TLGU27C [TOSHIBA]

Visible LED, SINGLE COLOR LED;


型号：	TLGU27C
厂家：	TOSHIBA
描述：	Visible LED, SINGLE COLOR LED 光电
文件：	总44页 (文件大小：1321K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

LED Lamps

PRODUCT GUIDE

✽✽Toshiba Visible LED Lamp Family Outline

LED Lamp Family 299 products

High-blightness lead type: 231 products

• TL✽H Series

• TL✽E Series

• TL✽U Series

✽✽

InGaA P

products are mainly from the World’s highest

luminosity level “TL✽H Series” to general-purpose “TL✽U Series”

✽✽Stopper lead type and straight lead type available. (for ø5-mm type

only)

Suffix “P” indicates straight or stopper type.

(example: TL✽E16TP is straight type.)

Surface-mount devices (SMDs): 68 products

• TL✽H Series

• TL✽E Series

• TL✽U Series

• S4F42✽ Series

• S4F43✽ Series

✽✽Package size: 1.6 x 0.8 mm

2.0 x 1.25 mm

3.2 x 2.4 mm (ø2 lens-top)

3.2 x 2.8 mm (flat type / ø3 lens-top)

✽✽Four-element (

) chip LEDs enable construction of low power

InGaA P

dissipation equipment.

✽✽Wider operating range: Topr =

—

40°C to 100°C

ꢀ(TL✽1100 Series, TL✽1102 Series, S4F42✽ Series, S4F43✽ Series)

Related catalog on website

The following related catalog are also published on the website.

“LED Lamps Application Guide”

http://doc.semicon.toshiba.co.jp/noseek/us/buct/bcfm.htm

New Product Digest

1. New TL✽H Series (Ultra-High-Brightness ø5-mm LED Lamp Series)

Using thin-film crystal growth technology to produce the ultra-bright light-emitting material

process and structure. Toshiba has developed a new line-up of

, as well as a new

InGaA P

ultra-bright LED lamps.

InGaA P

These new LED lamps emit ultra-bright light. Higher brightness can be achieved at high temperature owing to an

improved derating characteristic. The new series is effective in various applications such as outdoor LED information

panels, high-brightness indications and backlighting for displays.

ꢀFeatures

✽✽A brightness approximately 1.3 times that of the existing high-brightness

TL✽H

InGaA P

Series of LED lamps can be achieved (comparison conditions: I = 20 mA, Ta = 25°C,

same radiation pattern)

✽✽Sufficient current can be obtained, even at high temperature, owing to an improved derat-

ing characteristic. Thus, at Ta = 50°C, brightness is approximately double that of the

existing TL✽H Series.

✽✽High-brightness emission can be achieved even at low-current drive. Lowering the drive

current reduces product power dissipation.

✽✽Four types of ø5-mm lens with various radiation patterns are available.

Derating Characteristics

ꢀUses

LED information panels, indicators

NEW H Series

The package specification in the product number for new TL✽H Series

is now given as two digits instead of three as at present.

Existing H Series

-40

-20

80 100

120

Ambient Temperature Ta (°C)

2. TLRME68TG Series (Round ø3-mm InGaA P LED Lamps Which Can Be

Mounted Flush with PCB Using Surface Mounter)

When products are selected for use in equipment, mountability is a key factor. Most devices are now mounted using

a high-speed surface mounter.To comply with this requirement, Toshiba has introduced a series of ø3-mm LED

InGaA P

, suitable for both

lamps which can be mounted flush with a PCB using a surface mounter. High-brightness

indoor and outdoor applications, is used as the emitting substance.

InGaA P

These new LED lamps can be used in a wide range of applications, such as LED information panels, low-power-

consumption indicators and high-brightness backlighting for displays.

ꢀFeatures

✽✽Can be mounted flush with a PCB using a surface mounter.

This enables reduction in assembly costs and time, reduction in height of finished prod-

uct, and reduction of risk of damage due to finished products shifting during transporta-

tion.

✽✽High-brightness

LEDs used

InGaA P

✽✽Transparent packages with wide viewing angle

✽✽Emitted colors: red (626 nm and 613 nm), yellow and green

✽✽Superior derating characteristics enable excellent high-brightness emission in high-

temperature environments.

✽✽Because high-brightness emission can be low, resulting in low power

Derating Characteristics

consumption by the equipment as a whole.

Solid line: TLRME68TG,TLYE68TG,TLGE68TG

Dotted line: TLSU268G

ꢀ Uses

Display light sources, information display boards, light sources for back-

lighting

-20

80 100

120

Ambient Temperature Ta (°C)

3. TLFGE / TLPYE Series with New Colors

Toshiba has added to its LED product line-up the TLFGE Series (of a color between those of the existing TLPGE and

TLGE Series) and the TLPYE Series (of a color between those of the existing TLGE and TLYE Series). High-bright-

ness

, widely used in both indoor and outdoor applications, is used as the light-emitting material.

InGaA P

ꢀFeatures

✽✽High-brightness

LED

InGaA P

✽✽Emitted colors: TLFGE Series (fresh green): λd = 565 nm (typ.)

TLPYE Series (pure yellow): λd = 580 nm (typ.)

✽✽High-brightness even at high temperature owing to improved derating characteristic

✽✽High-brightness emission even at low-current drive. Product power dissipation can be

reduced.

✽✽Four types of ø5-mm and ø3-mm lens with various radiation patterns are available.

Select a lens according to the intended application.

Derating Characteristics

ꢀUses

I —Ta

Display light sources, information display boards, light sources for

backlighting

100

120

Ambient Temperature Ta (°C)

4. TLGU / TLPGU Series

Toshiba now offers a lead-type green U series. A brightness approximately five to eight times that of the Toshiba

general-purpose medium-brightness Series (which uses GaP as the light-emitting material) can be achieved. High-

brightness

, widely used in both indoor and outdoor applications, is used as the light-emitting material.

InGaA P

ꢀFeatures

✽✽High-brightness

LED

InGaA P

✽✽Emitted colors: TLGU Series (green): λd = 571 nm

TLPGU Series (pure green): λd = 558 nm

✽✽High-brightness even at high temperature owing to improved derating characteristic

✽✽20 types of green and pure-green ø5-mm and ø3-mm oval lens with various radiation pat-

terns are available.

Select a lens according to the intended application.

ꢀUses

Display light sources, information display boards, panel indicators

Overview

1. Features

Toshiba LED lamps feature higher brightness, multiple colors and many types of package.

Select LEDs for your applications as appropriate.

Lead type

ꢀꢀColors are from red to pure green (total 10 colors).

ꢀꢀLine-up of four-element ( ) compound semiconductors allows outdoor use.

InGaA P

ꢀꢀMany types of package enable the user to select LED lamps to suit his or her application.

SMD type

ꢀꢀMiniature surface mount, upper-face emitting type

ꢀꢀA wide product line-up by high luminosity four-element (

) emitted-light devices

InGaA P

ꢀꢀCan be used in automatic mounting.

ꢀꢀSuitable for reflow soldering

ꢀꢀStandard 1.6 x 0.8 mm type and 2 x 1.25 mm type

The original ø2-mm lens-top type suitable for thin profile applications not possible with conventional lead

type LEDs

Select the best device for your own particular application.

ꢀꢀLine-up of high-heat resistance type

Suitable for use in automobile backlight sorce

2. Uses

Lead type

Light-emitting display

Traffic light

CHMSL

(Center High Mounted Stop Lamp)

Message board

Security equipment

SMD type

Thin-electronic bulletin board

Handy camera

OA equipment

Accessaries on dashboard

FA equipment

(Programable control, etc.)

Home/cellular telephone

AV equipment

(Karaoke set, etc.)

3. Merits of Four-Element High-Brightness LED Lamps

What are four-element LEDs?

These are composite semiconductor devices made up of four elements (In, Ga, A and P). High-intensity

emissions are possible from pure green to red, using the same materials and the same crystal growth method.

Compared to other materials, these materials offer extremely high efficiency light emission in LEDs.

Wide market size for four-element LEDs

Four-element product lines

Ultra-high-brightness is

the highest level of

luminosity available

Traffic &

pedestrian

lights

TLꢀH Series

High-brightness lead-type

Surface-mount type

CHMSL /

High-brightness luminosity

Indicator lights

for controls

TLꢀE Series

High-brightness lead-type

Surface-mount type

High-brightness luminosity

Electronic bulletin boards

Portable devices

TLꢀU Series

High-brightness lead-type

Surface-mount type

0.1

Low-power /

General-purpose

LEDs

Low-end

General-purpose LEDs

Household appliances / PCs / AVs

CHMSL: center high mounted stop lamp

Market Size

Merits of high-brightness LEDs

1. Higher visibility: Visibility is improved in the daytime or in bright environments.

Operating status is clear from a distance.

2. Low power dissipation: LED current and circuit power dissipation is reduced compared to these for

general-purpose LEDs with the same brightness.

3. Fewer devices required: Number of LEDs needed for backlighting or for multiple LED applications is

reduced. Cost of mounting components also reduced.

4. Higher reliability: Product life is prolonged by reduced LED current.

High brightness

(low power consumption)

Four-

element LEDs

(InGaA P—LEDs)

Low price relative

High reliability

to luminance

Overview

Comparison between four-element high-brightness LED lamps and general-purpose brightness LEDs

In designing sets that achieve the same luminous intensity through a four-element high-brightness LED lamp as

through a general-purpose brightness LED lamp, the use of the four-element high-brightness LED lamp reduces

the power dissipation by approximately 90%. (Toshiba internal comparison.)

(1) Lead type

Comparison: (general-purpose LED) TLO163

10° ← Viewing angle

(high-brightness) TLOH160,TLOE160A

10°

10° ← Viewing angle

ꢀꢀTypical Luminous Intensity Comparison

TLOH160

7000

TLOE160A

When the required luminance for the equipment is 40 mcd

1000

Four-element (TLOE160A)

General-purpose (TLO163)

20 mA

Drive current

1.7 mA

8.5 mW

100

Power

consumption

TLO163

100 mW

When a LED lamp is used at 5 V.

Reduction in power consumption of

around 91

40 50

Forward Current IF (mA)

(2) SMD type

ꢀꢀFour-element LEDs vs. General-purpose LEDs

Example: TLOU1002A vs. TLO1002

General-purpose

Four-element

ꢀꢀTypical Luminous Intensity Comparison

When the required luminance for the equipment is 10 mcd

200

TLOU1002A

(four-element)

100

Four-element

General-purpose

Drive current

Required

luminance

2.4 mA

12 mW

23 mA

TLO1002

(general-purpose)

Power

consumption

115 mW

When a LED lamp is used at 5 V.

Reduction in power consumption of

around 90

Forward Current IF (mA)

4. About the Toshiba InGaA P LED Lamps

Toshiba are now offering a line-up consisting of several types of unpackaged InGaA P LED chip, allowing the most

appropriate device to be selected for the job at hand. An overview of the line-up is given below.

Note that the comparisons are made under the following conditions: I = 20 mA, Ta = 25°C.

New H

Series

TLOHꢀꢀ

TLSHꢀꢀ

TLYHꢀꢀ

TLRMHꢀꢀꢀ

New TLꢀE

TLOEꢀꢀ

TLYEꢀꢀ

TLPYEꢀꢀ

TLGEꢀꢀ

TLFGEꢀꢀ

TLPGEꢀꢀ

TLSEꢀꢀ

Series

TLRMEꢀꢀ

TLREꢀꢀ

λd

558 nm 565 nm 571 nm 580 nm

Green

587 nm

Yellow

605 nm

Orange

613 nm

626 nm

Red

630 nm

5. Emitted-Light Colors and Materials

Color Symbol

(High-brightness series)

Peak Emission

Wavelength (typ.) λp (nm)

Emitted-Light Color

Emitted-Light Material

Dominant λd (nm)

644

636

623

612

596

590

583

574

568

562

630

626

623

613

605

592

587

580

571

565

558

RH / RE

RMH / RME

InGaA P

Red

SH / SE

OH / OE / OU

Orange

Amber

YH / YE / YU

PYE

Yellow

Green

FGE

PGE

Main Products Typical Spectrum

TLYH

TLYE

TLOH

TLOE

TLOU

TLSH

TLSE

TLRH

TLRE

TLPGE

TLGE

TLPGU TLFGE TLGU TLPYE TLYU TLAU

TLSU

1.0

0.8

0.6

0.4

0.2

500

700

800

600

Wavelength λ (mm)

For more details, please refere to each technical data sheet.

