Arrow LightingGuide

arrow.com

Lighting

Lighting Guide 2013 - 2014

Components EMEA

Lighting Guide 2013 - 2014

1Seeing into the future isnt easy, especially without the right light. At Arrow Lighting, we are a beacon for innovating illumination. Experts in the new way of lighting the world.

From the backlit tablet in a childs hands, to the interior lights in the family car all the way through to the lights showing the way across a bridge examples of our lighting applications are everywhere, everyday.

Retail, portable, signage, indoor, outdoor,

transportation and virtually any other

application we offer SSL solutions for

every market application.

2lighting-europe.arrow.com

Our solid-state lighting (SSL) capabilities can be the difference between night and day for your business. We provide state-of-the-art technology to support you from the first moment of insight to distribution and reverse logistics.

There will be new standards, new fixtures, new design elements. More importantly, there will be new ideas and new breakthroughs to manifest. We will be there at every step, today and Five Years Out.

For Arrow, SSL means progress. SSL means solving 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.

3Table of Contents 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 21

Osram Semiconductor 25

Vishay 20

Lenses and Optics 28 Gaggione 29

Ledil 30


LED Drivers Electronics 32

Diodes Incorporated 33

Fairchild Semiconductor 35

ISSI 37

Microchip 38

NXP 39

ON Semiconductor 42

Renesas 43

STMicroelectronics 45

Texas Instruments 41

Interconnect and Passives 52 Littelfuse 53

Molex 55

AVX Corporation 58

Phoenix Contact 59

TE Connectivity 60

Thermal Management 66

3M 67

Fischer 68

1Bright Opportunities with LED

Vast Applications and SupportLight 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 MeetDespite 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.


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.

Expanding MarketAlready 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 LEDs 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.

3From Connector to ReflectorTo maximize light output, energy efficiency and design

flexibility, modern solid-state lighting applications

require an integrated approach. With a complete range

of components available through Arrow, your engineers

can develop innovative lighting systems with potential

competitive advantages.

Supporting Every Phase of Your ProjectDesigning 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 and electrically

6. Controlling when and how the light should appear

Each of these steps demands different competencies

and technologies. Fortunately, our lighting team takes

a truly systems-orientated approach and is available

with expertise and a strong line card of products. From

technical and design support to inventory and bin

management, we will help you achieve the best possible

electrical and optical efficiency, while keeping costs

within target.

Thermal Management

Control

Optics

Producing Light

Connectivity

Delivering the right current at the right voltage


Arrow Lighting ExpertiseLeverage 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 SupportNot 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.

5Understanding Your Key NeedsNo 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.

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 products lifetime

Design & technical assistance- Product concept- Right products- Technical advice- Reference designs- Demonstration- PCB layout design

Consulting your activity- With a partnering

network - For return on

investment - Covering lighting

standards- As your design

partner

LED binning services- Strong & consistent

quality- The right mix of bin(s)

Manufacturing services- Regional LED con-

tract manufacturers - Experienced LED

handling

Sales & after sales care- From a fully trained

sales team- With market prices- Variety of samples- Stock support

Product supply & services- From connector to

reflector- From industry leading

suppliers- Offer of financing

tools

WE can offer you:

YOU need to:


Online Lighting Design ToolsLeveraging 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.

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.

For more information on the Arrow Lighting Designer, visit:

www.arroweurope.com/lighting-designer A helpful sharing

feature enables

users to collaborate

with colleagues and

Arrows extensive

team of field

application engineers.

7Proof of Concept LED Street Lighting

Saving Energy and Protecting the Environment

Approximately one third of Germanys 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 countrys 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.


Important ConsiderationsLighting Classes

Street lighting is defined in DIN norms, e.g. in DIN EN 13201 Part 1, which regulates the

selection of lighting classes. The basic parameters are the types of user motorised vehicles,

bicycles or pedestrians along with their typical speed. Geometrical properties of the traffic

area and weather are also taken into account.

Lifespan

While LEDs generally score high in terms of 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.

Optical Properties

It is not only the service life that depends on the temperature of the barrier layer, but the

optical properties, such as colour or light intensity, are also affected. Precise knowledge of

this variable, also referred to as the junction temperature, is of great importance. While some

suppliers might measure this temperature using thermal imaging cameras, more precise

measuring techniques are available to better determine the temperature of the barrier layer,

while at the same time measuring further key parameters such as light intensity and power

consumption.

Arrow can support your

lighting modernization

through our vast portfolio of

SSL products and extensive

insight to bring them to light. Source: GBS

9Small LEDs with a Huge TaskCommonly known as high bay lighting, the

interior of industrial and other buildings are

often illuminated by lighting units more than

seven meters above the floor. As a more efficient

alternative, Arrow is working with companies to

replace traditional ceramic discharge metal-

halide (CDM) with LEDs.

Original System

150 W CDM-T lamp producing 10800 lumen

with a colour temperature of 4200 Kelvin and a

Colour Rendering Index (CRI) Ra of 86.

LED Alternative

Approximately 58% of the light actually leaves

the CDM lamp, which means that the target

usable output of an LED replacement is 6250

lumen. To optimally distribute the lighting for

this application, we first consider the correct

lens selection. Lamps used for high bay lighting

are fitted against the ceiling in a grid, forming a

chequer board pattern. Ledil provides a specific

family of high bay lenses for this specialized

arrangement.

The square field of light generates a regular

pattern without differences in light intensity. The

optical system is designed for several LEDs, which

reduces both the installation effort and the overall

costs. Quadruple optics with 2x2 lenses in a

square configuration are suitable for this project

with 87% efficiency. Solutions such as the XT-E

optical system by Cree or Osrams Oslon Square

offer a highly luminous flux at a low cost, though

both manufacturers also offer Array Type LEDs to

greatly simplify the assembly process.

Source: Roman Sigaev, Shutterstock


Using the Arrow Lighting Designer Tool, we

select a suitable configuration 36 discrete High

Powered LEDs in a field of 3x3 lens clusters. The

700 mA LED current and voltage drop across

a group of slightly more than 12 V, adding up to

just over 36 V for three groups each in series to

simplify the power supply selection. The power

consumption of the LEDs will be 77 W, roughly half

of the power required by a 150 W CDM lamp.

Heat Sink

About 60% to 70% of the power remains in the

LED in the form of heat. This must be dissipated to

prevent overheating. A suitable heat sink solution

can be easily identified using the Arrow Lighting

Designer Tool to select and model thermal

performance.

Power supply

To achieve the required 77 W, the nearest available

off-the-shelf power category is 100 W. Standards

for lamps mandate Class C under EN61000-3-2,

but few power supplies are capable of this. The

Recom LED driver RACD100-48 has been tested

for lighting applications and provides adequate

current, up to 2.1 A at 48 V. Three step-down DC

LED drivers 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.

Conclusion

Efficiencies can be achieved with LEDs, even for

demanding lighting situations such as high bays,

provided the components are correctly selected

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.

11

Colour MeasurementCIE Chromaticity Diagram

To measure colour, the Commission

Internationale de lEclairage (CIE)

created the 1931 Chromaticity

Diagram. The curve that forms the

periphery, or edges, of the diagram, is

called the spectral locus. The spectral

locus corresponds to the spectral

colours in the visible light spectrum and

contains wavelength values.

Diagram Features

The two-dimensional chart represents

colour as seen by the human eye in

full daylight. Chromaticity is displayed

by X and Y coordinates, with spectral

colours along the outside of the

horseshoe shape curve (spectral locus).

The colours located in other areas

are not spectral, such as the bottom

straight line that represents purples.

The interior depicts unsaturated

colours, a mixture of a spectral colour

and a grayscale colour.

LEDs And Saturated ColoursMonochromatic light, consisting

of only one wavelength, is fully

saturated. Single LEDs are essentially

monochromatic and, therefore,

produce saturated light. However,

when multiple LEDs of different colours

are combined the result is unsaturated

light.

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.


White Chromaticity BinsWarm, Neutral, and Cool WhiteWhite light is called warm, neutral, or

cool, depending on its colour temperature

range. The higher the colour temperature,

the cooler the light. The lower the colour

temperature, the warmer the light. Cool

means the white light appears more bluish

and warm means the white light appears

more reddish.

Warm: 2700 K 3700 K

Neutral: 3700 K 5000 K

Cool: 5000 K 10000 K

Colour SensitivityOur eyes can detect subtle changes in

colour, down to ~10 nm for red and 2

to 3 nm for green. For white light LEDs,

this sensitivity may or may not be an

issue depending on the application. For

example, matching the chromaticity of

white light in a flashlight is not as critical

as a string 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.

Binning Explained

Binning is the process of sorting and

grouping LEDs to allow:

> Design engineers to systematically specify an LED

> Manufacturers to order LEDs that function consistently

> Customers to reorder LEDs that match the original

Binning diagrams employ geometric

regions on the CIE 1931 Chominicity

Diagram arranged along the BBL to

specify chromaticity coordinate variation.

