - Advertising signs
- Tall package enables potting soldering process
process - Stadium scoreboards
Dominant Luminous Intensity Luminous Intensity DC Forward Current Forward Voltage
Product Number Color Test Current Viewing Angle Packaging
Wavelength IV (min.) IV (typ.) (max.) typ. VF
Red 620 - 630nm 560mcd 790mcd 20mA 50mA 2.1V
ASMB-TTB0-ZA3A2 2000 pcs per
Green 525 - 535nm (1) 1800mcd 2400mcd 20mA 35mA 3.1V 115°
Black-Surface RGB PLCC6 reel
Blue 465 - 472.5nm 355mcd 500mcd 20mA 35mA 3.1V
High Performance RGB PLCC4 Surface Mount LEDs
Key product features: - High reliability LED package Target applications: - Gaming machines
with diffused silicone
- PLCC4 package 3.2 × 2.8 × - Indoor full color displays - Decorative lighting
encapsulation
1.9 mm
- Video screens
- Compatible with reflow
- Two package options soldering process - Advertising signs
(MTB0, MTB1) with different
Lead Configurations - Operating Temperature: - Stadium scoreboards
-40°C to 100°C
- In-line RGB dies - Industrial applications
configuration - Wide viewing angle of 115°
- JEDEC MSL 3
Dominant Luminous Intensity IV Luminous Intensity DC Forward Current Forward Voltage Viewing
Product Number Color Test Current Packaging
Wavelength (min.) IV (typ.) (max.) typ. VF Angle
Red 619 - 629nm 450mcd 540mcd 20mA 25mA 2.1V
ASMB-MTB0-ZA3A2
Black-Surface RGB Green 525 - 535nm (1) 1125mcd 1600mcd 20mA 25mA 3.1V 115°
PLCC4
Blue 465 - 473nm (1) 285mcd 350mcd 20mA 25mA 3.1V
Red 619 - 629nm 450mcd 540mcd 20mA 25mA 2.1V
ASMB-MTB1-ZA3A2
Black-Surface RGB Green 525 - 535nm (1) 1125mcd 1600mcd 20mA 25mA 3.1V 115°
PLCC4
Blue 465 - 473nm (1) 285mcd 350mcd 20mA 25mA 3.1V
16Avago’s next generation SMT Lamp - round and oval
Incorporating high brightness intensity with customized optical solutions in surface mount platform
Avago Technologies has developed the next generation of its high This new technology allows the use of both sides of the PCB for
brightness surface mount (SMT) LED with Iv match to through the components and enables a highly compact circuit design. The
hole (TH) Lamps performance for real outdoor applications. Avago SMT Lamp family enables assembly through pick&place and
Avago’s SMT Lamp is available in amber, red, green, cyan and reflow soldering which guarantees a fast cycle time with
blue colors with viewing angles of oval 40°x100° and round 30°. high output.
Key product features include: - Dimensions: Oval 4.2 x 4.2 - Compact Form Factor to Target applications:
x 5.2mm, Round 4.2 x 4.2 x enable 12mm cluster to
- Surface mount (SMT) - Full Color Signs
6.5mm cluster pitch
platform with TH optics
performance - Mono Color Signs
- Tinted lens for better contrast - MSL 2a
- Suitable for indoor and - Variable Message Signs
- SMT Reflow soldering
outdoor applications capability
Luminous Luminous Test DC Forward Forward
Viewing Angle Part Number Color Dominant Wavelength Packaging
Intensity IV (min.) Intensity IV (max.) Current Current (max.) Voltage typ. VF
ALMD-EL3E-VX002 Amber 584.5-594.5nm (1) 4200mcd 9300mcd 20mA 50mA 2.1V
ALMD-EG3E-VX002 Red 618 - 630nm 4200mcd 9300mcd 20mA 50mA 2.1V
1000 pcs
Round 30° ALMD-CM3E-Y1002 Green 519 - 539nm (1) 9300mcd 21000mcd 20mA 30mA 3.2V
per reel
ALMD-CE3E-VXC02 Cyan 500 - 510nm (1) 4200mcd 9300mcd 20mA 30mA 3.2V
ALMD-CB3E-SU002 Blue 460 - 480nm (1) 1900mcd 4200mcd 20mA 20mA 3.2V
ALMD-LL37-WZ002 Amber 584.5-594.5nm (1) 1380mcd 2900mcd 20mA 50mA 2.1V
ALMD-LG37-WZ002 Red 618 - 630nm 1380mcd 2900mcd 20mA 50mA 2.1V 1000 pcs
Oval 40° x 100°
ALMD-LM37-14002 Green 519 - 539nm (1) 2900mcd 6050mcd 20mA 30mA 3.2V per reel
ALMD-LB37-SV002 Blue 460 - 480nm (1) 660mcd 1380mcd 20mA 20mA 3.2V
4 mm and 5 mm Oval Through-Hole LEDs
Three new families of cost-effective oval LEDs with precision applications where a wide viewing angle and readability in sunlight
optical performance are specifically designed for full colour video, are essential. The package epoxy contains UV inhibitors to reduce
passenger information and billboard sign applications. The oval the effects of long term exposure to direct sunlight. Avago offers
shaped radiation pattern and high luminous intensity ensure that “Flexi-Binning” part number options with up to 350k pcs of single
these devices are excellent for the wide field of outdoor sign colour bin & single Iv bin.