Overview

6. Product Number Format

Lead Type I (Three digits type)

Product type is determined by color symbol and package type number.

Example: TLRE156AP

This indicates that the product

belongs to the high-brightness

RE Series, has the package

number 156A and is of straight

lead type.

Product

number:

ꢀ

ꢀꢀ

Package number (numbers: three digits)

Color symbol (letter)

Example: TLSU113

This indicates that the product

belongs to the SU Series, has the

package number 113 and has a

lead stopper.

Toshiba LED

ꢀꢀꢀ Change code

ꢀꢀ Straight lead type without a lead stopper is indicated by the suffix P

which is added at the end of the product number

(only applicable to products 5 mm or more in diameter).

G: Mount flush with PCB.

Lead Type II (Two digits type)

Product type is determined by color symbol and package type number.

Example: TLRME68TG

This indicates that the product

belongs to the high-brightness

RME Series, has the package

number 68 and has a transpar-

ent, mount flush with PCB type

led lamp.

Product

number:

ꢀ

ꢀꢀ

Package number (numbers: two digits)

Color symbol (letter)

Toshiba LED

ꢀ

Resin type T: Transparent, C: Colored and transparent, D: Colored and diffusing, M: Milky-white and diffusing

ꢀꢀ Straight lead type without a lead stopper is indicated by the suffix P which is added at the end of the product number

(only applicable to products 5 mm or more in diameter).

G: Mount flush with PCB.

SMD Type

Product type is determined by color symbol and package type number.

Example: TLYU1008A(T04)

This indicates that the product

belongs to the high-brightness YU

Series, has the package number

1008A and has T04 tape packing

specifications.

Product

number:

(T )

Tape packing specifications

Change code (letter)

Package number (4 digits)

Color symbol (letter)

Toshiba LED

7. Lead-Type Luminous Intensity Classification Table

Rank

Luminous Intensity (mcd)

56~112

Rank

Luminous Intensity (mcd)

0.1~0.2

100~200

0.18~0.36

0.32~0.64

0.56~1.12

1.0~2.0

180~360

320~640

560~1,120

1,000~2,000

1,800~3,600

3,200~6,400

5,600~11,200

10,000~20,000

18,000~36,000

32,000~64,000

1.8~3.6

3.2~6.4

The table to the left provides of

high-brightness LED lamp series as

common criterion for luminous

intensity classification.

5.6~11.2

10~20

18~36

32~64

Measurement tolerance for each

limit is 15%.

Luminous Intensity Classification Format (Lead type)

Example:

This example shows that the product is a

TLYH180P of ranks U and V.

TLYH180P (UV)

Rank-classified products include two ranking

levels as standard.

Product number

Rank symbol

8. Lens Color and Appearance

Lens Type

Transparent

Milky white, Diffusing

Colored, Transparent

Colored, Diffusing

Appearance

The colored lens type is using the luminescence color.

Overview

9. Pulse Drive

Since the allowable forward pulse current varies with I_Fmax, please refer to the graphs of allowable forward pulse

current ratings. Note also that pulse drive requires derating with respect to the ambient temperature, as does DC

drive.

Allowable

forward pulse

current rating

Allowable Forward

Pulse Current

I_FPmax (Note 2)

(mA)

DC Forward

I_Fmax

Characteristic

Curves

(mA)

(T = 25°C)

200

Note 1:

Pulse width Pw = 100 µs,

120

Duty ratio DR = 10^-1

Characteristic curves (1)

Characteristic curves (2)

Characteristic curves (3)

Ta = 25°C

Pw = 10 µs

Ta = 25°C

200

160

120

100

120

100

Pw = 10 µs

1 ms

Pw = 10 µs

1 ms

5 ms

10 ms

20 ms

10 ms

20 ms

5 ms

10ms

20ms

Allowable Range

—

Duty Ratio D_R

—

Duty Ratio D_R

10. General LED Characteristics

Absolute maximum rating

Absolute maximum ratings are the rated specifications which must

not be exceeded in any operating environment. Please check the

ratings for your intended product before designing a circuit.

0°

Radiation (viewing) angle

2θ¹/

This parameter indicates the ratio of the LED's luminous intensity

to its axial luminous intensity (= 100%) as viewed from an angle of

θ with respect to the axis of the light source. The angle at which

luminous intensity is exactly 50% of the axial luminous intensity is

called the half-value angle θ 1/2. The half-value angle on both

sides of the axis is expressed as 2θ 1/2.

90°

0.5

Relative luminosity

Luminous intensity

The light-emitting diode is assumed to be a spot light source and

the luminous intensity is defined as the flux of light per unit solid

angle for that light source.

Viewing angle

The unit of luminous intensity is mcd.

This value is generally higher for the converging type of product

which has high directional sensitivity.

Temperature dependency of luminous intensity

Optical output power decreases as the ambient temperature rises

at a rate of approximately 1% per °C.

Product List for Lead Type

1. Electrical and Optical Characteristics

Toshiba produces an extensive product line of newly developed ultra-high-brightness red, orange, yellow, green

and pure green LEDs using InGaA P material and optimum lens design. Toshiba high-brightness LED lamps will

help you to choose the most suitable type for your application.

Type I (Three digits type)

Absolute Maximum Ratings

Electrical / Optical Characterostics

DC forward DC reverse

current voltage

Power

dissipation temperature

P_D(mW)

Operating

Storage

temperature

T_stg(°C)

Standard emission wavelength characteristics (nm)

I (µA)

Forward voltage V_F(V)

Reverse current

Series Name

Peak wave- Half width

Dominant

typ.

max

_F(mA)

V_R(V)

T_opr(°C)

(mA

)

VR (V)

IF (mA)

length λp

∆λ

wavelength

TLRH Series

TLRMH Series

TLRE Series

TLSH Series

TLSE Series

TLSU Series

TLOH Series

TLOE Series

TLOU Series

TLYH Series

TLYE Series

TLYU Series

TLGE Series

TLPGE Series

125

–

30~85

–

40~120

—

1.9

2.5

644

636

644

623

636

612

590

574

562

630

626

630

613

623

605

587

571

558

–40~100

2.05 2.5

1.85 2.4

–

30~85

–

2.1

2.5

–

1.95 2.4

Note 1

2.0

2.1

2.4

2.5

125

–30~85

–

40~120

—

–30~85

1.95 2.4

Note 2

2.0

2.1

2.4

2.5

125

–30~85

–

40~120

—

–30~85

Note 3

140

–30~85

–

40~120

2.27 2.8

–30~85

* Some individual product specifications may differ from the series specifications given above. Please check the characteristics for each device.

Note 1: For operating and storage temperatures, please see page 14, 15.

Note 2: For operating and storage temperatures, please see page 18, 19.

Note 3: For operating and storage temperatures, please see page 20, 21.

Type II (Two digits type)

Electrical / Optical Characterostics

Absolute Maximum Ratings

DC forward DC reverse

Power

dissipation temperature

P_D(mW)

Operating

Storage

temperature

T_stg(°C)

Standard emission wavelength characteristics (nm)

Forward voltage V_F(V)

Reverse current

I (µA)

Series Name

current

I_F(mA)

voltage

V_R(V)

Peak wave- Half width

Dominant

typ.

max

I_F(mA)

T_opr(°C)

I_F

(mA

)

V_R(V)

length λp

644

636

623

612

590

583

574

568

562

∆λ

wavelength

630

626

613

605

587

580

571

565

558

TLRE Series

TLRMH Series

TLRME Series

TLSH Series

TLSE Series

TLOH Series

TLOE Series

TLYH Series

TLYE Series

TLPYE Series

TLGE Series

TLGU Series

TLFGE Series

TLPGE Series

TLPGU Series

120

–

40~100

–40~120

1.9

2.0

1.9

2.0

2.1

2.0

2.1

2.4

120

* Some individual product specifications may differ from the series specifications given above. Please check the characteristics for each device.

Product List for Lead Type

2. High-Brightness Red LED Lamps

@Ta = 25°C

Typical Applicons

Viewing

Angle

2θ1/2

Package

Dimension

(mA)

Number

Package

Size

(mm)

Intensity

(mcd) @I = 20 mA

Product Number

Typical Emitting Wavelength

Absolute Maximum Ratings

Parameter

ꢀ1

Series

Name

Lens Type

Guaranteed

Temperature

Min

Typ.

Open rank

Rank specified

λd (nm)

λp (nm)

DC Forward Current I (mA) Pulse Forward Current

1.2

ø10

4°

7°

4760

2720

1530

2720

1530

850

476

850

476

272

2720

850

272

19000

TLRH190P

TLSH20TP

TLRMH20TP

TLSH180P

TLRH180P

TLSH38TP

TLRMH38TP

TLRMH151P

TLSH17TP

TLRMH17TP

TLSH157P

TLRMH157P

TLRH157P

TLSH16TP

TLRMH16TP

TLRMH156P

TLSH156P

TLRH156P

TLRMH265P

TLSH160

TLRH190P(WX)

630

644

Transparent

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ2

ꢀ1

ꢀ2

ꢀ1

ꢀ2

ꢀ1

200

120

ø10-1

ø5-1

ø5-4

ø5-2

ø5-3

ø3-3

ø3-4

ø3-2

Elliptical-1

ø5-1

ø5-3

ø5-5

ø3-3

ø3-4

ø3-2

ø3-5

Traffic light

11000

9000

10000

5000

6500

4800

4200

4500

3200

2700

2240

1700

1900

1500

900

—

613

626

613

630

613

626

613

626

613

626

630

613

626

613

630

626

613

630

613

630

623

636

623

644

623

636

623

636

623

636

644

623

636

623

644

636

623

644

623

644

636

0.8

0.6

0.4

0.2

—

Derating of

Absolute Maximum

Forward Current

TLSH180P(VW)

8°

Pilot lamps

TLRH180P(UV)

(narrow range)

—

12°

15°

20°

—

100

Ambient Temperature Ta (°C)

—

–30°C~85°C

–40°C~120°C

Operating Temperature

Storage Temperature

—

ø5

TLSH157P(ST)

22°

25°

—

TLꢀH

Parameter

ꢀ2

TLRH157P(ST)

Series

Message board

Backlighting

—

1.2

—

0.8

0.6

0.4

0.2

1400

800

TLSH156P(RS)

Derating of

Absolute Maximum

Forward Current

30°

35°

10°

TLRH156P(QR)

Milky-white,

diffusing

650

—

4500

1800

800

—

TLRH160(ST)

—

Transparent

Red, transparent

Red, diffusing

100

TLRH160

Pilot lamps

Ambient Temperature Ta (°C)

ø3

Elliptical 5 X 5.8

ø5

40°

80°

TLSH125

220

TLRH262

TLRH262(NP)

TLRH247(PQ)

TLSU180P(TU)

TLSU156P(QR)

—

Message board (wide range)

Message board

Operating Temperature

Storage Temperature

–20°C~75°C

–30°C~100°C

30°/60°

6°

153

1530

272

153

47.6

476

153

450

TLRH247

4500

900

TLSU180P

TLSU156P

TLSU113P

TLSU114P

TLSU163

Pilot lamps (narrow range)

20°

Parameter

ꢀ3

Message board

Backlighting

30°

550

1.2

40°

250

TLSU114P(NP)

—

Pale red,

transparent

4000

1600

450

9°

0.8

0.6

0.4

0.2

TLSU160

—

Transparent

Derating of

Absolute

Maximum

Forward

Current

TLꢀU

Pale red,

diffusing

18°

35°

TLSU164

—

Series

300

TLSU125

TLSU125(PQ)

TLSU123(PQ)

—

Transparent

Pilot lamps

ø3

270

TLSU123

Red, transparent

Milky-white,

diffusing

180

TLSU126

100 120

40°

Ambient Temperature Ta (°C)

47.6

100

TLSU124

TLSU124(MN)

TLSU262(NP)

—

Red, diffusing

Transparent

60°

80°

170

TLSU262

Backlighting (wide range)

Operating Temperature

Storage Temperature

–40°C~100°C

–40°C~120°C

130

TLSU268Gꢀ

ꢀ: Mount flush with PCB

Product List for Lead Type

2. High-Brightness Red LED Lamps

@Ta = 25°C

Typical Applicons

Viewing

Angle

2θ1/2

Package

Dimension

(mA)

Number

Package

Size

(mm)

Intensity

(mcd) @I = 20 mA

Product Number

Typical Emitting Wavelength

Absolute Maximum Ratings

Parameter

ꢀ1

Series

Name

Lens Type

Guaranteed

Temperature

Min

Typ.