The BBL below is the line on which the

colour temperatures for white light from

sources with a CRI of 100 will lie. The

lines labeled 5000K through 10000K

are the lines of CCT. Each of the regions,

such as WA, WB, and WC, represent two

kinds of colour variation. One is the CCT

variation (for example, 5000K to 5700K in

WH and WJ). The other variation is called

tint, indicating how far the chromaticity

coordinates are from the BBL.

The top of region WG, for instance, would

have a slightly more greenish tint than the

bottom. The bottom of WP would have

a slightly more purplish tint than the top.

WD, in between WG and WP, would have

a smaller range of tint. Nevertheless,

WG, WD, and WP are all in the same CCT

range. Chromaticities that lie directly on

the BBL do not have a tint.

Supplier and Customer View of BinningChromaticity bins are set up as a function

of an LED suppliers production yield.

Customers can use them to specify and

record parts. Rectangle WE contains the

chromaticity coordinates CCy = 0.33,

CCx = 0.30. It also contains CCy = 0.32

and CCx = 0.29, and many others that

intersect within it. For a given application,

the light that any LED emits whose

chromaticity falls within the region WE,

will be considered a match for the light

from any other LED whose chromaticity

coordinates also fall within region WE.

13

Lighting Line CardArrow Electronics has the industrys broadest selection of electronics devices for lighting

applications. It includes LEDs, LED arrays, LED modules, lenses, LED driver ICs, power supplies, heat-

sinks, circuit protection devices and connectors from the leading manufacturers in these sectors.

Hig

h B

right

ness

LE

Ds

Hig

h P

ower

Lig

htin

g C

lass

(>=

1W) L

EDs

LED

Driv

er S

emi

LED

Lig

ht E

ngin

es/

Mod

ules

Lens

es &

Opt

ics

PSU

/Driv

er M

odul

e AC

/DC

PSU

/Driv

er M

odul

e D

C/D

C

Hea

tsin

k

Ther

mal

inte

rfac

e

Con

nect

ivity

Circ

uit P

rote

ctio

n

LED

s

Avago Technologies Cree

Everlight LiteOn

Osram Semiconductor Sharp Microelectronics

Toshiba Vishay

Lens

and

Opt

ical

P

rodu

cts

Carclo Fraen

Fusion Optix Gaggione Intematix

Khatod Ledil

Pow

er S

olut

ions Lightech

Meanwell Moons

Osram Lighting Recom

Driv

er E

lect

roni

cs

Analog Devices Cypress

Diodes Fairchild Infineon

International Rectifier ISSI

Linear Technology Micrel

Microchip NXP

ON Semiconductor Renesas

STMicroelectronic Texas Instruments

Ther

mal

S

olut

ions

3M - Innotape Assmann

Fischer Elektronik Panasonic

PEM

CO

Amphenol AVX

Bourns Littlefuse

Molex Phoenix Contact TE Connectivity


Light 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.

15

High Performance RGB PLCC6 Surface Mount LEDs

Additional Product Features:

> Operating Temperature: -40C to 100C

> Narrow color binning flexi bin option is available on request

> Available in White-Surface, Black-Surface and full

Black-Body for better contrast (e.g. indoor full color displays)

> Diffused silicone encapsulation:

- enhanced contrast ratio (reduction of reflection light from leadframe)

- enhanced consistency of the radiation pattern

OneLED Infinite Colors, Water Resistant, High Brightness RGB PLCC6 LEDAvagos OneLED series of RGB PLCC-6 LEDs have separate heat paths for each LED dice, enabling them to be driven at higher currents.These surface mount LEDs have high brightness and reliability performance and are designed to work under a wide range of environmental conditions, making them suitable for outdoor and

indoor full colour signage applications.

Key product features:

> Small PLCC6 package 3.4 2.8 1.8 mm

> In-line RGB dies configuration

> Individual addressable pin-out for drive configuration flexibility

> High reliability LED package with silicone encapsulation

> Water-Resistance (IPx6) per IEC 60529:2001

> Compatible with reflow soldering process

> Wide viewing angle

> JEDEC MSL 3

Target applications:

> Outdoor & indoor full color displays

> Video screens

> Advertising signs

> Stadium scoreboards

> Industrial applications

> Gaming machines

> Decorative lighting

Product Number Color Dominant WavelengthLuminous Intensity I

V

(min.)Luminous Intensity

IV (typ.) Test Current

DC Forward Current (max.)

Forward Voltage typ. V

F

Viewing Angle Packaging

ASMT-YTB7-0AA02 Black-Surface RGB PLCC6

Red 617 627 nm 560 mcd 650 mcd 20 mA 50 mA 2.1 V

120 2000 pcs per reelGreen 525 537 nm (1) 1400 mcd 1900 mcd 20 mA 25 mA 3.1 V

Blue 465 475 nm (1) 285 mcd 384 mcd 20 mA 25 mA 3.1 V

ASMT-YTC7-0AA02 Black-Body RGB PLCC6



Blue 465 475 nm (1) 112.5 mcd 160 mcd 20 mA 25 mA 3.1 V

ASMT-YTD7-0AA02 White-Surface RGB PLCC6


120 2000 pcs per reelGreen 525 - 537 nm (1) 1400 mcd 1900 mcd 20 mA 25 mA 3.1 V

Blue 465 - 475 nm (1) 285 mcd 384 mcd 20 mA 25 mA 3.1 V

Avago Technologies is one of the largest producers of visible LEDs in the world, shipping billions of products annually. Known for performance, efficiency and reliability, Avagos 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


High Performance RGB PLCC4 Surface Mount LEDs


> PLCC4 package 3.2 2.8 1.9 mm

> Two package options (MTB0, MTB1) with different Lead Configurations


> High reliability LED package with diffused silicone encapsulation



> Wide viewing angle of 115

> JEDEC MSL 3


> Indoor full color displays

> Video screens

> Advertising signs


> Industrial applications

> Gaming machines

> Decorative lighting

Product Number Color Dominant WavelengthLuminous Intensity I

V

(min.)Luminous Intensity

IV (typ.) Test Current



F


ASMB-MTB0-0A3A2 Black-Surface RGB PLCC4


115Green 525 535 nm (1) 1380 mcd 1600 mcd 20 mA 25 mA 3.1 V


ASMB-MTB1-0A3A2 Black-Surface RGB PLCC4


115Green 525 535 nm (1) 1380 mcd 1600 mcd 20 mA 25 mA 3.1 V


Low-Cost, Single-Bin RGB PLCC6 Surface Mount LED

Additional Product Features:

> Single color bin and single intensity bin


Tall High Performance RGB PLCC6 Surface Mount LED (2.8mm high package)


> Tall PLCC6 package 3.5 3.5 2.8 mm


> Tall package enables potting process

> Individual addressable pin-out for drive configuration flexibility

> High reliability LED package with diffused encapsulation



> Wide viewing angle of 115

> JEDEC MSL 3


> Outdoor & indoor full color displays

> Video screens

> Advertising signs


Product Number Color Dominant WavelengthLuminous Intensity

IV (min.)

Luminous Intensity I

V (typ.) Test Current



F


ASMT-YTB6-02113 Black-Surface RGB PLCC6


120 2000 pcs per reelGreen 528 533 nm 540 mcd 640 mcd 10 mA 20 mA 3.0 V

Blue 466 470 nm 123 mcd 140 mcd 10 mA 20 mA 3.0 V

Product Number Color Dominant WavelengthLuminous Intensity

IV (min.)


V (typ.) Test Current



F


ASMB-TTB0-0A3A2 Black-Surface RGB PLCC6



Blue 465 472.5 nm 355 mcd 480 mcd 20 mA 35 mA 3.1 V

COMING SOON: SUMMERLED - the new mid- and low-power white LED series from Avago for general lighting applications.

17


> Narrow intensity Iv bin ratio 1:1.2

> Well defined spatial radiation pattern

> LOP Iv < 50% with up to 100 khrs HTOL/RTOL

> Superior resistance to moisture

> Standoff package (optional non-standoff package is available for 5 mm devices)

> Tinted and diffused for high contrast ratio

> Standard RGB package height

> Flexi-Binning part number options available on request

> JEDEC MSL 3


> Billboard signs

> Full color signs

> Fuel price signs

> Mono color signs

> Variable message signs

4 mm and 5 mm Oval Through-Hole LEDsThree new families of cost-effective oval LEDs with precision optical performance are specifically designed for full colour video, passenger information and billboard sign applications. The oval shaped radiation pattern and high luminous intensity ensure that these devices are excellent for the wide field of outdoor sign applications where a wide viewing angle and readability in sunlight

are essential. The package epoxy contains UV inhibitors to reduce the effects of long term exposure to direct sunlight. Avago offers Flexi-Binning part number options with up to 350 k pcs of single colour bin & single Iv bin.

Part Number Size Viewing Angle Color Dominant Wavelength Dice Technology Forward Voltage typ. VF

Luminous Intensity at 20 mA

Min. Max.

