harvatek surface mount power led data sheet ht- · pdf fileofficial product ht part no....

High Power Light Source HT-F3X41XX

Official Product HT Part No. HT-F3X41XX Your Part No. Data Sheet No.

Tentative Product **************** ****************

Specifications are subject to changes for improvement without advance notice. Proprietary data, drawings, and company confidential all rights reserved.

June. 17, 2011 Version of 1.0 /18

Harvatek Surface Mount Power LED Data Sheet

HT-F3X41XX





June. 17, 2011 Version of 1.0 /18

Introduction

The information contained herein is presented only as a guide for the applications of our

products. No responsibility is assumed by HARVATEK for any infringements of intellectual

property or other rights of the third parties which may result from it use.

HARVATEK is continually making an effort to improve the quality of its products.

Nevertheless, semiconductor devices in general can malfunction or fail due to their

inherent electrical sensitivity and vulnerability to physical stress. It is the responsibility of

the buyer, when utilizing HARVATEK products, to comply with the standards of safety in

making a safe design for the entire system, and to avoid situations in which a malfunction

or failure of such HARVATEK products cause loss of human life, bodily injury or damage

to property.

The HARVATEK products listed in this document are intended for usage in general

electronics (computer, personal equipment, office equipment, industrial robotics,

domestic, etc…) These products are neither intended nor warranted for usage in

equipment that requires extraordinarily high quality and/or reliability or a malfunction or

failure of which may cause loss of human life or bodily injury.

In developing your designs, please ensure that HARVATEK products are used within

specified operating ranges as set forth in the most recent HARVATEK products

specifications.

Also, please keep in mind of the precautions listed in this document.





June. 17, 2011 Version of 1.0 /18

Product Specification

Specification Material Quantity

Total Flux @700mA/ Ta= 25 ℃

Typical 160~200 lm

Correlated Color

Temperature

@700mA/ Ta=25 ℃

2850K~7000K

VF @700mA/ Ta=25 ℃

2.8~3.6V

IR HT standard

Resin White Resin resin(Silicon)

Tube HT standard Conductive 50 pcs per tube

Label HT standard Paper

Carton HT standard Paper Non-specified

Others:

ATTENTION: Electric Static Discharge (ESD) protection

The symbol shown on the page herein to introduce „Electro-Optical Characteristics‟. ESD

protection for GaP and AlGaAs based chips is still necessary even though they are safe in

low static-electric discharge. Parts built with AlInGaP, GaN, or/and InGaN based chips are

STATIC SENSITIVE devices. ESD protection has to considered and taken in the initial design stage.

If manual work/process is needed, please ensure the device is well protected from ESD during all the

process.

Label Specifications

Description of Model No. and Lot No.

Model No.

H T - F 3 X 4 1 X X

Company Product Name Package Dice Emitter Color

HT：

For Harvatek

F：

Lead frame

3X4：

Outline dimension

1：Single

2：Twin

…

CW：Cool White

WW：Warm White

…





June. 17, 2011 Version of 1.0 /18

Lot No.

1 2 3 4 5 6 7 8 9 10

P 9 9 0 3 1 5 0 0 1

Code 1 Code 2,3 Code 4.5 Code 6, 7 Code 8, 9, 10

Mfg. Year Mfg. Month Mfg. Date Following No.

Internal Tracing

Code

99: 2010

00: 2011

…..

1: Jan.

2: Feb.

….

9: Sep.

A: Oct.

B: Nov.

C: Dec.

1~31/ (30) 001~999

Product Feature

High Flux per LED

Long operating life

No UV

LOW voltage DC operated

ESD Protection

Various colors

ROHS compliance

Application

Signal lighting

LCD Backlighting

General lighting

Reading light(car,bus,aircraft)

Commercial and Residential Architectural lighting

Decoration lighting

Traffic signaling and wayside lighting





June. 17, 2011 Version of 1.0 /18

Product Out Line Dimension (HT-F3X31MW)





June. 17, 2011 Version of 1.0 /18

LED Package with Star MCPCB Mechanical Dimensions

Electrical interconnection pads labeled on the aluminum-core PCB with “+” and “-“ to denote

positive and negative, respectively. All positive pads are interconnected, as are all negative

pads, allowing for flexibility in array interconnection.





June. 17, 2011 Version of 1.0 /18

Absolute Maximum Ratings (Ta =25°C)

Parameter Rating Unit Conditions

DC Forward Current 700 mA -

Pulsed Forward Current 1000 mA -

Operating Temperature -40~+100 ℃ -

Storage Temperature -40~+100 ℃ -

Junction temperature 125 ℃ -

ESD Sensitivity 4000 V -

Manual Soldering Time at 260℃ 5 s

*1: Proper current derating must be observed to maintain junction temperature below the maximum

*2:tp≦10μs, Duty cycle=0.01

Electro-Optical Characteristics (Ta =25°C)

Parameter Symbol Min. TYP. Max. Unit

Viewing angle 2θ ½ - 120 - Deg.

