Arrow Europe Lighting Guide by lightonline

LED Lighting Guide From Connector to Reflector

DRIVER ICS LEDS LENSES AND POWER SUPPLIES PASSIVE COMPONENTS THERMAL MANAGEMENT CONNECTORS www.arroweurope.com/lighting

Introduction Dear Readers, Solid State Lighting is one of the strongestgrowing application markets in the electronics sector. It is no wonder, then, that numerous market players are keen to have a slice of the cake through the sale of individual LED lighting components. But all too often, insufficient attention is paid to a comprehensive solution which also considers behind-the-scenes electronics, such as LED-specific power supplies and control circuitry. The development and introduction of LED lighting solutions require a precise analysis of the corresponding application scenario and competent advice. Only in this way can benefits such as energy efficiency and long useful life be enjoyed to the full, whilst enabling new and innovative concepts for interior and exterior lighting to be developed. As a system solution provider for lighting technology, Arrow Electronics offers much more than traditional distributors. Our dedicated sales and application team understands the language of lighting customers and if necessary, has access to a wide network of component manufacturers, clients and partner companies. This accelerates the development time and ensures resource optimisation on all sides. With Arrow Electronics, you receive everything from one single source: light-emitting diodes and semicon, passive and electromechanical components from industry-leading manufacturers, applica-

tion and product-specific know-how and individual supply chain solutions. We are also the perfect partner for new projects that dare to think outside the box – when it‘s all about the optimal unification of different technologies or products. The increasing popularity and the unique characteristics of Solid State Lighting in comparison to conventional lighting motivated us to publish this brochure. Please do not hesitate to contact us if you have any questions concerning the solutions outlined, or if you require further information on our product and service portfolio in the area of lighting technology. Alongside production, the time to market is the main critical factor for all new designs. In order to reduce development times and provide support concerning often considerably complex production technologies, Arrow boasts a panEuropean network of certified partners who are on hand to help clients with their requirements. When selecting partners, we place significant importance on being able to offer as many regional representatives as possible. For further information, please visit the Lighting Team website or simply send an email to lighting@arroweurope.com. Yours, Stephan Wegstein

Content I m pr i n t Publisher: Arrow Central Europe GmbH, 63303 Dreieich Responsible: Productmarketing and Corporate Communications, Arrow Coordination/Contact: Birgit Goebel, Arrow Creation/Realisation: die kommunikatöre / SchindlerParent GmbH Brand names, trade marks and registered trade marks, marked with ™ or ® or unmarked, are used only to describe products or processes without impinging on the owners’ rights. This brochure is based on manufacturers’ original product information. Arrow believes the information in this document to be accurate and reliable but assumes no responsibility for errors or omissions that may have occured in its generation or printing. Products may be discontinued or revised.

Application Diagrams Driver ICs LED Selection Table LEDs Lenses and Power Supplies Passive Components Thermal Management Connectors

page

page 12 page 28 page 29 page 41 page 47 page 55 page 57

Arrow Electronics Lighting

Lighting Arrow Electronics is dedicated to providing efficient and reliable LED system alternatives to traditional lighting. As a world-class global electronics distributor, Arrow Electronics offers a vast selection of products, services, and complete solutions to support your solid-state lighting needs from concept development to production. Vast Lighting Line Card and Unrivaled Support Our deep and broad line card features components and complete solutions from leading lighting manufacturers, and our renowned services, including comprehensive design, lighting engineering support, and systems integration capabilities, are backed by Arrow’s distinguished technical know-how. Arrow Electronics can meet or exceed all your lighting needs and accelerate your journey to market whether you need support for general lighting, portable, transportation, signage, or backlighting design. General Lighting LEDs bring extraordinary flexibility to indoor and outdoor lighting designs and because of this, the possibilities for general lighting are almost boundless. You can use LEDs to create mood, interest, and drama for architectural, commercial, and other general lighting applications through dimming options and the broad range of colors available – warm white, cool white, and every color in the spectrum. Portable Advantages of LEDs over traditional light sources make for excellent opportunities in portable lighting. The extreme durability and high efficiency of LEDs spell higher reliability, and their compact nature means portable lights can be small and light weight yet effective. The illumination pattern of LEDs is much more uniform than that of a traditional bulb. And, another major customer “care about” – the extremely long lifetimes of LEDs lower lifetime costs significantly. Transportation This market includes the full spectrum of transportation applications. Lighting for transportation is a necessity that provides many opportunities to improve safety standards and aesthetic appeal. LEDs in transportation applications are designed to reduce energy consumption, extend lifetimes to lower replacement costs, and provide more natural lighting than conventional fluorescent tubing for passenger comfort. Numerous interior and exterior applications can benefit from LEDs, and the prospects are continuing to expand. Signage LEDs are gaining ground in this territory once dominated by neon and other light sources. Readability at distances, effective luminance, appropriate viewing angle and set back, and shading are all factors that can be controlled by using LEDs. Their dimmable and programmable nature make them a natural fit for signage applications. LEDs are solid-state devices with low power consumption. There are millions of color options available using RGB emitters. Backlighting Backlighting applications provide an enormous opportunity to replace existing cold-cathode fluorescent lamp (CCFL) technology with LEDs. The advantages of using LED backlighting have already been observed in the LCDs of cell phones, and their use is increasing in televisions, monitors, and notebook computers. LEDs provide more saturated colors, have longer life, consume less power, and come in smaller sizes than their CCFL counterparts. They’re also immune to vibration and offer precise control over intensity.

Concept-to-Production Support

Concept/Design

Component selection Arrow design services Reference designs TestdriveSM Engineering support Partner network

Pre-Production

Prototyping Sampling Customized sampling on metal core pcb Integration

Production

Manufacturing support Supply chain services Metal core pcbs Binning

Arrow Electronics Lighting

Making the World Greener with Complete LED Solutions LEDs are considered efficient, but to be truly so, you need a complete, energy-efficient solution. Arrowâ&#x20AC;&#x2122;s broad line card of manufacturers offers a full selection of components, integrated devices, and design kits to make a complete solution that helps maximize the efficiency of LEDs. Arrow Electronics can pull the right parts together for the optimal result. We can solve even the most challenging lighting scenarios and help you protect the environment at the same time.

Breadth of technologies for your next solution: LEDs LED drivers (chip sets and modules) Optics Thermal management solutions (heat sinks, metal-clad PCBs, and fans) Light engine modules Controls Passive components Connectors

Binning for Cost-Effective, Optimal Results Arrow Electronics works closely with you to ensure optimal results on any binning requirement for consistent light output and color. Specific bin selection of LEDs may be necessary to optimize your lighting design for certain applications. In other cases, tight binning may not be required, or a system can be engineered with design methods to avoid or limit bin sorting and accept full distribution. Arrow’s expertise in working with manufacturers’ binning variables, in conjunction with our large supply of inventory, enables us to assist with product selection and deliver consistent results. We offer tight binning for applications requiring closely matched LEDs, and we know how to eliminate bin sorting to save you time and money. By working with Arrow lighting specialists from the beginning of the design process, we can formulate designs that minimize binning requirements for your application and reduce component costs and lead times while still meeting your lighting needs.

CIE 1931 Chromaticity Diagram Showing the Eight Nominal CCT Quadrangles

CIE 1931 Chromatic Chart Y

520

0.8

530 540

510

550

0.7

560 0.6

570 580

0.5

590 600

0.4

610 620 630

0.3 490 0.2 480

0.1 0.0 0.0

470 460 0.1 420 0.2

0.3

0.4

0.5

0.6

0.7

0.8

LED manufacturers use some or all of the following parameters to define their unique bin selections for LEDs: Luminous intensity – measured in candelas Luminous flux – measured in lumens Voltage – measured in volts Color chromaticity – plotted as x and y coordinates, dominant wavelength, or color temperature (white only)

Arrow Electronics Lighting

Application Diagrams Arrow’s power design engineers favour the following electronics topologies for different LED drive applications. Each solution has it’s own balance in efficiency, component count, design complexity and price. The application designs are provided as a basis for discussion. Our engineering services team is available to tailor each solution to your individual needs. With the products and manufacturers presented in this brochure, we can offer you made-tomeasure, comprehensive solutions for all applications shown here.

Optics LEDs

AC/DC Drivers Lightech OSRAM GmbH Recom

Carclo Avago Ledil Cree Everlight OSRAM Opto Semiconductors Vishay

DC/DC Drivers Recom

Control ICs Fairchild Infineon International Rectifier National Semiconductor NXP Semiconductors ON Semiconductor Texas Instruments Vishay

LED Modules Drivers

Thermal Management 3M Fischer TT electronics Panasonic Mosfets Infineon International Rectifier Vishay

Everlight

OSRAM GmbH Fairchild Vishay Infineon International Rectifier Passive Components National Semiconductor NXP Semiconductors AVX ON Semiconductor Bourns Texas Instruments EPCOS Vishay Fastron

Connectors 3M Fischer Molex Phoenix Tyco Electronics

Littelfuse Panasonic TT electronics Tyco Electronics

Cost effective LED Drive < 25 Watts High

Floating Buck Topology

VIN

SiC or Ultrafast Diode

DC Supply

Opt. if Buck Controller has integrated MOSFET e.g. C M FlybackControlle r

Current Feedback

The Floationg Buck Topology is the lowest complexity LED drive circuit. Many off-the-shelf flyback- or hysteretic controllers can be used. In spite of its simplicity, the freewheeling diode is a critical component, the use of a SiC- or ultrafast diode is recommended. It should be noted, that the output voltage is not isolated. At high input voltages the DC supply of the IC may become difficult if no auxiliary voltage is available. This topology is well suited for use as a secondary side current source in a high power multiple string application, e.â&#x20AC;&#x2030;g. for street lighting.

Primary Side Regulated Solutions Mains EM I Filter

The PSR Topology eliminates the need of an opto coupled feedback from the secondary side. That lowers the part count, BOM cost, PCB size and complexity. On the other hand, the reliability of the LED power supply rises.

Input

VSense

The regulation of a PSR circuit is not as precise compared to an opto coupled feedback from the secondary side, but good enough for most LED applications where the load is almost constant.

PSR Controlle r

ISense Note: PSR Controller with integrated MOSFET are available.

Triac dimmable LED Drive Optional: Passive PFC with valley fill circuit

If existing triac dimmable light installations should be replaced with LED lamps, the engineer can choose between many different control ICs. Using such an IC relieves the engineer from problems like flickering at high angles, or high bleeding currents when cheap triac dimmers are being used.

Mains +

EM I Filter

Input

angle detection

VCC

Integrated MOSFET Option is available

Controlle r

By using a passive PFC it is possible to reach input power above 25 W or comply to the ENERGYSTARâ&#x201E;˘ standard.

ISense

Arrow Electronics Lighting

LED Drive > 25 W with single chip PFC controller By using a standard transition mode PFC controller it is possible to build a low cost LED ballast. Because of the ground referenced switch it is possible to omit the feedback isolation if no safety isolation is needed. To improve efficiency it is possible to use ICs with active clamp or synch rectifier drivers.

Mains EM I Filter

Input Sense

A drawback is the big output capacitance, but low cost electrolytic capacitors can be used. The developer can reduce the output capacitance to the highest acceptable 100 Hz output ripple.

PF C Controlle r Opto

High Load Combo LED Drive with PFC Flyback Topology with PFC

Mains EM I Filter

For higher loads or when a precise output regulation is needed the PFC stage and the Flyback stage could be separated by still using a single “combo” controller.

Input

ComboControlle r

Integrated MOSFET Option is available

The advantage is that the two stages can be optimized individually to the applications needs. Opto

High Load LED Drive with PFC + LLC Topology Mains EM I Filter

Input

PF C

Controlle r

Opto

If highest efficiency and low EMI is needed in LED ballasts for several 100 Watts the LLC topology is a perfect fit. Normally the LLC stage feeds a number of current sources, e.g. floating bucks, with a constant voltage. The high overall efficiency allows very compact systems because only little heat is generated. When using a SiC diode in the CCM PFC, the EMI behavoir and the efficiency can be further enhanced. By using an interleaved PFC, the size of the LED ballast can be reduced, because smaller components can be used in the PFC stage.

Matrix LED Drive Application Vcc 2

RGBW LED Option

Vcc 1

8-Bi t MC U

SPI

8 to 24 Output Const. Current LED Driver

Vcc 2

8-Bi t MC U

8 to 24 Output Const. Current LED Driver

Optional Circuit for multiple LEDs

Matrix drive applications usually require High Brightness LEDs in large quantities with an very effective current drive IC. Due to the high number of LEDs, closely packed together, power losses have to be minimized. Depending on the dynamic requirements of the matrix, either SPI or I²C based drivers are preferable. For video wall applications, SPI based 16 or 24 channel output drivers with current matching and fault detections are suggested. These drivers can be daisy-chained through SPI to allow the control of a whole row of LEDs from one serial Interface of a Microcontroller, FPGA or DSP. Drivers with I²C Interface are preferred in applications where LEDs are controlled by groups or over longer wires. Examples are gaming machines and control panels. Using external MOSFETs, the Matrix drivers can also be used to control RGB or RGBW power LEDs. Most drivers feature PWM group dimming or even single channel dimming to easily set a desired color for the RGB LED.

www.infineon.com

Cost-Effective Solutions to Drive RGB LEDs Infineon Technologies offers driver devices for low, medium and high power LEDs as well as microcontrollers to control the colour of the LED module. One of the fastest growing LED applications is effect lighting also called architectural lighting. For effect lighting either RGB LEDs are used where the LED consists of three chips, one for each colour (red, green and blue). Another way to generate light in different colours is to use monochromatic red, green and blue LEDs where the light output is mixed by respective optical components.

Drivers for low and medium power LEDs For low power RGB LEDs the very low cost BCR 40x series high side linear LED drivers can be used. Colour control can be implemented by using a microcontroller that generates a PWM signal. For medium power (0.5 W) RGB LEDs or mono-chromatic red, green and blue LEDs the new BCR 321U and BCR 421U low side LED drivers are the best fit. With the BCR 321U the current can be adjusted up to 250 mA. Both devices have a direct logic level input and can be controlled directly from the microcontroller. All of the BCR type LED drivers have a negative thermal coefficient; in case of temperature increase the current is reduced by 0.2 % / K. The BCR 321U, BCR 421U and BCR 40xU LED drivers are available in a very small SC-74 package (2.9 mm x 2.5 mm x 1.1 mm) with 1 W power dissipation. The BCR40xW LED drivers are housed in an even smaller SOT343 package. A still very common method for low power and sometimes also for medium power LEDs is resistor biasing. This method has significant disadvantages such as inhomogeneous light output and reduced LED lifetime. Alternatively, switch mode drivers do not meet the low price point for 0.5 W LED applications, and increase both part count and complexity of the driver circuit.

Drivers for high power LEDs When it comes to high power LEDs, switch mode drivers are the most commonly used driver types. Infineon Technologies offers the brand new ILD4xxx step down converters for high power LED applications. The ILD 4035 has a typical output current of 350 mA and is specifically designed to drive 1 W LEDs. For 3 W and higher power LEDs Infineon offers the ILD 4120 and ILD 4180 featuring an output current of 1200 mA and 1800 mA, respectively. Besides high efficiency and protection functions like over-voltage and overcurrent protection, the special feature in this price category is the thermal protection feature integrated in all ILD types. At a junction temperature of 125 °C the output current decreases sharply, ensuring a long life of the LEDs. The ILD 4001 LED controller can be used with an external MOSFET for very high currents of 700 mA to several amperes. Both the ILD 4035 and the ILD 4001 come in a small size SC4 package.

The new BCR 321 and BCR 421 LED drivers are tailored to address these deficiencies for 0.5 W LED applications. The mature BCR 40x LED driver portfolio is the best fit for 0.1 W LEDs. All these driver devices provide a very low cost and simple solution with a small form factor.