HLMP-LG73-XZ0DD 4 mm 40 x 100 Red 618 630 nm AlInGaP 2.1 V 1660 mcd 2900 mcd

HLMP-LM73-35PDD 4 mm 40 x 100 Green 525 535 nm (1) InGaN 3.2 V 4200 mcd 7260 mcd

HLMP-LB72-UWPDD 4 mm 40 x 100 Blue 465 475 nm (1) InGaN 3.2 V 960 mcd 1660 mcd

HLMP-HL71-XZ0DD 5 mm 40 x 100 Amber 584.5 594.5 nm (1) AlInGaP 2.1 V 1660 mcd 2900 mcd

HLMP-HG71-VX0DD 5 mm 40 x 100 Red 618 630 nm AlInGaP 2.1 V 1150 mcd 1990 mcd

HLMP-HM71-23BDD 5 mm 40 x 100 Green 524 532 nm (1) InGaN 3.1 V 3500 mcd 5040 mcd

HLMP-HB71-TUBDD 5 mm 40 x 100 Blue 464 472 nm (1) InGaN 3.1 V 800 mcd 1150 mcd

HLMP-AL71-130DD 5 mm 30 x 70 Amber 584.5 594.5 nm (1) AlInGaP 2.1 V 2900 mcd 5040 mcd

HLMP-AG71-Z20DD 5 mm 30 x 70 Red 618 630 nm AlInGaP 2.1 V 2400 mcd 4200 mcd

HLMP-AM71-35BDD 5 mm 30 x 70 Green 524 532 nm (1) InGaN 3.1 V 4200 mcd 7260 mcd

HLMP-AB71-TWBDD 5 mm 30 x 70 Blue 464 472 nm (1) InGaN 3.1 V 800 mcd 1660 mcd

Avagos next generation SMT Lamp - round and ovalIncorporating high brightness intensity with customized optical solutions in surface mount platform

Avago Technologies has developed the next generation of its high brightness surface mount (SMT) LED with Iv match to through hole (TH) Lamps performance for real outdoor applications. Avagos SMT Lamp is available in amber, red, green, cyan and blue colors with viewing angles of oval 40 x 100 and round 30. This

new technology allows the use of both sides of the PCB for the components and enables a highly compact circuit design. The Avago SMT Lamp family enables assembly through pick&place and reflow soldering which guarantees a fast cycle time with high output.

Viewing Angle Part Number Color Dominant WavelengthLuminous Intensity I

V

(min.)


V

(max.)

Test Current



F

Packaging

Round 30

ALMD-EL3E-VX002 Amber 584.5 594.5 nm (1) 4200 mcd 9300 mcd 20 mA 50 mA 2.1 V

1000 pcs per reel

ALMD-EG3E-VX002 Red 618 630 nm 4200 mcd 9300 mcd 20 mA 50 mA 2.1 V

ALMD-CM3E-Y1002 Green 519 539 nm (1) 9300 mcd 21000 mcd 20 mA 30 mA 3.2 V

ALMD-CE3E-VXC02 Cyan 500 510 nm (1) 4200 mcd 9300 mcd 20 mA 30 mA 3.2 V

ALMD-CB3E-SU002 Blue 460 480 nm (1) 1900 mcd 4200 mcd 20 mA 20 mA 3.2 V

Oval 40 x 100

ALMD-LL37-WZ002 Amber 584.5594.5 nm (1) 1380 mcd 2900 mcd 20 mA 50 mA 2.1 V

1000 pcs per reel

ALMD-LG37-WZ002 Red 618 630 nm 1380 mcd 2900 mcd 20 mA 50 mA 2.1 V

ALMD-LM37-14002 Green 519 539 nm (1) 2900 mcd 6050 mcd 20 mA 30 mA 3.2 V

ALMD-LB37-SV002 Blue 460 480 nm (1) 660 mcd 1380 mcd 20 mA 20 mA 3.2 V

Key product features include:

> Surface mount (SMT) platform with TH optics performance

> Suitable for indoor and outdoor applications

> Dimensions: Oval 4.2 x 4.2 x 5.2 mm, Round 4.2 x 4.2 x 6.5 mm

> Tinted lens for better contrast

> SMT Reflow soldering capability

> Compact Form Factor to enable 12 mm cluster to cluster pitch

> MSL 2a


> Full Color Signs

> Mono Color Signs

> Variable Message Signs


5 mm Round Through-Hole LEDsThe new family of cost-effective high-brightness round Through-Hole LEDs with precision optical performance and superior light output are ideal for excellent readability in sunlight. These LEDs have been designed for mono colour and full colour signage applications. They are extremely stable in light output performance over a long period of time. These LEDs feature an advanced optical grade epoxy offering superior high temperature (+130C max.

junction temp.) and high moisture resistance performance. The package epoxy contains UV inhibitors to reduce the effects of long term exposure to direct sunlight. Avago offers narrow colour bin selections for amber, green and blue on request


> High brightness performance lamps

> Consistent low forward voltage

> Well defined spatial radiation pattern

> Untinted, non-diffused

> Viewing angle: 15, 23 and 30

> Package options: with or without lead standoff

> Superior resistance to moisture


> Traffic signs

> Variable Message Signs

> Work zone warning lights

> Commercial outdoor advertising

> Full colour and mono colour signs

High Brightness PLCC2 and PLCC4 Colour LEDsThe new series of cost-effective high-brightness colour PLCC2 and PLCC4 LEDs come in an industry standard PLCC2 / PLCC4 package with a wide viewing angle of 120. The product selection table on this page mainly contains standard part numbers which are available from Distributor inventory. In addition Avago also offers

part number options with higher minimum intensity (for all colours) and/or tighter colour bin selections (for amber, green and blue)


> High reliability LED package

> Super wide viewing angle at 120

> Available in full selection of colors

> Stabile & Consistent performance with minimum degradation with Silicone Encapsulation

> Compatible with both IR and TTW soldering process

> JEDEC MSL 3


> Electronic signs and signals

- Interior full color sign

- Variable message sign

> Office automation, home appliances, industrial

equipment

- Front panel backlighting

- Push button backlighting

- Display backlighting

Part Number without Standoff Part Number with Standoff Viewing Angle Color Dominant Wavelength

Dice Technology


F

Luminous Intensity at 20 mA

Min. Max.

HLMP-EL1G-Y10DD HLMP-EL1H-Y10DD 15 Amber 584.5 594.5 nm (1) AlInGaP 2.1 V 9300 mcd 21000 mcd

HLMP-EG1G-Y10DD HLMP-EG1H-Y10DD 15 Red 618 630 nm AlInGaP 2.1 V 9300 mcd 21000 mcd

HLMP-CM1G-350DD HLMP-CM1H-350DD 15 Green 520 540 nm (1) InGaN 3.1 V 27000 mcd 59000 mcd

HLMP-CB1G-WY0DD HLMP-CB1H-WY0DD 15 Blue 460 480 nm (1) InGaN 3.1 V 5500 mcd 12000 mcd

HLMP-EL2G-WY0DD HLMP-EL2H-WY0DD 23 Amber 584.5 594.5 nm (1) AlInGaP 2.1 V 5500 mcd 12000 mcd

HLMP-EG2G-XZ0DD HLMP-EG2H-XZ0DD 23 Red 618 630 nm AlInGaP 2.1 V 7200 mcd 16000 mcd

HLMP-CM2G-Z20DD HLMP-CM2H-Z20DD 23 Green 520 540 nm (1) InGaN 3.1 V 12000 mcd 27000 mcd

HLMP-CB2G-UW0DD HLMP-CB2H-UW0DD 23 Blue 460 480 nm (1) InGaN 3.1 V 3200 mcd 7200 mcd

HLMP-EL3G-VX0DD HLMP-EL3H-VX0DD 30 Amber 584.5 594.5 nm (1) AlInGaP 2.1 V 4200 mcd 9300 mcd

HLMP-EG3G-VX0DD HLMP-EG3H-VX0DD 30 Red 618 630 nm AlInGaP 2.1 V 4200 mcd 9300 mcd

HLMP-CM3G-Y10DD HLMP-CM3H-Y10DD 30 Green 520 540 nm (1) InGaN 3.1 V 9300 mcd 21000 mcd

HLMP-CB3G-TV0DD HLMP-CB3H-TV0DD 30 Blue 460 480 nm (1) InGaN 3.1 V 2500 mcd 5500 mcd

Part Number Package Option Color Dominant Wavelength Dice Technology Forward Voltage typ. VF

Test CurrentLuminous Intensity at 20 mA

Min. Max.