Forward Voltage (IF=700mA) VF 2.8 - 3.6 V

Luminous Flux (Pure White) Flux - 180-200 - lm

Luminous Flux (Warm White) Flux - 160-180 - lm

Correlated Color Temperature CCT 2850 - 7000 K

Temperature Coefficient of Forward

Voltage ΔVF/ΔT - -2 - mV/℃

Thermal Resistance Junction to Board

(IF=700mA) RθJ-B - 15 T- ℃/W





June. 17, 2011 Version of 1.0 /18

Luminous Flux Rank

Rank Code Condition

mA Min. Max.

Subdivision

Range(lm)

A

700

20 30

B 30 40

C 40 50

D 50 60

E 60 70

F 70 80

G 80 90

H 90 100

J 100 110

K 110 120

L 120 130

M 130 140

N 140 150

O 150 160

P 160 170

Q 170 180

R 180 190

S 190 200

T 200 210

U 210 220

Note: It maintains a tolerance of ±10% on flux





June. 17, 2011 Version of 1.0 /18

Electrical Rank

Rank Code Symbol Condition Min. Max. Subdivision Range Unit

14

VF IF=700mA

1.4 1.6 A1:1.4~1.5

A2:1.5~1.6

V

16 1.6 1.8 B1:1.6~1.7

B2:1.7~1.8

18 1.8 2.0 C1:1.8~1.9

C2:1.9~2.0

20 2.0 2.2 D1:2.0~2.1

D2:2.1~2.2

22 2.2 2.4 E1:2.2~2.3

E2:2.3~2.4

24 2.4 2.6 F1:2.4~2.5

F2:2.5~2.6

26 2.6 2.8 G1:2.6~2.7

G2:2.7~2.8

28 2.8 3.0 H1:2.8~2.9

H2:2.9~3.0

30 3.0 3.2 J1:3.0~3.1

J2:3.1~3.2

32 3.2 3.4 K1:3.2~3.3

K2:3.3~3.4

34 3.4 3.6 L1:3.4~3.5

L2:3.5~3.6

36 3.6 3.8 M1:3.6~3.7

M2:3.7~3.8

38 3.8 4.0 N1:3.8~3.9

N2:3.9~4.0

40 4.0 4.2 O1:4.0~4.1

O2:4.1~4.2

42 4.2 4.4 P1:4.2~4.3

P2:4.3~4.4

44 4.4 4.6 Q1:4.4~4.5

Q2:4.5~4.6

46 4.6 4.8 R1:4.6~4.7

R2:4.7~4.8

Note: It maintains a tolerance of ±0.1V on forward voltage measurements





June. 17, 2011 Version of 1.0 /18

Correlated Color Temperature Rank

Bin Code x y CCT Bin Code x y CCT

MM

0.487

0.477

0.461

0.471

0.454

0.437

0.433

0.451

2750 PM

0.454

0.446

0.431

0.438

0.446

0.429

0.423

0.440

3150

MN

0.477

0.467

0.453

0.461

0.437

0.420

0.416

0.433

2750 PN

0.446

0.438

0.424

0.431

0.429

0.412

0.407

0.423

3150

MO

0.467

0.458

0.444

0.453

0.420

0.403

0.399

0.416

2750 PO

0.438

0.429

0.417

0.424

0.412

0.394

0.389

0.407

3150

MP

0.458

0.449

0.436

0.444

0.403

0.388

0.384

0.399

2750 PP

0.429

0.422

0.410

0.417

0.394

0.379

0.374

0.389

3150

NM

0.471

0.461

0.446

0.454

0.451

0.433

0.429

0.446

2950 QM

0.438

0.431

0.415

0.421

0.440

0.423

0.416

0.433

3370

NN

0.461

0.453

0.438

0.446

0.433

0.416

0.412

0.429

2950 QN

0.431

0.424

0.409

0.415

0.423

0.407

0.400

0.416

3370

NO

0.453

0.444

0.429

0.438

0.416

0.399

0.394

0.412

2950 QO

0.424

0.417

0.402

0.409

0.407

0.389

0.382

0.400

3370

NP

0.444

0.436

0.422

0.429

0.400

0.384

0.379

0.394

2950 QP

0.417

0.410

0.397

0.402

0.389

0.374

0.367

0.382

3370





June. 17, 2011 Version of 1.0 /18


RM

0.421

0.415

0.398

0.402

0.433

0.416

0.409

0.423

3650 TM

0.386

0.382

0.365

0.367

0.413

0.399

0.387

0.400

4300

RN

0.415

0.409

0.392

0.398

0.416

0.400

0.391

0.409

3650 TN

0.382

0.378

0.362

0.365

0.399

0.383

0.372

0.387

4300

RO

0.409

0.402

0.387

0.392

0.400

0.382

0.374

0.391

3650 TO

0.378

0.374

0.359

0.362

0.383

0.366

0.356

0.372

4300

RP

0.402

0.397

0.383

0.387

0.382

0.367

0.360

0.374

3650 TP

0.374

0.371

0.357

0.359

0.366

0.352

0.343

0.356

4300

SM

0.402

0.398

0.382

0.386

0.423

0.409

0.399

0.413

3950 UM

0.367

0.365

0.347

0.348

0.400

0.387

0.372

0.385

4700

SN

0.398

0.392

0.378

0.382

0.409

0.391

0.383

0.399

3950 UN

0.365

0.362

0.346

0.347

0.387

0.372

0.359

0.372

4700

SO

0.392

0.387

0.374

0.378

0.391

0.374

0.366

0.383

3950 UO

0.362

0.359

0.344

0.346

0.372

0.356

0.344

0.359

4700

SP

0.387

0.383

0.371

0.374

0.374