Open rank

Rank specified

λd (nm)

λp (nm)

DC Forward Current I (mA) Pulse Forward Current

1.2

2720

1530

850

476

9000

TLSE20TP

TLRME20TP

TLRE20TP

TLSE180P

TLRE180AP

TLSE17TP

TLRME17TP

TLRE17TP

TLRE138P

TLSE157P

TLRE157AP

TLSE16TP

TLSE16CP

TLRME16TP

TLRE16TP

TLRE16CP

TLRME17DP

TLSE156P

TLRE156AP

TLRE25TP

TLRE263AP

TLRE11TP

TLRE261AP

TLRE160A

TLSE50T

—

613

623

Transparent

Red, diffusing

Transparent

Red, transparent

Transparent

Red, transparent

Red, diffusing

Transparent

Red, transparent

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

200

ø5-1

7°

8°

8000

7000

8000

3000

2400

1500

270

1900

1000

1500

1000

1200

800

600

500

900

450

150

—

626

630

613

630

613

626

630

613

630

613

626

630

626

613

630

613

630

613

630

613

626

630

613

626

630

626

613

626

630

613

626

630

636

644

623

644

623

636

644

623

644

623

636

644

636

623

644

623

636

644

623

636

644

636

623

636

644

623

636

644

Pilot lamps

0.8

0.6

0.4

0.2

—

ø5-1

(narrow range)

Derating of

Absolute Maximum

Forward Current

—

ø5-1

TLRE180AP(TU)

ø5-1

—

ø5-2

—

ø5-2

100

20°

22°

Ambient Temperature Ta (°C)

—

ø5-2

—

ø5-2

–30°C~85°C

–40°C~120°C

Operating Temperature

Storage Temperature

476

272

476

272

153

272

153

47.6

27.2

8.5

TLSE157P(ST)

ø5-2

TLRE157AP(RS)

ø5-2

ø5

—

ø5-3

Message board

Backlighting

Parameter

ꢀ2

—

ø5-3

—

ø5-3

1.2

25°

30°

—

ø5-3

—

ø5-3

0.8

0.6

0.4

0.2

—

ø5-2

Derating of

Absolute Maximum

Forward Current

TLSE156P(RS)

ø5-3

TLRE156AP(PQ)

ø5-3

75°

90°

—

ø5-6

TLꢀE

100

TLRE263AP(MN)

ø5-6

Ambient Temperature Ta (°C)

Series

Backlighting (wide range)

130°

150°

10°

—

ø5-7

8.5

—

ø5-7

Operating Temperature

Storage Temperature

–20°C~75°C

–30°C~100°C

476

1530

850

272

153

1200

3500

2200

1800

800

600

400

330

200

180

150

120

TLRE160A(RS)

ø3-3

—

ø3-3

16°

45°

TLRME50T

TLRE50T

—

ø3-3

Parameter

ꢀ3

—

ø3-3

Pilot lamps

1.2

TLSE53T

—

ø3-4

TLRME53T

TLRE53T

—

ø3-4

0.8

0.6

0.4

0.2

—

ø3-4

Derating of

Absolute

Maximum

Forward

Current

ø3

TLRME68TGꢀ

TLSE62T

—

ø3-5

—

ø3-2

80°

47.6

15.3

8.5

TLRME62T

TLRE262A

TLRE62T

—

ø3-2

TLRE262A(MN)

ø3-2

Backlighting (wide range)

100 120

Ambient Temperature Ta (°C)

—

ø3-2

120°

140°

TLRE60T

ø3-1

Operating Temperature

Storage Temperature

–40°C~100°C

–40°C~120°C

TLRE260A

TLSE27C

ø3-1

272

153

750

400

300

350

Elliptical-1

30°/50°

30°/60°

TLRME27C

TLRE27C

Elliptical 5 X 5.8

Message board

TLRE248

ꢀ: Mount flush with PCB

Product List for Lead Type

3. High-Brightness Orange LED Lamps

@Ta = 25°C

Typical Applicons

Viewing

Angle

2θ1/2

Package

Dimension

(mA)

Number

Package

Size

(mm)

Intensity

(mcd) @I = 20 mA

Product Number

Typical Emitting Wavelength

Absolute Maximum Ratings

Parameter

ꢀ1

Series

Name

Lens Type

Guaranteed

Temperature

Min

Typ.

Open rank

Rank specified

λd (nm)

λp (nm)

DC Forward Current I (mA) Pulse Forward Current

1.2

ø10

4°

7°

8500

4760

2720

1530

850

476

850

153

4760

1530

476

850

476

272

153

47.6

27.2

15.3

476

1530

272

153

33000

TLOH190P

TLOH20TP

TLOH180P

TLOH38TP

TLOH17TP

TLOH157P

TLOH16TP

TLOH156P

TLOH160

TLOH190P(XY)

605

612

Transparent

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ2

ꢀ1

ꢀ2

ꢀ1

200

120

ø10-1

ø5-1

Traffic light

15000

10000

7500

5000

2800

2300

1500

2300

450

—

605

612

0.8

0.6

0.4

0.2

8°

TLOH180P(VW)

ø5-1

Pilot lamps

Derating of

Absolute Maximum

Forward Current

(narrow range)

12°

20°

22°

25°

30°

10°

80°

7°

—

ø5-4

ø5

—

ø5-2

TLꢀH

TLOH157P(TU)

ø5-2

Series

Message board

Backlighting

—

ø5-3

100

Ambient Temperature Ta (°C)

TLOH156P(ST)

ø5-3

TLOH160(TU)

ø3-3

Pilot lamps

ø3

–30°C~85°C

–40°C~120°C

Operating Temperature

Storage Temperature

TLOH262

TLOH262(PQ)

ø3-2

Backlighting (wide range)

10000

7000

4500

2800

2000

1600

1000

900

TLOE20TP

TLOE180AP

TLOE17TP

TLOE157AP

TLOE16TP

TLOE16CP

TLOE156AP

TLOE266

—

ø5-1

Pilot lamps

8°

TLOE180AP(UV)

ø5-1

(narrow range)

Parameter

ꢀ2

20°

22°

—

ø5-2

TLOE157AP(ST)

ø5-2

1.2

—

ø5-3

25°

30°

Message board

Backlighting

Orange,

transparent

ø5

ø5-3

—

0.8

0.6

0.4

0.2

TLOE156AP(RS)

Transparent

ø5-3

Derating of

Absolute Maximum

Forward Current

Orange,

transparent

TLOE266(RS)

ø5-8

75°

90°

350

TLOE25TP

TLOE263AP

TLOE11TP

TLOE261AP

TLOE160A

TLOE50T

—

Transparent

ø5-6

260

TLOE263AP(PQ)

ø5-6

Backlighting (wide range)

Pilot lamps

TLꢀE

100

130°

150°

10°

—

ø5-7

Ambient Temperature Ta (°C)

Series

TLOE261AP(LM)

ø5-7

1500

4500

1000

350

TLOE160A(ST)

ø3-3

Operating Temperature

Storage Temperature

–20°C~75°C

–30°C~100°C

16°

—

ø3-3

45°

TLOE53T

—

ø3-4

ø3

80°

TLOE62T

—

ø3-2

Parameter

ꢀ3

Backlighting (wide range)

Message board

80°

300

TLOE262A

TLOE60T

TLOE262A(PQ)

ø3-2

1.2

120°

140°

30°/50°

30°/60°

6°

27.2

15.3

272

153

2720

476

272

47.6

476

100

—

ø3-1

TLOE260A

TLOE27C

TLOE248

TLOE260A(LM)

ø3-1

Orange,

transparent

Orange,

transparent

0.8

0.6

0.4

0.2

800

—

Elliptical-1

ø5-1

Derating of

Absolute

Maximum

Forward

Current

Elliptical 5 X 5.8

370

—

7000

900

TLOU180P

TLOU156P

TLOU172P

TLOU113P

TLOU114P

TLOU160

TLOU180P(UV)

Transparent

Pilot lamps

TLOU156P(RS)

Transparent

ø5-3

(narrow range)

20°

Orange,

transparent

Orange,

transparent

Orange,

diffusing

ø5

800

—

ø5-3

100 120

Ambient Temperature Ta (°C)

Message board

Backlighting

30°

40°

9°

900

TLOU113P(RS)

ø5-5

250

TLOU114P(NP)

ø5-5

TLꢀU

Operating Temperature

Storage Temperature

–40°C~100°C

–40°C~120°C

2500

400

—

Transparent

ø3-3

Series

Orange,

transparent

Orange,

diffusing

Pilot lamps

35°

40°

TLOU123

—

ø3-4

ø3

47.6

180

TLOU124

—

ø3-4

300

TLOU262

TLOU262(PQ)

Transparent

ø3-2

Backlighting (wide range)

Message board

60°

Orange,

transparent

Orange,

transparent

200

TLOU267

—

ø3-2

Elliptical 5 X 5.8

30°/45°

450

TLOU248

Elliptical-1

ꢀ: Mount flush with PCB

Product List for Lead Type

4. High-BrightnessYellow LED Lamps

@Ta = 25°C

Typical Applicons

Viewing

Angle

2θ1/2

Package

Dimension

(mA)

Number

Package

Size

(mm)

Intensity

(mcd) @I = 20 mA

Product Number

Typical Emitting Wavelength

Absolute Maximum Ratings

Parameter

ꢀ1

Series

Name

Lens Type

Guaranteed

Temperature

Min

Typ.