Application schematic

Product Table Product

Description

Package

Vcc, max [V]

Current range** Id, typ [mA]

Id, max [mA]

VOverhead [V]

Ptot [mW]

LED drivers for low power LEDs BCR 401W

LED driver with output current up to 60 mA

SOT-343

1,4

500

BCR 402W

LED driver with output current up to 60 mA

SOT-343

1,4

500

BCR 401U

LED driver with output current for high power dissipation up to 65 mA

SC-74

1,4

750

BCR 402U

LED driver with output current for high power dissipation up to 65 mA

SC-74

1,4

750

BCR 405U

LED driver with output current for high power dissipation up to 65 mA

SC-74

1,4

750

NEW LED drivers for 0.5 W LEDs BCR 320U

LED driver for currents up to 250 mA

SC-74

24*

250

1,4

1000

BCR 321U

LED driver for currents up to 250 mA with µ-controller interface

SC-74

24*

250

1,4

1000

BCR 420U

LED driver for currents up to 150 mA

SC-74

40*

150

1,4

1000

BCR 421U

LED driver for currents up to 150 mA with µ-controller interface

SC-74

40*

150

1,4

1000

* Higher supply voltage possible by stacking a string of LEDs above the LED driver

www.arroweurope.com/lighting

www.infineon.com

NEW Switch Mode LED drivers for 1 W, 3 W+ LEDs Product

Description

Package

Vcc, max [V]

Current range** Id, typ [mA]

Id, max [mA]

Protection functions

Dimming features

ILD 4035

350 mA Buck LED driver

SC-74

350

500

Overcurrent, Overvoltage + thermal protection

Digital PWM and analog voltage dimming

ILD 4120

1200 mA Buck LED driver

DSO-8

1200

1500

Overcurrent, Overvoltage + thermal protection

Digital PWM and analog voltage dimming

ILD 4180

1800 mA Buck LED driver

DSO-8

1800

2000

Overcurrent, Overvoltage + thermal protection

Digital PWM dimming

NEW LED controllers for 1 W, 3 W+ LEDs BCR 450

Linear LED controller with thermal protection

SC-74

200

700

Overcurrent, Overvoltage + thermal protection

Digital PWM dimming

ILD 4001

Buck LED controller with thermal protection

SC-74

1000

10000

Overcurrent, Overvoltage + thermal protection

Digital PWM and analog voltage dimming

Microcontrollers Besides colour control functionality, microcontrollers add value to the lighting system such as: Dimming Light temperature control Connectivity to lighting networks to enable Daylight dimming Motion controlled switching Centralized remote control HMI interfaces Maintenances monitoring Lamp authentication Infineon’s XC800 microcontroller family includes several models which are perfectly suited for use in lighting systems. Key features are: 48 MHz Capture-Compare-Unit (CCU6) generating 4 PWM control signals with direct HW-link to 10 bit A/D converters (up to 8 channels) Serial communication interface: UART, SPI, I2C Power down modes enabling a typical power consumption of 3 µA DALI slave protocol stack incl. DALI configuration tool “LightNET” Long life, products are optimized for temperature robustness

The XC82x and XC83x series includes models with integrated capacitive touch controller to support HMI interfaces like touch wheels (e. g. the new XC822T). Thus with one microcontroller the control of the LED and the HMI function can be covered. Infineon also offers a range of development tools to accelerate hardware and software development. All kits, from USB starter kits enabling a very fast evaluation of key features such as ADC and CCU6 to kits providing access to the microcontroller pins, include a complete tool chain. With the new XC82x and XC83x series Infineon will launch DAVE™ Bench, its new free tool chain based on Eclipse. Application kits demonstrating the entire lighting solution – microcontroller, power semiconductors and software – are currently under development. At Embedded World 2010, Infineon has presented an initial application kit that utilizes a touch wheel for RGB LED colour mixing, all controlled with a single XC822T microcontroller.

Portfolio Overview XC82x Sales Code

Flash

Touch Control

MDU

ADC channels

Temp.

Package

SAF-XC822T-0FRI

2 KB

yes

-40 – 85 °C

PG-TSSOP-16

SAF-XC822-1FRI

4 KB

-40 – 85 °C

PG-TSSOP-16

SAF-XC822T-1FRI

4 KB

yes

-40 – 85 °C

PG-TSSOP-16

SAF-XC822M-1FRI

4 KB

yes

-40 – 85 °C

PG-TSSOP-16

SAF-XC824M-1FGI

4 KB

yes

-40 – 85 °C

PG-DSO-20

SAF-XC824MT-1FGI

4 KB

yes

-40 – 85 °C

PG-DSO-20

SAK-XC824M-1FGI

4 KB

yes

-40 – 125 °C

PG-DSO-20

SAF-XC822MT-1FRI

4 KB

yes

-40 – 85 °C

PG-TSSOP-16

Portfolio Overview XC83x Sales Code

Flash

Touch Control

VC*

ADC channels

Temp.

Package

SAF-XC835MT-2FGI

8 KB

yes

-40 – 85 °C

PG-DSO-24

SAF-XC836T-2FRI

8 KB

yes

-40 – 85 °C

PG-TSSOP-28

SAF-XC836M-1FRI

4 KB

yes

-40 – 85 °C

PG-TSSOP-28

SAF-XC836M-2FRI

8 KB

yes

-40 – 85 °C

PG-TSSOP-28

SAF-XC836MT-2FRI

8 KB

yes

-40 – 85 °C

PG-TSSOP-28

SAF-XC836-2FRI

8 KB

-40 – 85 °C

PG-TSSOP-28

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www.irf.com

LED Buck Regulator Control ICs VBUS

L2 VOUT+ RS1

RS3 DBOOT

DVCC RS2 VCC

CVCC1

CBUS2

CVCC2

DOV

2 IFB ENN

ROV2

3 4

IRS2540

DCLAMP CBUS1

IC1 1

COM

ROV1

CEN

VB 8 HO 7 VS 6

RG1

CBOOT

LO 5 D1

COUT VOUT-

RCS ROUT

COM EN DEN1

High power LEDs are driven with constant regulated DC current, requiring a “ballast” or “converter” to provide the required current from an AC or DC power source. The IRS2140/2141 series buck LED driver from International Rectifier provides an accurately controlled current and protects the LEDs against damage from overload, while providing the ability to dim the light level. The IRS2540/2541 series is comprised of high-voltage, high-frequency buck regulator control ICs for AC/DC offline, non-isolated applications requiring multiple LED circuits or requiring DC/DC colour-mixing capabilities. Applications include indoor and outdoor signage as well as architectural, entertainment, design and decorative lighting. Rated at 200 V or 600 V, the IRS2540/2541 series incorporates a continuous mode, timedelayed hysteretic buck regulator to control the average load current within a tolerance of five percent, using an accurate on-chip band gap voltage reference. The application is inherently protected against short-circuit conditions with the ability to easily add open-circuit protection. An external high-side bootstrap circuit drives the buck switching element at high frequencies up to 500 kHz. A low-side driver is also provided for synchronous rectifier designs.

Part Number

Package

IRS2540PbF

DIP8

IRS2540SPbF

S0-8 Narrow

IRS2540STRPbF

S0-8 Narrow (Tape and Reel)

IRS2541PbF

DIP8

IRS2541SPbF

S0-8 Narrow

IRS2541STRPbF

S0-8 Narrow (Tape and Reel)

Typical Application Diagram

Features: Micropower startup (less than 500 µA) ± 2 % voltage reference 140 ns deadtime PWM dimmable Free running frequency 200 V (IRS2540) and 600 V (IRS2541) half-bridge driver IC 15.6 V Zener clamp on VCC Frequency up to 500 kHz Auto restart, non-latched shutdown Small DIP8/SO8 package Benefits: Low losses at turn-on Precise current regulation Continuous current regulation Colour mixing and great colour gamut Great adaptability

Specifications • 200 V half-bridge driver IC • Micropower startup (< 500 µA) • ±2 % voltage reference • 140 ns deadtime • 15.6 V Zener clamp on VCC • Frequency up to 500 kHz • Auto restart, non-latched shutdown • PWM dimmable • 600 V half-bridge driver IC • Micropower startup (< 500 µA) • ±2 % voltage reference • 140 ns deadtime • 15.6 V Zener clamp on VCC • Frequency up to 500 kHz • Auto restart, non-latched shutdown • PWM dimmable

www.arroweurope.com/lighting

www.national.com

LED Drivers for High-Brightness Lighting National Semiconductor offers a wide range of high-brightness LED drivers for industrial, commercial and residential lighting applications. With input voltages up to 277 VAC, and low, medium and high current devices, including external FET devices, these driver series (see table below) help designers to create advanced solid state lighting solutions.

High-Brightness LED Driver Table

www.arroweurope.com/lighting

www.national.com

V+

LM3445 – PowerWise® TRIAC dimmable offline LED driver This industry-leading TRIAC dimmable offline LED driver solution is perfect for any application where an LED driver must interface to a standard TRIAC wall dimmer. National’s new TRIAC dimmable LED driver delivers a wide, uniform dimming range free of flicker, best-in-class dimming performance, and high efficiency – all while maintaining ENERGY STAR® power factor requirements in a typical application. Conventional TRIAC dimmers are designed to interface to a resistive load (halogen or incandescent bulb), while today’s LED driver solutions interfaced to a standard wall dimmer produce 120 Hz flicker of the LED and/or do not allow 100:1 dimming. National’s LM3445 LED driver decodes the TRIAC chopped waveform and translates the signal to dim the LEDs, achieving a full, wide dimming range without flicker.

VBUCK

D3 D7

BR1 R2

TRIAC Dimmer

Q1 VAC

D9 D8

C10 C12

+ VLED -

VLED-

D2 D10

C5 L2

ASNS

BLDR I COLL

R1 FLTR1

VCC

LM3445

DIM

GATE

COFF

ISNS

FLTR2

GND

C11

Typical Application Circuit LM3445

LM3407 – PowerWise® 350 mA, constant-current converter for high-power LEDs The LM3407 is a constant-current output floating buck switching converter designed to provide constant current to high-power LEDs. The device is ideal for automotive, industrial, and general lighting applications. The LM3407 has an integrated power N-MOSFET. An external 1 % resistor allows the converter output voltage to adjust as needed to deliver constant current accurately to a serially connected LED string. The switching frequency is adjustable from 300 kHz to 1 MHz. The LM3407 features a dimming input to enable LED brightness control by Pulse-Width Modulation (PWM). Typical Application Circuit LM3407

LM3402/4/6HV – High operating VIN buck LED drivers The LM3402/4/6HV series drivers are perfectly suited for use in 48 V (or higher) bus LED street lamp systems.

Temp Sensor LM94022 LM95071 LM73

PWM Dimming Signal

MCU

3.3V 48V

Key benefits include: High operating VIN buck LED driver Maximize the number of LEDs per string (~10 to 12 LEDs in series for 1 LED driver) Lower total system solution cost Ultra-high efficiency LED driving solution 96 % + efficiency with 10 LEDs connected in series Enhanced thermal performance in the harsh street lamp working environment Integrated FET LED driver and no compensation is required Easy to use

AC/DC

LED Driver LM3402HV LM3404HV

LED Street Lamp Architecture

www.arroweurope.com/lighting

www.nxp.com

NXP I²C LED Drivers NXP Semiconductors offers a vast portfolio of I²C components such as I²C bus controllers, bus expanders GPIO devices, AD or DAC converters, EEPROMs, RTCs and a variety of LED drivers, blinkers and dimmers. The LED Products are especially suited for applications that need accurate color mixing and brightness control. Key Features: Adds flexible number LEDs PWMs add a configurable brightness setting or blink rate each Configure LED on/off/blink rate once – generation of color and pattern Extra pins can be used as inputs or outputs

Flexible LED Drive using PCA9685

Key Features: Self-contained PWM with 12-bit resolution on each output (low EMI due to local PWM) PWM frequency adjustable from 40 to 1000 Hz Output enable for global dimming 25 mA output sink current / 5 Volt compliant 16 totem pole / open drain outputs

NXP I²C LED Drivers Product Overview LED Dimmers

LED Blinkers

PCA9530

2 x (2 PWMs, 25 mA, 5 V)

PCA9550

2 x (2 PWMs, 25 mA, 5 V)

PCA9533

4 x (2 PWMs, 25 mA, 5 V)

PCA9553

4 x (2 PWMs, 25 mA, 5 V)

PCA9531

8 x (2 PWMs, 25 mA, 5 V)

PCA9551

8 x (2 PWMs, 25 mA, 5 V)

PCA9532

16 x (2 PWMs, 25 mA, 5 V)

PCA9552

16 x (2 PWMs, 25 mA, 5 V)

LED Colormixing (FM+: I2C bus speed < 1 MHz) PCA9632

4 x (4 + 1 PWMs- each output, one global, low power, 25 mA, 5 V)

PCA9633

4 x (4 + 1 PWMs- each output, one global, 25 mA, 5 V)

PCA9634

8 x (8 + 1 PWMs- each output, one global, 25 mA, 5 V)

PCA9635

16 x (16 + 1 PWMs- each output, one global, 25 mA, 5 V)

PCA9622

16 x (16 + 1 PWMs- each output, one global, 100 mA, 40 V)

PCA9624

8 x (16 + 1 PWMs- each output, one global, 100 mA, 40 V)

PCA9626

24 x (16 + 1 PWMs- each output, one global, 100 mA, 40 V)

PCA9685

16 x PWMs- each output, 16-bit PWM resolution, PWM freq. 40..1000 Hz, 25 mA, 5 V

LED Serial interface PCA9922

8 x constant current, 15..40 mA, 5 V; serial interface, cascading is possible

www.arroweurope.com/lighting

www.nxp.com

Mains LED Controller ICs As the only mains LED controllers and drivers on the market to match the LED lifetimes, NXP’s SSL2101 and SSL2102 for dimmable LED lighting are the next step in SSL retrofit LED lighting. These small, highly integrated and highly efficient devices support the majority of available dimmers (TRIAC and transistor) and are ideal for small form-factor applications with closed casings.

Evaluation board for SSL2101 triac dimmable LED driver

The NXP mains LED driver IC SSL2101 and SSL2102 are controller ICs that deliver high efficiency and high power factor in SSL retrofit lamps. Supporting the majority of available dimmers (including TRIAC and transistor), they use very few external components and are ideal for small form-factor applications that use a closed casing. They can be used in non-isolated (buck) or isolated (flyback) configurations and are housed in a thermal enhanced package that enables a reliable and safe thermal solution. Also, for added security, the devices are aligned with regulations for safety and power factor. An internal Vcc generator supports start-up from rectified mains voltage and there is integrated circuitry that optimizes the dimming curve. There is also a high-voltage power switch and high-voltage circuitry that supplies current to the phase-cut dimmer. The dimming circuitry has two integrated current sinks called bleeders. The strong bleeder is used for zero-cross dimmer resets and TRIAC latching. The weak bleeder maintains the hold current through the dimmer. Features and Benefits: High-efficiency and high power-factor for SSL applications below 15 W (SSL2101) and 25 W (SSL2102) Natural dimming curve via logarithmic correction Supports the majority of available dimmers in the market (e. g. TRIAC, transistor) Fewer external components due to high integration level, ideal for small form-factor applications with closed casing SMPS controller with buck and flyback configurations Thermal-enhanced & small SO16 (SSL2101) and SO20 (SSL2102) package Meets safety and power-factor regulations Optimized valley switching with built-in, dedicated circuitry Built-in magnetization detection Built-in protection circuitry Supports start-up from rectified mains voltage

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NXP also offers fully equipped Demoboards that help designers to speed development. NXP product overview for SSL (Solid State Lighting) applications: Type

Packaging

Power (W)

Configuration

Dimming

Comment

SSL2101

SO16

< 15

Fly-back/ buck

100 % 1%

The only LED driver available that matches LED lifetimes

SSL2102

SO20

< 25

Fly-back/ buck

100 % 1%

Same controller function as SSL2101

SSL1522

T (SO14)

< 10

Fly-back/ buck

Fixed

External supplied PWM for dimming

SSL1523

P (DIP8)

< 15

Fly-back/ buck

Fixed

External supplied PWM for dimming

SSL1623PH

DIP16

< 25

Fly-back/ buck

Fixed

External supplied PWM for dimming

SSL1750

SO16

> 25

Fly-back/ buck

Fixed

Active power factor correction for application above 25 W

TEA1751

SO16

> 25

Fly-back/ buck

Fixed

Variant of SSL1750

TEA1752

SO16

> 25

Fly-back/ buck

Fixed

Variant of SSL1750

UBA3070

SO8

Current Source

Fixed

Up to 600 V and 98 % efficiency

Fixed output

High power

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Power Factor Corrected Dimmable LED Driver

The NCL30000 from ON Semiconductor is a switch mode power supply controller intended for low to medium power single stage power factor (PF) corrected LED drivers. The device is designed to operate in critical conduction mode (CrM) and is suitable for flyback as well as buck topologies. Constant on time CrM operation is particularly suited for isolated flyback LED applications as the control scheme is straightforward and very high efficiency can be achieved even at low power levels. These are important in LED lighting to comply with regulatory requirements and meet overall system luminous efficacy requirements. In CrM, the switching frequency will vary with line and load, and switching losses are low as recovery losses in the output rectifier are negligible since the current goes to zero prior to reactivating the main MOSFET switch. The NCL30000 features a programmable on time limiter, zero current detect sense block, gate driver, trans-conductance error amplifier as well as all PWM control circuitry and protection functions required to implement a CrM switch mode power supply. Moreover, for high efficiency, the device features low startup current enabling fast, low loss charging of the VCC capacitor. The current sense protection threshold has been set at 500 mV to minimize power dissipation in the external sense resistor.