Key product features: - Standoff package (optional - “Flexi-Binning” part number Target applications:
non-standoff package is options available on request
- Narrow intensity Iv - Billboard signs
available for 5mm devices)
bin ratio 1:1.2 - JEDEC MSL 3
- Tinted and diffused for high - Full color signs
- Well defined spatial
contrast ratio - Fuel price signs
radiation pattern
- Standard RGB - Mono color signs
- LOP Iv < 50% with up to 100
package height
khrs HTOL/RTOLSuperior - Variable message signs
resistance to moisture
Luminous Intensity at 20mA
Part Number Size Viewing Angle Color Dominant Wavelength Dice Technology Forward Voltage typ. VF
Min. Max.
HLMP-LG73-XZ0DD 4mm 40° x 100° Red 618 - 630nm AlInGaP 2.1V 1660mcd 2900mcd
HLMP-LM73-35PDD 4mm 40° x 100° Green 525 - 535nm (1) InGaN 3.2V 4200mcd 7260mcd
HLMP-LB72-UWPDD 4mm 40° x 100° Blue 465 - 475nm (1) InGaN 3.2V 960mcd 1660mcd
HLMP-HL71-XZ0DD 5mm 40° x 100° Amber 584.5-594.5nm (1) AlInGaP 2.1V 1660mcd 2900mcd
HLMP-HG71-VX0DD 5mm 40° x 100° Red 618 - 630nm AlInGaP 2.1V 1150mcd 1990mcd
HLMP-HM71-23BDD 5mm 40° x 100° Green 524 - 532nm (1)
InGaN 3.1V 3500mcd 5040mcd
HLMP-HB71-TUBDD 5mm 40° x 100° Blue 464 - 472nm (1) InGaN 3.1V 800mcd 1150mcd
HLMP-AL71-130DD 5mm 30° x 70° Amber 584.5-594.5nm (1) AlInGaP 2.1V 2900mcd 5040mcd
HLMP-AG71-Z20DD 5mm 30° x 70° Red 618 - 630nm AlInGaP 2.1V 2400mcd 4200mcd
HLMP-AM71-35BDD 5mm 30° x 70° Green 524 - 532nm (1) InGaN 3.1V 4200mcd 7260mcd
HLMP-AB71-TWBDD 5mm 30° x 70° Blue 464 - 472nm (1)
InGaN 3.1V 800mcd 1660mcd
175 mm Round Through-Hole LEDs
The new family of cost-effective high-brightness round Through- (+130°C max. junction temp.) and high moisture
Hole LEDs with precision optical performance and superior resistance performance. The package epoxy contains
light output are ideal for excellent readability in sunlight. These UV inhibitors to reduce the effects of long term
LEDs have been designed for mono colour and full colour exposure to direct sunlight. Avago offers narrow colour bin
signage applications. They are extremely stable in light output selections for amber, green and
performance over a long period of time. These LEDs feature an blue on request
advanced optical grade epoxy offering superior high temperature
Key product features: - Target applications:
- High brightness - Viewing angle: 15°, 23° - Traffic signs
performance lamps and 30° - Variable Message Signs
- Consistent low - Package options: with or - Work zone warning lights
forward voltage without lead standoff - Commercial outdoor
advertising
- Well defined spatial - Superior resistance - Full colour and mono
radiation pattern to moisture colour signs
- Untinted, non-diffused
Part Number without Dice Forward Luminous Intensity at 20mA
Part Number with Standoff Viewing Angle Color Dominant Wavelength
Standoff Technology Voltage typ. VF Min. Max.