Open rank

Rank specified

λd (nm)

λp (nm)

DC Forward Current I (mA) Pulse Forward Current

1.2

ø10

4°

7°

8500

4760

2720

2200

1530

850

476

850

30000

587

590

Transparent

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ2

ꢀ1

200

120

ø10-1

ø5-1

ø5-4

ø5-2

ø5-3

ø3-3

ø3-2

Elliptical-1

ø5-9

ø5-1

ø5-10

ø5-2

ø5-3

ø5-12

ø5-3

ø5-6

ø5-7

ø3-3

ø3-4

ø3-5

ø3-2

ø3-1

Elliptical-1

ø5-1

ø5-3

ø5-5

ø3-4

ø3-2

ø3-3

Traffic light

TLYH190P

TLYH20TP

TLYH180P

TLYH38TP

TLYH151P

TLYH17TP

TLYH157P

TLYH16TP

TLYH156P

TLYH160

TLYH190P(XY)

13000

8000

7000

4500

4800

2500

2200

1400

4300

280

587

580

587

580

587

580

587

580

587

580

587

580

587

590

583

590

583

590

583

590

583

590

583

590

583

590

—

0.8

0.6

0.4

0.2

8°

TLYH180P(VW)

Pilot lamps

Derating of

Absolute Maximum

Forward Current

12°

15°

20°

22°

25°

30°

10°

80°

60°/30°

5°

—

(narrow range)

—

ø5

TLꢀH

—

Series

TLYH157P(TU)

100

Message board

Backlighting

Ambient Temperature Ta (°C)

—

TLYH156P(RS)

–30°C~85°C

–40°C~120°C

Operating Temperature

Storage Temperature

Pilot lamps

Backlighting (wide range)

Message board

TLYH160(TU)

ø3

TLYH262

TLYH262(PQ)

Elliptical 5 X 5.8

153

2720

1530

476

850

476

272

700

TLYH247

TLYH247(QR)

Parameter

ꢀ2

8000

9500

4700

2000

3000

2200

1500

1200

750

TLPYE23TP

TLYE20TP

TLYE180AP

TLPYE19TP

TLYE17TP

TLYE157AP

TLYE16TP

TLYE16CP

TLPYE18TP

TLYE156AP

TLYE25TP

TLYE263AP

TLYE11TP

TLYE261AP

TLYE160A

TLYE50T

—

7°

—

1.2

Pilot lamps

8°

TLYE180AP(UV)

(narrow range)

18°

20°

22°

—

0.8

0.6

0.4

0.2

—

Derating of

Absolute Maximum

Forward Current

TLYE157AP(ST)

—

Message board

Backlighting

ø5

25°

30°

Yellow,

transparent

—

100

Transparent

—

Ambient Temperature Ta (°C)

700

TLYE156AP(QR)

75°

90°

300

—

Operating Temperature

Storage Temperature

–20°C~75°C

–30°C~100°C

47.6

15.3

8.5

170

TLYE263AP(NP)

Backlighting (wide range)

130°

150°

10°

—

TLꢀE

TLYE261AP(JK)

Parameter

ꢀ3

Series

476

1530

850

272

153

2300

3500

2500

800

TLYE160A(ST)

1.2

—

16°

45°

Pilot lamps

TLPYE50T

TLYE53T

—

0.8

0.6

0.4

0.2

Derating of

Absolute

Maximum

Forward

Current

—

450

TLPYE53T

TLYE68TGꢀ

TLYE62T

—

ø3

340

—

250

—

TLYE262A(NP)

—

80°

240

TLYE262A

TLPYE62T

TLYE60T

100 120

Backlighting (wide range)

Message board

Ambient Temperature Ta (°C)

47.6

27.2

15.3

272

850

153

47.6

150

120°

140°

30°/50°

6°

—

Operating Temperature

Storage Temperature

–40°C~100°C

–40°C~120°C

TLYE260A

TLYE27C

TLYE260A(KL)

—

Yellow,

transparent

Elliptical 5 X 5.8

650

4300

500

Transparent

TLYU180P

TLYU156P

TLYU172P

TLYU113P

TLYU114P

TLYU123

TLYU180P(TU)

TLYU156P(QR)

—

Pilot lamps

Transparent

(narrow range)

20°

Yellow,

transparent

Yellow,

transparent

ø5

400

30°

40°

35°

40°

500

Message board

Backlighting

—

TLꢀU

130

Yellow, diffusing

TLYU114P(MN)

TLYU123(NP)

TLYU124(MN)

TLYU262(MN)

—

Yellow,

transparent

Series

220

Pilot lamps

47.6

476

110

Yellow, diffusing

TLYU124

ø3

150

Transparent

TLYU262

60°

90°

Yellow,

transparent

Backlighting (wide range)

TLYU267

1500

Transparent

TLYU160

TLYU160(ST)

ꢀ: Mount flush with PCB

Product List for Lead Type

5. High-Brightness Green LED Lamps

@Ta = 25°C

Typical Applicons

Viewing

Angle

2θ1/2

Package

Dimension

(mA)

Number

Package

Size

(mm)

Intensity

(mcd) @I = 20 mA

Product Number

Typical Emitting Wavelength

Absolute Maximum Ratings

Parameter

ꢀ1

Series

Name

Lens Type

Guaranteed

Temperature

Min

Typ.

Open rank

Rank specified

λd (nm)

λp (nm)

DC Forward Current I (mA) Pulse Forward Current

1.2

2720

850

1530

476

272

153

476

153

272

7000

TLGE23TP

TLPGE23TP

TLFGE23TP

TLGE183P

TLPGE183P

TLGE19TP

TLFGE19TP

TLPGE19TP

TLGE159P

TLGE174P

TLPGE159P

TLGE158P

TLPGE158P

TLFGE18TP

TLGE18TP

TLGE18CP

TLPGE18TP

TLGE25TP

TLGE11TP

TLPGE11TP

TLGE160

—

571

574

Transparent

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

ꢀ3

ꢀ1

200

ø5-9

5°

7°

3000

5000

2000

1300

800

500

1700

1400

430

800

150

300

700

500

200

—

558

565

571

558

571

565

558

571

558

571

558

565

571

558

571

558

571

558

571

565

558

571

558

571

565

558

571

558

571

565

558

571

558

562

568

574

562

574

568

562

574

562

574

562

568

574

562

574

562

574

562

574

568

562

574

562

574

568

562

574

562

574

568

562

574

562

0.8

0.6

0.4

0.2

—

ø5-9

Derating of

Absolute Maximum

Forward Current

—

ø5-9

TLPGE183P(ST)

ø5-9

Pilot lamps

—

ø5-10

ø5-11

ø5-10

ø5-12

ø5-6

(narrow range)

18°

—

100

Ambient Temperature Ta (°C)

—

TLGE159P(ST)

Green,

–30°C~85°C

–40°C~120°C

Operating Temperature

Storage Temperature

20°

28°

—

transparent

ø5

—

Transparent

TLGE158P(QR)

Parameter

ꢀ2

—

1.2

272

153

—

30°

Message board

Backlighting

Green,

—

transparent

0.8

0.6

0.4

0.2

—

Transparent

Derating of

Absolute Maximum

Forward Current

75°

27.2

8.5

—

ø5-7

130°

2.72

850

272

476

272

153

47.6

153

—

ø5-7

100

2400

450

1500

1000

600

500

450

150

400

200

130

220

TLGE160(TU)

ø3-3

Ambient Temperature Ta (°C)

9°

TLꢀE

TLPGE160

TLGE50T

—

ø3-3

Series

—

ø3-3

Operating Temperature

Storage Temperature

–20°C~75°C

–30°C~100°C

16°

TLFGE50T

TLPGE50T

TLGE125

—

ø3-3

—

ø3-3

TLGE125(QR)

ø3-4

Pilot lamps

Parameter

ꢀ3

Green,

35°

TLGE123

TLGE123(PQ)

ø3-4

transparent

1.2

TLPGE125

TLGE53T

—

Transparent

ø3-4

—

ø3-4

0.8

0.6

0.4

0.2

ø3

45°

65°

TLFGE53T

TLPGE53T

TLGE262

—

ø3-4

Derating of

Absolute

Maximum

Forward

Current

47.6

15.3

47.6

27.2

15.3

8.5

—

ø3-4

TLGE262(NP)

ø3-2

TLPGE262

TLGE68TGꢀ

TLGE62T

—

ø3-2

155

110

—

ø3-5

100 120

Ambient Temperature Ta (°C)

—

ø3-2

Backlighting (wide range)

80°

TLFGE62T

TLPGE62T

TLGE60T

—

ø3-2

Operating Temperature

Storage Temperature

–40°C~100°C

–40°C~120°C

—

ø3-2

—

TLGE260(KL)

—

ø3-1

120°

TLGE260

ø3-1

Green,

30°/50°

250

400

360

TLGE27C

Elliptical-1

transparent

153

27.2

TLGE247

TLGE247(PQ)

—

Transparent

Message board

Elliptical 5 X 5.8

Green,

60°/30°

TLGE248

transparent

TLPGE247

TLPGE247(LM)

Transparent

ꢀ: Mount flush with PCB

Product List for Lead Type

5. High-Brightness Green LED Lamps

@Ta = 25°C

Typical Applicons

Viewing

Angle

Package

Dimension

(mA)

Number

Package

Size

Intensity

(mcd) @I = 20 mA

Product Number

Open rank Rank specified

TLGU23TP

Typical Emitting Wavelength

Absolute Maximum Ratings

Parameter

ꢀ1

Series

Name

Lens Type

Guaranteed

Temperature

Min

Typ.

λd (nm)

λp (nm)

DC Forward Current I (mA) Pulse Forward Current

(mm)

2θ1/2

1.2

(1530)

(476)

(85.0)

(27.2)

(47.6)

(27.2)

(15.3)

(476)

(153)

(47.6)

(27.2)

(47.6)

(27.2)

(15.3)

(27.2)

(8.5)

4000

—

571

574

Transparent

ꢀ3

120

ø5-9

Pilot lamps

5°

(narrow range)

1600

200

TLPGU23TP

TLGU18TP

TLPGU18TP

TLGU18CP

TLGU13CP

TLPGU13CP

TLGU13DP

TLPGU13DP

TLGU50T

558

571

558

571

558

571

558

571

558

571

558

571

558

571

558

571

558

571

562

574

562

574

562

574

562

574

562

574

562

574

562

574

562

574

562

574

0.8

0.6

0.4

0.2

ø5-12

ø5-5

Derating of

Absolute Maximum

Forward Current

30°

Green,

transparent

Green,

transparent

Green,

transparent

180

120

ø5

Message board

Backlighting

45°

55°

10°

ø5-5

100

Green, diffusing

Transparent

Ambient Temperature Ta (°C)

ø5-5

–30°C~85°C

–40°C~120°C

Operating Temperature

Storage Temperature

1200

450

170

ø3-3

TLꢀU

TLPGU50T

TLGU53T

ø3-3

Series

ø3-4

Pilot lamps

Parameter

ꢀ2

TLPGU53T

TLGU53C

ø3-4

40°

50°

Green,

transparent

Green,

transparent

150

ø3-4

1.2

ø3

TLPGU53C

TLGU53D

ø3-4

Green, diffusing

Transparent

ø3-4

0.8

0.6

0.4

0.2

Pilot lamps

TLPGU53D

TLGU62T

ø3-4

Derating of

Absolute Maximum

Forward Current

(narrow range)

ø3-2

80°

TLPGU62T

TLGU27C

ø3-2

Green,

transparent

Message board

Elliptical 5 X 5.8

30°/50°

(47.6)

180

Elliptical-1

100

ꢀ: Mount flush with PCB

Ambient Temperature Ta (°C)

Operating Temperature

Storage Temperature

–20°C~75°C

–30°C~100°C

ꢀ3

Parameter

1.2

0.8

0.6

0.4

0.2

Derating of

Absolute

Maximum

Forward

Current

100 120

Ambient Temperature Ta (°C)

Operating Temperature

Storage Temperature

–40°C~100°C

–40°C~120°C

Product List for Lead Type

6. Package Dimensions

ø3-1

ø3-2

ø3-3

ø3-4

ø3.8±0.2

ø3.1±0.2

ø3.8±0.2

ø3.1±0.2

ø3.8±0.2

ø3.1±0.2

ø3±0.2

ø2.8±0.2

0.7 max

0.45

0.7 max

0.45

0.7 max

0.45

0.7 max

0.45

0.7 max

2.54

1. Anode

2. Cathode

1. Anode

2. Cathode

1. Anode

2. Cathode

1. Anode

2. Cathode

ø3-5

ø5-1

ø5-2

ø5-3

(1.5)

ø3.8±0.2

ø3.1±0.2

(1.5)

ø5±0.2

0.6 max

0.5

0.45

0.5

2.54

Cathode index

1. Anode

2. Cathode

ø5-4

ø5-5

ø5-6

ø5-7

ø5.0±0.2

ø4.9±0.2

ø5.0±0.2

ø5±0.2

0.5

2.54

Cathode index

2.54

Cathode index

1. Anode

2. Cathode

(Unit:mm)

ø5-8

ø5-9

ø5-10

ø5-11

R0.4

ø5.0±0.2

0.5

✽0.5

2.54

Cathode index

1. Anode

2. Cathode

ø5-12

ø10-1

Elliptical-1

5.0±0.2

5.8±0.2

ø10

ø5.0±0.2

0.5

2.54

Cathode index

2.54

Cathode index

1. Anode

2. Cathode

Product List for SMD Type

1.TL✽1008A (T04),TL✽1008A (T5)

Features

✽✽Package dimensions: 1.6 (L) x 0.8 (W) x 0.6 (H) mm

✽✽Four-element (InGaA P)

✽✽High-brightness and low power consumption can be accomplished by a switch-

over from general-purpose lamps.