ASMT-UAB4-ZU802 PLCC2 Amber 583 598 nm (1) AlInGaP 1.8 V 20 mA 560 mcd 1400 mcd

ASMT-JAB4-ZU7H2 black-surface PLCC2 Amber 583 592 nm (1) AlInGaP 1.8 V 20 mA 560 mcd 1125 mcd

ASMT-UHB4-ZU802 PLCC2 Red-Orange 611 625 nm AlInGaP 1.8 V 20 mA 560 mcd 1400 mcd

ASMT-URB4-ZU802 PLCC2 Red 620 630 nm AlInGaP 1.8 V 20 mA 560 mcd 1400 mcd

ASMT-UGB5-ZV702 PLCC2 Green 515 535 nm (1) InGaN 3.2 V 20 mA 900 mcd 1800 mcd

ASMT-UBB5-ZS8Q2 PLCC2 Blue 460 475 nm (1) InGaN 3.2 V 20 mA 224 mcd 560 mcd

ASMT-SAB4-ZW905 PLCC4 Amber 583 598 nm (1) AlInGaP 2.2 V 50 mA 1400 mcd 4500 mcd

ASMT-SHB4-ZW905 PLCC4 Red-Orange 611 625 nm AlInGaP 2.2 V 50 mA 1400 mcd 4500 mcd

ASMT-SRB4-ZW905 PLCC4 Red 620 630 nm AlInGaP 2.2 V 50 mA 1400 mcd 4500 mcd

ASMT-SGB5-ZW703 PLCC4 Green 515 535 nm (1) InGaN 3.2 V 30 mA 1400 mcd 2850 mcd

ASMT-SBB5-ZT7Y3 PLCC4 Blue 465 475 nm InGaN 3.2 V 30 mA 355 mcd 715 mcd

19

High Brightness OneWhite PLCC2 Surface Mount LEDs with min. 2000/2240 mcd

Part Number Color Color Temperature (CCT)CRI

(min.)Luminous Intensity at

20 mA (min.)Luminous Intensity at

20 mA (typ.)Test

CurrentDC Forward

Current (max.)Forward

Voltage (VF) Packaging

ASMT-UWB1-ZX7A2 Cool White 8000 K (ANSI) 70 2240 mcd 4500 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB1-ZX7B2 Cool White 6500 K (ANSI) 70 2240 mcd 4500 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB1-ZAAB2 Cool White 6500 K (ANSI) 70 2000 mcd 2500 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB1-ZX7C2 Cool White 5700 K (ANSI) 70 2240 mcd 4500 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB1-ZAAC2 Cool White 5700 K (ANSI) 70 2000 mcd 2500 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB1-ZX7D2 Cool White 5000 K (ANSI) 70 2240 mcd 4500 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB1-ZAAD2 Cool White 5000 K (ANSI) 70 2000 mcd 2500 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB1-ZX7E2 Neutral White 4500 K (ANSI) 70 2240 mcd 4500 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB1-ZX7F2 Neutral White 4000 K (ANSI) 70 2240 mcd 4500 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB1-ZAAF2 Neutral White 4000 K (ANSI) 70 2000 mcd 2500 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB1-ZAAH2 Warm White 3000K (ANSI) 70 2000 mcd 2500 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

0603 ChipLEDVLMW1300


Power MOSFETSi7460DP

NTC ThermistorsNTCS0603E3

Zener DiodesBZD27CxxP Series

CapacitorsVY1/VY2 Series

PLCC2 PlusVLMW51Q2

TELUXVLMW9600

got light ?

In the rush to grab the top spot in the lighting market, manufacturers are tripping over themselves focusing on white LEDs. Yes, Vishay is guilty of that too, but we know that products for the lighting market come in all shapes and sizes.

See more lighting products at http://www.arroweurope.com/vishay

High Brightness OneWhite PLCC2 LEDs

Key product features

> High optical efficiency with >100 lm/W

> ANSI color bin structure

> CRI min. 80 option available

> High reliability package with silicone encapsulation

> Viewing Angle of 120


> JEDEC MSL 3

> ESD threshold of 1000 V (HBM model) per JEDEC


> Panel lighting

> Light strips

> Down lights

> Shop lighting

> Wide-surface lighting applications

> Backlighting

High Brightness OneWhite PLCC2 LEDsAvagos OneWhite surface mount PLCC2 LED allows designers to incorporate greater functionality while achieving superior performance in terms of light output and color uniformity. This family of SMT LEDs is packaged in the industry standard PLCC2

package. This product has very tight, orderable color bins meeting ANSI C78.377.2008 specification. Every reel will be shipped in single intensity and single color bin.

Part Number Color Color Temperature (CCT)CRI

(min.)Luminous Intensity at

20 mA (min.)Luminous Intensity at

20 mA (max.)Test

CurrentDC Forward

Current (max.)Forward

Voltage (VF) Packaging

ASMT-UWB2-ZX3A2 Cool White 8000 K (ANSI) 80 1800 mcd 2300 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB2-ZX3B2 Cool White 6500 K (ANSI) 80 1800 mcd 2300 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB2-ZX3C2 Cool White 5700 K (ANSI) 80 1800 mcd 2300 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB2-ZX3D2 Cool White 5000 K (ANSI) 80 1800 mcd 2300 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB2-ZX3E2 Neutral White 4500 K (ANSI) 80 1800 mcd 2300 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB2-ZX3F2 Neutral White 4000 K (ANSI) 80 1800 mcd 2300mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB2-ZX3G2 Warm White 3500 K (ANSI) 80 1800 mcd 2300mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB2-ZX3H2 Warm White 3000 K (ANSI) 80 1800mcd 2300mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel

ASMT-UWB2-ZX3J2 Warm White 2700 K (ANSI) 80 1800 mcd 2300 mcd 20 mA 30 mA 2.8 3.6 V 2000 pcs per reel




Power MOSFETSi7460DP

NTC ThermistorsNTCS0603E3

Zener DiodesBZD27CxxP Series

CapacitorsVY1/VY2 Series

PLCC2 PlusVLMW51Q2

TELUXVLMW9600

got light ?

In the rush to grab the top spot in the lighting market, manufacturers are tripping over themselves focusing on white LEDs. Yes, Vishay is guilty of that too, but we know that products for the lighting market come in all shapes and sizes.

See more lighting products at http://www.arroweurope.com/vishay

21

Cree delivers the industrys 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

LMH2 family > The LMH2 family of LED modules from

Cree delivers a beautiful 90+ CRI light in 4000 K, 3500 K, 3000 K & 2700 K 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 Crees 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 (Mechanical, Optical, Thermal design & design examples)

STEP Files LMH2 LED Module STEP Files 4-inch, 7-inch, 8-inch & faceted reflectors for LMH2

LED Components and Modules

LED Modules Integrated SystemPackage

Faster Time to Market

EngineeringExpertise

Pre-tested for Regulatory


Integrated Arrays (COBs)

High Lumen Output, High Efficacy

> Family enables full range of 300-10,000 system lumen designs

> Small optical source for high output, narrow beam designs

> Single LED + connector replaces many discrete LEDs + PCB

> Works with connectors, hand soldering or epoxy attach methods

> Binned at 85C; EasyWhite 4-step & 2-step bins available

Cree is constantly extending its family of CXA Integrated LED Arrays. Crees CXA LED Arrays deliver high lumen output and efficacy in a family of single, easy-to-use components. Optimized to simplify designs and lower system cost, Crees CXA LED arrays deliver system level performance from 300 to over 10,000 lumens and can enable

applications ranging from GU10s and commercial downlights to outdoor area lighting and high-bay lighting. The CXA LED Arrays are also available in 95-CRI options that push the boundaries of lighting-class performance by combining high quality of light with unmatched light output and efficacy. With Crees CXA LED Arrays, lighting manufacturers can have performance, reliability and ease-of-use in a single LED.

When it comes to reliability, CXAs have achieved the UL8750 OOQL2 LED Component Recognition Level 4 enclosure, allowing the lighting system

for non-isolated inputs (so class II power supply is not required), no need of safety cover over the LEDs and ability to operate in damp environments. On the CXAs

lifetime, Cree has already released LM-80 data with tests >6000 h at 105C ambient temperature.

Easy assembly

> Large solder pads, improves the ability to hand solder to the package

> Large buffer between optic & solder pads allow for more room for optics to sit directly on LED

> Solder pad buffer from edges are designed to make regulatory & safety approval easier

> Zhaga-enabling optical source size is compliant with defined Zhaga standard LES sizes

XLamp CXA1304

XLamp CXA 1507

XLamp CXA 1512

XLamp CXA 1816

XLamp CXA 2520, 2530, 2540

XLamp CXA 3050

Typ. LPW (5000 K) 85C / 25C

~118 / ~135 ~113 / ~130 ~120 / ~135 ~122 / ~132 ~122 / ~132

Typ. LPW (3000 K) 85C / 25C

~102 / ~112 ~100 / ~112 ~102 / ~112 ~108 / ~118 ~108 / ~118

Nom Current (mA) 400 / 100 200 350 450 550 800 1100 1400

Max Current (mA) 1000 / 250 350 600 900 1250 1500 2100 2500

Nom Power 4 W 7 W 13 W 17 W 20 W 30 W 41 W 52 W

Max Power 11 W 15 W 20 W 37 W 50 W 62 W 86 W 100 W

Typical Vf (85C) 9 V / 37 V 37 V 37 V 36 V 37 V 37 V 37 V

LES 6 mm 9 mm 12 mm 19 mm 23 mm

23

Discrete

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 Crees revolutionary SC3 Technology Platform, these LEDs can achieve at 350 mA, 85C up to 139 lm/W for the XB-D and up to 148 lm/W for the XT-E.

For example use them wherever a high density of LEDs in a small space is required (like inside a Zhaga compliant holder).