HLMP-EL1G-Y10DD HLMP-EL1H-Y10DD 15° Amber 584.5-594.5nm (1) AlInGaP 2.1V 9300mcd 21000mcd
HLMP-EG1G-Y10DD HLMP-EG1H-Y10DD 15° Red 618 - 630nm AlInGaP 2.1V 9300mcd 21000mcd
HLMP-CM1G-350DD HLMP-CM1H-350DD 15° Green 520 - 540nm (1) InGaN 3.1V 27000mcd 59000mcd
HLMP-CB1G-WY0DD HLMP-CB1H-WY0DD 15° Blue 460 - 480nm (1) InGaN 3.1V 5500mcd 12000mcd
HLMP-EL2G-WY0DD HLMP-EL2H-WY0DD 23° Amber 584.5-594.5nm (1)
AlInGaP 2.1V 5500mcd 12000mcd
HLMP-EG2G-XZ0DD HLMP-EG2H-XZ0DD 23° Red 618 - 630nm AlInGaP 2.1V 7200mcd 16000mcd
HLMP-CM2G-Z20DD HLMP-CM2H-Z20DD 23° Green 520 - 540nm (1) InGaN 3.1V 12000mcd 27000mcd
HLMP-CB2G-UW0DD HLMP-CB2H-UW0DD 23° Blue 460 - 480nm (1)
InGaN 3.1V 3200mcd 7200mcd
HLMP-EL3G-VX0DD HLMP-EL3H-VX0DD 30° Amber 584.5-594.5nm (1) AlInGaP 2.1V 4200mcd 9300mcd
HLMP-EG3G-VX0DD HLMP-EG3H-VX0DD 30° Red 618 - 630nm AlInGaP 2.1V 4200mcd 9300mcd
HLMP-CM3G-Y10DD HLMP-CM3H-Y10DD 30° Green 520 - 540nm (1) InGaN 3.1V 9300mcd 21000mcd
HLMP-CB3G-TV0DD HLMP-CB3H-TV0DD 30° Blue 460 - 480nm (1) InGaN 3.1V 2500mcd 5500mcd
High Brightness PLCC2 and PLCC4 Colour LEDs
The new series of cost-effective high-brightness colour PLCC2 offers part number options with
and PLCC4 LEDs come in an industry standard PLCC2 / PLCC4 higher minimum intensity (for all
package with a wide viewing angle of 120°. The product selection colours) and/or tighter colour bin
table on this page mainly contains standard part numbers which selections (for amber, green and
are available from Distributor inventory. In addition Avago also blue)
Key product features: Target applications:
- High reliability LED package performance with minimum - Electronic signs and signals - Office automation, home
- Super wide viewing angle degradation with Silicone - Interior full color sign appliances, industrial
at 120° Encapsulation equipment
- Variable message sign
- Available in full selection of - Compatible with both IR and - Front panel backlighting
colors TTW soldering process - Push button backlighting
- Stabile & Consistent - JEDEC MSL 3 - Display backlighting
Forward Voltage Luminous Intensity at 20mA
Part Number Package Option Color Dominant Wavelength Dice Technology Test Current
typ. VF Min. Max.
ASMT-UAB4-ZU802 PLCC2 Amber 583 - 598nm (1) AlInGaP 1.8V 20mA 560mcd 1400mcd
ASMT-JAB4-ZU7H2 black-surface PLCC2 Amber 583 - 592nm (1) AlInGaP 1.8V 20mA 560mcd 1125mcd
ASMT-UHB4-ZU802 PLCC2 Red-Orange 611 - 625nm AlInGaP 1.8V 20mA 560mcd 1400mcd
ASMT-URB4-ZU802 PLCC2 Red 620 - 630nm AlInGaP 1.8V 20mA 560mcd 1400mcd
ASMT-UGB5-ZV702 PLCC2 Green 515 - 535nm (1)
InGaN 3.2V 20mA 900mcd 1800mcd
ASMT-UBB5-ZS8Q2 PLCC2 Blue 460 - 475nm (1) InGaN 3.2V 20mA 224mcd 560mcd
ASMT-SAB4-ZW905 PLCC4 Amber 583 - 598nm (1) AlInGaP 2.2V 50mA 1400mcd 4500mcd
ASMT-SHB4-ZW905 PLCC4 Red-Orange 611 - 625nm AlInGaP 2.2V 50mA 1400mcd 4500mcd
ASMT-SRB4-ZW905 PLCC4 Red 620 - 630nm AlInGaP 2.2V 50mA 1400mcd 4500mcd
ASMT-SGB5-ZW703 PLCC4 Green 515 - 535nm (1)
InGaN 3.2V 30mA 1400mcd 2850mcd
ASMT-SBB5-ZT7Y3 PLCC4 Blue 465 - 475nm InGaN 3.2V 30mA 355mcd 715mcd
18High Brightness OneWhite PLCC2 LEDs
Avago’s OneWhite surface mount PLCC2 LED allows designers package. This product has very tight, orderable color bins meeting
to incorporate greater functionality while achieving superior ANSI C78.377.2008 specification. Every reel will be shipped in
performance in terms of light output and color uniformity. This single intensity and single color bin.
family of SMT LEDs is packaged in the industry standard PLCC2
Key product features - High reliability package with - ESD threshold of 1000V - Down lights
silicone encapsulation (HBM model) per JEDEC
- High optical efficiency with - Shop lighting
>100lm/W - Viewing Angle of 120° Target applications:
- Wide-surface lighting
- ANSI color bin structure - Compatible with reflow - Panel lighting applications
soldering process
- CRI min. 80 option available - Light strips - Backlighting
- JEDEC MSL 3
High Brightness OneWhite PLCC2 LEDs
Color Temperature CRI Luminous Intensity at Luminous Intensity at Test DC Forward Forward
Part Number Color (CCT) (min.) 20mA (min.) 20mA (max.) Current Current (max.) Voltage (VF)
Packaging
ASMT-UWB2-ZX3A2 Cool White 8000K (ANSI) 80 1800mcd 2300mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB2-ZX3B2 Cool White 6500K (ANSI) 80 1800mcd 2300mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB2-ZX3C2 Cool White 5700K (ANSI) 80 1800mcd 2300mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB2-ZX3D2 Cool White 5000K (ANSI) 80 1800mcd 2300mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB2-ZX3E2 Neutral White 4500K (ANSI) 80 1800mcd 2300mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB2-NW7F2 Neutral White 4000K (ANSI) 80 1400mcd 2300mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB2-NW7G2 Warm White 3500K (ANSI) 80 1400mcd 2300mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB2-NW7H2 Warm White 3000K (ANSI) 80 1400mcd 2300mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB2-NW7J2 Warm White 2700K (ANSI) 80 1400mcd 2300mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
High Brightness OneWhite PLCC2 Surface Mount LEDs with min. 2000/2240 mcd
Color Temperature CRI Luminous Intensity at Luminous Intensity at Test DC Forward Forward