✽✽Taping with 4 mm (T04 specification) and 2 mm (T05 specification) pitch is

standard. Achieves mounting efficiency.

✽✽Product height of 0.6 mm is suitable for use as backlighting for thin equipment.

Package Dimensions

Recommended Soldering Pad Dimensions

(unit: mm)

Polarity

0.8

0.7

0.8

LED chip is located

(0.2)

1.6

1.1

(1.0)

Maximum Rating

(Ta = 25°C)

Characteristics

DC Forward Current

DC Reverse Voltage

Power Dissipation

Symbol

Rating

Unit

0.3

1. Cathode

2. Anode

(Note 1)

60~62.5

°C

Operating Temperature

Storage Temperature

Topr

Tstg

–40~85

Cathode index

Tolerance: ±0.1

–40~100

°C

Note 1: please refer to each technical datasheet.

Electrical and Optical Characteristics

Typical Luminous Intensity

Typical Emission Wavelength

(nm)

Forward Voltage V

Reverse Current

Emitted-

Light

Color

(mcd)

(V)

(µA)

= 4 V

Series

Name

Product Number

@IF

= 20 mA

Typ.

1.9

= 20 mA

Max

= 20 mA

λp

λd

Min

Typ.

Max

27.2

47.6

27.2

4.76

27.2

8.5

140

180

105

2.4

2.5

644

623

612

590

574

562

636

612

596

590

574

562

630

613

605

587

571

558

623

605

592

587

571

558

Red

✽

TLRE1008A(T04)/(T05)

TLSE1008A(T04)/(T05)

TLOE1008A(T04)/(T05)

TLYE1008A(T04)/(T05)

TLGE1008A(T04)/(T05)

TLPGE1008A(T04)/(T05)

TLSU1008A(T04)/(T05)

TLOU1008A(T04)/(T05)

TLAU1008A(T04)/(T05)

TLYU1008A(T04)/(T05)

TLGU1008A(T04)/(T05)

TLPGU1008A(T04)/(T05)

1.9

2.0

2.1

2.0

2.1

✽✽

Orange

Yellow

Green

Pure green

Red

✽✽

TL✽E Series

✽✽

Orange

Amber

Yellow

Green

Pure green

✽✽

TL✽U Series

8.5

✽✽

8.5

✽✽

1.53

✽✽

Characteristics Diagram

V —

F — VF

300

100

1 TLRE

TLSE

2 TLOE

TLYE

TLGE

3 TLPGE

Ta = 25°C

TLSU

TLOU

TLAU

TLYU

TLGU

TLPGU

TLRE

TLSE

TLOE

TLYE

TLGE

TLPGE

TLSU

TLOU

TLAU

TLYU

TLGU

TLPGU

0.5

0.3

0.5

0.1

1.6

30 50 100

50 100

1.7

1.8

1.9

2.0

2.1

2.2

Forward Current I^F(mA)

Forward Current IF (mA)

Forward Voltage VF (V)

V — TC

V —

Allowable forward pulse current

characteristics

Ta = 25°C

120

100

10 ms

= 10 µs

5 ms

1 ms

20 ms

Allowable Range

0.5

0.3

0.5

0.3

TLRE

TLSU

TLSE

TLOE

TLYE

TLGE

TLPGE

TLOU

TLAU

TLYU

TLGU

TLPGU

0.1

–20

100

–20

100

10^–3

10^–2

10^–1

Duty Ratio D

Case Temperature TC (°C)

Radiation pattern

F — Ta

Vertical direction

Horizontal direction

Ta = 25°C

10°

20°

30°

40°

50°

60°

70°

80°

90°

40°

50°

60°

70°

80°

40°

50°

40°

50°

60°

70°

80°

90°

60°

70°

80°

90°

0.2 0.4 0.6 0.8

0.2 0.4 0.6 0.8 1.0

100

Ambient Temperature Ta (°C)

Tape Specifications

Packing

Tape Packing Type

Tape Type Suffix

Pitches

4 mm

Quantity/Reel

Package dimensions (mm)

Appearance

Embossed

Tape Packing

T04

4000/reel

8000/reel

Embossed

Tape Packing

T05

2 mm

Product List for SMD Type

2.TL✽1002A (T02)

Features

✽✽Package dimensions: 2.0 (L) x 1.25 (W) x 1.1 (H) mm

✽✽Four-element (InGaA P)

✽✽High-brightness and low power consumption can be accomplished by a

switchover from general-purpose lamps.

✽✽Product height of 1.1 mm is suitable for use as backlighting for thin equip-

ment.

Package Dimensions

Recommended Soldering Pad Dimensions

(unit: mm)

1.2

1.0

1.2

Polarity

Cathode index

LED chip is located

(0.25)

2.0

1.4

(1.28)

Maximum Rating

(Ta = 25°C)

Characteristics

Symbol

Rating

Unit

0.4 ± 0.2

DC Forward Current

DC Reverse Voltage

Power Dissipation

(Note 1)

60~62.5

°C

1. Cathode

2. Anode

Operating Temperature

Storage Temperature

Topr

Tstg

–40~85

Tolerance: ±0.1

–40~100

°C

Note 1: please refer to each technical datasheet.

Electrical and Optical Characteristics

Typical Luminous Intensity

Typical Emission Wavelength

(nm)

Forward Voltage V

Reverse Current

Emitted-

Light

Color

(mcd)

Series

Name

(V)

(µA)

= 4 V

Product Number

@IF

= 20 mA

Typ.

1.9

= 20 mA

Max

= 20 mA

λp

λd

Min

Typ.

Max

27.2

47.6

27.2

4.76

15.3

27.2

8.5

140

180

105

2.4

2.5

644

623

612

590

574

562

644

636

612

596

590

574

562

630

613

605

587

571

558

630

623

605

592

587

571

558

Red

✽

TLRE1002A(T02)

TLSE1002A(T02)

TLOE1002A(T02)

TLYE1002A(T02)

TLGE1002A(T02)

TLPGE1002A(T02)

TLRU1002A(T02)

TLSU1002A(T02)

TLOU1002A(T02)

TLAU1002A(T02)

TLYU1002A(T02)

TLGU1002A(T02)

TLPGU1002A(T02)

1.9

2.0

2.1

2.0

2.1

✽✽

Orange

Yellow

Green

Pure green

Red

✽✽

TL✽E

Series

✽✽

Red

✽✽

Orange

Amber

Yellow

Green

Pure green

✽✽

TL✽U

Series

✽✽

8.5

✽✽

8.5

✽✽

1.53

✽✽

Characteristics Diagram

V —

F — VF

300

100

1 TLRE

TLSE

2 TLOE

TLYE

Ta = 25°C

TLGE

TLPGE

TLSU

TLOU

TLAU

TLYU

TLGU

TLPGU

TLRE

TLSE

TLOE

TLYE

TLGE

TLPGE

TLSU

TLOU

TLAU

TLYU

TLGU

TLPGU

0.5

0.3

0.5

0.1

1.6

30 50 100

(mA)

50 100

1.7

1.8

1.9

2.0

2.1

2.2

Forward Current

(mA)

Forward Voltage VF (V)

V — TC

V —

Allowable forward pulse current

characteristics

Ta = 25°C

120

100

10 ms

20 ms

Allowable Range

5 ms

W = 10 µs

1 ms

0.5

0.3

0.5

0.3

TLRE

TLSU

TLOU

TLAU

TLYU

TLGU

TLPGU

TLSE

TLOE

TLYE

TLGE

TLPGE

0.1

10^–3

10^–2

10^–1

–20

100

–20

(°C)

100

Case Temperature

(°C)

Case Temperature

Duty Ratio D

F — Ta

Radiation pattern

Horizontal direction

Vertical direction

Ta = 25°C

TL E

TL U

TL E

TL U

10°

20°

30°

40°

50°

60°

70°

80°

90°

40°

50°

60°

70°

80°

90°

40°

50°

60°

70°

80°

90°

50°

60°

70°

80°

90°

0.2 0.4 0.6 0.8 1.0

100

Ambient Temperature Ta (°C)

Tape Specifications

Packing

Tape Packing Type

Tape Type Suffix

Pitches

Quantity/Reel

Package dimensions

(mm)

Appearance

Embossed

Tape Packing

T02

4 mm

3000/reel

Product List for SMD Type

3.TL✽E1005B (T03),TL✽U1005A (T03)

Features

✽✽Package dimensions: 3.2 (L) x 2.4 (W) x 2.4 (H) mm

✽✽Unique ø2 mm lens top structure substantially improves light extraction.

✽✽Designed for miniaturization and slimming while maintaining high luminance

✽✽Optical axis precision is substantially improved over lead-frame structure LEDs.

Designed to reduce nonuniformity in the display

Package Dimensions

Recommended Soldering Pad Dimensions

(unit: mm)

1.1

2.0

1.1

Polarity

ø2.0

Cathode index

3.2

(6°)

Maximum Rating

(Ta = 25°C)

Characteristics

DC Forward Current

DC Reverse Voltage

Power Dissipation

Symbol

Rating

Unit

2.4

(2.2)

(Note 1)

60~62.5

°C

TL✽U

–25~80

0.5 ± 0.2

Tolerance: ±0.1

Operating Temperature

Topr

1. Cathode

2. Anode

TL✽E

TL✽U

TL✽E

–40~85

–30~85

–40~100

°C

Storage Temperature

Tstg

Note 1: please refer to each technical datasheet.

Electrical and Optical Characteristics

Typical Luminous Intensity

Typical Emission Wavelength

(nm)

Forward Voltage V

Reverse Current

Emitted-

Light

Color

(mcd)

(V)

(µA)

= 4 V

Series

Name

Product Number

@IF

= 20 mA

Typ.

1.9

= 20 mA

Max

= 20 mA

λp

λd

Min

Typ.

Max

153

272

476

272

153

47.6

153

47.6

450

1000

1500

850

350

130

450

140

2.4

2.5

644

623

612

590

574

562

636

612

590

630

613

605

587

571

558

623

605

587

Red

TLRE1005B(T03)

TLSE1005B(T03)

TLOE1005B(T03)

TLYE1005B(T03)

TLGE1005B(T03)

TLPGE1005B(T03)

TLSU1005A(T03)

TLOU1005A(T03)

TLYU1005A(T03)

1.9

2.0

2.1

2.0

2.1

Orange

Yellow

Green

Pure green

Red

TL✽E Series

TL✽U Series Orange

Yellow

Automatic Mounting: Recommended Conditions

Please ask the mounting equipment maker

for the ideal automatic mounting conditions.

Absorption Head Diameter

ø1.2 mm

Characteristics Diagram

V —

F —

IV — TC

3000

1000

TLRE

TLSE

TLOE

TLYE

TLGE

TLSU

TLOU

TLPGE

TLYU

Ta = 25°C

500

300

TLRE

TLSE

TLSU

TLOE

TLYE

TLGE

TLPGE

TLOU

TLYU

TLRE

TLSE

TLOE

TLYE

TLGE

TLPGE

TLYU

TLSU

TLOU

0.5

0.3

100

1.6

0.1

30 50 100

1.7

1.8

1.9

2.0

(V)

2.1

2.2

–20

(°C)

100

Forward Current

IF (mA)

Forward Voltage

Case Temperature TC

Allowable forward pulse current

characteristics

F — Ta

Radiation pattern

Ta = 25°C

120

100

TL E1005B

TL U1005A

10 ms

5 ms

= 10 µs

10°

20°

1 ms

30°

20 ms

Allowable Range

40°

50°

60°

70°

80°

90°

40°

50°

60°

70°

80°

90°

0.2 0.4 0.6 0.8 1.0

10^–3

10^–2

10^–1

Duty Ratio

100

Ambient Temperature Ta (°C)

Tape Specifications

Packing

Package dimensions

Tape Packing Type

Tape Type Suffix

Pitches

Quantity/Reel

Appearance

(mm)

Embossed

Tape Packing

T03

4 mm

1000/reel

Product List for SMD Type

4.TL✽1100 (T09),TL✽E1100 (T11), S4F42✽ (T09)

Features

✽✽Package dimensions: 3.2 (L) x 2.8 (W) x 1.9 (H) mm

✽✽Four-element (InGaA P)

✽✽High-heat resistance extends the operating temperature range.