LEDs: Discretes and Arrays

XLamp XH-B WhiteFootprint: 3.0 x 3.0 mm

Max Current: 125 mA

XLamp XB-D WhiteFootprint: 2.45 x 2.45 mm

Max Current: 1000 mA

XLamp XH-G WhiteFootprint: 3.0 x 3.0 mm

Max Current: 300 mA

XLamp XT-E WhiteFootprint: 3.45 x 3.45 mm


With the introduction of the XM-L2, XP-G2 and XP-E2 LEDs, Cree brings its SC3 Technology to the popular XP and XM platform. XM-L2, XP-G2 and XP-E2

LEDs double the lumens-per-dollar and deliver 20 percent more lumens-per-watt over the original XM-L, XP-G and XP-E LEDs enabling lighting manufacturers

to use fewer LEDs to deliver a better lighting system for lower cost.

XLamp MC-E 7.00 x 9.00 (mm) 110

XLamp MK-R 7.00 x 7.00 (mm) 120

XLamp ML-B 3.50 x 3.50 (mm) 120

XLamp ML-C 3.50 x 3.50 (mm) 120

XLamp ML-E 3.50 x 3.50 (mm) 120 | 125

XLamp MP-L EasyWhite 12.15 x 13.15 (mm) 125

XLamp MT-G EasyWhite 8.90 x 8.90 (mm) 120

XLamp MT-G2 Easy White 8.90 x 8.90 (mm) 115

XLamp MX-3 6.50 x 5.00 (mm) 125

XLamp MX-6 6.50 x 5.00 (mm) 120

XLamp XB-D 2.45 x 2.45 (mm) 115

XLamp XB-E High-Voltage White 2.45 x 2.45 (mm) 135

XLamp XB-G High-Voltage White 2.45 x 2.45 (mm) 140

XLamp XH-B 3.0 x 3.0 (mm) 130

XLamp XH-G 3.0 x 3.0 (mm) 130

XLamp XM-L 5.00 x 5.00 (mm) 125

XLamp XM-L Color 5.00 x 5.00 (mm) 130

XLamp XM-L EasyWhite 5.00 x 5.00 (mm) 115

XLamp XM-L High-Voltage White 5.00 x 5.00 (mm) 115

XLamp XM-L2 5.00 x 5.00 (mm) 125

XLamp XP-C 3.45 x 3.45 (mm) 115 | 125

XLamp XP-E 3.45 x 3.45 (mm) 115 | 130

XLamp XP-E High-Efficiency White 3.45 x 3.45 (mm) 120

XLamp XP-E2 3.45 x 3.45 (mm) 115

XLamp XP-G 3.45 x 3.45 (mm) 120 | 125

XLamp XP-G2 3.45 x 3.45 (mm) 115

XLamp XQ-B 1.6 x 1.6 (mm) 140

XLamp XQ-D 1.6 x 1.6 (mm) 145

XLamp XR-C 7.00 x 9.00 (mm) 90 | 100

XLamp XR-E 7.00 x 9.00 (mm) 90 | 100

XLamp XT-E High-Voltage White 3.45 x 3.45 (mm) 115

XT-E Royal Blue 3.45 x 3.45 (mm) 140

XLamp XT-E White 3.45 x 3.45 (mm) 115


Arrays

Cree MK-R, XM-L and MT-G2 LEDs are available in Cree EasyWhite color temperatures, providing the LED industrys best color consistency for designs that use only one LED. The MK-R LED with a 6mm optical source delivers up to 1770 lm at 85C, enabling 100+ LPW high lumen directional systems with the right combination of lm/$, lm/W and optical control.

The XM-L EasyWhite LED is available in 6 V and 12 V versions for driver flexibility, it is great for small replacement lamps like the MR-16, and track and accent lighting.

The MT-G2 EasyWhite LED has a 8 mm optical source and deliver up to 2000 lm at 85C. They are available in 6 V, 9 V & 36 V versions for driver flexibility. Their uniform emitting surface enables narrow beam optical design, and as a single optical source they replicate the look of traditional halogen.

The MT-G2 EasyWhite LEDs array have 8 mm optical source and deliver up to 2000 lm at 85C. They are available in 6 V, 9 V & 36 V versions for driver flexibility. Their uniform emitting surface enables narrow beam optical design, and as a single optical source they replicate the look of traditional halogen. It is the Easy White array that obsoletes 150W+ halogen.

Based on the Silicon Carbide SC3 technology, Cree has upgraded all their industrystandard world-known families, XP-E, XP-G and XM-L to their second generation, bringing up efficiency and lowering costs at the same time. These Generation 2 families are optimized for XP optical compatibility, allowing to migrate designs for better performance with very little or no effort.

The XM-L2 LED is the Industrys highest performance single-die LED, delivering up to 186 LPW at 1 W and up to 1198 lm at 10 W, together with an outstanding 2,5C/W thermal resistance. The XM-L2 are perfectly suited for very-high-lumen applications such as indoor, high-bay and outdoor lighting.

To address the mid power LED market for lighting luminaires, Cree introduced the XH-B and XH-G LEDs and the XQ-B and XQ-D LEDs. Based on ceramic packages instead of plastic ones, these LEDs are designed to deliver the long L70 lifetimes

of Crees other ceramic high-power LEDs, such as XP or XT LEDs. The XQ LEDs feature a unique combination of small size, wide light distribution and high-reliability design. This combination of features enables the next generation of designs for applications that require broader light distribution such as omni-directional lamps and fixtures. The XH LEDs are optimized for fluorescent replacement lighting applications, such as troffers and panel lights, where high efficacy, long lifetime and smooth appearance are critical.

XLamp XQ-B WhiteFootprint: 1.6 x 1.6 mm

Max Current: 300 mA

XLamp MK-R White

Footprint: 7.0 x 7.0 mm


XLamp XM-L EasyWhite


Max Power: 13W

XLamp MT-G2 EasyWhite


Max Power: 18 W

XLamp XQ-D WhiteFootprint: 1.6 x 1.6 mm

Max Current: 700 mA

25

DURIS E

> Footprint of 3.0 mm x 1.4 mm (DURIS E 3) / 5.6 mm x 3.0 mm (DURIS E 5)

> Compact light source in cost-effective PLCC package

> Stable brightness over lifetime

> High efficacy of typ. 110 Im/W at 5000 K (DURIS E 3) / typ. 110 Im/W at 5000 K (DURIS E 5)

DURIS P 5 White and Colors

> Footprint of 2.6 mm x 2.2 mm

> High maximum forward current of 250 mA

> Long lifetime also at high temperatures and high currents (L70/B50 > 50,000 h at Tj = 125C and If = 200 mA)

> Colors: deep blue, blue, true green, yellow, amber

> High efficacy up to 110 Im/W at 3000 K

> Superior corrosion resistance for high-quality lighting solutions

OSLON SSL

> Ultra-compact footprint for high-density arrays saving space and simplifying color mixing (only 3 mm x 3 mm)

> Neutral to warm white, capable of high power up to 0.8 A, cool white and all colors up to 1 A

> Lifetime of more than 50,000 hours, depending on application conditions

> Thermal resistance of R

thJS (typ.) 7 K/W

> Compact and symmetrical, allowing dense clustering for high-flux packages

> Different versions (LCW.CC, LCW.EC, LCW.PC, LUW) for various application requirements

> Broad color portfolio: red, green, blue, and other colors

> Light recycling by reflective layer of the package, using every single lumen

> The first power LED with sophisticated beam angles (80/ 150)

OSLON Square

> Ultra-compact footprint for high-density arrays to save space and simplify circuit designs (only 3 mm x 3 mm)

> Conditions Suitable for driving currents up to 1.5 A

> Lifetime of more than 50,000 hours, depending on application conditions

> Full color temperature range

> Highly reflective package

> Thermal resistance of R

thJS (typ.) 3.8 K/W

> Different product versions adjusted to fit the specific application requirements

DURIS S 5

> 3 mm x 3 mm footprint

> Flexibility in terms of luminous flux and forward voltage due to different chip area options in same package

> Lifetimes higher than 35,000 hours

> High efficacy of over 130 lm/W

> Epoxy-based QFN package in mid-power class

> Applications: indoor consumer, indoor professional, outdoor

DURIS S 5

> Dimensions: 5.8 mm x 5.2 mm

> Two versions with typ. 390 lm and typ. 500 lm at 200 mA (3000K CRI80)

> Color binning: 3 & 5 SCDM around mid of ANSI box (optional 7 SCDM) at Tj = 100 C

> CCTs: 2700 K / 3000 K / 4000 K (5000K / 6500 K will follow later on)

> No voltage binning (18.6 22.2 V/ 24.8 29.6 V)

> Conversion: Flat volume conversion casting

> Operation temperature: up to Ts = 110 C

> Applications: Directional replacement lamps (MR16 20 W & 35 W / PAR16 35 W)

SOLERIQ S 13

> Package: chip-on-board

> Color: 2700 K 6500 K ( white)

> Luminous efficacy: typ. 98 lm/W at 4000 K

> Luminous Flux: typ. 1625 lm at 4000 K

> CRI: min 80 ( typ. 85 )