Part Number Color (CCT) (min.) 20mA (min.) 20mA (typ.) Current Current (max.) Voltage (VF)
Packaging
ASMT-UWB1-ZX7A2 Cool White 8000K (ANSI) 70 2240mcd 4500mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB1-ZX7B2 Cool White 6500K (ANSI) 70 2240mcd 4500mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB1-ZAAB2 Cool White 6500K (ANSI) 70 2000mcd 2500mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB1-ZX7C2 Cool White 5700K (ANSI) 70 2240mcd 4500mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB1-ZAAC2 Cool White 5700K (ANSI) 70 2000mcd 2500mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB1-ZX7D2 Cool White 5000K (ANSI) 70 2240mcd 4500mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB1-ZAAD2 Cool White 5000K (ANSI) 70 2000mcd 2500mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB1-ZX7E2 Neutral White 4500K (ANSI) 70 2240mcd 4500mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB1-ZX7F2 Neutral White 4000K (ANSI) 70 2240mcd 4500mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB1-ZAAF2 Neutral White 4000K (ANSI) 70 2000mcd 2500mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
ASMT-UWB1-ZAAH2 Warm White 3000K (ANSI) 70 2000mcd 2500mcd 20mA 30mA 2.8 - 3.6V 2000pcs per reel
19Cree delivers the industry’s widest portfolio of lighting-class LEDs and LED modules. Application optimized to
deliver lowest system cost, its XLamp® LEDs and LED modules are built to the highest standards of performance
in brightness, efficiency, consistency and longevity. Cree makes it easy to create beautiful LED light.
www.cree.com
LED Components and Modules
LED Modules Integrated System Engineering Pre-tested for Faster Time to
Package Expertise Regulatory Market
LMH2 family
- The LMH2 family of LED modules from
Cree delivers a beautiful 90+ CRI light
in 4000K, 3500K, 3000K & 2700K
colour temperatures. Delivering up
to 108 LPW across all CCT & lumen
options, it is an outstanding solution to
be integrated in many lighting systems.
The LMH2 family offers different
lumen, lens, color temperature and
driver options, enabling lighting
manufacturers to address a wide range
of lumen levels and applications with
one product platform.
- Designed for 50,000 hours of
operation and dimmable to five
percent, the LMH2 module comes
with Cree’s industry-leading five-year
warranty.
- Cree Driver Compatibility provides a list
of compatible drivers for the LMH2 as
verified through evalutation and testing
by Cree. The LMH2LED modules
powered by compatible third-party
drivers keep their light source warranty.
Design Guide - LMH2 LED Module STEP Files – LMH2 LED Module STEP Files – 4-inch, 7-inch, 8-inch &
(Mechanical, Optical, Thermal design & faceted reflectors for LMH2
design examples)
20Integrated Arrays (COBs)
High Lumen Output, High Efficacy Cree is constantly extending its family of push the boundaries of lighting-class
CXA Integrated LED Arrays. Cree’s CXA performance by combining high quality
- Family enables full range of 300-
10,000 system lumen designs LED Arrays deliver high lumen output and of light with unmatched light output
efficacy in a family of single, easy-to- and efficacy. With Cree’s CXA LED
- Small optical source for high output, use components. Optimized to simplify Arrays, lighting manufacturers can have
narrow beam designs designs and lower system cost, Cree’s performance, reliability and ease-of-use
- Single LED + connector replaces many CXA LED arrays deliver system level in a single LED.
discrete LEDs + PCB performance from 300 to over 10,000
lumens and can enable applications
- Works with connectors, hand soldering
ranging from GU10s and commercial
or epoxy attach methods
downlights to outdoor area lighting and
- Binned at 85°C; EasyWhite 4-step & high-bay lighting. The CXA LED Arrays
2-step bins available are also available in 95-CRI options that
Integrated Arrays - Standard Density
- Address a wide range of Nominal Maximum
applications XLamp LED LES Voltages Lumen Range
Power Power
- Simplify designs CXA3590 30 mm 36V, 77V 95W 150W 4,300 17,400
- Optimized for manual CXA3070 23 mm 38V 74W 117W 3,000 12,700
assembly CXA3050 23 mm 37V 52W 100W 2,000 11,350
CXA2540 19 mm 37V 40W 86W 1,750 9,270
CXA2530 19 mm 37V 30W 66W 1,360 6,950
CXA2520 19 mm 36V 20W 50W 1,000 5,650
CXA1830 14 mm 37V 30W 57W 1,850 7,000
CXA1820 12 mm 37V 20W 43W 1,400 4,320
CXA1816 12 mm 37V 16W 37W 1,000 4,100
CXA1512 9 mm 18V, 37V 12W 24W 780 2,470
CXA1510 9 mm 18V, 37V 9W 17W 760 2,025
CXA1507 9 mm 18V, 37V 7W 15W 330 1,700
CXA1304 6 mm 9V, 18V, 37V 4W 11W 200 1,050
When it comes to reliability, CXAs Easy assembly
have achieved the UL8750 –OOQL2 - Large solder pads, improves the ability - Solder pad buffer from edges are
LED Component Recognition Level 4 to hand solder to the package designed to make regulatory & safety
enclosure, allowing the lighting system approval easier
for non-isolated inputs (so class II power - Large buffer between optic & solder
supply is not required), no need of pads allow for more room for optics to - Zhaga-enabling optical source size is
sit directly on LED compliant with defined Zhaga standard
safety cover over the LEDs and ability to
LES sizes
operate in damp environments.