Topr = –40~100°C

Package Dimensions

Recommended Soldering Pad Dimensions

(unit: mm)

1.65

1.15

1.65

Polarity

LED chip is located

3.2

Cathode index

Maximum Rating

(Ta = 25°C)

Characteristics

DC Forward Current

DC Reverse Voltage

Power Dissipation

Symbol

Rating

Unit

0.8

(Note 1)

30/50

(3.5)

(1.4)

(Note 1)

72~140

–40~100

°C

Operating Temperature

Storage Temperature

Topr

Tstg

1. Anode

2. Cathode

°C

Tolerance: ±0.2

Note 1: please refer to each technical datasheet.

Electrical and Optical Characteristics

Typical Luminous Intensity

Typical Emission Wavelength

(nm)

Forward Voltage V

Reverse Current

Emitted-

Light

Color

(mcd)

Series

Name

(V)

(µA)

= 4 V

Product Number

@IF

= 20 mA

Typ.

1.9

= 20 mA

Max

= 20 mA

λp

λd

Min

Typ.

Max

47.6

130

240

260

190

100

180

150

100

2.5

2.4

2.5

2.8

644

623

612

590

644

623

612

590

574

562

636

612

590

574

562

574

562

630

613

605

587

630

613

605

587

571

558

623

605

587

571

558

571

558

Red

TLRH1100(T09)

TLSH1100(T09)

TLOH1100(T09)

TLYH1100(T09)

TLRE1100(T11)

TLSE1100(T11)

TLOE1100(T11)

TLYE1100(T11)

TLGE1100(T11)

TLPGE1100(T11)

TLSU1100(T09)

TLOU1100(T09)

TLYU1100(T09)

TLGU1100(T09)

TLPGU1100(T09)

S4F42Q1(T09)

S4F42Z1(T09)

2.1

1.9

2.0

2.1

2.0

2.1

2.3

2.27

TL✽H Series

TL✽E Series

Orange

Yellow

Red

47.6

8.5

Red

Orange

Yellow

Green

Pure green

Red

27.2

47.6

15.3

4.76

47.6

8.5

100

Orange

Yellow

Green

Pure green

Green

Pure green

TL✽U Series

110

Others

Characteristics Diagram

V —

V — IF

1000

500

300

100

Ta = 25°C

500

300

100

TLRE

TLSE

TLOE

TLYE

TLGE

TLPGE

S4F42Q1

S4F42Z1

TLSU

TLOU

TLYU

TLRH

TLSH

TLOH

TLYH

TLGU

TLPGU

30 50 100

50 100

30 50

(mA)

100

Forward Current

(mA)

Forward Current

(mA)

Forward Current

Allowable forward pulse current

characteristics

IF — VF

V — TC

TL H/TL E/S4F series

Ta = 25°C

TLRH, TLSH, TLOH, TLYH

TLRE,TLOE, TLGE, TLPGE

TLYE, TLSU

S4F42Q1, S4F42Z1,TLOU

TLYU

TLGU, TLPGU

Ta = 25°C

200

160

120

PW = 10 µs

1 ms

10 ms

20 ms

5 ms

Allowable Range

TLRH

TLSH

TLOH,TLYH

TLRE

TLSE

S4F42Q1,

S4F42Z1

TLSU

TLOU

TLYU

0.5

0.3

TLOE,TLYE,

TLGE

TLGU

TLPGU

TLPGE

1.6

0.1

–25

10^–3

10^–2

10^–1

1.8

2.0

2.2

2.4

2.6

(°C)

100

Case Temperature

Duty Ratio DR

Forward Voltage VF (V)

Allowable forward pulse current

characteristics

Radiation pattern

F — Ta

TL U series

Ta = 25°C

120

100

TL E and others

TL U

PW = 10 µs

10°

1 ms

5 ms

20°

10 ms

20 ms

30°

40°

50°

60°

70°

80°

90°

40°

50°

60°

70°

80°

90°

Allowable Range

0.2 0.4 0.6 0.8 1.0

10^–3

10^–2

10^–1

Duty Ratio D

100

120

Ambient Temperature Ta (°C)

Tape Specifications

Packing

Tape Packing Type

Tape Type Suffix

Pitches

8 mm

Quantity/Reel

1000/reel

Package dimensions

(mm)

Appearance

Embossed

Tape Packing

T09

Embossed

Tape Packing

T11

4 mm

2000/reel

Product List for SMD Type

5.TL✽1102 (T10), S4F43✽ (T10)

Features

✽✽Package dimensions: 3.2 (L) x 2.8 (W) x 3.4 (H) mm

✽✽4-element (InGaA P), H Series / U Series

✽✽High-heat resistance extends the operating temperature range.

Topr = –40~100°C

Package Dimensions

Recommended Soldering Pad Dimensions

(unit: mm)

Polarity

1.65

1.15

1.65

3.5

3.2

LED chip is located

ø2.8

Cathode index

Maximum Rating

(Ta = 25°C)

Characteristics

DC Forward Current

DC Reverse Voltage

Power Dissipation

Symbol

Rating

Unit

(Note 1)

30/50

0.8

(Note 1)

72~140

–40~100

°C

Operating Temperature

Storage Temperature

Topr

Tstg

1. Anode

2. Cathode

°C

Tolerance: ±0.2

Note1: please refer to each technical datasheet.

Electrical and Optical Characteristics

Typical Luminous Intensity

Typical Emission Wavelength

(nm)

Forward Voltage V

Reverse Current

Emitted-

Light

Color

(mcd)

(V)

(µA)

= 4 V

Series

Name

Product Number

@IF

= 20 mA

Typ.

1.9

= 20 mA

Max

= 20 mA

λp

λd

Min

Typ.

Max

153

272

153

320

600

650

480

320

600

650

480

300

2.5

2.4

2.5

2.8

644

623

612

590

644

623

612

590

574

562

636

612

590

574

562

574

562

630

613

605

587

630

613

605

587

571

558

623

605

587

571

558

571

558

Red

✽TLRH1102(T10)

✽TLSH1102(T10)

✽TLOH1102(T10)

✽TLYH1102(T10)

✽TLRE1102(T10)

✽TLSE1102(T10)

✽TLOE1102(T10)

✽TLYE1102(T10)

✽TLGE1102(T10)

✽TLPGE1102(T10)

✽TLSU1102(T10)

✽TLOU1102(T10)

✽TLYU1102(T10)

✽TLGU1102(T10)

✽TLPGU1102(T10)

✽S4F43Q1(T10)

✽S4F43Z1(T10)

2.1

1.9

2.0

2.1

2.0

2.1

2.3

2.27

TL✽H Series

TL✽E Series

Orange

Yellow

Red

272

153

Red

Orange

Yellow

Green

27.2

Pure green

Red

200

250

130

120

Orange

Yellow

Green

47.6

8.5

TL✽U Series

Pure green

Green

250

Others

27.2

Pure green

Characteristics Diagram

V —

V — IF

3000

1000

3000

1000

500

300

Ta = 25°C

100

500

300

500

300

100

S4F42Q1

S4F43Z1

TLSU

TLOU

TLYU

TLRE

TLSE

TLOE

TLYE

TLGE

TLPGE

TLRH

TLSH

TLOH

TLYH

TLGU

TLPGU

30 50 100

50 100

30 50

(mA)

100

Forward Current

(mA)

Forward Current

(mA)

Forward Current

Allowable forward pulse current

characteristics

IF — VF

V —TC

TL H/TL E/S4F series

Ta = 25°C

TLRH, TLSH, TLOH, TLYH

TLRE,TLOE, TLGE, TLPGE

TLYE, TLSU

S4F42Q1, S4F42Z1,TLOU

TLYU

Ta = 25°C

200

160

120

PW = 10 µs

1 ms

5 ms

10 ms

20 ms

TLGU, TLPGU

Allowable Range

TLRH

TLSH

TLOH,TLYH

TLRE, TLSE TLOU

TLOE,TLYE, TLYU

S4F43Q1,

S4F43Z1

TLSU

0.5

0.3

TLGE

TLGU

TLPGE

TLPGU

0.1

–25

10^–3

10^–1

(°C)

100

10^–2

Duty Ratio D

1.6

1.8

2.0

2.2

2.4

2.6

Forward Voltage VF (V)

Case Temperature

Allowable forward pulse current

characteristics

Radiation pattern

F — Ta

TL U series

Ta = 25°C

120

100

TL E and others

TL U

PW = 10 µs

10°

1 ms

5 ms

20°

10 ms

20 ms

30°

40°

50°

60°

70°

80°

90°

40°

50°

60°

70°

80°

90°

Allowable Range

0.2 0.4 0.6 0.8 1.0

10^–3

10^–2

10^–1

Duty Ratio D

100

120

Ambient Temperature Ta (°C)

Tape Specifications

Packing

Tape Packing Type

Tape Type Suffix

Pitches

Quantity/Reel

Package dimensions

(mm)

Appearance

Embossed

Tape Packing

T10

8 mm

500/reel

Packing Specifications

1. Lead Type

1-1 Tape packing

These tape specifications apply to 2-lead LED lamps with diameters of 3.1 mm and 5 mm.

These LED lamps have 2.54 mm and 5 mm lead pitches respectively, and can be mounted on a circuit board using

an auto-insertion machine. Packing can either be in an ammo pack or a reel pack as desired.

Product number format

Example:

TLRE180AP (TPK51)

Tape specification

Product number

Tape specifications

Tapes are classified by lead polarity, packing style and distance from the device base to the tape feedhole

centerline, as shown below.

Tape Specifications

Tape Forms

Reel pack

Ammo pack

Anode lead-out

TPK1

Cathode lead-out

TPKR1

○

TPK51

TPK53

TPK55

TPJ51

TPJ52

TPJ53

TPJ56

○

TPK3

TPKR3

○

TPK5

TPKR5

○

TPJ1

TPJR1

○

TPJ2

TPJR2

○

TPJ3

TPJR3

○

TPJ6

TPJR6

Unit: mm

Tape dimensions

○

23.35

1.0 18.55

1.0 17.0

1.0 23.35

1.0 20.5

1.0 22.5 ± 1.0 23.35 ± 1.0

H₀

—

16.0 ± 0.5

P₁

+ 1

– 0.5

18.0

A B C

E F G

6.0 ± 0.3 or 13.0 ± 0.3

W₀

W₁

W₂

P₀

P₁

P₂

+ 0.75

9.0

– 0.5

≤

0.5

W₂

12.7

H₀

W₀

W₁

12.7 ± 1 (product pitch)

6.35 ± 1.3

P₂

D₀

P₀

+ 0.8

– 0.2

+ 0.8

– 0.2

2.54

5.00

11.0 max

D₀

ø4.0 ± 0.2

Reel pack

ꢀꢀReel dimensions and winding

ø1

ø2

ø1 = 360 mm

t = 50 mm

ø2 = 30 mm

Direction of tape feed

ꢀꢀContents

LED type

ø3 Series

ø5 Series

Quantity per Reel

2,000

1,000

Ammo pack

(1) Taped devices are packed by alternately folding the tape every 25 devices.

(2) Four or more devices are removed from the beginning and end of the tape.

ø3.1 series

d1 140

or 270 mm

d2 336 mm

d3 52 mm

Four or more devices

are removed

ø5 series

d1 248 mm

d2 339 mm

d3 55 mm

25 devices

per row

ꢀꢀContents

Four or more devices are removed

LED type

ø3 Series

ø5 Series

Quantity per Reel

2,000 or 4,000

1,000 or 2,000

Packing Specifications

1-2 Packing (Devices are loose in bags.)