> Viewing angle at 50 % lv: 120

> Applications: spotlights, indoor lighting

OSRAM 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 companys 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.comLEDs for Lighting Solutions


DURIS 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.) 7.3 lm

LCW JNSH.PC / LUW JNSH.PC warm / neutral / cool white 3000 K 6500 K 72 (typ.) 7.6 lm

DURIS E 5 Typ. Luminous Flux (120 mA)

LCW JDSI.EC / LUW JDSI.EC warm / neutral / cool white 2700 K 5000 K 85 (typ.) 45lm

LCW JDSI.PC / LUW JDSI.PC warm / neutral / cool white 5700 K 6500 K 72 (typ.) 48lm

GW JDSLS1.EC warm / neutral / cool white 2700 K 6500 K 85 (typ.) 43lm

DURIS P 5 Typ. Luminous Flux (100 mA)

GW DASPA1.EC warm / neutral / cool white 2700 K 5700 K 80 (min.) 33 lm

GW DASPA1.UC cool white 6500 K 67 (min.) 36 lm

DURIS P 5 Colors 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 2700 K 6500 K 80 (min.) 100 lm

Typ. Luminous Flux (65 mA)

GW PSLMS1.EC warm / neutral / cool white 2700 K 6500 K 80 (min.) 24.5 lm

Typ. Luminous Flux (80 mA)

GW PSLLS1.EC warm / neutral / cool white 2700 K 6500 K 80 (min.) 28.5 lm

DURIS S 8 Typ. Luminous Flux (200 mA)

GW P9LMS1.EM warm / neutral white 2700 K 4000 K 80 (min.) 390 lm

GW P9LRS1.EM warm / neutral white 2700 K 4000 K 80 (min.) 500 lm

OSLON Next Generation Type 80 Type 150 Typ. Luminous Flux (350 mA)

LCW CQ7P.CC LCW CQDP.CC warm / neutral white 2700 K 4500 K 95 (typ.) 78 lm at 3000 K

LCW CR7P.EC LCW CRDP.EC warm / neutral white 2700 K 5000 K 80 (min.) 106 lm at 3000 K

LCW CR7P.PC LCW CRDP.PC neutral white 4000 K 5000 K 70 (min.) 135 lm at 5000 K

LUW CR7P LUW CRDP cool white 5700 K 6500 K 70 (typ.) 142 lm at 6000 K

LD CQ7P LD CQDP deep blue 455 nm 535 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 80 Im

LR CP7P LR CPDP red 625 nm 58 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 at 3000 K 98 lm at 3000 K

LCW CQAR.EC warm / neutral white 2700 K 5000 K 80 (min.) 208 lm at 3000 K 117 lm at 3000 K

LCW CQAR.PC neutral white 3000 K 6500 K 70 (min) 264 lm at 5000 K 148 lm at 5000 K

LUW CQAR cool white 5300 K 6500 K 70 (typ.) 276 lm at 6000 K 155 lm at 6000 K

LD CQAR deep blue 450 nm 1173 mW 633 mW

SOLERIQ S 13 Typ. Luminous Flux (500 mA)

GW KAGHB1.EM warm / neutral / cool white 2400 K 6500 K 85 (typ.) 1625 at 4000 K

SOLERIQ E 30 Typ. Luminous Flux (600 mA)

GW KAJRB2.EM warm / neutral / cool white 2400 K 6500 K 85 (typ.) 3000 lm at 4000 K

SOLERIQ E 45 Typ. Luminous Flux (880 mA)

GW KALRB3.EM warm / neutral / cool white 2400 K 6500 K 85 (typ.) 4500 lm at 4000 K


Lenses and Optics

Optics are the elements that shape and direct the

light generated by the LED. Optics can be defined

as devices used to control light output so that it is a

usable source. There are three basic categories of

LED optics:

> Primary - usually attached directly to the LED

> Secondary usually fit directly over or around the LED

> Tertiary usually some type of external device

Primary optics are usually part of the LED package

- lenses integrated into LED packages, especially

SMT and power packages, can cause the luminous

flux from the LED to adopt a specific radiation

pattern.

Generally referred to as secondary optics, lenses

and reflectors are mechanically positioned on top

of the LED for the desired lighting result. The field

of tertiary optics encompasses numerous types of

application.

29

Shaping your lightThe LEDnLIGHT range of standard optics is the fruit of long experience in the custom optical components business. It has developed naturally in the face of constantly changing market demands and fast time-to-market, and continues to be one of the exciting businesses Gaggione serves in shaping our customers light.

We continue our dedication to successfully producing the highest quality optical solutions for LED and other light applications since introducing the worlds first collimator for the Barracuda LED in 1996. Gaggione applies its extensive experience and resources to provide comprehensive design, development and manufacturing capabilities for the production of custom made optical parts and systems.

Optical Silicone based LensesLiquid silicone key features include:

> More than 90% transmission in the greater than 350 nm wavelength spectrum, even with thick parts.

> Incredible resistance against UV rays, and more chemical agents than polycarbonate (PC) or acrylic (PMMA).

> Uncomparable resistance to high temperature (> 150C) whereby PC (130C) and PMMA (90C) breakdown.

> New optical design concepts thanks to micro-detail replication from liquid material properties.

> Increased ability to integrate new functions for unique applications and total system integration.

> Impact resistance unmatched by thermoplastics with reformation properties.

Collimators

Our collimators made in PMMA, from 16 mm diameter up to 67 mm, adapt to different areas of application such as architectural and stage lighting, indoor, outdoor lighting and medical lighting. Thanks to a very extensive product range, we can meet most technical specifications.

Hybrid ReflectorsOur hybrid reflector is the addition of a lens and a reflector itself.

Some different windows can be clipped on the reflector to move from a Narrow beam (15) to Medium (30) or a large beam angle (60). From one mechanical design, 3 different solutions are available to cover any needs. All reflectors are silver coated Lumencoat to reach 94% of reflectivity in the visible and IR. A protective layer is also included to increase the durability of the reflector.

Fresnel lensesIn order to satisfy the signage market, LEDnLIGHT has a 200 and a 300 mm Fresnel lens in its range. This both lenses are optimized by their optical conception and will fit in most of signage equipment.

Custom and semi-custom solution

A semi-custom example

Based on customers specifications and requirements, Gaggione is able to design the complete optical system and deliver the appropriated lens, collimator, diffuser, light guide or other optic to work with the requirement. Having your own optical system is a differentiation by design and provides greater potential for increased performance of the end product. Leveraging a partner with solid experience and proven reputation is the solution Gaggione serves in Shaping Your Light. For cost saving, the optical design can be based on our LEDnLIGHT standard products. Working with Arrow will enable to gather your specifications and turn them into a full or semi-custom optical solution.

www.ledil.com Follow us:

Asymmetriclenses

AsymmetricReflectors

HyperReflectiveMaterials

LEDiL's focus extends beyond its expansive standard product line - way over 1000 optics with more than 4000 qualified LED combinations - LEDiL pioneered the development of asymmetric lenses and now offers asymmetric reflectors as well. Advanced product design continues with the introduction of adjustable optics and the use of new materials, such as hyper reflective plastics, molded silicone optics and high-temperature thermoplastics for thermal management.

LEDiL also offers application support, including photometric files, 3D models and design simulation, a worldwide network of distributors and direct sales, manufacturing in Europe and Asia and an up-to-date web site. Modified standard products and custom solutions further extend LEDiL's expertise.

Standard products - custom solutions - asymmetric optics - advanced materials - application support - global sales and logistics - it's easy to see why LEDiL is The Primary Choice for Secondary Optics.

The Leading Edge of New Technology

AdjustableOptics

Silicone molded lenses

Gaggione continues its dedication to successfully producing the highest quality optical solutions for LED and other light applications since introducing the worlds first collimator for the Barracuda LED in 1996. Gaggione applies its extensive experience and resources to provide comprehensive design, development and manufacturing capabilities for the production of standard and custom optical parts and systems.

www.lednlight.com

30lighting-europe.arrow.com www.ledil.com Follow us:

Asymmetriclenses

AsymmetricReflectors

HyperReflectiveMaterials

LEDiL's focus extends beyond its expansive standard product line - way over 1000 optics with more than 4000 qualified LED combinations - LEDiL pioneered the development of asymmetric lenses and now offers asymmetric reflectors as well. Advanced product design continues with the introduction of adjustable optics and the use of new materials, such as hyper reflective plastics, molded silicone optics and high-temperature thermoplastics for thermal management.

LEDiL also offers application support, including photometric files, 3D models and design simulation, a worldwide network of distributors and direct sales, manufacturing in Europe and Asia and an up-to-date web site. Modified standard products and custom solutions further extend LEDiL's expertise.

Standard products - custom solutions - asymmetric optics - advanced materials - application support - global sales and logistics - it's easy to see why LEDiL is The Primary Choice for Secondary Optics.

The Leading Edge of New Technology

AdjustableOptics

Silicone molded lenses


LED Drivers Electronics

Once the number and the arrangement of the

LEDs are selected, Arrow can offer all possible

combinations of products and reference designs

in order to provide the right voltage and the right

current for your light. These drivers take as an input

an AC or a DC current and deliver the DC current at

the right voltage level.