On the CXAs lifetime, Cree has already
released LM-80 data with tests >6000h
at 105°C ambient temperature.
21LEDs: Discretes
XQ-E XB-D XB-H XT-E XP-E2 XP-G2 XP-L XM-L2
Footprint Size (mm) 1.60 2.45 2.45 3.45 3.45 3.45 3.45 5.00
Max Current 1.0 A 1.0 A 1.5 A 1.5 A 1.0 A 1.5 A 3.0 A 3.0 A
Thermal Resistance (°C/W) 6 6.5 4 5 9 4 2.5 2.5
Typical Vf @ 85°C, 350 mA 2.90 A 2.90 V 2.75 V 2.85 V 2.90 V 2.80 V 2.75 V 2.75 V
Typical Vf @ 85°C, 700 mA 3.05 V 3.09 V 2.90 V 3.05 V 3.05 V 2.95 V 2.85 V 2.85 V
Typical Vf @ 85°C, 1000 mA 3.15 V 3.22 V 3.00 V 3.18 V 3.15 V 3.05 V 2.94 V 2.93 V
With the release of the XB-D and
XT-E LEDs, Cree drives the adoption
of LED in by doubling the lumen/$
ratio compared to older generation
LEDs. Built on Cree’s revolutionary SC3
XLamp XB-D White Footprint: 2.45 x 2.45 mm
Technology™ Platform, these LEDs
can achieve at 350 mA, 85°C up to Max Current: 1000 mA
139 lm/W for the XB-D and up to 148 XLamp XT-E White Footprint: 3.45 x 3.45 mm
lm/W for the XT-E. For example use Max Current: 1500 mA
them wherever a high density of LEDs
in a small space is required (like inside a
Zhaga compliant holder)
New Generation of High-Power LEDs to Achieve Lowest System Cost
Base Order Codes
CRI Min. Luminous Flux
CCT
@ 120 mA Chromaticity Regions Order Code
Range
Flux (lm) Flux (lm)
Min Typ Group
@ 85 °C @ 25 °C*
C4 475 538 MHBAWT-0000-000N0HC40E1
6500 K 80 --- 1A0, 1B0, 1C0, 1D0
D2 510 577 MHBAWT-0000-000N0HD20E1
C4 475 538 MHBAWT-0000-000N0HC40E2
5700 K 80 --- 2A0, 2B0, 2C0, 2D0
D2 510 577 MHBAWT-0000-000N0HD20E2
C4 475 538 MHBAWT-0000-000N0HC40E3
5000 K 80 --- 3A0, 3B0, 3C0, 3D0
D2 510 577 MHBAWT-0000-000N0HD20E3
The XLamp® MH-B LED is a new the XLamp MH-B is able to operate at the same performance, the XLamp
generation of high-power LEDs that higher temperatures than MP LEDs, MH-B is optimized to simplify LED
delivers a more-effective way to achieve with no reduction in rated lifetime, system designs for directional and
low-cost systems than mid-power (MP) enabling an impressive 60% reduction semi-directional applications.
LEDs. Built using Cree’s high-reliability in heat-sink size and cost. Using up to
ceramic-package technology, 26 times fewer LEDs than MP LEDs to
achieve
22LEDs: Discretes cont.
Based on the Silicon Carbide SC3 To address the mid power LED market
technology, Cree has upgraded all for lighting luminaires, Cree introduced
their industry–standard world-known the XH-B and XH-G LEDs and the
families, XP-E, XP-G and XM-L to XQ-B and XQ-D LEDs. Based on
their second generation, bringing ceramic packages instead of plastic
up efficiency and lowering costs at ones, these LEDs are designed to
the same time. These Generation 2 deliver the long L70 lifetimes of Cree’s
families are optimized for XP optical other ceramic high-power LEDs, such
compatibility, allowing to migrate as XP or XT LEDs. The XQ LEDs
designs for better performance with feature a unique combination of small
very little or no effort. size, wide light distribution and high-
reliability design. This combination of
The XM-L2 LED is the Industry’s
features enables the next generation
highest performance single-die
of designs for applications that
LED, delivering up to 186 LPW XLamp XQ-B White Footprint: 1.6 x 1.6mm
require broader light distribution
@ 1W and up to 1198 lm @ 10W, Max Current: 300 mA
such as omni-directional lamps and
together with an outstanding 2,5°C/W XLamp XQ-D White Footprint: 1.6 x 1.6mm
fixtures. The XH LEDs are optimized
thermal resistance. The XM-L2 are
for fluorescent replacement lighting Max Current: 700 mA
perfectly suited for very-high-lumen
applications, such as troffers and
applications such as indoor, high-bay
panel lights, where high efficacy, long
and outdoor lighting.
lifetime and smooth appearance
are critical.