Packing for ø5-mm type

Minimum number of LED lamps: 500 per plastic bag

● Large box (standard)

● Small box

Quality guarantee tape

120 mm

(external)

Packing box

85 mm

(external)

260 mm

(external)

180 mm

(external)

180 mm

(external)

80 mm

(external)

10 bags with 5,000 LED lamps

2 bags with 1,000 LED lamps

Packing for ø3-mm type

Minimum number of LED lamps: 500 per plastic bag

● Large box (standard)

● Small box

Quality guarantee tape

120 mm

(external)

Packing box

85 mm

(external)

260 mm

(external)

180 mm

(external)

180 mm

(external)

80 mm

(external)

20 bags with 10,000 LED lamps

4 bags with 2,000 LED lamps

2. SMD Type

Tape dimensions

(Unit: mm)

T02

4.0 ± 0.1

2.0 ± 0.05

0.1

1.30 ± 0.05

0.25 ± 0.05

1.5

–0

A - A'

Polarity

1.45 ± 0.1

4.0 ± 0.1

1.1 ± 0.1

T03

4.0 ± 0.1

2.0 ± 0.05

+0.1

1.5

2.7 ± 0.1

0.25 ± 0.05

–0

A - A'

Polarity

2.8 ± 0.1

4.0 ± 0.1

1.1 ± 0.1

T04

4.0 ± 0.1

2.0 ± 0.05

+0.1

–0

0.75 ± 0.1

0.20 ± 0.05

1.5

A - A'

Polarity

4.0 ± 0.1

0.9 ± 0.1

0.6 ± 0.05

T05

4.0 ± 0.1

2.0 ± 0.05

+0.1

–0

0.75 ± 0.1

1.5

0.20 ± 0.05

A - A'

Polarity

2.0 ± 0.1

0.6 ± 0.05

0.9 ± 0.1

Packing Specifications

T09,T10

T09

T10

Dimensions

of part A

T09

T10

2.3 ± 0.1 3.6 ± 0.1

4.0 ± 0.1

+0.1

–0

1.5

0.3 ± 0.05

2.0 ± 0.05

A - A'

Polarity

+0.1

1.5

8.0 ± 0.1

4.0 ± 0.1

2.9 ± 0.1

–0

T11

+0.1

–0

2.3 ± 0.1

0.3 ± 0.05

1.5

2.0 ± 0.05

A - A'

Polarity

4.0 ± 0.1

(1.5 ± 0.1)

2.9 ± 0.1

(Unit: mm)

Reel dimensions

T02,T03,T04,T05,T11

11.4 ± 1

9 ± 0.3

–4

ø180

ø13 ± 0.5

ø21 ± 0.8

Corresponds to

EIAJ RRM08B

T09,T10

13 ± 0.3

15.4 ± 1.0

2 ± 0.5

Corresponds to

EIAJ RRM12B

Handling Precautions

1. Lead Type

1-1 Mounting on a Printed Circuit Board (PCB)

Soldering coditions

Type of soldering

Conditions

Precautions

Solder temperature: 260°C max

Dipping time: 3 seconds max

Soldering portion of lead: at least 2 mm

away from the body of the device

● When the temperature of the device itself is rising, please be careful

not to apply mechanical stress to it.

● During solder dip, do not apply mechanical stress between leads of a

device; measures should taken especially in order to prevent tempera-

ture rise in a device.

Solder dip

Iron tip temperature: 300°C max

Soldering iron capacity: 30 W max

Soldering time: 3 seconds max

Soldering portion of lead: at least 2 mm

away from the body of the device

Manual

soldering (using

soldering iron)

● It is recommended to radiate heat by gripping leads with pliers or a

tweezer when the working condition permits doing so.

●Soldering precaution forTLRME68TG Series

These newly designed LED lamps are less prone to the effects of stress during automatic mounting than conventional

LED lamps. Hence, this type of LED lamp can be mounted close to a through-hole on the PCB. However, if one of these

lamps is subjected to excessive stress, the resin part may break or the lamp may be damaged in such a way that it will not

emit light. Before using this type of LED lamp, please carefully read the technical datasheets for the product in question.

1-2 Mounting Precautions

Lead forming

The lead should be formed at least 5 mm away from the body of the device.

Care must be taken to ensure that no stress is applied to the resin.

Pliers

Mechanical stress on leads

If stress is applied to leads during soldering, or if excessive stress such as tension, twisting or compression is applied

between leads while the temperature is still high immediately after soldering the device may be open circuited and will

afterwards be unable to perform according to its specifications. Instead, positions and directions of leads must be cor-

rected after cooling.

Cleaning

1) Ultrasonic cleaning

The resin material of the device package may be harmed if ultrasonic cleaning is conducted after soldering and a

solvent is used remove flux, or if non-recommended chemicals are used for brusing.

Note: The amount of stress applied to a device during ultrasonic cleaning will vary according to the size of the cleaning tank, the output power of

the oscillator, the size of the PCB, and the mounting method. Please confirm test results under actual conditions before starting cleanig in

production line.

Ultrasonic cleaning should normally be conducted with an ultrasonic output of 300 W or lower and should be completed within 30 seconds.

These requirements may vary according to the size of the cleaning tank and the PCB.

2) Solvent

Depending on the solvent used, the sealed resin of a device package may be harmed. It is therefore necessary to

confirm in advance that the solvent used for cleaning will not harm the resin. (Also, the use of solvents containing

freon is restricted so as to prevent destruction of the ozone layer.) Before using any chemical, check whether the

solvent will harm the device package resin.

1-3 Reliability

InGaA P series LEDs are known for their high reliability compared to other LED devices and exhibit excellent charac-

teristics particularly in high-temperature, high-humidity environments. However, before using these devices in equip-

ment, be sure to perform adequate testing; in addition, include safety margins in design specifications.

1-4 U-Series Lead Sheathing

The new InGaA P-type U-Series uses tin (Sn) plating instead of solder dip as the sheathing for leads.

Lead-free (Pb-free) sheathing helps to preserve the environment. When using this series, please note the following:

1) The solderability of tin plate is equivalent to that of solder dip. However, avoid storing U-Series devices for long

periods and try to use them as soon as possible.

2) Since there is exposed iron (Fe) on the cut section of the lead tie-bar, leads may get rusty. Treat (protect) the surface

of leads where necessary, particularly when devices are to be used in salty environments.

For detailed recommended storage conditions, see the usage cautions in the databook.

Toshiba plan to introduce lead-free (Pb-free) sheathing of leads gradually for conventional LEDs as well.

1-5 Four-element LEDs

This type of visible LED lamp also emits some IR light. If a photodetector is located near the LED lamp, please ensure that

it will not be affected by this IR light.

2. SMD Type

2-1 Recommended Soldering Conditions

Temperature profile (reflow)

10 s max

240°C max

140°C~160°C

4°C / s max

60~120 s

Time (s)

Soldering pad dimensions

Based on the specifications of the individual product.

Please refer to each datasheets. (Page 28, 30, 32, 34 and 36)

●●TL●1002A Series,TL●1005B Series,TL●1008A Series

• Please perform the first reflow soldering with reference to the above temperature profile within 168 h after package is

opened.

• If a second reflow soldering, it should be performed within 168 h of the first reflow under the above temperature profile

conditions.

• Storage conditions before second reflow soldering: 30°C, 60% RH or lower

• Do not perform flow soldering.

●●TL●1100 Series

• Please perform the first reflow soldering with reference to the above temperature profile within 168 h after package is

opened.

• If a second reflow soldering, it should be performed within 168 h of the first reflow under the above temperature profile

conditions.

• Storage conditions before second reflow soldering: 30°C, 60% RH or lower

• Please ask your nearest Toshiba distributor for more details before performing flow soldering.

● TL●1102 Series

• Please perform the first reflow soldering with reference to the above temperature profile within 168 h after package is

opened.

• Please ask your nearest Toshiba distributor for more details before performing repeat reflow soldering.

• Do not perform flow soldering.

Manual soldering

Manual soldering should be performed within 3 s at a maximum temperature of 300°C using a 25 W soldering iron.

Manual soldering should be performed only once at each soldering spot.

2-2 Mounting Precautions

• Do not apply stress to the resin part at high temperature.

• The resin can easily be scratched. Avoid friction between the resin and any hard materials.

• When installing the PCB in a product, ensure that the device does

Mounting example

not come into contact with other components.

• The product should be mounted widthwise on the PCB is across the

width of the board.

• Design the PCB layout so as to minimize force which will be exerted

on the device if the PCB warps.

• When the device is mounted on a flexible PCB, before using the

product, ensure that there is no problem with LED reliability.

PCB

Handling Precautions

When cleaning is required after soldering

Chemical

AK225, alcohol

Temperature and time

Ultrasonic cleaning

50°C x 30 s and 30°C x 30 mins

300 W or less

2-3 Moisture-Proof Packaging

To avoid moisture absorption by the resin, the devices are packed in an

aluminum envelope with silica gel.

Because the optical characteristics of the device can be affected during

soldering due to gas expansion resulting from previous moisture

absorption, store under the following conditions after opening.

Caution:

1. The moisture proof bag may be stored unopened within

6 months at the following conditions.

After baking, use the baked devices within 72 hours, but

perform baking only once.

Temperature: 5°C~30°C

Humidity: 90% (max)

Baking conditions: 60°C ± 5°C, for 12 to 24 hours.

Expiration date: 6 months from sealing date, which is

imprinted on the same side as this label affixed.

4. Repeated baking can cause the peeling strength of the

taping to change, than leads to trouble in mounting.

Furthermore, prevent the devices from being destructed

against static electricity for baking of it.

5. If the packing material of laminate would be broken, the

hermeticity would deteriorate. Therefore, do not throw or

drop the packed devices.

2. After opening the moisture proof bag, the devices should

be assembled within 168 hours in an environment of 5°C

to 30°C/60% RH or below.

3. If upon opening, the moisture indicator card shows

humidity 30% or above (Color of indication changes to

pink) or the expiration date has passed, the devices

should be baked in taping with reel.

2-4 Design Precautions (for the LEDs general characteristics)

Adhere strictly to maximum ratings

The maximum ratings are a set of specified values which must not be exceeded, even for an instant.

For the ratings of a specific device, please refer to the individual specifications for the device in question.

Adhere strictly to the temperature range in which operations are guaranteed.

The recommended operating conditions for each device are those necessary to guarantee that the device will

operate as specified in the datasheets. To ensure high reliability when using the device, derate the maximum

ratings for current, power and temperature as recommended in the individual specifications for the device in

question.

Temperature and humidity environment

Compared to mechanical components, semiconductor devices are generally highly sensitive to temperature.

Since a the device’s electrical characteristics are subject to the usage temperature, first investigate the

product’s temperature characteristics, and, if necessary, incorporate derating into the design.

If the device is used outside the guaranteed operating temperature range, its electrical characteristics cannot

be guaranteed and performance deterioration may result.

Viewing angle characteristic

Each product has its own distinct viewing angle characteristic.

Select the product whose viewing angle characteristic best meets the

requirements for the device in which it will be used.

The viewing angle is based on the angle q between the axis on which

the luminous intensity of light from the optical source is 100% and any

axis on which the luminous intensity is 50%.

0.5

The angle between these two axes is referred to as the LED’s half-

angle value.

For the viewing angle characteristic of a particular product, please

refer to the datasheets for the product in question.

Thermal design precautions

The failure rate of semiconductor devices is greatly accelerated by high operating temperatures.

• Ensure that the ambient temperature (Ta) of the device is not affected by exothermic heat in the device's

vicinity, and that the ambient temperature is kept as low as possible.

•

If the device's operating power dissipation is comparatively large, consider forced-air cooling, the selection of

different PCB materials, or the use of heat-dispersion sink, for example. These measures can lower the

thermal resistance of the package.