33

designs. Complementing this is a diverse range of diodes, transistors and MOSFETs - completing the LED lamp solution.

www.diodes.com

Commercial Refrigerator Lighting SolutionLED lamps provide a good solution for commercial refrigerators because they can be easily turned on and off to save energy, they offer uniform illumination, plus they operate at low and safe voltages. The AL8807 is a step-down DC/DC converter IC which provides a small footprint, requiring as little as 4 external components while driving up to 6 LEDs in series from a 24 V rail. Its CTRL pin provides lamp dimming for advanced illumination options.

Key features include:

> LED driving current up to 1A

> High efficiency up to 95%

> Operating input voltage up to 36V

> 5% nominal accuracy

> High switching frequency up to 700kHz

> PWM/DC input for dimming control

> Built-in output open-circuit protection

Applications:

> Commercial & industrial lighting

> Small LCD panel backlight

> Appliances interior lighting

> Architecture detail lighting

AL8807 Step-Down DC/DC Converter

Street Light SolutionMany high power lamps utilise many serial channels of LEDs in parallel. Diodes Incorporateds AP8802H 60 V LED driver with internal switch, offered in an exposed pad SO-8 package, with its 5% accuracy provides a simple solution for these high power lamps. If better matching is required the ZXLD1366EN8 provides 2.5% nominal LED current accuracy.

Key features include:

> Operating voltage range from up to to 60V

> ZXLD1366EN8: 2.5% initial average LED current accuracy AP8802H: 5% initial average LED current accuracy

> LED current up to 1 A

> Low thermal impedance exposed pad SO-8EP package

Applications:

> Street lighting

> General illumination

Typical Application Circuit for AP8802H LED Driver

Retrofit Lighting SolutionThe retrofitting of E27/A19 replacement lamps requires a small footprint high power factor (PF) solution that is TRIAC dimmable. The AP1690 high voltage PWM LED driver-controller from Diodes Incorporated provides a versatile cost-effective way of implementing these dimmable lamps while using only a small number of external components, thus simplifying system design and reducing overall bill of materials (BoM) costs. The AP1682 is also available for lamps not requiring Triac dimming.

AP1690 key features include:

> Built-in OVP/OCP/SCP /OTP LED Open/Short protection

> Primary side proprietary PSR-PFC architecture

> High PFC and ultra-low THD with tight LED current control

> Supports Fly-back or Buck-boost topology

> Full Dimming range with good dimming compatibility

> Cost effective BOM with MOSFET drive and no external control loop compensation circuitry

Applications:

> LED offline lamps

AL9910 LED Driver-Controller

Diodes Incorporateds LED driving solutions are not only recognised for their high efficiency and simplicity; they are also renowned for their versatility. This makes the company the ideal LED driver solutions partner for reliable, robust, cost effective designs. Complementing this is a diverse range of diodes, transistors and MOSFETs - completing the LED lamp solution.

www.diodes.com


Diodes Beacon Board meets requirements of EN54-23 for smoke alarmsThe EN54-23 standard became law in January 2013. This requires audible smoke detectors to be fitted with a visible flash with specific optical and electrical characteristics. For most fire panels the smoke alarm is connected and controlled via the 2 wire supply, with stringent requirements on the current loading of the supply. The flash time, brightness and duty cycle dictate the electrical requirements of the LED drive flash circuit.

In a typical fire alarm system in commercial and industrial premises, there will be multiple beacons connected to a single circuit, powered from 24 V DC. If there are 10 beacons with LEDs driven linearly at 1 A, 10 A pulses could be required if all the beacons

are synchronised. This places a huge demand on power supplies and wiring. If the LEDs are driven using switching DC-DC converters then the peak input current demand can be reduced to approximately 200 mA per LED, requiring 2 A for 10 beacons.

The Diodes Beacon board works by having constant input current, buck regulator charging a storage capacitor. Once the capacitor is fully charged the input buck regulator can be disabled or left running. A pulse signal from the control panel triggers a constant current LED drive circuit to produce the visible flash.

Features of the Beacon Board

> Constant input current of 60 mA (AP5004/ZXCT1082)

> LED flash current up to 2 A (PAM2863)

> Typical on time of 100 ms at 1 second period

> Optional charge enable

> All Diodes Silicon solution

> Board fits into typical siren housing

Part

Num

ber

Topologies Supplies

Min

imum

Inpu

t Vol

tage

Max

imum

Inpu

t Vol

tage

LED

Cur

rent

Accu

racy

Effic

ienc

y

Tem

pera

ture

Ran

ge

Dim

min

g

Applications

AEC

-Q10

0 G

rade

Buc

k

Buc

k-bo

ost

Boo

stLi

near

Isol

ated

12V

syst

ems

24V

syst

ems

48V

syst

ems

Offl

ine

T8 re

plac

emen

ts

E27/

A19/

GU

10/S

ES14

Indu

stria

l lig

htin

g

Hig

h ba

y la

mps

Stre

et la

mps

Arch

titec

tura

l lig

htin

g

Acce

nt li

ghtin

g

Wal

l was

hers

Com

mer

cial

refr

iger

atio

n

Dom

estic

whi

te g

oods

MR

16

MR

11

Emer

genc

y lig

htin

g

Sign

age

Port

able

ligh

ting

LED

Mod

ules

Bra

ke li

ghts

Day

light

runn

ing

lam

ps

Posi

tion

lam

ps

Fog

lam

ps

Sign

al la

mps

Inte

rior l

amps

Lice

nse

plat

e ill

umin

atio

n

V V A % % C Automotive

AL9910 15 500 Ext MOS 10 90 -40~85 PWM/DC -AP1682 9 21 Ext MOS 3 -40~105 - AP1690 9 21 Ext MOS 3 -40~105 Triac AP8802H 8 60 1 5 92 -40~105 PWM/DC -ZXLD1356 6 60 0.55 2.5 97 -40~125 PWM/DC 1ZXLD1362 6 60 1 5 95 -40~125 PWM/DC 1ZXLD1366 6 60 1 2.5 95 -40~125 PWM/DC 1ZXLD1370 5 60 Ext MOS 2 97 -40~125 PWM/DC 1ZXLD1374 6.5 60 1.5 2 97 -40~125 PWM/DC 1DLD101 50 1000 -40~85 - -AL8805 6 30 1 5 98 -40~125 PWM/DC -AL8806 6 30 1.5 5 96 -40~125 PWM/DC -AL8807 6 30 1/1.3 5 96 -40~125 PWM/DC -PAM2863 6 30

ZXLD1350 7 30 0.35 5 95 -40~105 PWM/DC 2ZXLD1360 7 30 1 5 95 -40~125 PWM/DC 1AP8800A 8 28 0.35 7 92 -40~85 PWM/DC -

AL8400 2.2 18 Ext Transitor 3 -40~125 - 1

AL5802 30 0.12 -40~85 PWM PAM2803 0.9 5.5 ZXLD1321 1.2 12 1 85 -40~85 -

Cost effective LED drivers

Automotive LED drivers

EN54 Beacon Board

35

FL7701/FLS0116 High Power Factor Buck Solutions up to 20 WThe FL7701 is a high PFC buck controller. The FLS0116 contains a high PFC buck controller with an integrated 600 V MOSFET. Non-isolated LED driver solutions built around these products do not require input or output electrolytic capacitors and do not

require a transformer. No separate Vdd supply is required for the IC, removing the need for an electrolytic Vdd capacitor. The required inductor size is very small. An analog dimming input is provided.

FL7730/FAN3247 Primary Side Regulated Flyback and Buck-Boost Solutions up to 20 WThe FL7730 is a dimmable high PFC flyback controller using primary-side regulation of the output current and voltage. FL7732 is used for non-dimming applications. The FAN3217 and FAN3247 integrate the FL7732 and a 1 A or 4 A 700 V MOSFET into a single package. LED driver solutions using the FL773x

series do not require an input electrolytic capacitor saving significant cost and space. The constant current accuracy at a system level is within 5%. The solution is dimmable with standard triac dimmers. The power factor exceeds 90%. The THD meets Class C requirements.