LEDs: Arrays
Cree MK-R, XM-L and MT-G2 LEDs The XM-L EasyWhite LED is The MT-G2 EasyWhite LEDs array
are available in Cree EasyWhite® available in 6V and 12V versions for have 8mm optical source and deliver
color temperatures, providing the driver flexibility, it is great for small up to 2000 lm @ 85°C. They are
LED industry’s best color consistency replacement lamps like the MR-16, available in 6V, 9V & 36V versions for
for designs that use only one LED. and track and accent lighting driver flexibility. Their uniform emitting
The MK-R LED with a 6mm optical surface enables narrow beam optical
source delivers up to 1770 lm @ design, and as a single optical source
85°C, enabling 100+ LPW high they replicate the look of traditional
lumen directional systems with the halogen. It is the Easy White array that
right combination of lm/$, lm/W and obsoletes 150W+ halogen.
XLamp XM-L Footprint: 5.0 x 5.0 mm
optical control. EasyWhite
Max Power: 13W
The MT-G2 EasyWhite LED has a
8mm optical source and deliver up to
2000 lm @ 85°C. They are available
in 6V, 9V & 36V versions for driver XLamp MT-G2 Footprint: 8.9 x 8.9 mm
XLamp MK-R Footprint: 7.0 x 7.0 mm EasyWhite
White
Max Current: 1250 mA
flexibility. Their uniform emitting Max Power: 18W
surface enables narrow beam optical
design, and as a single optical source
they replicate the look of traditional
halogen.
23New XP LED Delivering 200 Lumens per Watt
Cree introduced the XLamp® XP-L LED, on directional lighting applications.
the first commercially available single-die With its high OCF, the XP-L will enable
LED to achieve breakthrough efficacy lighting manufacturers to improve the
of up to 200 lumens per watt (LPW) at performance of existing lighting designs
350 mA. Delivering up to 1226 lumens in the XP footprint, reduce the size and
in a 3.45 mm x 3.45 mm package, the cost of new designs and create innovative
game-changing Cree® XLamp XP-L new solutions to address applications
LED enables an immediate performance ranging from lamps to stadium lighting.
increase of 50 percent or more as a
Characterized and binned at 1050 mA,
drop-in upgrade for lighting designs
85°C, the XP-L LED is available in up to
based on Cree’s market-leading XLamp
90 CRI and color temperatures ranging
XP-G LEDs.
from 2700 K to 8300 K. As a “successor”
As the brightest member of the industry’s product to the XLamp XM-L2, lighting
only family of high-density class discrete manufacturers seeking ENERGY STAR®
LEDs, the new XP-L LED also touts the qualification can use just 3,000 hours of
industry’s highest optical control factor LM-80 data, potentially saving up to four
(OCF), a measurement of the impact months in the approval process.
that LED size and performance have
Base Order Codes Calculated Minimum
CCT Range Min. Luminous Flux (lm) Luminous Flux (lm)
Color @ 1050 mA @ 85 °C** Order Code
Flux (lm) Flux (lm)
Min. Max. Group 1500 mA 2000 mA 3000 mA
@ 85 °C @ 25 °C*
V5 460 523 620 776 1034 XPLAWT-00-0000-0000V5051
Cool White 5000 K 8300 K V4 440 500 593 742 989 XPLAWT-00-0000-0000V4051
V3 420 478 566 708 944 XPLAWT-00-0000-0000V3051
V4 440 500 593 741 989 XPLAWT-00-0000-000LV40E5
Neutral V3 420 478 566 708 944 XPLAWT-00-0000-000LV30E5
3700 K 5000 K
White
V2 400 455 539 675 899 XPLAWT-00-0000-000LV20E5
U6 380 432 512 641 854 XPLAWT-00-0000-000LU60E5
U6 380 432 512 641 854 XPLAWT-00-0000-000LU60E7
Warm White 2700 K 3500 K U5 360 409 485 607 809 XPLAWT-00-0000-000LU50E7
U4 340 387 458 573 764 XPLAWT-00-0000-000LU40E7
V4 440 500 593 741 989 XPLAWT-00-0000-000BV40E3
70-CRI
4000 K 6000 K V3 420 478 566 708 944 XPLAWT-00-0000-000BV30E3
White
V2 400 455 539 675 899 XPLAWT-00-0000-000BV20E3
U6 380 432 512 641 854 XPLAWT-00-0000-000HU60E7
80-CRI
2700 K 3000 K U5 360 409 485 607 809 XPLAWT-00-0000-000HU50E7
White
U4 340 387 458 573 764 XPLAWT-00-0000-000HU40E7
U3 320 364 431 540 719 XPLAWT-00-0000-000PU30E7
85-CRI
2700 K 3000 K U2 300 341 404 506 674 XPLAWT-00-0000-000PU20E7
White
T6 280 318 377 472 629 XPLAWT-00-0000-000PT60E7
U3 320 364 431 540 719 XPLAWT-00-0000-000UU30E7
90-CRI
2700 K 3000 K U2 300 341 404 506 674 XPLAWT-00-0000-000UU20E7
White
T6 280 318 377 472 629 XPLAWT-00-0000-000UT60E7
* Flux values @ 25 °C are calculated and are for reference only.