To support the environmental operation range of Solid State Lighting, the device is specified across a wide junction temperature range of -40 °C to 125 °C. Features: Very Low 24 µA typical startup current Constant on time PWM control Cycle-by-cycle current protection Low current sense threshold of 500 mV Low 2 mA typical operating current Source 500 mA / sink 800 mA Totem pole gate driver Reference design for TRIAC and trailing edge line dimmers Wide operating temperature range No input voltage sensing requirement Enable function and overvoltage protection Pb-free, halogen-free/BFR-free and RoHS compliant Typical applications for the NCL30000 include: LED driver power supplies LED-based down lights Commercial and residential LED fixtures TRIAC dimmable LED-based PAR lamps Power factor corrected constant voltage supplies

Regarding the different categories, we would like to recommend the following devices

For “Cost effective LED drive < 25 W Flying Buck“

For “High Load Combo LED Drive PFC plus Flyback“

NCP1010 to NCP1014 NCP1027 and NCP1028 NCP1200 NCP1216 NCP1219

If “Combos” can mean two different circuits then we could propose: NCP1607, NCP1608 and NCP1605A as PFC and NCP1219, NCP1271, NCP1377, NCP1380, NCP1381 and NCP1382 as controllers

For Triac dimmable LED Drive

For “High load LED drive (PFC plus LLC)”

NCL30000

We can propose the NCP1605A, NCP1631 Interleaf and NCP1654 as PFC and NCP1392 and NCP1397 as controller

For “>25 W LED Drive solutions (PFC Topology)”

For “Matrix LED Drive solutions”

NCL30000 NCL30001

CAT4008 CAT4016

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www.onsemi.com

PWM Current-Mode Controller for High-Power Universal Off-Line Supplies

Housed in a SOIC-8 or PDIP-7 package, the NCP1216 represents an enhanced version of NCP1200 based controllers.

With an internal structure operating at different fixed frequencies, the controller supplies itself from the high-voltage rail, avoiding the need of an auxiliary winding. This feature naturally eases the designer task in some particular applications, e.g. battery chargers or TV sets. Current-mode control also provides an excellent input audio susceptibility and inherent pulse-by-pulse control. Internal ramp compensation easily prevents sub-harmonic oscillations from taking place in continuous conduction mode designs.

Features: No auxiliary winding operation Current-mode control with adjustable skip-cycle capability Internal ramp compensation Limited duty cycle to 50 % (NCP1216A only) Internal 1.0 ms soft-start (NCP1216A only) Built-in frequency jittering for better EMI signature Auto-recovery internal output short-circuit protection Extremely low standby power (no load) 500 mA peak current capability Fixed frequency versions at 65 kHz, 100 kHz, 133 kHz Internal temperature shutdown Direct optocoupler connection SPICE models available for transient and AC analysis Pin-to-pin compatible with NCP1200 series Pb-free packages available

When the current setpoint falls below a given value, e.g. the output power demand diminishes, the IC automatically enters the so-called skip cycle mode and provides excellent efficiency at light loads. 足Because this occurs at a user adjustable low peak current, no acoustic noise takes place.

Typical applications for the NCP1216 include: High power AC/DC converters for TVs, set-top boxes, etc. Offline adapters for notebooks Telecom DC/DC converters All power supplies

The NCP1216 features an efficient protective circuitry, which in presence of an overcurrent condition disables the output pulses while the device enters a safe burst mode, trying to restart. Once the default has gone, the device automatically recovers.

For further information please contact your local Arrow Branch Office.

Due to its high drive capability, the NCP1216 drives large gate charge MOSFETs, which together with internal ramp compensation and built-in frequency jittering, ease the design of modern AC/DC adapters.

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Authorized Distributor

www.ti.com

General Purpose LED Lighting Solutions Primary

Texas Instruments offers a broad portfolio of power management solutions including AC/DC, power factor correction, DC/DC and linear power conversion. The tables below represent just a few examples of these solutions.

Secondary

TPS92010

TPS92010EVM-592 6 W LED Lighting Driver 120 V and 230 V input designs Tightly regulated LED current Compatible with standard TRIAC dimmers Active holding-current feature High efficiency maintained during dimming

Feedback

VSD

LPM

PCS

VDD

GND

LM358

TL431

UDG-09220

For more information about this product and EVM, please visit: www.ti.com/tps92010 Residential and Commercial LED Solutions Description

Parts

Vin Range

Vout (DC) Range

# of LEDs

lout max. Pout Eff. (max)

PFC ISO Dimm ing In

Dimming Status Out

TPS92010EVM – High Performance TPS92010 dimming and High Efficiency TL431 OFFline LED LM358

100 180

130 265

3 to 5 350 mA

85 % N

TRIAC

Linear

EVM Apr ‘10

TPS92210EVM – High Efficiency, PFC and TRIAC dimmable LED lighting driver

130

9 to 11

10 W 81 % Y

TRIAC

Linear

EVM May ‘10

TPS92210

350 mA

Outdoor and Infrastructure Solutions UCC28810EVM-003 100 W SIMPLEDrive multi-string LED driver Single, primary referenced current control & dimming (AM or PWM) for all LEDs. Large number of LEDs connected in series Voltage on LEDs is safe (low) and isolated from the AC line More cost effective than constant voltage + 1 Buck per string architecture Readily scalable to higher power levels Excellent LED current matching between strings High efficiency (~90 %), power density and power factor

imple and robust – open and short LED string protected S Design tool to calculate key critical parameters for change in # of LEDs, # of strings, LED current or Vin Patent pending architecture For more information about the UCC28810EVM-003, please visit: www.ti.com/ucc28810evm-003 +50 - 60V

PFC Output

Bias Bias

UCC28811 1 VSENSE VDD 8

UCC28810 6 GND

TZE 5

2 EAOUT

VDD 8

3 VINS

Bias

2 EAOUT GDRV 7 3 VINS 4 ISENSE

GDRV 7

+50 - 60V +50 - 60V

TPS92020

GND 6

VCC

TZE 5

1 VSENSE ISENSE 4

GD1

GND

GD2

LED PWM Input

Enable

+50 - 60V

PFC Boost Follower

Primary Gnd

Critical Conduction Mode Low Side Buck Current Source

100 W LED Drivers

Description

Parts

Vin (AC) Range Vout (DC) Range

UCC28810EVM-003 100W SIMPLEDrive Multi-string LED driver

UCC28810 UCC28811 TPS92020

265

UCC28810EVM-002 100W LED lighting Driver

UCC28810 UCC28811

265

# of LEDs

lout max.

Pout (max)

Eff.

60 V 4 x (7 – 15) 500 mA

100 W

100 15 – 30

100 W

900 mA

PFC

ISO

Dimming In Dimming Out EVM

91 % Y

PWM

NOW

93 % Y

PWM

NOW

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Authorized Distributor

www.ti.com

Communication & Lighting Control Solutions SEPIC / Multi-string LED driver 12 to 48 V DC input to SEPIC DC/DC stage 50 V DC output 4 LED driver stages, each capable of driving two strings at 30 W LED driver stages can be externally powered Piccolo based controlCARD development platform Open source hardware, including gerber files, schematics, and BOMs Closed loop DC/DC and LED driving software, complete with source code and documentation

DC 40~160 V

Sepic (buck/boost)

For more specifics about the piccolo family, please visit: www.ti.com/piccolo Additional information on this EVM is available at http://focus.ti.com/docs/toolsw/folders/print/tmdsledbklkit.html

VDCLED

LED current control and dimming

Piccolo-B CPU

PWM-1

32 bit

PWM-2

ADC

2 3

12 bit

Vref

12C SPI UART

IL-2

PWM-3

6 7

PWM-4 PWM-5

IL-1

8 9 10

DC/DC Lighting w/ SEPIC

Communication Protocols Software

MCU

Initial code dev platform

Certification/standard

Demo platform

Status/ Comments

DALI

C2000 MSP430

F2619

Done

TPS62660EVM-338

Demo code and reference design available

DMX512

C2000 MSP430

F2012

Done

Wall washer reference design

Demo code and reference design available

PLC (SFSK)

C2000

F2803x

EN50065

TMDS2808SOM1B

Available early March2010, cenelec B

PLC (OFDM)

C2000

F2803x

EN50065 (Cenelec)

LED Streetlighting reference design

Up to 76.8 KBPS, 24-94.5 kHz (Cenelec A)

KNX

MSP430

MSP430F2

KNX-RF

MSP430

MSP430F2/ CC1101

802.15.4

MSP430

F541x/5x

ZigBee

MSP430

F5438

IEC 6100-3 (EMC) EN 50090 ISO/IEC 14543-3-x

Released Weinzierl / Tapko

Available through 3P

Weinzierl

Available through 3P

802.15.4—complete

MSP430F5438 experimenters board

Released

ZigBee—complete

MSP430F 5438 experimenters board

Released

Tools/Development Kit Description

Projected availability

MCU

LED Power output

DC/DC

TMDSLEDBKLKIT

DC input, 8 individual LED string control for color temperature control, precise grayscale, increased contrast ratio, aging/brightness,

End of Feb10

F2802x F28035

150 W

TPS62260EVM338&EZ430-CC2500

DCDC, RGB demo controlled in star network by 2,4 GHz simpliciTI (TM) RF

Now

MSP430 CC2500

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COM

Authorized Distributor

www.ti.com

Signage Solutions The TLC5951 is a 24-channel, constant-current sink driver. Each channel has an individually-adjustable, 4096-step, pulse width modulation (PWM) grayscale brightness control and 128-step constantcurrent dot correction (DC). The dot correction adjusts brightness deviation between channels and other LED drivers. The output channels are grouped into three groups of eight channels. Each channel group has a 256-step global brightness control (BC) function and an individual grayscale clock input.

For more selection guides and application notes on signage solutions, please visit: www.ti.com/leddriver The TLC5951 datasheet and EVM documentation of is available at http://focus.ti.com/docs/prod/folders/print/tlc5951.html VLED

GND

READ DATA

GS, DC, and BC data are accessible via a serial interface port. DC and BC can be programmed via a dedicated serial interface port. The TLC5951 has three error detection circuits for LED open detection (LOD), LED short detection (LSD), and thermal error flag (TEF). LOD detects a broken or disconnected LED while LSD detects a shorted LED. TEF indicates an overtemperature condition. The TLC5952 is very similar to the TLC5951 except for the ability of the output to be adjustable in brightness; TLC5952 output is individually ON/OFF.

DC/BC/FC Controller

OUTR0/G0/B0 - - - OUTR7/G7/B7 DCSIN

OUTR0/G0/B0 - - - OUTR7/G7/B7

DCSOUT

DCSIN

DCSCK

DCSIN

TLC5951

GS Controller

GSSIN

GSSCK

GSLAT

XBLNK

GSCKR

GSCKG

GSCKB

DCSOUT

DCSCK

IC1

GSSOUT

GSSCK GSSIN

ICn

GSSOUT

GSLAT XBLNK VCC

VCC

GSCKG

VCC

GSCKB

GND

IREF

IREF RIREF

VCC

GSCKR

GND RIREF

GND

GND GND

GND 6 READ DATA

LED Driver Device

No. of CH

Vin. Min(V)

Vin. Max(V)

Output CurrnetILED (mA)

Accuracy CH-to-CH (%)

Accuracy Dev.-toDev. (%)

ReShort charged DetecFET tion

TL4242

4.5

500

Open Over Tem- BrightDetection perature ness Detection Control (Bits)

Yes

Dot Correction (Bits) -

PWM Remark Grayscale Control (Bits) -

TLC5916

3.3

5.5

120

±3 (Max)

±6 (Max)

Yes

TLC59108F

5.5

100

±3 (Max)

Yes

Open drain output, I2C

TLC59116F

5.5

100

±6 (Max)

Yes

Open drain output, I2C

TLC5928

5.5

±1

Yes

TLC5940

5.5

120

±1

±2

Yes

TLC5942

5.5

±1.5

±3

Yes

TLC5943

5.5

±1.5

±3

Yes

TLC5946

5.5

±1

±2

Yes

TLC5951

5.5

±1.5

±3

Yes

12,10,8

TLC5952

5.5

±1

±3

Yes

LED Reference Design Cookbook Explore TI’s applications for lighting at: http://ti.com/LED and download the new LED Reference Design Cookbook. Follow the link to access your local pages: German go to: http://www.ti.com/ww/de/analog/led/ French go to: http://www.ti.com/ww/fr/analog/led/ Italian go to: http://www.ti.com/ww/it/analog/led/ Russian go to: http://www.ti.com/ww/ru/analog/led/index.html Czech go to: http://www.ti.com/ww/cz/analog/led/index.html

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Authorized Distributor

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High Efficiency Control Design for Cree MPL EZW LEDs Using the company’s TPS92210 PFC controller, Texas Instruments (TI) has developed a solution that will speed the implementation of highefficiency solid-state lighting designs based on the Cree® XLamp® MP-L family of EasyWhite LEDs.

The TPS92210 is a natural power factor correction (PFC) LED lighting driver that incorporates advanced energy features to provide high efficiency control in LED applications including TRIAC dimmerbased designs for domestic, retail and architectural environments. This controller is ideal for use with the latest generation of high lumen density white LEDs such as the Cree XLamp MP-L family. MP-L LEDs, which offer brightness levels up to 1500 lumens and efficiencies of 75 lumens per Watt, reduce LED-to-LED color variation and are ideal for lighting applications where high luminous output is required from a single, small point source. The TPS92210EVM developed by TI combines the TPS92210 IC with all of the discrete, passive and inductive components needed to implement a fully functioning MP-L LED driving solution. Operating from an input voltage of 180 VAC to 264 VAC and delivering a tightly regulated LED current up to 230 mA, the TPS92210EVM offers high 0.99 PFC with on-time modulation. Compatibility with standard TRIAC dimmers allows 0 % to 100 % brightness control, with high efficiency operation maintained at all dimming levels. An isolation rating of 2500 VAC protects the control chip from high voltages, while active inrush limiting provides EMI filter TRIAC compatibility.

TPS92210 Specifications

Value

Unit

LED configuration

20-24

Input Voltage

180-264

VAC

Efficiency

Power

Power Factor

0.99

Output Voltage

60-80

VDC

Output Current

230

LF Output Ripple

300

mVpp

Isolation

2500

VAC

Dimming Input

TRIAC

Dimming Level

0-100

Current Sensing

Res

Current Ref Accuracy

Temp. Range

-20 to 50

Lifetime*

35000

Hrs

Turn on time

150

EMC Regulation

FCC B

Driver Dimensions

34 dia

Features: Full driving solution for Cree MPL-EZW Tightly regulated LED current Compatible with standard TRIAC dimmers 0 % to 100 % Maintains TRIAC holding current High efficiency Maintained when dimmed Flat over line input range Cascode drive for main switch Very fast – aids efficiency Isolates high voltage from control chip Active inrush limiting Provides EMI filter compatibility with TRIAC Transformer zero energy detection Open LED detection Integrated protection Overcurrent Overvoltage Line surge ruggedness Overtemperature Applications: TRIAC-dimmable solid state lighting Residential, retail and commercial lighting Architectural wall lighting Troffers and downlighters

MPL EZW from Cree: Single LED that can obsolete energy-inefficient light bulbs Performance: Up to 1500 lumens @ 75 lumens per watt – Enables light output of 75 W BR-30 lamp with only 16 W. Color Consistency: Cree EasyWhite™ color temperatures, specified like traditional light sources. Compact Package: 72 % smaller package (60 % smaller optical source) than nearest alternative, no pixelation.

Three-Color LED Driver Evaluation Module VIN AC

TPS92210 OTM VCG

PCL

DRN

VSD

GND

VDD

UDG-09152

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VOUT LED ISENSE and Conditioning

The TPS62260LED-338 EVM enables the user to individually control the brightness of three high-brightness LEDs. By adjusting the relative brightness of each of the three LEDs, the user is able to generate a wide range of colors across the spectrum. In default power-up state, the LEDs continuously cycles through the whole range of colors, but can also be manually adjusted by the on-board rotary encoder. Furthermore the EVM supports DALI protocol and RF proprietary protocol through the addition of the appropriate PHY and a specific firmware.

www.vishay.com

2 x 24 W LED Driver Board Slight for VLSL30/31 Using automotive qualified components, the 2x 24 W LED driver board Slight provides a highly reliable and efficient driving solution.

Efficiency Factor (%)

94 93 92 91 90 89 88

20 30

40 50 60 70 80 90 100 110

Dimming Level (%)

Efficiency Features: 10.5 V to 14 Vin, output module power up to 56 W Reverse polarity protection Boost regulated constant current sources (up to 8 channel, 6 LEDs) Closed loop regulated current control, automatic regulated c onstant current if single string gets open circuit 12 VDC input with undervoltage and overvoltage control, load dump protected Operating temperature: -40 °C to +105 °C Ambient light sensor for automatic dimming (25 %, 50 %, 100 %), or free programmable on request PWM dimming via RFC / RTC controller (adaptable unit with RF antenna)

Topology UIN

Reverse polarity protection

max. 24 V DC/DC Boost converter

U max.