0.360

0.352

0.366

3950 UP

0.359

0.357

0.343

0.344

0.356

0.343

0.331

0.344

4700





June. 17, 2011 Version of 1.0 /18


VM

0.348

0.347

0.329

0.329

0.385

0.372

0.357

0.369

5300 XM

0.314

0.315

0.303

0.301

0.355

0.344

0.333

0.342

6700

VN

0.347

0.346

0.329

0.329

0.372

0.359

0.345

0.357

5300 XN

0.315

0.316

0.305

0.303

0.344

0.333

0.322

0.333

6700

VO

0.346

0.344

0.329

0.329

0.359

0.344

0.331

0.345

5300 XO

0.316

0.317

0.308

0.305

0.333

0.320

0.310

0.322

6700

VP

0.344

0.343

0.329

0.329

0.344

0.331

0.320

0.331

5300 XP

0.317

0.318

0.309

0.308

0.320

0.310

0.302

0.310

6700

WM

0.329

0.329

0.315

0.314

0.369

0.357

0.344

0.355

6000 XQ

0.318

0.319

0.311

0.309

0.310

0.301

0.293

0.302

6700

WN

0.329

0.329

0.316

0.315

0.357

0.345

0.333

0.344

6000 YO

0.303

0.308

0.299

0.292

0.333

0.310

0.301

0.321

7500

WO

0.329

0.329

0.317

0.316

0.345

0.331

0.320

0.333

6000 YP

0.308

0.311

0.304

0.299

0.310

0.293

0.286

0.301

7500

WP

0.329

0.329

0.318

0.317

0.331

0.320

0.310

0.320

6000 ZO

0.292

0.299

0.283

0.274

0.321

0.301

0.284

0.301

9000

WQ

0.329

0.329

0.319

0.318

0.320

0.310

0.301

0.310

6000 ZP

0.299

0.304

0.290

0.283

0.301

0.286

0.270

0.284

9000

Note: It maintains a tolerance of ±5% on CCT





June. 17, 2011 Version of 1.0 /18

Color Temperature Corrdinates

Note: The CIE x,y color coordinates measurement allowance is ±0.01





June. 17, 2011 Version of 1.0 /18

Characteristics





June. 17, 2011 Version of 1.0 /18





June. 17, 2011 Version of 1.0 /18

Reliability Test

Item Stress Condition Test Duration

Room Temperature Operation 25℃ 1000 hrs

Wet High Temperature 85℃/85%RH 1000 hrs

Temperature Cycling -40~+100℃,15min 20 cycles

Thermal Shock 0℃~100℃,15secs 20 cycles

High Temperature Storage Light 100℃ 1000 hrs

Low Temperature Storage Light -40℃ 1000 hrs

IR reflow soldering Less than 230℃ Once

Packing

Tube Dimension

Tube length:430mm±2mm, Package quantity of tube:50 pcs

PRECUATIONS





June. 17, 2011 Version of 1.0 /18

Reflow Soldering

Soldering Note

Cleaning





June. 17, 2011 Version of 1.0 /18

Caution of Pick and Place

LEDs and Eye Safety:

In the 1993 edition of IEC-60825-1, LEDs were included: “Throughout this part 1 light emitting diodes

(LED) are included whenever the word “laser” is used.”The CENELEC document EN 60825-1 contains

all the technical content of the IEC standard.

The scope of the IEC standard status that “…products which are sold to other manufacturers for use as

components of any system for subsequent sale are not subject to IEC 60825-1, since the final product

will itself be subject to this standard. ”Therefore, it is important to determine the Laser Safety Class of

the final product. However, it is important that employees working with LEDs are trained to use them

safely.

Most of the products containing LEDs will fall in either Class 1 or Class 2. A Class 1 label is optional:

CLASS 1 LED PRODUCT

If a label is not used, this description must be included in the information for the user.

Amendment 2 to IEC 60825-1 is expected to be published in January 2001. The CENELEC equivalent

is expected to follow three months after the IEC publication. This document contains increased Class 1

and Class 2 limits, as well as the introduction of less restrictive Class 1M and Class 2M.

For the exact classification and further information, the IEC document can be used:

IEC-60825-1 ISBN 2-8318-4169-0

harvatek surface mount power led data sheet ht- · pdf fileofficial product ht part no....

Documents