** Calculated flux values at 1500 mA, 2000 mA and 3000 mA are for reference only.
24OSRAM Opto Semiconductors offers a portfolio of LED components that make the most challenging installations
possible. It delivers a broad range of low-, mid- and high-power LEDs that can be mixed and matched in endless
combinations. The company‘s products combine the competence of nearly 40 years of expertise in the semiconductor
industry with 100 years of experience in lighting technology from OSRAM AG.
www.osram-os.com or www.ledlight.osram-os.com
LEDs for Lighting Solutions
DURIS® E OSLON® Square next Gen SOLERIQ® S 13 and SOLERIQ® S 19
- Footprint of 3.0 mm x 1.4 mm (DURIS® - SMT ceramic ultra-compact package
E 3) / 5.6 mm x 3.0 mm (DURIS® E 5) (only 3 mm x 3 mm) with silicone
resin and silicone lens with superior SOLERIQ® S13 size 18 x 18
- Stable brightness over lifetime corrosion robustness - Color: 2700 K – 6500 K (white)
- High efficacy typ.126 Im/W @ 4000 K - Luminous efficacy: typ. 100 lm/W @ - Luminous Flux: typ.1625 lm @ 4000 K CRI80
(E3 @20mA CRI 80) typ. 143 Im/W 3000 K, 85 °C, 700mA Vf measured at
@ 4000 K (E5 @65mA CRI 80) 85°C close to “real application” driving - CRI: min 80 ( typ. 85 ) and min 90
conditions - Applications: spotlights, indoor lighting
DURIS® P 5 White and Colors
- Hot testing eliminates color shifting SOLERIQ® S19 size 23.5 x 23.5
behavior over temperature
- Color: 2700 K – 6500 K (white)
- Application: accent lighting, shop
lighting, spot lights, stage lighting, - Three versions with the same footprint :
retrofits and fixtures - typ. 2800 lm @ 4000 K, 85 °C CRI80
- Footprint of 2.6 mm x 2.2 mm
DURIS® S 5 - typ. 3950 lm @ 4000 K, 85 °C CRI80
- High maximum forward current of 250 Ma
- typ. 5361 lm @ 4000 K, 85 °C CRI80
- Long lifetime also at high temperatures
- CRI: min 80 ( typ. 85 ) and min 90
and superior corrosion resistance
- Applications: ambient light, indoor
- Colors: deep blue, blue, true green,
lighting, shop lighting
yellow, amber
- High efficacy up to 120 Im/W SOLERIQ® P 6 and SOLERIQ® P 9
- 3 mm x 3 mm footprint
@ 5000 K, CRI 80, 100mA
- Different versions within one package
OSLON® SSL footprint 3 and 6 V forward voltage options
- High efficacy of over 130 lm/W
- Applications: indoor consumer, indoor
professional, outdoor SOLERIQ® P 6 size 12 x 12
DURIS® S 8 - Color: 2700 K - 5000 K (white)
- Ultra-compact footprint for high-density
arrays (only 3 mm x 3 mm) - Luminous Flux typ. 860 lm @ 3000 K,
85 °C CRI80
- Max driving current up to 0.8 A, for
neutral/warm white and up to 1 A for - CRI: min 80 (typ. 85) and min 90
cool white - Applications: spotlights, outdoor lighting
- Broad color portfolio: red, green, blue, SOLERIQ® P 9 size 15 x 15
and other colors - 5.8 mm x 5.2 mm plastic package
- Color: 2700 K - 5000 K (white)
- The first power LED with sophisticated - Two versions with typ. 390lm / 20v typ. and
500lm / 26V @200mA (3000K CRI80) - Luminous Flux typ. 2040 lm @ 3000 K, 85 °C
beam angles (80°/ 150°)
- CCTs from 2700K to 6500K with 3 & - CRI: min 80 ( typ. 85 ) and min 90
5 SCDM options - Applications: spotlights, shop lighting,
- Operation temperature: up to Ts = 110 °C museum
- Applications: Directional replacement /
Spot lights
25DURIS® E 3 Type Color CCT/Wavelength CRI Typ. Luminous Flux (20 mA)
LCW JNSH.EC / LUW JNSH.EC warm / neutral / cool white 2700 K - 6500 K 85 (typ.) 7.7 lm
LCW JNSH.PC / LUW JNSH.PC warm / neutral / cool white 3000 K - 6500 K 72 (typ.) 8.8 lm
DURIS® E 5 Typ. Luminous Flux (120 mA)
LCW JDSH.EC / LUW JDSH.EC warm / neutral / cool white 2700 K - 6500 K 85 (typ.) 48lm