Isense1

Isense2

Isense3

Isense4

On/Off

Isense5

Isense6

Isense7

Isense8

PWM

µC

Ambient light sensor

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www.vishay.com

High Brightness LED Power Modules VLSL30 and VLSL31 are metal core based high brightness LED power modules, assembled with 24 high brightness white LEDs. The modules are designed for flexible use due to the option for using special reflectors to adjust the emission characteristics. VLSL30 is a cold white version in a colour temperature range of 5000 K to 7000 K. VLSL31 is natural white with a colour temperature of 3800 K to 5000 K.

Features: Metal core PCB: Cu-based Single side/single layer PCB Shiny white surface 24 LEDs, minimum 87 lm at 350 mA for VLSL30 24 LEDs, minimum 76 lm at 350 mA for VLSL31 Conductive top layer: Cu Isolation layer prepreg type R1566 ESD withstand voltage of up to 2 kV according to JESD22-A114-B Compliant to RoHS directive 2002/95/EC Indoor and outdoor applications Internal lighting in buildings Tunnel lights General lighting application Backlighting clusters for advertising boards Spotlight illumination for off-road vehicles

Parts Overview Part

Color, Luminous flux (at IF = 350 mA typ.)

Color temperature

Technology

VLSL30

Cold white, ФV = 2160 lm

5000 K to 7000 K

InGaN

VLSL31

Natural white, ФV = 1900 lm

3800 K to 5000 K

InGaN

Absolute maximum ratings (1) VLSL30, VLSL31 Parameter

Test condition

Symbol

Value

Unit

Forward current

Per row

350

Power dissipation

Total

Ptot

33,600

Junction temperature

120

°C

Operating temperature range

Tamb

-40 to +85

°C

Tstg

-40 to +85

°C

350

°C

Storage temperature range Decomposition temperature of PCB (for cable assembly)

3 x 10 s

Note: (1) Tamb = 25 °C, unless otherwise specified

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High Power Single Chip LED Selection Guide Flux best typ. (lm)

140

Flux best typ. (lm)

140

Cool White ID = 350 mA

XP-G

130 120 110

130 XP-E

XR-E

120 Golden Dragon plus Oslon SSL

100 90

XP-C

Golden Dragon oval plus

Mini High Power JADE

100

High Power AVEON

XR-C

Golden Dragon

80 Flux best typ. (lm)

Shuen

Shwo

Flux best typ. (lm)

140 130

110

Moonstone

140

Neutral White ID = 350 mA

130

XP-G

120

120 110

XP-E

100

XR-E

Golden Dragon plus Golden Dragon oval plus

100

High Power AVEON

XP-C

Shuen

Flux best typ. (lm)

Warm White ID = 350 mA

XP-G

110 100

100 90 80 70 60

80 70

Golden Dragon

Flux best typ. (lm)

110

Mini High Power JADE

XP-E XR-E

Golden Dragon plus

XP-C

Golden Dragon oval plus

XR-C

Oslon SSL Golden Dragon

Mini High Power JADE

Moonstone

High Power AVEON

80 Shuen

Shwo

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www.avagotech.com

Miniature High-Power LEDs Avago’s Mini High-Power LED family combines a small scale package, 700 mA drive current rating and an isolated heat sink (for InGaN colours), which allows designs with multiple LEDs on a common heat sink without additional electrical isolation. Avago offers Cool White (ASMT-JW32-NVV01) and Neutral White (ASMT-JN32-NVV01) LEDs with minimum 100 lm flux output at 350 mA drive current. Key product features include: Excellent lumen per dollar ratio Small footprint (4 x 5 mm) and very low profile (1.85 mm height) Direct heat transfer from the metal slug to the mother board Wide viewing angle: 140°/165° Low thermal resistance: 9 °C/W Drive current up to 700 mA with peak 1 A

unction temperature 135 °C max. J Operating temperature: -40 to +120 °C max. Long operating life (silicone encapsulation) Low power dissipation MSL 1 (no baking required) Reflow solderable ESD threshold > 16 kV (built-in Zener diode)

700 mA Drive Current Miniature High-Power LEDs Product Number

Colour

Colour Temperature/ Dominant Wavelength

ASMT-JW31-NTV01

Cool White

4500 - 10000 K (1)

ASMT-JW31-NUV01

Cool White

4500 - 10000 K (1)

ASMT-JW32-NUV01

Cool White

ASMT-JW32-NVV01

Luminous Flux at 350 mA (typ.)

Luminous Flux at 700 mA (typ.)

Max. Current

Viewing Angle

Electrically Isolated Metal Slug

Dice Technology

85 lm

150 lm

700 mA

140°

Yes

InGaN

95 lm

160 lm

700 mA

140°

Yes

InGaN

4500 - 10000 K (1)

100 lm

175 lm

700 mA

140°

Yes

InGaN

Cool White

4500 - 10000 K (1)

105 lm

180 lm

700 mA

140°

Yes

InGaN

ASMT-JN31-NTV01

Neutral White

3500 - 4500 K (1)

85 lm

150 lm

700 mA

140°

Yes

InGaN

ASMT-JN31-NUV01

Neutral White

3500 - 4500 K (1)

95 lm

160 lm

700 mA

140°

Yes

InGaN

ASMT-JN32-NUV01

Neutral White

3500 - 4500 K (1)

100 lm

175 lm

700 mA

140°

Yes

InGaN

ASMT-JN32-NVV01

Neutral White

3500 - 4500 K (1)

105 lm

180 lm

700 mA

140°

Yes

InGaN

ASMT-JY31-NSU01

Warm White

2700 - 3500 K (1)

70 lm

120 lm

700 mA

140°

Yes

InGaN

ASMT-JY32-NTV01

Warm White

2700 - 3500 K (1)

85 lm

140 lm

700 mA

140°

Yes

InGaN

ASMT-JA30-ARS01

Amber

587 - 597 nm (2)

45 lm

80 lm

700 mA

165°

AlInGaP

ASMT-JH30-ARS01

Red-Orange

610 - 620 nm

45 lm

80 lm

700 mA

165°

AlInGaP

ASMT-JR30-ARS01

Red

620 - 635 nm

45 lm

80 lm

700 mA

165°

AlInGaP

ASMT-JG31-NST01

Green

515 - 535 nm (2)

70 lm

120 lm

700 mA

165°

Yes

InGaN

ASMT-JB31-NMP01

Blue

460 - 480 nm (2)

20 lm

33 lm

700 mA

165°

Yes

InGaN

ASMT-JL31-NPQ01

Royal-Blue

440 - 460 nm (2)

435 mW

650 mW

700 mA

165°

Yes

InGaN

Notes: (1) Narrow Colour Temperature selections are available on request (2) Narrow Colour Bin selections for amber, green, blue, and royal-blue are available on request

Mid-Power PLCC-4 LEDs (0.5 W PLCC-4) Featuring one of the smallest 0.5 W packages available on the market, this PLCC4 mid-power LED enables higher packaging density compared to other 0.5 W solutions. The enhanced heat dissipation capability allows high drive currents and operation at up to +120 °C ambient temperature. Key product features include: Industry standard PLCC-4 package High reliability package with enhanced silicone resin encapsulation DC forward current 150 mA, peak 300 mA (duty factor 10%, 1 kHz) Wide viewing angle: 120º Junction temperature: 125 ºC Low thermal resistance: 40 ºC/W minimum

www.arroweurope.com/lighting

Operating temperature: -40 to +120 ºC max. Long operating life time with minimum degradation MSL 2: 12 months floorlife Low power dissipation High optical efficiency Available in 8 mm carrier tape and 7 inch reel Compatible with IR and TTW soldering processes AEC-Q101 qualified

www.avagotech.com

0.5 W Mid-Power PLCC4 Surface Mount LEDs Product Number

Power

Colour

Colour Temperature/ Dominant Wavelength

Luminous Flux at 150 mA (typ.)

Max. Current

Viewing Angle

Dice Technology

Packaging

ASMT-QWBC-NJK0E

0.5 Watt

Cool White

4500 - 10000 K (1)

38.0 lm

150 mA

120°

InGaN

Reel

ASMT-QWBC-NHJ0E

0.5 Watt

Cool White

4500 - 10000 K (1)

30.0 lm

150 mA

120°

InGaN

Reel

ASMT-QYBC-NHJ0E

0.5 Watt

Warm White

2500 - 4800 K (1)

31.0 lm

150 mA

120°

InGaN

Reel

ASMT-QYBC-NGJ0E

0.5 Watt

Warm White

2500 - 4800 K (1)

24.0 lm

150 mA

120°

InGaN

Reel

ASMT-QABD-AEF0E

0.5 Watt

Amber

593.1 nm

16.5 lm

150 mA

120°

AlInGaP

Reel

ASMT-QHBD-AFH0E

0.5 Watt

Red-Orange

616.1 nm

17.5 lm

150 mA

120°

AlInGaP

Reel

ASMT-QRBD-AEF0E

0.5 Watt

Red

621.1 nm

16.5 lm

150 mA

120°

AlInGaP

Reel

ASMT-QGBE-NFH0E

0.5 Watt

Green

522.0 nm

23.0 lm

150 mA

120°

InGaN

Reel

ASMT-QBBC-NAC0E

0.5 Watt

Blue

464.0 nm

7.0 lm

150 mA

120°

InGaN

Reel

Notes: (1) Narrow Colour Temperature selections are available on request

The World’s Brightest 5 mm Through-Hole LEDs Avago’s precision optical performance LEDs provide superior light output for excellent readability in sunlight and are extremely stable in light output performance over a very long period of time. These LEDs feature an advanced optical grade epoxy offering superior high temperature (+130 °C max. junction temp.) and high moisture resistance performance in outdoor signal and sign application.

Viewing Angle

Colour

Dominant Wavelength (nm)

Dice Technology

15°

Amber

587 - 592

AlInGaP

15°

Amber

589.5 - 594.5

15°

RedOrange

15° 15°

Forward Voltage (typ.)

Key product features include: High brightness performance lamps – the world’s brightest AllnGaP Consistent low forward voltage (1.8 to 2.4 V) across all AlInGaP colours 2 colour bins for amber (2.5 nm per bin) Well defined spatial radiation pattern 5 mm Through-Hole LEDs Untinted, non-diffused Viewing angle: 15°, 23° and 30° Package options: with or without lead standoff

Maximum DC Forward Current

Product Number without Standoff

Product Number with Standoff

Luminous Intensity Iv at 20 mA (mcd) Min.

Max.

2.1 V

50 mA

HLMP-EL1A-Z1KDD

HLMP-EL1B-Z1KDD

12000

21000

AlInGaP

2.1 V

50 mA

HLMP-EL1A-Z1LDD

HLMP-EL1B-Z1LDD

12000

21000

612 - 619

AlInGaP

2.1 V

50 mA

HLMP-EH1A-Z10DD

HLMP-EH1B-Z10DD

12000

21000

Red

618 - 630

AlInGaP

2.1 V

50 mA

HLMP-EG1A-Z10DD

HLMP-EG1B-Z10DD

12000

21000

Green

519 - 539 (1)

InGaN

3.2 V

30 mA

HLMP-CM1A-450DD

HLMP-CM1B-450DD

35000

59000

15°

Blue

460 - 480 (1)

InGaN

3.2 V

30 mA

HLMP-CB1A-XY0DD

HLMP-CB1B-XY0DD

7200

12000

23°

Amber

587 - 592

AlInGaP

2.1 V

50 mA

HLMP-EL2A-YZKDD

HLMP-EL2B-YZKDD

9300

16000

23°

Amber

589.5 - 594.5

AlInGaP

2.1 V

50 mA

HLMP-EL2A-YZLDD

HLMP-EL2B-YZLDD

9300

16000

23°

RedOrange

612 - 619

AlInGaP

2.1 V

50 mA

HLMP-EH2A-XY0DD

HLMP-EH2B-XY0DD

7200

12000

23°

Red

618 - 630

AlInGaP

2.1 V

50 mA

HLMP-EG2A-XY0DD

HLMP-EG2B-XY0DD

7200

12000

23°

Green

519 - 539 (1)

InGaN

3.2 V

30 mA

HLMP-CM2A-120DD

HLMP-CM2B-120DD

16000

27000

23°

Blue

460 – 480 (1)

InGaN

3.2 V

30 mA

HLMP-CB2A-VW0DD

HLMP-CB2B-VW0DD

4200

7200

30°

Amber

587 - 592

AlInGaP

2.1 V

50 mA

HLMP-EL3A-WXKDD

HLMP-EL3B-WXKDD

5500

9300

30°

Amber

589.5 - 594.5

AlInGaP

2.1 V

50 mA

HLMP-EL3A-WXLDD

HLMP-EL3B-WXLDD

5500

9300

30°

RedOrange

612 – 619

AlInGaP

2.1 V

50 mA

HLMP-EH3A-WX0DD

HLMP-EH3B-WX0DD

5500

9300

30°

Red

618 - 630

AlInGaP

2.1 V

50 mA

HLMP-EG3A-WX0DD

HLMP-EG3B-WX0DD

5500

9300

30°

Green

519 – 539 (1)

InGaN

3.2 V

30 mA

HLMP-CM3A-Z10DD

HLMP-CM3B-Z10DD

12000

21000

30°

Blue

460 – 480 (1)

InGaN

3.2 V

30 mA

HLMP-CB3A-UV0DD

HLMP-CB3B-UV0DD

3200

5500

Notes: (1) Narrow Colour Bin selections for Green and Blue are available on request

www.arroweurope.com/lighting

www.avagotech.com

4 mm and 5 mm Oval Through-Hole LEDs Key product features include: Narrow intensity Iv bin ratio 1:1.2 Well defined and matched spatial radiation pattern LOP Iv < 50 % with up to 100 khrs HTOL/RTOL Up to 350k pcs of single color bin & single Iv bin (“Flexi-Binning”) Tinted package for high contrast ratio Standard RGB package height Superior resistance to moisture Standoff package

The precision optical performance oval LEDs from Avago are specifically designed for full colour/video and passenger information signs. The oval shaped radiation pattern and high luminous intensity make these devices ideal for outdoor applications where a wide viewing angle and readability in sunlight are essential.

4 mm and 5 mm Oval Through-Hole LEDs Type

Viewing Angle

Colour

Dominant Wavelength (nm)

Dice Technology Forward Voltage (typ.)

Max. DC Forward Current

Product Number with Standoff

Luminous Intensity Iv at 20 mA (mcd) Min.

Max.

4 mm Oval

50° x 100°

Red

618 - 630

AlInGaP

50 mA

HLMP-LG65-WX0ZZ

1380

1990 4200

2.1 V

4 mm Oval

50° x 100°

Green

525 Flexi-Binning

InGaN

3.2 V

30 mA

HLMP-LM65-12BZZ

2900

4 mm Oval

50° x 100°

Blue

470 Flexi-Binning

InGaN

3.2 V

30 mA

HLMP-LB65-STBZZ

660

960

4 mm Oval

50° x 100°

Amber

587 - 592

AlInGaP

2.1 V

50 mA

HLMP-LL65-XYKDD

1660

2400

5 mm Oval

40° x 100°

Red

618 - 630

AlInGaP

2.1 V

50 mA

HLMP-HG65-WX0ZZ

1380

1990

5 mm Oval

40° x 100°

Green

525 Flexi-Binning

InGaN

3.2 V

30 mA

HLMP-HM65-12BZZ

2900

4200

5 mm Oval

40° x 100°

Blue

470 Flexi-Binning

InGaN

3.2 V

30 mA

HLMP-HB65-STBZZ

660

960

5 mm Oval

30° x 70°

Red

618 - 630

AlInGaP

2.1 V

50 mA

HLMP-AG67-120DD

2900

4200

5 mm Oval

30° x 70°

Green

525 Flexi-Binning

InGaN

3.2 V

30 mA

HLMP-AM65-340DD

4200

6050

5 mm Oval

30° x 70°

Blue

470 Flexi-Binning

InGaN

3.2 V

30 mA

HLMP-AB65-TW0DD

800

1660

5 mm Oval

30° x 70°

Amber

587 - 592

AlInGaP

2.1 V

50 mA

HLMP-AL65-23KDD

3500

5040

3 x 1 W RGB Moonstone™ LED The advanced 3 x 1 W RGB Moonstone™ package delivers typ.108 lumen at 3 x 350 mA. The selection of the red, green, and blue dies helps to achieve a high flux (typ. 90 lumen) D65 white colour point and a wide colour gamut.