Fairchild Semiconductor provides solutions for mains-powered LED lighting covering the full power range. All solutions have high power factor starting from the FL7701 based ballast for non-isolated buck, continuing with the FL7730 dimmable flyback solutions, FL6300 single and dual flyback solutions, ending with high power LLC solutions for over 100 W.

www.fairchildsemi.com

Pout

(W) Input Voltage Topology Featured Products

Document Number

Test - drive

2.7 90-264 VAC

PFC Buck FL7701 RD-L030 Yes

2.7 90-265 VAC

PFC Buck with Integrated MOSFET

FLS0116 RD-L032 Yes

2.7 90-264 VAC


7.55 90-150 VAC

PFC Buck (Low Line Demo)

FL7701 RD-L031L

7.8 187-265 VAC

PFC Buck (High Line Demo)

FL7701 RD-L031H Yes

18.3 90-264 VAC


Pout

(W) Input Voltage Topology Featured Products

Document Number

Test - drive

3.5 90-265 VAC

PFC Buck-Boost FLS3217M RD-L040 Yes

6.5 90-265 VAC

PFC PSR Flyback FLS3217M RD-L041 Yes

8.4 85-265 VAC

PFC PSR Flyback FL103 + MOSFET

RD-L015 Yes

8.4 90-265 VAC

PFC PSR Flyback FL7732 RD-L025

8.4 90-140 VAC

PFC PSR Flyback (Low Line)

FL7730 RD-L020L

8.4 180-265 VAC

PFC PSR Flyback (High Line)

FL7730 RD-L020H Yes

8.4 90-265 VAC

PFC Buck-Boost FL7732 RD-L028

10.0 90-265 VAC

PFC PSR Flyback FLS3247N RD-L042 Yes

16.8 90-265 VAC

PFC PSR Flyback FL7732 RD-L026 Yes

16.8 90-140 VAC

PFC PSR Flyback (Low Line)

FL7730 RD-L021L

16.8 180-265 VAC

PFC PSR Flyback (High Line)

FL7730 RD-L021H Yes

21.0 90-265 VAC

PFC Buck-Boost FL7732 RD-L029 Yes


FLS1800 series/FAN7346 Secondary Side Dimmable LLC Solutions 100 W 200 WFor power levels up to 400 W, the FLS series LLC half-bridge solution is an integrated solution with three chips in one package. The solution features internal MOSFETs with fast recovery body diode and high side gate driver included.

The FAN7346 dimming controller supports simultaneous analog and digital dimming of up to four LED strings and is used for secondary side controlled dimming for high power applications.

FL7930/FAN6300 High Power Factor Flyback Solutions 20 W 100 WFairchilds single-stage PFC flyback for 20~50 W applications built around the FL6961or FL7930 PFC controllers provide high efficiency by offering high power factor and low THD performance without adding components thus lowering the BOM count. Additionally, no bulk capacitor is needed, which extends the system lifetime.

For power levels between 50 W and 100 W, a standard PFC + flyback approach is used. This is cheaper than the LLC used for higher power levels and has a better efficiency than the PFC flyback. Both single and two-switch flyback converters can be used here. The two-stage flyback is more efficient as the MOSFET voltage stress is limited and because the energy stored in the leakage inductance is fed back to the input capacitor and not dissipated in a limiter circuit. This benefit comes at the cost of an extra driver, an extra MOSFET and two extra diodes.

Quasi-resonant flyback converters have excellent efficiency because the turn-on losses are low. The controller waits until there is a minimum in the drain waveform (upper plot) then turns on the MOSFET (gate waveform, lower plot) at that minimum. At lighter loads, the MOSFET is turned on at other minima in the waveform to ensure that the switching frequency remains low.

Pout

(W) Input Voltage

Topology Featured Products

Document Number

Test - drive

30 90-265 VAC

PFC CRM Single Stage Flyback

FL6961 + MOSFET

RD-L010 Yes

70 90-277 VAC

CRM PFC + QR Flyback

FL6961 + FL6300A + MOSFET

RD-L008

Pout

(W) Input Voltage Topology Featured Products Document Number

Test - drive

100 90-265VAC

CRM PFC + LLC H/B + 4 Channel CC FL7930B + FLS1800XS + FAN7346

RD-L011 Yes

150 85-277VAC

CRM PFC + LLC H/B FL7930B + FAN7621S + MOSFET

RD-L013

160 90-265VAC

CRM PFC + LLC H/B + 4 Channel CC FL7930B + FLS2100XS + FAN7346

RD-L012

37

IS31LT3916 - Offline LED driver with active PFC and primary side sensingThis is a primary side, peak current mode, isolated or non-isolated type HBLED driver. The device works at a constant frequency in discontinuous conduction mode to provide a constant power to the output. It operates from a wide input

voltage range of 85 VAC

to 265 VAC

. The IS31LT3916 integrates over current protection, over voltage protection, as well as thermal shutdown to halt the switching action in the case of abnormally high operating temperatures.

Typical Applications: Retrofit bulbs, Tube Lamp, LED Offline Lamp, AC General Lighting

IS31LT3360 - 40 V/1.2 A LED Driver with Internal Switch This is a continuous mode inductive step-down converter, designed for driving one to multiple series connected LEDs from a voltage source higher than the LED voltage. The chip operates from 6 V to 40 V and delivers an adjustable output

current of up to1.2 A. The IS31LT3360 includes an integrated output switch and a high-side output current sensing circuit, which uses an external resistor to set the nominal average output current.

Typical Applications: Visual Alarm, RGB Color Mixing, Illuminated Signs, Low Voltage DC General Lighting

ISSI offers a broad line of LED driver ICs such as AC/DC, DC/DC LED drivers and constant-current LED regulators for automotive, display backlight and general lighting applications. The single stage LED drivers for general lighting offer both PFC and TRIAC dimming giving engineers maximum flexibility in LED lighting design.

www.issi.com

Part Number Driver Type Vdd

(V) IOUT /Accuracy

Efficiency (%) Power Transistor

Pkg-Pin Eval Board Avail Status

IS32LT3117 Constant Current 5.5 60 1.4 A --- Built-in SSOP-10, eTSSOP-16 Sample

IS31LT3135 Constant Current 2.7 5.5 500 mA5% 90 built-in SOP-8 LT3135_EB Prod

IS31LT3350 DC/DC, Step-down 6.0 40 750 mA5% 95 built-in SOT89-5,SOT23-5 3CH_EB Prod

IS31LT3352 DC/DC, Step-down 6.0 40 750 mA5% 95 built-in SOP-8 MR16_EB Prod

IS31LT3354 DC/DC, Step-down 6.0 40 3% 98 External SOT23-5 DCDC_EB Prod

IS31LT3360 DC/DC, Step-down 6.0 40 1.2 A3% 98 built-in SOT89-5 MR16_EB,AIC_EB,SG_EB,3CH_EB,

Prod

IS31LT3380 DC/DC, Step-down 8.5 40 1.2 A5% 98 built-in SOP-8 MR16_EB Prod

IS31LT3505 Boost Step-up 6.0 30 2.0 A5% 90 built-in MSOP-10 LT3505_EB Prod

IS31LT3515 Buck, Boost or Buck-Boost 6.0 40 3% 90 External QFN-16 S=Q1/14

IS31LT3910 AC/DC, Step-down 8 450 DC, 100 200 AC

500 mA3% 90 External SOP-8 T8_EB Prod

IS31LT3916 AC/DC Driver /w Integrated PF

85 265 AC 3% 87 External MSOP-8 T8_EB,T8ISO_EB,BULB_EB,BULBISO_EB

Prod

IS31LT3918 DC/DC, AC/DC 6 450 DC, 85 265 AC

3% 95 External SOP-8 T8_EB Prod

IS31LT3932 AC/DC Driver 85 265 AC 3% 85 % External SOP-8 BULB_EB, BULBISO_EB

Sample

IS31LT3935 AC/DC Driver, TRIAC Dimmable

110 220 AC 5% 87 External DFN-10 Contact ISSI Sample

IS31LT3938 DC/DC,AC/DC 10 450 DC, 85 265 AC

3% 95 External SOP-8 BULB_EB,DCDC_EB,T8_EB

Prod

IS31LT3948 Boost Step-up 5.0 100 5% 90 External SOP-8 AC_EB,MR16_EB,DC_EB

Prod

LED Driver IC Solutions


Adding Intelligence and Flexibility to Lighting SolutionsCompared to traditional incandescent solutions, simply having longer life and increased energy savings may not always be enough to motivate change in the lighting market. Advanced lighting solutions from Microchip with PIC microcontrollers give the possibility to offer nontraditional capabilities. Features such as predictive failure and maintenance, energy monitoring, colour and temperature maintenance, remote communications and control are just some of the advanced capabilities that can make intelligent lighting solutions more attractive. These along with reduced operating, maintenance and energy costs can quickly translate to significant savings.

Intelligence

> Communication and networking

> Lumen and color control

> Environmental sensing

> Thermal management

> Predictive failure and maintenance

> Day light harvesting and dimming

> User interface and control

Flexible Power

> Flexible topology support

> High efficiency power conversion

> Fail safe monitoring

> Energy monitoring and control

> Energy harvesting (solar, etc.)

> Battery management and charging

Scalable Design

> Scalable performance

- Analog, 8-, 16-, 32-bit PIC MCUs

> Customizable solutions

> Ease of use

- Easy to use development tools

- Reference designs and collateral

- Lighting design partner specialists

Lighting Communication Development Platform

The Lighting Communications Development Platform provides a universal lighting development platform for the creation of communications enabled lighting applications. The platform consists of a main board and various communications interface adapters to support in the development of DALI, DMX512A, as well as future protocol adapters (i.e. RF).

Communication Board Highlights

Populated with PIC16F1947 for user interface, communications, and LED control

> 4-channel constant current control with RGBW color mixing and dimming

> Slider potentiometer for dimming control

> Universal communications a

Documents

Arrow LightingGuide