GW JDSMS1.EC warm / neutral / cool white 2700 K - 6500 K 80 (min.) 46lm
GW JDSLS1.EC warm / neutral / cool white 2700K - 6500K 85 (typ.) 44lm
DURIS® P 5
Typ. Luminous Flux (100 mA)
White and Colors
GW DASPA1.EC warm / neutral / cool white 2700K - 5700K 80 (min.) 33 lm
GW DASPA1.UC cool white 6500 K 67 (min.) 36 lm
GB DASPA1.13 blue 470 nm 7.5 lm
GD DASPA1.14 deep blue 450 nm 140 mW
GR DASPA1.23 red 625 nm 16 lm
GT DASPA1.13 true green 525 nm 26 lm
GY DASPA1.23 yellow 590 nm 14 lm
DURIS® S 5 Typ. Luminous Flux (150 mA)
GW PSLPS1.EC warm / neutral / cool white 2700K - 6500K 80 (min.) 113 lm
GW PSLPS1.CC warm / neutral / cool white 2700K - 4000K 90 (min.) 97 lm
Typ. Luminous Flux (65 mA)
GW PSLMS1.EC warm / neutral / cool white 2700K - 6500K 80 (min.) 26 lm
GW PSLMS1.CC warm / neutral / cool white 2700K - 4000K 90 (min.) 23 lm
Typ. Luminous Flux (80 mA)
GW PSLLS1.EC warm / neutral / cool white 2700K - 6500K 80 (min.) 31 lm
DURIS® S 8 Typ. Luminous Flux (200 mA)
GW P9LMS1.EM warm / neutral white 2700 - 6500K 80 (min.) 390 lm
GW P9LRS1.EM warm / neutral white 2700 - 6500K 80 (min.) 500 lm
OSLON® Next
Type 80 Type 150 Typ. Luminous Flux (350 mA)
Generation
LCW CR7P.CC LCW CRDP.CC warm / neutral white 2700 K - 4500 K 95 (typ.) 93 lm @ 3000 K
LCW CR7P.EC LCW CRDP.EC warm / neutral white 2700 K - 5000 K 80 (min.) 113 lm @ 3000 K
LCW CR7P.PC LCW CRDP.PC neutral white 3000 K - 6500 K 70 (min.) 136 lm @ 5000 K
LUW CR7P LUW CRDP cool white 5700 K - 6500 K 70 (typ.) 144 lm @ 6000 K
LD CQ7P LD CQDP deep blue 455 nm 580 mW
LB CP7P LB CPDP blue 465 nm 28 lm
LT CP7P LT CPDP true green 528 nm 98 lm
LY CP7P LY CPDP yellow 590 nm 60 lm
LA CP7P LA CPDP amber 617 nm 81 Im
LR CP7P LR CPDP red 625 nm 59 Im
LH CP7P LH CPDP hyper red 645 nm 355 mW
OSLON® Square Typ. Luminous Flux (700mA) Typ. Luminous Flux (350 mA)
LCW CQAR.CC warm / neutral white 2700 K - 4500 K 95 (typ.) 174 lm @ 3000 K 98 lm @ 3000 K
LCW CQAR.EC warm / neutral white 2400 K - 5000 K 80 (min.) 213 lm @ 3000 K 117 lm @ 3000 K
LCW CQAR.PC neutral white 3000 K - 6500 K 70 (min) 264 lm @ 5000 K 148 lm @ 5000 K
GW CSSRM1.CC warm / neutral white 2700 K - 4000 K 95 (typ.) 174 lm @ 3000 K @85°C 98 lm @ 3000 K @85°C
GW CSSRM1.EC warm / neutral / cool white 2400 K - 5000 K 80 (min.) 202 lm @ 3000 K @85°C 112 lm @ 3000 K @85°C
GW CSSRM1.PC neutral white 3000 K - 6500 K 70 (min) 272 lm @ 5000 K @85°C 148 lm @ 5000 K @85°C
LUW CQAR cool white 5300 K - 6500 K 70 (typ.) 276 lm @ 6000 K 155 lm @ 6000 K
LD CQAR deep blue 450 nm 1173 mW 633 mW
SOLERIQ® P 6 Typ. Luminous Flux (700mA)
GW MAEGB1.CM warm / neutral white 2700 K - 4000 K 90 (min.) 735 lm @3000K @85°C
GW MAEGB1.EM warm / neutral white 2700 K - 5000 K 80 (min.) 860 lm @3000K @85°C
SOLERIQ® P 9 Typ. Luminous Flux (700mA)
GW MAFJB1.CM warm / neutral white 2700 K - 4000 K 90 (min.) 1600 lm @3000K
GW MAFJB1.EM warm / neutral white 2700 K - 5000 K 80 (min.) 2000 lm @3000K
SOLERIQ® S 13 Typ. Luminous Flux (500mA)
GW KAGHB1.CM warm / neutral white 2700 - 4000K 90 (min.) 1500 @ 4000K
GW KAGHB1.EM warm / neutral / cool white 2700 - 6500K 80 (min.) 1625 @ 4000K
SOLERIQ® S 19 Typ. Luminous Flux (700mA)
GW KAHLB1.CM warm / neutral white 2700 - 4000K 90 (min.) tbd
GW KAHLB1.EM warm / neutral / cool white 2700 - 4000K 80 (min.) 3950 @ 4000K @85°C
GW KAHNB1.CM warm / neutral white 2700 K - 4000 K 90 (min.) 4610 lm @ 4000 K @85°C
GW KAHNB1.EM warm / neutral white 2700 K - 4000 K 80 (min.) 5361 lm @ 4000 K @85°C
GW KAHJB1.CM warm / neutral white 2700 K - 4000 K 90 (min.) 2420 lm @ 4000 K @85°C
GW KAHJB1.EM warm / neutral white 2700 K - 4000 K 80 (min.) 2800 lm @ 4000 K @85°C
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