Key product features include: Robust package design, low 3.3 mm profile Wide viewing angle: 120° Low thermal resistance: 20 °C/W minimum LED junction temperature 125 °C

3 x 1 W RGB Moonstone™ LEDs Product Number

ASMTMT00-00001

Power

Colour

Dominant Wavelength

Flux Bin (Luminous Flux at 350 mA)

Luminous Flux at 350 mA (typ.)

Max. Current

Viewing Angle

Electrically Dice Isolated Metal Technology Slug

1 Watt

Red

620 - 635 nm

H (33.0 - 43.0 lm) J (43.0 - 56.0 lm)

40 lm

350 mA

120°

AlInGaP

1 Watt

Green

515 - 535 nm (1)

J (43.0 - 56.0 lm) K (56.0 - 73.0 lm) L (73.0 - 95.0 lm)

55 lm

350 mA

120°

Yes

InGaN

1 Watt

Blue

460 - 480 nm (1)

C (9.0 - 11.5 lm) D (11.5 - 15.0 lm) E (15.0 - 19.5 lm)

13 lm

350 mA

120°

Yes

InGaN

Packaging

Reel

Notes: (1) Narrow Colour Bin selections for Green and Blue are available on request

www.arroweurope.com/lighting

www.avagotech.com

SMT High Brightness LED Lamps for Electronic Signage Avago has successfully released the industry’s first surface mount technology (SMT) high brightness round and oval LED lamps for use in outdoor and indoor electronic sign applications. Avago’s round ALMD-xx3D and oval ALMD-Lx36 LED lamps target manufacturers of full color and monochrome traffic signs, highway variable message signs, gas station price signs, and full color video wall applications used for advertising.

0.7

Key product features include: High Brightness SMT-Device with comparable luminous intensity to conventional through-hole LED lamps Compact form factor: 4.2 mm x 4.75 mm footprint Compact form factor with well defined spatial radiation pattern to enable 12 mm cluster to cluster pitch Tinted package for high contrast Tape & Reel package with 1000 pieces per reel Compatible with industrial reflow soldering processes Ease of assembly through pick & place and reflow Moisture Sensitivity Level (MSL) 2A

4.0

Avago’s SMT Lamps have about the same luminous intensity as conventional high brightness through-hole LED lamps and can be assembled using common SMT assembly processes. Additionally, these LED lamps are compatible with industrial reflow soldering processes, and made with an advanced optical grade epoxy (UV resistant) to provide superior performance in outdoor sign applications. For easy pick and place assembly, these LED lamps are shipped in EIA-compliant tape and reels. Each reel is shipped from a single intensity and color bin to provide better uniformity.

Note: Recommended stencil thickness is 0.1524mm (6 mils) minimum and above

2.1 5.2

Recommended Soldering Land Pattern

Target applications: Full Color Signs (indoor and outdoor) Monochromatic signs Highway and variable message signs Gas station pricing signs Videowall applications for advertising

ALMD-xx3D Round 30°

ALMD-Lx36 Oval 40 x 100°

Surface Mount High Brightness Oval LED Lamps for Electronic Sign Applications Product Number

Colour

Dominant Wavelength

Luminous Intensity Iv at 20 mA (Minimum)

Luminous Intensity Maximum Forward Iv at 20 mA DC Voltage (Maximum) Forward Cur- (typ.) rent

Viewing Angle

Dice Technology

ALMD-LL36-WZ002

Amber

584.5 - 594.5 nm

1380 mcd

2900 mcd

50 mA

2.1 V

40° x 100°

AlInGaP

ALMD-LG36-WZ002

Red

618 - 630 nm

1380 mcd

2900 mcd

50 mA

2.1 V

40° x 100°

AlInGaP

ALMD-LM36-14002

Green

519 - 539 nm

2900 mcd

6050 mcd

30 mA

3.2 V

40° x 100°

InGaN

ALMD-LB36-SV002

Blue

460 - 480 nm

660 mcd

1380 mcd

30 mA

3.2 V

40° x 100°

InGaN

Viewing Angle

Dice Technology

Surface Mount High Brightness Round LED Lamps for Electronic Sign Applications

Product Number

Colour

Dominant Wavelength

Luminous Intensity Iv at 20 mA (Minimum)

Luminous Intensity Maximum Iv at 20 mA DC Forward (Maximum) Current

Forward Voltage (typ.)

ALMD-EL3D-VX002

Amber

584.5 - 594.5 nm

4200 mcd

9300 mcd

50 mA

2.1 V

30°

AlInGaP

ALMD-EG3D-VX002

Red

618 - 630 nm

4200 mcd

9300 mcd

50 mA

2.1 V

30°

AlInGaP

ALMD-CM3D-WY002

Green

519 - 539 nm

5500 mcd

12000 mcd

30 mA

3.2 V

30°

InGaN

ALMD-CB3D-RT002

Blue

460 - 480 nm

1500 mcd

3200 mcd

30 mA

3.2 V

30°

InGaN

www.arroweurope.com/lighting

www.osram-os.com

LEDs and OLEDs for Lighting Solutions Experience this new freedom of design with LEDs from Osram Opto Semiconductors! Osram Opto Semiconductors strives for innovative, trend-setting, high efficient technologies for illumination, visualisation and sensing. create a vast array of impressive lighting systems. They shine reliably for up to 100,000 hours and are suitable for all kind of solid state lighting applications.

It’s LEDs offer light designers and architects a new freedom of design due to their high flexibility. LEDs have minimal dimensions, a small mounting depth and are so versatile that they can be used to

Visible LEDs at a Glance Product name

Brightness and Input Power

Product family

Brightness for ultra white (lm)

Wattage (W)

Grouping current (mA)

Golden Dragon plus

L** W5AM

82-130

350 mA

Golden Dragon oval plus

L** W5PM

82-112

350 mA

Oslon SSL

L** CP7P

90-120

350 mA

Advanced Power Topled plus

L** G5GP

up to 39 (typ.)

0,5

100 mA

Power Topled

L** E6SG

depending on type

0,1

30 mA

Multiled

diff. versions (e.g. L*** GFTG)

depending on type

0,21

20 mA

OLED

CDW-031

20-23

Besides LEDs and the Orbeos OLED panel, OSRAM Opto Semiconductors is also offering a broad range of IR Lighting products for applications like CCTV cameras and IR Illumination.

OSRAM Opto Semiconductors introduced the first commercially available OLED panel called Orbeos. Orbeos is an extremely lowprofile, lightweight, warm-white and non-glare light source. Its main areas of application are in designer luminairs, decorative and functional lighting.

Please ask your Arrow representative for further information.

Solid State Lighting – LED Selection Guide Applications

Golden Dragon plus

Golden Dragon oval plus

Oslon

Advanced Power Topled plus

Power Topled

Multiled

General Ilumination

•

Architectural Lighting

•

Channel letters

•

Backlighting

•

Downlight

•

Spotlight

OLED •

Decoration / Mood

•

Display Cabinet

•

Shelf lighting

•

Advertisment

•

Street

•

Tunnel

•

Parking Area

•

Public Area

•

Pendant Light

•

Tasklight

•

Machine Vision

•

Emergency

•

Main white LEDs for SSL Applications

Oslon SSL

ultra white, CRI 70

•

white, CRI 80

Golden Dragon plus

Golden Dragon oval plus

•

warm white, CRI 80

•

Current (mA)

350 mA – 1000 mA

Lens Type

silicone

Viewing angle

80°

170°

horiz. 120° / vert. 70°

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www.osram-os.com

High-Power LED High Power LEDs from OSRAM Opto Semiconductors are highly efficient light sources for various different indoor and outdoor lighting a pplications.

Architainment / Hospitality

Shop lighting

Available in a broad range of colour temperatures plus an extensive choice of different colours, OSRAM High Power LEDs are the perfect solution for colour changing and mixing applications.

OSRAM High Power LEDs in warm white (CRI > 80) and high colour saturation are crucial for indoor light and shop lighting.

Office lighting

Home lighting

OSRAM High Power LEDs with different viewing angles (80° to 170°) are designed to maximise the system efficacy.

With high efficiencies of 100 lm/W and more, OSRAM High Power LEDs are ideally suited for energy saving applications.

Street lighting

Industrial lighting

Solutions with OSRAM High Power LEDs, especially Golden Dragon Plus and Golden Dragon oval plus, meet global street lighting illumination standards well

OSRAM High Power LEDs can have an exceptional lifetime of up to 100,000 hours, depending on its operating conditions.

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www.osram-os.com

High-Power LED Benefits of OSRAM High Power LEDs in outdoor applications: Energy saving Maintenance cost saving No light pollution Reduced glare and improved visibility Improved sense of security Evenly lit roads and sidewalks

LED street light 120 W

Green trees by better CRI

120 W

Good visibility with white LED lamp

Standard HPS luminaire 250 W

High Pressure Sodium lamp

250 W

Higher Eav, but low visibility

Connecting Intelligence

www.arroweurope.com/lighting

www.osram.de/led

New Methods of Lighting It is easy with the sophisticated and ready-to-connect LED systems from OSRAM to apply professional lighting solutions for general illumination. Enter the new world of LED lighting technology together with Arrow Electronics and OSRAM and make an easy transition to a LED solution that is safe, compliant and of high value qualitatively with a minimum effort of design-in over an extremely short time. This is made possible with OSRAM’s flexible high-flux LED module and its comprehensive system accessories for almost all lighting needs.

LINEARlight DRAGON LD06B

DRAGONtape DT6

Features: Each board consists of 6 hi-flux GOLDEN DRAGON® LED with thinfilm technology Parallel connection of up to 6 modules (12 W version) or 9 modules (8 W version) with power feed in the centre to one OT75 Only parallel connection allowed Dimmable by pulse width modulation (PWM) with electronic controller OT DIM 2 lenses OP1x1 for flood and wallwashing available, see additional datasheet Up to 70,000 h lifetime

Features: Separable in units between 1-6 LED; easy separable by cutting after each LED subunit Electrical connection by soldering of wires UL94: V0 Up to 60,000 h lifetime

Applications: General lighting Downlighting Furniture lighting Architectural lighting

Applications: In-ground mounted luminaires Emergency/rescue signs Backlighting of diffusing glass and plastics Development of prototypes

LINEARlight Power Flex LF06P Features: Entire module consists of 120 LED LED grid: 23.3 m Smallest unit of 6 LED can be cut out at regular intervals without damaging the rest of the module Contact possible at the gable-end or the splitting point Linear LED strip on flexible printed circuit board with selfadhesive back Dimmable by pulse width modulation (PWM) Up to 60,000 h lifetime Applications: Edge-coupling of transparent or diffused materials Cove-lighting Linear illumination (e.g. handrails)

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www.osram.de/led

LINEARlight Flex XL LF05A

COINlight Advanced CA50

Features: Entire module consists of 495 LED Light emission vertical to the mounting surface Size of printed circuit board (L x W): 9900 mm x 8 mm x 3 mm Size of smallest unit (L x W): 100 mm x 8 mm Additional cutting possibilities by using the termination LF-2TERM Easy mounting by adhesive tape on isolated backside Easy connection with optional CONNECTsystem LF-xx Flex: Feeder LF-2PIN Flex, connector LF-CONN-10 Flex and LFCONN-150 Flex Dimmable by pulse width modulation (PWM) Only parallel connection allowed Up to 50,000 h lifetime

Features: Powered by Golden DRAGON® Plus Available in white, 3 colour temperatures High module efficacy (up to 47 lm/W for Ta = 25 °C / Tc = 60 °C with reduced power of 7 W during operation) Diameter of LED module: Ø 50 mm 36° viewing angle for wide flood Parallel connection of up to 10 modules with one OT75 Dimmable by pulse width modulation (PWM) Cable length 500 mm, cable Ø 1.6 mm/AWG 22 Up to 80,000 h lifetime (L70)

Applications: Edge-coupling of transparent or diffused materials Path illumination, contour accentuation Illuminated signs

Applications: Downlight Shop lighting Orientation and accent lighting

www.arroweurope.com/lighting

www.cree.com

Cree LED Product Portfolio Cree is leading the LED lighting revolution and setting the stage to obsolete the incandescent light bulb through the use of energy-efficient, environmentally friendly LED lighting. Cree is a market-leading innovator of lighting-class LEDs, LED lighting solutions, and semiconductor solutions for wireless and power applications. The product families include recessed LED down lights, lightingclass power LEDs, high-brightness LEDs, blue and green LED chips, power-switching devices and radio-frequency/wireless devices. Cree solutions are driving improvements in applications such as general illumination, backlighting, electronic signs and signals, variable-speed motors, and wireless communications. For additional product and company information, please refer to http://www.cree.com. For product comparisons, please go to http://pct.cree.com. To learn more about the LED Lighting Revolution, please visit http://www.creeledrevolution.com.

XPC

lm/$

XRC

MCE XRE

XPE XPG

Not all LEDs are lighting class LEDs Only lighting class LEDs have the light output, efficacy, quality of light and reliability to replace traditional light sources. Lighting-Class LEDs help to save energy, minimum requirements for lighting applications and avoide maintenance.

Cree EasyWhite™ Bins Simplify LED Design and Improve Color Consistency Prior to this innovation, customers had to manually mix multiple LED bins to achieve consistent color points. For many LED lighting applications, such as MR-16 light bulbs, color-mixing multiple LEDs was complex and undesirable. Based on customers’ requests for tighter color points, especially for warm and neutral white lighting applications, it is Crees goal to increase end-product color consistency for all lighting applications. EasyWhite bins reduce manufacturing complexity and inventory needs. Customers can now buy LEDs just like traditional light bulbs, by specifying CCT and light output. Available products: MC-E EZW and MPL EZW

High Power LEDs These are lighting class LEDs which intend to be used for general lighting. The standard driving current is 350 mA and up to 1500 mA. Target applications: Outdoor Lighting, Indoor Lighting, Bulb Retrofit, Portable (Torch), Decorative Lighting, Gaming, Entertainment (Theater & Stage), Gaming, Entertainment (Theater & Stage), Medical Dental, Appliance, Machine Vision, Transportation, Emergency Vehicle.

High Brightness LEDs These are used on the middle to low level lighting applications, such as video screen, backlight, signage or light tube. The driving current is up to 50 mA normally. Target Applications: Electronic Signs and Signals, Traffic Signals, Channel Letters & Sign Backlighting, Display Backlighting, Video Screens & Billboards, Gaming, Entertainment (Theater & Stage), White Light/LED Tube Light T8.

Eﬃcacy in lm/W

MPL EZW key features: Cree EasyWhite™ color temperatures – Reduces inventory, eliminates color binning. High lumen density, highest single device lumen output Optimizes LED system cost by reducing the number of LEDs & optics down to one Applications: Directional Lighting (Commercial & Residential), Bulb Retrofits (spotlights, low power omnidirectional) MC-E key features: Cree EasyWhite™ color temperatures – Reduces inventory, eliminates color binning. Individually addressable LED chips 4x the flux of XR-E in the same footprint and performance Optimizes LED system cost by reducing the number of LEDs & optics Applications: high end portable, compact directional (MR and PAR type), outdoor lighting XP key features: Small footprint device Symmetric design offers matching mechanical and optical center Compatible with optics for competitor devices – superior performance XPG efficacy up to 132 lm/W, max drive current 1500 mA, high lumen density Commercial version available (cost optimized for wide-scale application) Applications: general purpose lighting class device XR key features: Established platform – well documented long term performance Glass lens 90 degree viewing angle Applications: general purpose lighting and direct illumination

www.arroweurope.com/lighting

www.cree.com

Cree Xlamp LED Product Portfolio – White Single Die

Xlamp

XR-C

Footprint (mm) Max Current

XR-E

XP-C

XP-E

XP-E outdoor

7.0 x 9.0 500 mA

Up to 1000 mA

Multiple Die

XP-G

XP-G outdoor

3.45 x 3.45 500 mA

1000 mA

1500 mA

MX-6

MC-E

MC-E EZW

MPL EZW

6.5 x 5.0

7.0 x 9.0

13.15 x 12.15

350 mA

700 mA (per LED)

250 mA (per string)

Viewing Angle

90°

110°

115°

125°

120°

110°

125°

Cool White - flux

93.9 lm

114 lm

100 lm

122 lm

139 lm

122 lm

430 lm

typical CRI

binning

standard bins

ANSI bins

ANSI sub-bins

standard bins

EZW bin

Neutral White - flux

87.4 lm

100 lm

87.4 lm

107 lm

122 lm

130 lm

107 lm

370 lm

900 lm @150 mA per string

typical CRI

binning

ANSI bins

ANSI sub-bins

ANSI bins

ANSI sub-bins

ANSI bins

ANSI sub-bins

ANSI bins

EZW bin

Warm White - flux

73.9 lm

87.4 lm

80.6 lm

93.9 lm

107 lm

100 lm

320 lm

800 lm @150 mA per string

typical CRI

80+

binning

ANSI bins

ANSI sub-bins

ANSI bins

EZW bin

Cree Xlamp LED Product Portfolio – Color Single Die

XR-E

XP-C

Multiple Die

XLamp

XR-C

XP-E

Footprint (mm)

7.0 x 9.0

Max Current

Up to 700 mA

Up to 1000 mA

Up to 700 mA

Up to 1000 mA

Colors/ flux

Royal Blue 300 mW

Royal Blue 425 mW

Royal Blue 450-465

Royal Blue 425 mW

Blue 18.1 lm

Blue 30.6 lm

Blue 18.1 lm

Blue 30.6 lm

450 nm - 465 nm/520-533 nm

Green 51.7 lm

Green 67.2 lm

Green 73.9 lm

Green 100 lm

520 nm - 535 nm

Amber 39.8 lm

Amber 51.7 lm

Amber 62.0 lm

Red-Orange 39.8 lm

Red-Orange 56.8 lm

Red-Orange 73.9 lm

Red 39.8 lm

Red 45.7 lm

Red 56.8 lm

3.45 x 3.45

MC-E 7.0 x 9.0 700 mA per LED)

620 nm- 630 nm A1 (RGB CW) 5700 K - 7000 K CCT B1 (RGB NW) 3700 K -4300 K

www.arroweurope.com/lighting

www.everlight.com

High Power LEDs Everlight’s new advanced High-power LEDs are the good performers, delivering outstanding performance and exceptional power. It achieves its high light output due to professional grade materials and design. Whether your concern is size, good quality or performance, we have what you are looking for. Everlight products are backed by more than 26 years of engineering and materials expertise. For more information please visit our website www.everlight.com

Part Number

Color

Color Temp. (°K)

Dominant Wavelength λD (nm)

Max Current (mA)

Forward Voltage (V)

Tested Current (mA)

Luminous Flux (min. lm)

CRI Typ.

Viewing Angle (°)

Cool White

4745-7050

400

3.5

350

120

Markets

1 W Shuen series ELSH-F91C1

All

ELSH-F81N1

Neutral White

3710-4745

400

3.5

350

120

All

ELSH-F71M1

Warm White

2580-3710

400

3.5

350

120

All

ELSH-F41R1

Red

620~630

400

2.5

350

120

All

ELSH-F71G1

Green

520~535

400

3.5

350

120

All

ELSH-E61B1

Blue

450~470

400

3.5

350

120

All

1 W Shwo series ELSW-F91C1

Cool White

4745-7050

400

3.5

350

120

All

ELSW-F81N1

Neutral White

3710-4745

400

3.5

350

120

All

ELSW-F71M1

Warm White

2580-3710

400

3.5

350

120

All

ELSW-F41R1

Red

620~630

400

2.5

350

120

All

ELSW-F71G1

Green

520~535

400

3.5

350

120

All

ELSW-E61B1

Blue

450~470

400

3.5

350

120

All

3 W Shwo series ELSW-J71C3

Cool White

4745-7050

750

3.5

700

160

130

All

ELSW-J71C3

Neutral White

3710-4745

750

3.5

700

160

130

All

ELSW-J21M3

Warm White

2580-3710

750

3.5

700

120

130

All

5 W Yi series ELYI-K72C5

Cool White

4745-7050

800

7.0

700

375

105

All

ELYI-K72C5

Neutral White

3710-4745

800

7.0

700

375

105

All

ELYI-K42M5

Warm White

2580-3710

800

7.0

700

325

105

All

10 W Tsan series ELTS-P72C6

Cool White

4745-7050

1200

10.0

1050

850

135

All

ELTS-P72C6

Neutral White

3710-4745

1200

10.0

1050

850

135

All

ELTS-N82M5

Warm White

2580-3710

1200

10.0

1050

625

135

All

3020 series GT3020/Q2C-B5063

Cool White

5000-6300

3.3

6.2

120

All

GT3020/Q2C-B4556

Neutral White

4500-5600

3.3

6.2

120

All

GT3020/Q2C-B2832

Warm White

2850-3250

3.3

6.2

120

All

Cool White

5000-6300

3.3

6.8

120

All

3528 series GT3528/Q2C-B5063 GT3528/Q2C-B4556

Neutral White

4500-5600

3.3

6.8

120

All

GT3528/Q2C-B2832

Warm White

2850-3250

3.3

6.8

120

All

5050 series GT5050/Q2C-B5063

Cool White

5000-6300

30 x 3

3.3

20 x 3

17.0

120

All

GT5050/Q2C-B4556

Neutral White

4500-5600

30 x 3

3.3

20 x 3

17.0

120

All

GT5050/Q2C-B2832

Warm White

2850-3250

30 x 3

3.3

20 x 3

17.0

120

All

All = Back Lighting, Consumer Lighting, Flashlight, General Lighting, Transportation, Signage

www.arroweurope.com/lighting

www.ledil.com

Optical Lenses and Reflectors The idea of optics is to direct the light where it is needed. Optical lenses and reflectors offer solutions that are not possible with LEDs only. LEDiL products cover over 450 standard lens and reflector solutions, enabling an almost unlimited range of possibilities for indoor and outdoor applications.

Why LEDiL optics? Visually pleasing products High optical efficiency, mostly between 85 – 95 % Distribute world wide and contact with Arrow Prompt deliveries and high-level customer service Competitive pricing

Examples of applications: Indoor applications

Outdoor applications

Down lights Emergency lights Lobby lighting Kitchen lighting Living room lighting Bathroom lighting Torch lights Mood lights Decorative lights Architectural lighting Reading and task lights

Street lighting Architectural lighting Automotive lighting Park lighting Public lighting

Strada-C Strada-C( /-C2) product series is especially designed to meet the street lighting requirements of the future. The beam pattern is uniform batwing and extremely wide. The beam angle is from ±48 to ±68 degrees, depending on the light source. Lenses are available for Osram, Cree, Nichia, Luxeon and Sharp LEDs. Heidi Heidi lens series is a new product series for Osram Oslon, Cree XP-E, Luxeon Rebel and Nichia 119 LEDs. There are 4 beam types available: diffuser, medium, oval and wide. The lens foot can be covered with resin without losses in optical efficiency (fully sealed construction of luminaire possible). Lisa2 Perhaps the smallest high quality lens with holder yet. Lisa2 product series is brand new and extremely tiny. The diameter is only 9.9 mm and there are 3 different beam types available: spot, medium and wide. Lenses are available for Osram, Cree, Nichia, Luxeon and Sharp LEDs.

Supported LED manufacturers: Cree Osram Sharp Everlight

Product examples: Lens diameters from 9.9 mm to 210 mm

Nichia Luxeon Seoul Semiconductor Samsung Luminus Bridgelux CitizenLedEngin Intematix

Tuija-3 Tuija-3 series is a MR16 (50 mm) sized lens, which is ideal for many applications where the lens needs to be sunk, for example, to the ceiling. Three different beam types: spot, medium and wide. Lenses are available for newest Osram, Cree, Luxeon and Sharp LEDs.

Samples: For price and sample inquiries, please contact your local Arrow office. For technical information and test kits, please visit http://www.ledil.com or contact engineering@ledil.com.

www.arroweurope.com/lighting

www.carclo-optics.com

Standard and Specialized Optics Carclo Technical Plastics designs, manufactures and markets standard and specialized optics that are used for efficient management of LED light. As the oldest manufacturer of plastics optics in the world, Carclo today supports the global solid-state lighting industry through a unique network of plants, warehousing facilities and distributors located in Europe, the Americas, and in China. Available in many sizes and styles (see table below), Carclo´s products enable the efficient use of LEDs in existing and new applications. For additional information please contact the local Arrow office or visit www.carclo-optics.com

10 mm optics & Arrays

20 mm optics & Holders

26,5 mm Optics & Holders

Bubble Optics (Wide area)

Side Emitting optics

Continuous Strip optic

Avago Aveon

•

Jade

•

Moonstone

•

Moonstone RGB

•

XR-C

•

XR-E

•

XP-C

•

XP-E

•

XP-G

•

MC-E

•

MC-RGBW

•

MX-6

•

Dragon

•

Dragon Plus

•

Oslon

•

Ostar

•

Cree

Everlight Shuen Osram

www.arroweurope.com/lighting

www.fairchildsemi.com

Primary Side Regulated PWM Controllers Offering constant current and constant voltage features, Fairchild’s FAN10x series primary side regulated PWM controllers significantly simplify power supply designs which require CV and CC regulation. The FAN10x family controls the output voltage and current precisely with the information in the primary side of the power supply, not only removing the output current sensing loss, but eliminating all secondary feedback circuitry. The newer FAN103 and FSEZ1307/1317 have a high voltage startup circuit and internal op-amp compensation, additionally removing the need for around 6 external components. Further, the standby power achievable using these devices is extremely low at less than 30 mW. They operate at 50 kHz, simultaneously reducing the overall transformer size and keeping the switching losses low. The FSEZ1307/1317 contain the FAN103 controller and a 700 V MOSFET integrated into a standard SO8 package. Compared with a conventional secondary-side regulation approach, the FAN10x family can reduce total cost, component count, size, and weight; while simultaneously increasing efficiency, productivity, and system reliability. Additional information: www.fairchildsemi.com

Application diagram FSEZ1317

Article

fsw

CC accuracy

CV accuracy

MOSFET

Package

FAN102

42 kHz

±7%

±5%

None

SO-8

FAN103

50 kHz

±5%

None

SO-8

FSEZ1206

42 kHz

±7%

±5%

600 V / 1 A

SO-8

FSEZ1307

50 kHz

±5%

700 V / 0.5 A

SO-8

FSEZ1317

50 kHz

±5%

700 V / 1 A

SO-8

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www.fairchildsemi.com

Integrated PFC and Quasi-Resonant Flyback Controller The FAN6921 contains a boundary conduction mode (BCM) power factor correction (PFC) controller combined with a quasi-resonant flyback controller. As lighting solutions above 25 W require both PFC and high efficiency, this combination is ideal for lighting solutions from 25 W up to 90 W, for example low power street lighting. Both constant voltage and constant current output designs are possible. For a constant voltage design running with an European input voltage, the four point average efficiency for a 90 W/19 V power supply is over 90 %, with the full load efficiency being around 91 %. Even at 22.5 W, the efficiency is over 90 %, which is a large achievement for a small flyback converter. The standby power for this application is around 200 mW. The device has all the required protection features of a modern PWM controller, including brownout, open-loop, over-temperature and over-current protection.

Application diagram FAN6921

Additional information: www.fairchildsemi.com Article

fsw

PFC Mode

PWM Mode

Protections

Package

FAN6921

~ 50 kHz

BCM

OCP, OLP, OTP, VDD OVP, OVP, Brown out

SO-16

Efficiency versus Output Power VAC input

22.5 W (25 %)

45 W (50 %)

67.5 W (75 %)

90 W (100 %)

90 V / 60 Hz

88.9 %

89.5 %

89.4 %

88.7 %

115 V / 60 Hz

90.6 %

90.1 %

90.3 %

89.8 %

230 V / 50 Hz

90.2 %

89.6 %

90.6 %

91.0 %

264 V / 50 Hz

90.2 %

89.2 %

90.6 %

91.1 %

Input Power

VAC input

with output Power 0 mW

with output power 250 mW

115 V/60 Hz

162 mW

475 mW

230 V/50 Hz

186 mW

264 V/50 Hz

202 mW

493 mW

www.arroweurope.com/lighting

www.fairchildsemi.com

Power Switch for LLC Resonant Converters For lighting solutions in the range 70 W to 450 W, the FSFR series of LLC resonant converters offers high efficiency (typically in the range of 95 %) and has low EMI. The FSFR series integrates an analog half-bridge resonant controller and two 600 V fast-recovery MOSFETs in a half bridge configuration into a small (26 mm x 10.5 mm x 3.2 mm) SIP9 package. No heatsink is usually needed on the FSFR2100 for power ratings up to 200 W. The device has a full set of protection features including abnormal overcurrent protection, overvoltage protection, overload protection and thermal shutdown.

An innovative PFM mode ensures that power supplies using the FSFR2100 can operate efficiently and effectively over the full load range. The FSFR2100 can even be switched off with an external ON/OFF signal if required. The device will function up to 300 kHz, and supports a simple soft start procedure which is needed for resonant converters. Fairchild Semiconductor also offers a reference design for a 200 W LED street lighting ballast, shown below. Additional information: www.fairchildsemi.com

2-pin connector for dim-function using PWM signal ~ 200 Hz

PFC-Stage using FAN6961

Resonant-ConverterStage using FSFR2100

Device

6 channel Constant-Current-Stage using SG6859A

POUT

MOSFET

Type

Package

Part No

Without Heatsink

With Heatsink

RDS(ON)

3chip 1pkg (integration)

9SIP

FSFR2100

200 W

450 W

0.38 Ω

600 V

FSFR2100U/US

180 W

400 W

0.51 Ω

500 V

FSFR2000

160 W

350 W

0.67 Ω

500 V

FSFR1900

140 W

300 W

0.85 Ω

500 V

FSFR1800/US

120 W

260 W

0.95 Ω

500 V

FSFR1700/US

100 W

200 W

1.25 Ω

500 V

FAN7621/S

Up to 600 W

Controller alone

16DIP

www.arroweurope.com/lighting

External MOSFET

www.lightechinc.com

LED Driver modules Offering the largest range of LED Driver modules, Lightech powers the global lighting industry – reliably, efficiently and innovatively. Lightech’s product portfolio includes constant current and constant voltage drivers; non-dimming and dimming drivers; phase-control, trailing edge or 1 to 10 V dimming; and various application specific products, especially for the signage market.

Constant Current Converters Product Code

Description

IP rating

# of LEDs (white)

Connection

Dimensions (mm)

901001350

1 W 350 mA

Leads

32 x 34 x 25

901002500

2 W 500 mA

Leads

32 x 34 x 25

901004350

4 W 350 mA

1 to 3

Leads

45 x 45 x 25

901006351

6 W 350 mA

1 to 4

Leads

45 x 45 x 25

901006501

6 W 500 mA

1 to 3

Leads

45 x 45 x 25

901006701

6 W 700 mA

1 to 2

Leads

45 x 45 x 25

901010350

10 W 350 mA

1 to 8

Terminal Blocks

27 x 40 x 100

901010350P

10 W 350 mA

1 to 8

Leads

23 x 40 x 81

901010350PLES

10 W 350 mA

1 to 8

Silver EU plug In

33 x 38 x 80

901010700

10 W 700 mA

1 to 4

Terminal Blocks

27 x 40 x 100

901010700P

10 W 700 mA

1 to 4

Leads

23 x 40 x 81

901018350P

18 W 350 mA

4 to 12 (Minimum 4 leds)

Leads

30.5 x 40 x 133

901018351P240DL

18 W 350 mA 1-10 V

Dimmable 4-12 (Minimum 4 leds)

Leads

30.5 x 40 x 133

901018700N

18 W 700 mA

1 to 6

Terminal Blocks

32 x 45 x 158

901018700NP

18 W 700 mA

1 to 6

Leads

30.5 x 40 x 133

901036700P

36 W 700 mA

4 to 12 (or 8-24 350 mA)

Leads

30.5 x 40 x 133

901036701PE240TPDL

36 W 700 mA 1-10 V

(Dimmable 36 W 700 mA 1-10 volt driver)

Leads

30.5 x 40 x 133

Constant Voltage Converters

Product Code

Description

IP rating

Information

Connection

Dimensions (mm)

901010012

10 W 12 V

Terminal Blocks

27 x 40 x 100

901010012P

10 W 12 V

Leads

23 x 40 x 81

901025012

25 W 12 V

Terminal Blocks

30 x 43 x 157

901025012P

25 W 12 V

Now also available in White

Leads

30.5 x 40 x 133

901060012P

60 W 12 V

Now also available in White

Leads

198 x 44 x 40

901060024P

60 W 24 V

Now also available in White

Leads

198 x 44 x 40

901100008P

100 W 8 V

Now also available in White

Leads

230 x 65 x 42

901100012P

100 W 12 V

Now also available in White

Leads

230 x 65 x 42

901100024P

100 W 24 V

Now also available in White

Leads

230 x 65 x 42

901100048P

100 W 48 V

Leads

230 x 65 x 42

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ASSURE HIGHLY RELIABLE LOW MAINTENANCE OUTDOOR LED LIGHTING

LITTELFUSE LED RELIABILITY DEVICES HELP YOU DELIVER Littelfuse PLED devices offer a switching feature that bypasses failed LEDs to enable other LEDs within the string to function

Littelfuse PLED series devices offer features that increase protection and extend the useful life of LED lighting designs In applications where high reliability is at a premium and maintenance difficult, Littelfuse PLED devices will help withstand outdoor environment conditions that often damage sensitive electronics. In addition to ESD, lighting and reverse connection protection functions, PLED devices bypass failed LEDs and allow the rest of the string to light. This in turn helps to extend the time periods when LED circuit replacement is required. For addition information, please visit www.littelfuse.com/PLED

www.bourns.com

LED Lighting Solutions from Bourns The explosion in LED lighting usage is plain to see all around us from kitchen recessed lighting to the latest LED backlights in LCD TV sets. This is driven partly by environmental concerns forcing consumers and businesses to reexamine their energy expenses.

SMA

Application concerns Controlling the Current LED drivers can be either linear or switching current supplies. Generally, LED applications require a shielded inductor as they require fewer turns to achieve a specific inductance. This results in lower DC resistance. Less DC resistance is required for low energy consumption. Current Sense resistors provide the feedback necessary to the current regulation controller to monitor and limit the current fed to the LED diode string.

CD1005 Overtemperature LEDs are very sensitive to heat. The PN junction should not be allowed to reach temperatures greater than 85 ˚C to ensure normal operating lifetimes and as high reliability as possible. Polymer PTC thermistors limit current and react to increases in temperature by changing from a low to a high resistance state. Surge and ESD The mechanical housing for the placement of LED diodes can expose the device package to the outside world where overvoltage transients can be applied. These transients can damage the LEDs or the downstream circuitry. To avoid damage, use protection devices that meet IEC 61000-4-2, IEC 61000-4-4, IEC 61000-4-5 standards.

SRU1048

CRA2515

CD1005-B0520

LED Driver CRA2512-FZ-R017ELF

MF-MSMF075 SMAJ60CA

15 µF

SRU1048-3R3Y

SMAJ10A

VDC in

15 µF PWR263

CRM2512-FX-R820ELF MF-MSMF

www.arroweurope.com/lighting

www.bourns.com

Components TVS Diode The SMAJxxCA series can provide voltage signal clamping and protection against ESD, EFT and Surge transients applied within the circuitry.

Power Resistor The PWR263S-20 series are SMD resistors in D2PAK casings with very low inductance and high power ratings. They can be used with linear current regulators to limit the current especially in high luminosity LEDs which consume a lot of current. These resistors do not exhibit high surface temperatures.

Surface Temperature (˚C)

Current Sense Resistor The CRA2512 series are current sense resistors in standard 2512 chip sizes with a high power density (3 W) and low TCR (75 PPM).

120

PPTC The MF-MSMF075 Multifuse® Polymer PTC provides the overcurrent and overtemperature protection.

100 80 60 40 20

0.5

1.0

1.5

2.0

2.5

3.0

Power (W)

Inductor The SRU1048 series offers high current handling and low DC resistance in a compact form factor. Today, Bourns offers 23 models of this octagonal shaped shielded inductor in different sizes. To increase flexibility of design, each size has up to four models which can be used for the same pad layout. Due to the new ferrite material used in these octagonal power inductors, the DCR is lower and the current is higher compared to other older models of the same size.

Shielded

SRU20xx

SRU30xx

SRU50xx

SRU60xx

SRU80xx

SRU10xx

Product Size

2.8 mm octagonal

3.3 mm octagonal

5 mm octagonal

6.2 mm octagonal

8.2 mm octagonal

10 mm octagonal

Product Range

0.9, 1.1, 1.3 and 1.6 mm body height

0.9, 1.1, 1.4, 1.7 and 2.8 mm body height

1.1, 1.6, 1.8 and 2.8 mm body height

1.1, 1.3, 1.8 and 2.5 mm body height

2.8 and 4.3 mm body height

2.8, 3.8, 4.8 and 6.3 mm body height

Inductance Range

1 μH to 10 μH

1 μH to 100 μH

1 μH to 220 μH

2.2 μH to 100 μH

0.8 μH to 330 μH

Current Range

0.15 A to 1.6 A

0.19 A to 1.85 A

0.19 A to 3.5 A

0.24 A to 3.5 A

0.75 A to 5.5 A

0.55 A to 10 A

Design Kit Available

yes

Preferred Models RoHS Compliant*

yes

x x

yes

*RoHS Directive 2002/95/EC Jan 27 2003 including Annex.

www.arroweurope.com/lighting

www.tycoelectronics.com

AC Mains LED Lighting Protection Avago’s precision optical performance LEDs provide superior light output for excellent readability in sunlight and are extremely stable in light output performance over a very long period of time. New thermally enhanced Metal Oxide Varistors (MOVs) help protect a wide variety of low-power systems against damage caused by overcurrent, overtemperature and overvoltage faults, including lightning strikes, electrostatic discharge (ESD) surges, loss of neutral, incorrect input voltage and power induction. These devices help provide protection of AC mains LED lighting systems as shown in figure 1.

AC/DC Converter for LED Lighting 24 VDC

AC 2Pro Device

Input voltage: 85 VAC to 265 VAC OV/OC/OT Protection

PWM Controller

Feedback loop

D8 Output Power around 10 W

AC 2Pro Device 150 mA Hold Current: • At 120 VAC Input - Power Supplies up to ~ 5 Watts • At 220 VAC Input - Power Supplies up to ~ 10 Watts

Figure 1. Typical lighting application utilizing an AC 2Pro device for low power AC/DC flybackconverter protection.

Integrated Device Helps Reduce Component Count

How It Works

Under normal operating conditions the AC line voltage applied to an MOV is not expected to exceed the device’s maximum AC root mean voltage (VAC RMS) rating and, provided that the transient energy does not exceed the MOV’s maximum rating, short-duration transient events are clamped to a suitable voltage level. However, a sustained abnormal overvoltage/limited current condition, such as a loss of neutral, may cause the MOV to go into thermal runaway. Protecting the MOV from thermal overheating is frequently accomplished with a thermal cut-off (TCO) device, placed in series with the MOV. A typical line voltage transient protection scheme may also incorporate an overcurrent protection element, such as a fuse, to protect the system from damage caused by an overcurrent overload that exceeds a predetermined level.

Although the AC line voltage applied to an MOV is not generally expected to exceed the device’s maximum continuous operating voltage rating, overvoltage transients may occur that exceed these limits. By integrating PPTC technology with the MOV, the 2Pro device improves overcurrent and thermal protection under conditions where the MOV is exposed to prolonged continuous overvoltage events. In the event of an overvoltage transient, such as a loss of neutral event shown in figure 2, the PPTC element of the 2Pro device heats up, trips and goes into a high resistance state, helping to reduce the risk of MOV device failure.

Tyco Electronics’ AC 2Pro™ Tyco Electronics’ AC 2Pro™ device combines a polymeric positive temperature coefficient (PPTC) with an MOV component into one thermally protected device to help provide resettability in case of overcurrent or overvoltage events. This integrated-device approach was developed to help manufacturers meet industry requirements, such as IEC61000-4-5 and IEC60950. Standard unprotected MOVs are typically rated to 275 VAC RMS for a universal input voltage range. In a loss of neutral condition they can overheat with negative consequences, even if a fuse or power resistor is used upstream. The AC 2Pro device’s PPTC element helps prevent thermal runaway, maintaining varistor surface temperature at less than 150 °C, and preventing the device from reaching unsafe temperatures caused by overvoltage transients.

Figure 2. Typical 2Pro LVM2P-015R10431 device response to loss of neutral event.

www.arroweurope.com/lighting

www.industrial.panasonic.com/eu

Components for LED lighting solutions A thermal solution is essential for LED lighting applications to enable a long lifetime, high luminance efficiency and equality of brightness. With the PGS (Pyrolytic Highly Oriented Graphite Sheet), Panasonic Industrial offers an ideal solution to fulfil these requirements for LED lighting devices. The two main functions of PGS are: Thermal transfer The PGS is acting as a heat pipe transferring the heat energy from the heat source to the heat sink, which allows a design positioning the heat sink not directly at the heat source Thermal interface The PGS is improving the efficiency of the heat sink and achieves a hot-spot reduction and allows to spread out the heat energy. This improves the reliability of the semiconductor that produces the heat Example for a cooling solution of LED lamp with PGS: Heat Spreading Board (Aluminum) LED PGS Graphite Sheet

The PGS is made of graphite with a structure that is close to a single crystal combining high thermal conductivity with a thin and low weight structure.

PCB mounting LED (FR4)

Its special characteristics ar high thermal conductivity (7001750 W/mK), thin film (17-100 µm), light weight (1-2 g/cm3) and high flexibility in bending and shaping.

Additional Information: http://www.industrial.panasonic.com/ww/i_e/00000/led_solution_e/ led_solution_e.html

Panasonic Industrial´s components for LED lighting applications Product

Series

Datasheet

Pyrolytic Highly Oriented Graphite Sheet

EYG

http://www.industrial.panasonic.com/www-data/pdf/AYA0000/AYA0000CE2.pdf

EZJZ EZJP

http://www.industrial.panasonic.com/www-data/pdf/AWC0000/AWC0000CE2.pdf

Multilayer Thermistor

ERTJ

http://www.industrial.panasonic.com/www-data/pdf/AUA0000/AUA0000CE1.pdf

Surge Absorber

Disc

http://www.industrial.panasonic.com/www-data/pdf/AWA0000/AWA0000CE2.pdf

SMD

http://www.industrial.panasonic.com/www-data/pdf/AWA0000/AWA0000CE3.pdf

Film Capacitor

ECWF(A) ECQE(H) ECQE(B) ECQUL ECQUG ECWU(C) ECWU(X)

http://www.industrial.panasonic.com/www-ctlg/ctlg/qABD0000_EU.html

Multilayer Varistor

Shunt Resistor

http://www.industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE3.pdf ERJ

http://www.industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE7.pdf

High Power Resistor Wide Terminal Type

ERJA ERJB

http://www.industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE23.pdf

High Power & Anti-Surge Resistor

ERJP ERJT

http://www.industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE4.pdf

SMD Power Choke Coils

ETQ ELL

THT Chokes

http://www.industrial.panasonic.com/www-ctlg/ctlg/qAGM0000_EU.html http://www.industrial.panasonic.com/www-ctlg/ctlg/qAGL0000_EU.html http://www.industrial.panasonic.com/www-data/pdf/AGB0000/AGB0000CE2.pdf

ELC

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http://www.industrial.panasonic.com/www-data/pdf/AGB0000/AGB0000CE10.pdf

www.epcos.com

Wide Range of Components for LED Applications Applications for LEDs range from simple solutions such as conventional single diode indicators to high-performance 100 W LED streetlights. EPCOS and TDK-EPC, respectively, supply all passive components required for existing and new LED applications. The product portfolio ranges from varistor devices for input protection to output capacitors – optimised for automotive, consumer and industrial applications. The table below shows a selection of components suitable for 230 VAC applications (equivalent 110 VAC versions are also available).

Components

6-10 W LED

Multichannel LED Light

Streetlight 100 W

Varistors

S07,S10,S14 K275/K300 for UL1449 Ed. 3 MP Series with K1 ending

S10,S14 K275/K300 for UL1449 Ed. 3 MP Series with K1 ending

EMI Chokes

B82720K B82730U.. B82791G/H… B78108...

B82720K.. B82721 B82722 B82723 B82724 B82725 B8276 B82730U.. B82791G/H… B82731H/M B82732R/W B82734R/W B82732F (for common and differential mode) B82733F (for common and differential mode)

B82731H/M B82732R/W B82734R/W B82732F (for common and differential mode) B82733F (for common and differential mode)

Ferrites

EFD 16 N87

ETD 29

E12/16/20/25/30/32

X2 Caps

B32921, B32922, B32923, B32924, B32926

Y2 Film caps

B32021, B32022, B32023, B32024, B32026

Y2 Ceramic Caps TDK

CS Series

PTC Inrush Current Limiters

B5975*

Inductors

SIMID 1210 … 2220 B82422T/H B82432A/C/T B82442A/H/T

40 W LED Driver for FL replacement

E12/16/20/25/30/32 EFD 25 ETD 29

Power Inductors B82462A2/A4/G2/G4 B82464A2/A4/G2/G4/P4/Z4 B82471A1/B1 B82472G4/G6/P6 B82473A1/M1 B82475A1/M1 B82476A1/B1 B82477D4/G2/G4 B82477P4/P2 B82479A1/G1 Output cap Aluminum

LED Temperature Protection

B41858 B41888 B41890

B599*0..

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www.fastrongroup.com

Energy-Efficient Inductors from Fastron The requirements of electronics developers in terms of energyefficient and cost-effective inductors for lighting applications have become more demanding. LEDs, high-pressure gas discharge lamps, fluorescent, tubular and halogen lamps, xenon and krypton luminaires: all require individual power supplies if they are to do “visible” justice to the efficiency that is characteristic of them.

Preferred Parts for Lighting SMCC HACC HBCC

VHBCC

Fastron, one of the leading manufacturers of single inductors, is constantly extending its product range for applications of these types. Fastron’s Ferrite core and iron-powder core chokes with copper wire wound coils typically have low resistance levels, resulting in extremely low heat emissions. In terms of core shape, rod or drum cores are used. Using wired cores or self-supporting constructions (where the winding wire is also the connecting wire) through to SMT designs, coils can be economically manufactured in incremental inductances (with L values up to the mH range). Single-layer coils wound under controlled conditions ensure best protection against high surge impuls voltages.

HBCC XHBCC L ASC MISC MESC MSSC

MESC

SMSC 77A 3RCC 4RCC 5RCC 6RCC

Using core materials with special magnetic properties, varying attenuation and saturation characteristics can be obtained, such as: Maximum attenuation in a given frequency range Directly related to inductance, magnetic DC saturation with, e.g., an upper and lower saturation curve A saturation curve specific to a given ambient temperature

07P 07P/F 09P 09P/F 07HCP 09P

Inductors can be found in the following sub-circuits of lighting power supplies: In the input stage as AC/DC filter chokes Smoothing choke after the rectifier and filter circuitry C Filter choke after switching transistors Storage chokes, either shielded or non-shielded, ensure smoothly filtered voltage in switch-mode converters of various energy-efficient circuit topologies Single-layer wound protection chokes use their specific low resistances to eliminate potential surge-transients (dU/dT) up to the kV range Ballast device interfaces used for external dimmer or bus connections On expensive luminaires, chokes are used for radio interference suppression of the starting current load frequency Inductors are used here specifically in the saturation range to serve as current limiter On the Power-Input Lines, the Ferrite-Bead Choke act as an Impedance (Z) over a wide frequency range, reducing conducted emissions in accordance with EMC Requirements

PISG SPISG PISL PISM SPISM PISN PISR PISM

PIST PIS2408 PIS2416 PIS2812 PIS2816 PIS4720 PIS4728 BEAD/4 BEAD/8

PIS4728 Fastron inductors are certified to ISO 14001 ISO 9001 ISO/ TS 16949

11P

BEAD/10 SMB/001 SMB/002

All our products are RoHS compliant

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Lighting the way forward

AVX delivers key components for SSL lighting interconnection | input/output capacitors | transient protection | EMI filtering Interconnection

Power Conversion Block

Driver Circuit

Board-to-Board and Wire-to-Board connectors deliver long term reliability, process repeatability and reparability in a miniature package size.

• Low ESR capacitors for energy harvesting

Broadband EMI filters in LC T configuration: -30dB attenuation across 300MHz RF spectrum width; Options for filtering from 50-1800MHz; Up to 5A current handling (1206) or 2A (0805).

BTB: Single sided SMT; 5 Amp current rating; 5.5mm mated width WTB: IDC contact provides a gas-tight connection; Positive strain relief; Lower total applied cost than solder or crimp processes; Tested to automotive levels for shock, vibration & temperature cycling; Low and high volume assembly tools.

• TransGuard Zinc Oxide TVS varistors provide transient protection - available in DC, AC and Automotive load dump ratings ®

• Input Capacitor options: Film, Ceramic, Tantalum, Niobium Oxide (OxiCap®), Supercap.

LED Configuration TransGuard® Zinc Oxide TVS varistors protect the LED configuration: Bi-directional protection; Fast turn on time; Off state EMI filtering; Ultra low leakage.

For more information, contact us: Tel: +44 1252 770000 | E-mail: info@avxeur.com

w w w. a v x . c o m

Output capacitor options include Tantalum, Niobium Oxide (OxiCap®), Ceramic, Film, Low piezoelectric noise. OxiCap® capacitors have become the default choice in circuits with operating voltage of under 10V offering noiseless, high-reliability performance.

www.ttelectronics.de

Resistors for Lighting Applications Increasing safety standards and the growing trend towards more efficient lighting methods have greatly increased the complexity of lighting circuits and placed new stresses upon components.

In a market where customers demand low prices, small physical size, plus the latest safety standards, designers are faced with a difficult task. TT electronics has worked closely with lighting designers and manufacturers to make this task easier. TT electronics can provide not only standard Metal Film/Oxide and Wirewound resistors, for general non-critical circuitry, but also fusible resistors for circuit protection a pulse withstand resistors capable of withstanding the high surges present during tube start up or strike. TT electronics can also design and manufacture custom resistors to meet specific circuit requirements. Applications are not limited to fluorescent light ballast circuits, TT electronics can provide resistors for use in any lighting application.

Products by application: EMI-filter Power Wirewound Resistors – WP-S Series Pulse Withstanding Fusible Flameproof Metal Film Resistors – EMC Series Fast Fusible Metal Film Resistors – WFF Series Power Factor Control Flameproof Power Metal Film Resistors – MFP-Series Precision Surface Mount Resistor – PCF Series Output / Fault Monitoring High Voltage Thick film Resistors – VRW Series General Purpose Ceramic Case Resistors – Wirewound / Metal Oxide – SQP Series Others Low Value Flat Chip Resistor – LRC/LRF Series For further information please contact your local Arrow Branch Office.

Available technologies include: Metal Film Metal Oxide Wirewound Surface Mount Custom Leadforming

Thermal Solutions – Insulated Aluminum Substrates TT electronics is a leading designer and manufacturer of electronic components. As a result of our experience with power components, Anotherm™ substrates, an innovative method of addressing thermal problems was developed. Anotherm™ substrates consist of a highly thermally conductive aluminium alloy substrate, with a special anodized aluminium oxide electrically insulation layer chemically grown on the aluminium core. This high temperature anodized layer offers good electrical isolation and excellent thermal transfer. Screen-printed, solderable conductors are then applied to the board and fired at 600 °C. Anotherm™ substrates offer very high thermal conductivities with low thermal resistance from the die or chip to the substrate.

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This results in: Reduced operating temperature Higher operating power density Reduce or eliminate heat sinks Improved reliability and reduced failures due to thermally induced problem Lower assembly cost by eliminating attached heat sinks and mounting hardware.

www.fischerelektronik.de

Thermal Management Products Fischer Elektronik supplies a wide variety of heatsinks and other thermal management products for LED lighting applications. The offerings include standard as well as customized solutions to meet almost any design and/or mounting need. Individual LED or LED arrays can be cooled using appropriate heatsinks as required for each installation. Standard heatsinks, customized standard heatsinks as well as client-specific designs are available and feasible for every application. A wide range of existing extrusion profile heatsinks are available and in stock. Mechanical processing such as contour milling, the insertion of threaded holes, etc. is performed using the latest CNC machining facilities. This thus allows adaptations adapted to individual construction conditions as well as LED installations. The thermal aspects of heat transfers must also be borne in mind during the installation of the LED. Screw connections with thermal greases, glued connections with double-sided, heat-conducting adhesive film, thermal epoxy resin as well as bracket mounting are well proven options. Surface designs including various formations, grinding and polishing, surface treatments such as anodizing, paints and coatings, as well as imprints are all available from a single source. Appropriate housings such as aluminium extrusion profiles are also available as heatsinks with matching enclosures. Should you require further 足advice or more information on application-oriented thermal manage足 ment, our Fischer Product Professionals are always on hand to help.

Heatsinks and thermal foils for LED applications More than 100 different styles of extruded heatsink profiles available Lengths up to 1000 mm Surfaces black anodised, natural anodised or aluminium raw degreased Customised versions and special modifications on request

Star-shaped heatsink especially for LED applications, 8 different styles Lengths up to 1000 mm Surfaces black anodised, natural anodised or aluminium raw degreased Customised versions and special modifications on request

Square-pin heatsinks made of extruded aluminium rectangular style Available in 50 different sizes Suitable thermal pads for each size available Customised versions and special modifications on request

Pin heatsinks with round pins or domes especially for LED applications Rectangular or circular style Suitable thermal pads for each type and size available Customised versions and special modifications on request

Electrically isolating and electrically not-isolating thermal transfer foil Both sides adhesive Available as pads, reels or cutted suitable for ICK series heatsinks Customised versions and special modifications on request

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www.3m.com

3M Connectors – Simply Connected, for Reliable and Very Reasonable Solutions 3M Mini-Clamp and Power Clamp Connectors are designed to provide connection reliability and cost performance. They are suitable for many discrete wiring applications including LED lighting, signage, medical and others.

These products use the advantage of 3M’s IDC technology and are designed to provide a safe and reliable electrical connection. The connectors do not require any special tooling or pre-treatment of cables, and can be terminated using a standard pair of pliers. Benefits of the Mini-Clamp and Power Clamp products include: a simple installation process that does not create material debris or waste; a labour saving IDC termination process relative to traditional interconnect alternatives; ease of assembly for system building; and a design that provides for consistent quality and reliability. Features include semitransparent cover, colour-coded covers to allow for the proper wire usage, wire alignment and retention built into the cover all to allow for proper wire termination along with latches and polarization to allow for proper mating of the connectors.

3M Link Connectors Simplify Plug-in Connections and Bus Structures 3M Link Connectors are developed to meet the requirements of reliable interface applications and to enable T-Tab terminations as well as mid-cable terminations. The hermaphroditic design of the wire mount products reduces the number of components required for interconnections, and the proven IDC termination process enables easy field termination and reduces labour cost relative to traditional interconnect alternatives. The Link Connectors are suitable for conductor sizes of 18 and 20 AWG of discrete wires or flat ribbon cables. Features include colour-coded covers to allow for the proper wire usage, wire alignment and retention built into the cover as well as latches and polarization to allow for proper mating. Suitable flat cables with four conductors as well as various board mount connectors complete the Link Connector offerings.

Specialty Products for Thermal Management 3M™ offer a wide variety of specialty products for thermal management which address the critical issues with today’s electronics devices – the need to dissipate sizable amounts of heat being generated by IC packages or power transistors. Thermal interface materials include a broad range of high adhesion thin tapes with efficient thermal transfer for a wide range of applications requiring a thermal management solution as bonding heat sinks, heat spreaders and other cooling devices to IC packages, power transistors, and other heat generating components. The range of hyper-soft thermally conductive interface pads are derived from two classes of hybrid conductive and flame retardant materials, used to augment the heat dissipation effects of conventional heat sinks and other passive devices.

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www.molex.com

Turning bright ideas into innovative lighting Enjoying a long history of working with leaders in the lighting industry, Molex is fully committed to helping you realize innovative lighting solutions, while enhancing design flexibility and lowering costs. Our extensive portfolio of connectors and integrated products can solve your specific design-challenges.

Indoor and Outdoor Illumination

Displays and Signage

• Residential • Architectural • Industrial • Retail • Entertainment • Emergency • Safety

• Billboards • Scoreboards • Motorway • Channel Letter • Video • Industrial • Emergency

Transportation Lighting

Lighting Control

• Interior & Exterior • Safety & Emergency • Aesthetics & Comfort • High-Visibility

Multi-Drop Sealed Connector and Cable System Weather-proof – assembled system is fully sealed to IP66, IP67 ratings 50-cycle durability and retention studs offer strain relief Flexible, modular assembly design Cable-pierce technology allows for quick and easy field termination Lead-in chamfers on housings for blind mating

Passive-Safety Pole Connector Meets EN12767 for passive safety of road-side lighting and signage Ensures power will be safely disconnected on impact or within 0.4 seconds Integrated cover, retention wire and locking clip Connector and cable delivered pre-assembled with IP68-rating

Fine Grid Heat Pipe (FGHP) is a new cooling technology based on Molex’s own technology and in-house manufacturing processes for super fine-pitch etching. FGHP consists of an upper plate, middle plates and a bottom plate, all of which are made from pure copper. These plates are bonded to each other by vacuum pressing, and pure water is used as the internal coolant. FGHP enables customers to spread heat more effectively and evenly than using copper plates or other competing technologies. It is ideally suited for lighting applications where high-power LEDs generate a lot of heat, which then needs to be dissipated effectively in order to ensure maximum life of the LED.

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www.molex.com

Broad Portfolio of Connectors With a single focus on the interconnect industry and more than 100,000 reliable products, Molex has the resources, innovative technology and industry expertise to meet the growing needs of customers around the corner and around the world.

Micro-Fit 3.0™ 3.00 mm pitch ideal for space restricted applications up to 5.0 A Rugged self-cleaning contactsystem Various versions SMT, THT; WtB, WtW, BtB

Splash Proof Unique seal stopper provides water-proof protection and low insertion force Ideal for tight packaging applications User-friendly friction lock secure connection and latch protection

2.54 mm pitch C-Grid® and SL™ C-Grid® dual row, board-to-board system SL™(Stackable Linear) modular, single row, wire-to-wire and -board system Flexible design, 2 to 25 circuits available Positive latching, secure mating of header and receptacle

MX150™ Sealed Connector System Rugged – high connector and terminal retention forces Waterproof – environmentally sealed to IP67 and IP6k9k rating Supports both low-level signal and power applications up to 22.0 A

PicoClasp™ wire-to-board connector system Circuit sizes of 2 – 40 Secure mating and PCB retention, even in high-vibration applications Audible ‘click’ and tactile feel to confirm mating FFC/FPC Compact depth, height and length features Robust terminal and actuator design improves retention reliability ZIF and LIF options for repeat cycling with minimum wear Mini-Fit H2O™ IP67-rated with pre-installed seals for all weather conditions Compact connections in wire-to-wire applications up to 9.0 A per circuit Assemblies pre-installed with interface and wire seals Positive locking ensures secure connection and prevents accidental unmating UV stabilized moulded material for direct sun-light applications 3.7 mm BtB / WtB Pitch 3.7 mm 2 ccts 2 A / 500 V for AWG26 and AWG 28 wire-to-board and board-to-board

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RJ-45 Ethernet Plugs, Receptacles and Cables Rugged, field-attachable or pre-assembled IP67-rated for harsh environments Bayonet style latch for quick and easy connections Field-wireable cordsets for fast installation in the field Capacitor Holders Horizontal PCB mounting, halves overall design height Innovative design protects capacitor in severe shock and vibration environments Flexible mounting options, through-hole or press-fit Easy and cost-effective assembly, requires just two terminals Capacitive Touch User-Interface Rotary/linear sliders, discrete switch and proximity sensing applications Robust and durable technology, no moving parts to wear out Resistant to harsh chemical exposures, contaminants and EMI Various substrate options – polyester, polyimide or PCB Elegant design possibilities with unique backlighting, colours and textures Seamless overlays for hygienic, easy cleaning

www.tycoelectronics.com

Wire-to-Board Hermaphroditic Blade and Receptacle Connector Simplifies PCB Layout Tyco Electronics’ wire-to-board hermaphroditic blade and receptacle connector brings power to a string of aluminum clad printed circuit boards used for LED lighting strips, lighting controls, and LED modules as well as conventional glass-epoxy printed circuit boards populated with hermaphroditic board-to-board connectors. The wire-to-board connector is available in two, four, and six positions with a 6 A, 125 VAC/125 VDC rating on 18-22 AWG stranded wire. The latest version of the board-to-board connectors has a positive latching feature that accepts the latch from the wire-toboard connector. Therefore, customers now have a complete end-to-end solution since the same board-mount connector is used for both board-toboard and wire-to-board connectivity.

SlimSeal Solid State Lighting (SSL) Connectors for Outdoor Applications Tyco Electronics’ SlimSeal Solid State Lighting (SSL) low-profile sealed lighting connector is designed for outdoor and indoor lighting applications. The SlimSeal product family is available in two through four positions in wire-to-wire and wire-to-board styles, including vertical and right-angle headers in SMT and thru-hole configurations. The connectors accept 18-26 AWG wire and have a 5 A, 120 VAC rating with an operating temperature of -40 degrees Celsius to +105 degrees Celsius. They are manufactured using UV-resistant material with an IP67 seal rating. The polarized connectors have positive integral latching and an optional grounding pin option for make-first/ break-last capability. The connectors are shipped fully assembled with interfacial seals, rear seals, and wire guide in place ready to accept crimp-snap terminals.

NECTOR S Line Connector System Designed according to the IEC 60320 standard for lighting industry applications, Tyco Electronics’ NECTOR S Line connector system is ideal when size and easy interconnection are key requirements. Installable in small fixtures, the connector system is available in wire-to-wire configuration, offering outlet and plug assemblies with two contact positions. Using widely adopted MQS contacts, it provides a six-way distributor connector with an additional switch feature. The switch version is available using an additional seventh way and specially-coded red plug for external switch input. Applications include general two-pole appliance wiring system for household and similar purposes from low voltage up to 250 V. An outlet bridge, splitter, panel-mount outlet, and bus-bar splitter expand interconnection options.

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www.tycoelectronics.com

Inverted SMT Thru-Board Connectors Speed LED Assembly The Tyco Electronics inverted SMT thru-board connector provides a means to bring power from the underside of an aluminum clad or FR4 PC board, thus eliminating dressing wire leads on the top side of LED boards. With a space-saving, low-profile design and rounded corners to minimize shadowing, the two-through six-position connectors fit through a hole or notch in the board to present an underside interface. The connector accepts the standard Tyco Electronics Mini CT connectors and uses surface-mount hold-downs to provide stability during mating and unmating. The inverted design facilitates easier assembly and installation of solid-state LED lighting in architectural, residential, and commercial applications. The Mini CT connector is rated for 3 A per contact on 24 AWG wire. High-temperature materials allow the connector to be reflow soldered, while a flat top surface provides compatibility with vacuum pickup. With UL Listing and CSA Certification, the connectors meet the requirements of UL 1977, File No. E2847

Next Generation SMT and Thru-Hole Poke-In Wire Connectors for LED String Applications Tyco Electronicsâ&#x20AC;&#x2122; SMT and thru-hole poke-in wire connectors provide a low-profile, quick, and reliable labour saving termination alternative to hand soldering wires to single sided, aluminium clad PCB-based LED strings, lighting controls, and other non-lighting FR4 PCB applications. The connectors accept 18-22 AWG solid wire, 18- 20 AWG pre-bond wire and 18 AWG stranded wire (16 strands maximum), and are rated for 5 A with a 250 VAC/250 VDC voltage rating (4 A on 22 AWG wire). They are available in one or two positions, with single-position connectors offered in white or black for easy polarity identification. The standard- and low-insertion-force (recommended for 18 AWG stranded wire) versions of the connectors are side-to-side stackable on 4 mm centers. Gelfilled versions are available for indoor or outdoor application where moisture is an issue. The poke-in wire LED connectors are available in tape-and-reel packaging for high-speed SMT and thru-hole processing equipment. Housings are made of high-temperature plastic that is reflow solder process compatible.

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www.phoenixcontact.com

New SMD-Connectors for LED applications Phoenix Contact created a new generation of small connectors that help lighting manufacturers to simplify the wiring of LED modules. The PTSM series connectors are easy to integrate into existing SMT processes and feature fast, reliable connection technology. When it comes to solid state lighting, more and more manufactures use high-power LED boards for modular designs. A popular solution for these applications is to mount the high-power LEDs on a metalcore printed circuit board (MCPCB). The metal layer in these boards provides an excellent means to disperse heat from the LEDs but also has an adverse effect: conventional through-hole connectors which ensure fast and easy wiring of the board cannot be used anymore. Suitable connectors for LED boards in surface-mount technology are still hard to find on the market. Therefore, it is common practice that the connection wires are often soldered to the MCPCB in an additional, sometimes even manual, process. Soldering to metal core boards is an energy- and time-consuming procedure that increases unit costs. Pressure of costs, quality issues and the unpleasant appearance of the connection drive manufacturers to look for better connectors for their LED boards. The PTSM connector measures only 5 mm in height and offers a wide range of beneficial features. Its housing is made from LCP (Liquid Crystal Polymer) to withstand the heat during the reflow process. Rugged SMD style anchors enable multiple wire termination and disengagement cycles. The connector is approved for stranded and solid wires and allows for cross sections up to 0.75 mm². Operation of the spring connector is comfortable and simple – a small screwdriver is the only tool needed for wire insertion/extraction.

applications using daisy chaining. Available in horizontal and vertical versions, the PTSM connector supports various design approaches. In addition, hardware developers can choose between two mounting technologies: SMT for MCPCBs and pin-in-paste for ordinary PCBs. All products are wrapped in tape on reel. With all its benefits the new PTSM connector will help to simplify the wiring of LED lighting modules. Phoenix Contact is a world leader in electrical connection, electronic interface and industrial automation technologies. Key specifications: Current rating: 6 A per contact Voltage rating: 160 V Wire range: 0.14 to 0.75 mm² (suitable for stranded and solid wires) Metal parts: Cu alloy Plating: tin plated Insulator material: LCP

For further information please contact your local Arrow Branch Office.

Daisy chaining of LED modules is a popular method of arranging LED boards. This in turn means the supply current is getting higher with the number of modules connected together. Featuring a current rating of 6 A, this small connector is more than sufficient for most

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