Example: Temperature dependence of optical output

IV-TC

Temperature dependence

●●●●

•

Luminance

Because the light recoupling rate of the LED is

temperature dependent, as the temperature rises, the

intensity of the light emission falls. To avoid a temperature

rise in the connection resulting from power dissipation,

Toshiba recommends a pulse driving design and a case

with good heat dispersion characteristics. Before using the

device, check that there are no problems with set use.

0.5

0.3

0.1

–30

–10

Color tone (Light emission wavelength)

•

Case Temperature Tc (°C)

In LEDs, a temperature rise in the junction resulting from

power dissipation causes the light emission wavelength to shift to the longer side. Toshiba therefore

recommends a thermal design that avoids temperature rise in the junction due to power dissipation.

Reference value:

∆λ = 0.2 nm x∆Tj ∆Tj: Emitted-light device junction temperature

Light output deterioration

The lifespan of the emitted-light device is greatly affected not only by the device's own particular lifespan

characteristics, but by the operating conditions and the operating environment as well. Accordingly, when

selecting the emitted-light device and setting the operating conditions, we recommend checking first the several

characteristics affecting lifespan.

For reliability data on individual products, including lifespan data, inquire at a Toshiba sales office or agency.

TLOE1002 Operation life test

Test Condition: IF = 25 mA, Duty = 100%, Ta = 25°C, N = 30

150

100

INT.

100

1000

10000

100000

Test Time (h)

●●Visible LED lamps made of

will also emit some IR light. If a photodetector is located near an LED lamp,

InGaA P

please ensure that it will not be affected by this IR light.

Product Manufactured Overseas

Place of Manufacture: Toshiba Semiconductor Thailand Co., Ltd.

Manufactured products: High-brightness lead-type LED lamps

●Abbreviation: TST

The suffix ‘T’ in brackets at the end of a product number indicates that the product was manufactured by

Toshiba Semiconductor Thailand Co., Ltd. The luminosity rank for the product, if there is one, is also specified

within the brackets, before the suffix ‘T’.

• Example: TLRH157P (TU, T)

The product number above indicates that the product was manufactured in Thailand and that it is available with

luminosity ranks of T and U.

If your products are assembled outside Japan, high-brightness lead-type LED lamps can be supplied by

Toshiba Semiconductor Thailand Co., Ltd. upon request.

For information about Thai-manufactured products, please contact your nearest Toshiba distributor.

With Lead Stopper Type

S4E38XX(T)

TLGE11T(T)

TLGE158(T)

TLGE159(T)

TLGE174(T)

TLGE183(T)

TLGE18C(T)

TLGE18T(T)

TLGE19T(T)

TLGE23T(T)

TLGE25T(T)..

TLGE260(T)

TLGE262(T)

TLGE27C(T)

TLGE50T(T)

TLGE53C(T)

TLGE53T(T)

TLGE60T(T)

TLGE62T(T)

TLOE11T(T)

TLOE156A(T)

TLOE157A(T)

TLOE16C(T)

TLOE16T(T)

TLOE17T(T)

TLOE180A(T)

TLOE20T(T)

TLOE25T(T)

TLOE266(T)

TLOE27C(T)

TLOE50T(T)

TLOE53T(T)

TLOE60T(T)

TLOE62T(T)

TLOH156(T)

TLOH157(T)

TLOH180(T)

Straight Type

With Lead Stopper Type

TLPGE11T(T)

TLPGE158(T)

TLPGE159(T)

TLPGE183(T)

TLPGE18T(T)

TLPGE19T(T)

TLPGE23T(T)

TLPGE50T(T)

TLPGE53T(T)

TLPGE62T(T)

TLRE11T(T)

TLRE156A(T)

TLRE157A(T)

TLRE16C(T)

TLRE16T(T)

TLRE17T(T)

TLRE180A(T)

TLRE20T(T)

TLRE25T(T)

TLRE27C(T)

TLRE50T(T)

TLRE53T(T)

TLRE60T(T)

TLRE62T(T)

TLRH156(T)

TLRH157(T)

TLRH180(T)

TLRH262(T)

TLRME16C(T)

TLRME16T(T)

TLRME17D(T)

TLRME17T(T)

TLRME20T(T)

TLRME27C(T)

TLRME50T(T)

TLRME53T(T)

TLRME62T(T)

Straight Type

With Lead Stopper Type

TLRMH151(T)

TLRMH156(T)

TLRMH157(T)

TLSE156(T)

TLSE157(T)

TLSE16C(T)

TLSE16T(T)

TLSE17T(T)

TLSE180(T)

TLSE20T(T)

TLSE27C(T)

TLSE50T(T)

TLSE53T(T)

TLSE62T(T)

TLSH156(T)

TLSH157(T)

TLSH180(T)

TLYE11T(T)

TLYE156A(T)

TLYE157A(T)

TLYE16C(T)

TLYE16T(T)

TLYE17T(T)

TLYE180A(T)

TLYE20T(T)

TLYE25T(T)

TLYE260A(T)

TLYE262A(T)

TLYE27C(T)

TLYE50T(T)

TLYE53T(T)

TLYE60T(T)

TLYE62T(T)

TLYH151(T)

TLYH156(T)

TLYH157(T)

TLYH180(T)

Straight Type

TLRMH151P(T)

TLRMH156P(T)

TLRMH157P(T)

TLSE156P(T)

TLSE157P(T)

TLSE16CP(T)

TLSE16TP(T)

TLSE17TP(T)

TLSE180P(T)

TLSE20TP(T)

TLPGE11TP(T)

TLPGE158P(T)

TLPGE159P(T)

TLPGE183P(T)

TLPGE18TP(T)

TLPGE19TP(T)

TLPGE23TP(T)

TLGE11TP(T)

TLGE158P(T)

TLGE159P(T)

TLGE174P(T)

TLGE183P(T)

TLGE18CP(T)

TLGE18TP(T)

TLGE19TP(T)

TLGE23TP(T)

TLGE25TP(T)

TLRE11TP(T)

TLRE156AP(T)

TLRE157AP(T)

TLRE16CP(T)

TLRE16TP(T)

TLRE17TP(T)

TLRE180AP(T)

TLRE20TP(T)

TLRE25TP(T)

TLSH156P(T)

TLSH157P(T)

TLSH180P(T)

TLYE11TP(T)

TLYE156AP(T)

TLYE157AP(T)

TLYE16CP(T)

TLYE16TP(T)

TLYE17TP(T)

TLYE180AP(T)

TLYE20TP(T)

TLYE25TP(T)

TLOE11TP(T)

TLOE156AP(T)

TLOE157AP(T)

TLOE16CP(T)

TLOE16TP(T)

TLOE17TP(T)

TLOE180AP(T)

TLOE20TP(T)

TLOE25TP(T)

TLOE266P(T)

TLRH156P(T)

TLRH157P(T)

TLRH180P(T)

TLRME16CP(T)

TLRME16TP(T)

TLRME17DP(T)

TLRME17TP(T)

TLRME20TP(T)

TLYH151P(T)

TLYH156P(T)

TLYH157P(T)

TLYH180P(T)

TLOH156P(T)

TLOH157P(T)

TLOH180P(T)

Application Note

●●Considerations for Selecting of SMD Lamps

Conditions required

in applications

Recommend LED Lamp Series

TL●U1002A Series

TL●E1002A Series

TL●U1008A Series

TL●E1008A Series

TL●●1100 Series

High intensity /

wide directivity

Used for backlight

Brightness

Narrow

directivity

TL●U1005A Series

TL●E1005A Series

TL●●1102 Series

High intensity

application

LED direct

Wide

directivity

Low intensity

application

TL●1002A Series

High intensity

application

TL●E1002A Series

TL●E1008A Series

TL●●1002A Series

TL●●1008A Series

TL●●1100 Series

Used for backlight

Wide directivity

Directivity

Reliability

LED

directly viewed

Medium to wide

directivity

TL●●1005B Series

TL●●1102 Series

TL●U1002A Series

TL●E1002A Series

Long term

operation

For display

TL●1100 Series

TL●1102 Series

For automotive

Miniature/slim

2.0

1.6

3.2 2.4 2.4 mm

1.25

1.1 mm

TL●●1002A Series

TL●●1008A Series

0.8

0.6 mm

Package Size

Replacement

for lead type

TL●●1005B Series

TL●●1102 Series

with ø2 lens

3.2 2.8 3.4 mm

with ø2.8 lens

One rank width set

Luminance

rank selection

in surface

in accordance with the

sensitivity of the human eye.

Normally selected to within

two ranks.

Luminance

Fluctuation

Nonuniformity

in surface

All products

Selections in the dominant

wavelength (λd) can be made on request.

Color

Fluctuation

Wavelength

rank selection

in surface

Nonuniformity

in surface

Inquire at a Toshiba sales office.

Low-Power

Consumption

Miniature battery-

operated equipment

TL●E1002A Series

TL●E1008A Series

Low-current driving

Product Number Index

Product Number

Page

Product Number

Page

Product Number

TLOE60T

Page

Product Number

TLPGE158P

TLPGE159P

TLPGE160

Page

●●

Series

S4F

TLGE68TG

●●

Series

S4F42Q1(T09)

S4F42Z1(T09)

S4F43Q1(T10)

S4F43Z1(T10)

TLGU

TLOE62T

●●

TLOH

Series

TLGU1002A(T02)

TLGU1008A(T04)

TLGU1008A(T05)

TLGU1100(T09)

TLGU1102(T10)

TLGU13CP

TLGU13DP

TLGU18CP

TLGU18TP

TLOH1100(T09)

TLOH1102(T10)

TLOH156P

TLPGE183P

TLPGE183P(ST)

TLPGE18TP

TLPGE19TP

TLPGE23TP

TLPGE247

●●

TLAU

Series

TLAU1002A(T02)

TLAU1008A(T04)

TLAU1008A(T05)

TLOH156P(ST)

TLOH157P

TLOH157P(TU)

TLOH160

●●

TLFGE

Series

TLPGE247(LM)

TLPGE262

TLFGE18TP

TLFGE19TP

TLFGE23TP

TLFGE50T

TLFGE53T

TLFGE62T

TLOH160(TU)

TLOH16TP

TLGU23TP

TLPGE50T

TLGU27C

TLOH17TP

TLPGE53T

TLGU50T

TLOH180P

TLPGE62T

●● Series

TLPGU

TLGU53C

TLOH180P(VW)

TLOH190P

TLGU53D

TLPGU1002A(T02)

TLPGU1008A(T04)

TLPGU1008A(T05)

TLPGU1100(T09)

TLPGU1102(T10)

TLPGU13CP

●●

TLGE

Series

TLGU53T

TLOH190P(XY)

TLOH20TP

TLGE1002A(T02)

TLGE1005B(T03)

TLGE1008A(T04)

TLGE1008A(T05)

TLGE1100(T11)

TLGE1102(T10)

TLGE11TP

TLGE123

TLGU62T

●●

TLOE

Series

TLOH262

TLOE1002A(T02)

TLOE1005B(T03)

TLOE1008A(T04)

TLOE1008A(T05)

TLOE1100(T11)

TLOE1102(T10)

TLOE11TP

TLOH262(PQ)

TLOH38TP

●●

TLOU

Series

TLPGU13DP

TLOU1002A(T02)

TLOU1005A(T03)

TLOU1008A(T04)

TLOU1008A(T05)

TLOU1100(T09)

TLOU1102(T10)

TLOU113P

TLPGU18TP

TLPGU23TP

TLPGU50T

TLGE123(PQ)

TLGE125

TLPGU53C

TLOE156AP

TLOE156AP(RS)

TLOE157AP

TLOE157AP(ST)

TLOE160A

TLPGU53D

TLGE125(QR)

TLGE158P

TLPGU53T

TLPGU62T

●● Series

TLPYE

TLGE158P(QR)

TLGE159P

TLOU113P(RS)

TLOU114P

TLPYE18T

TLPYE19TP

TLPYE23TP

TLPYE50T

TLPYE53T

TLPYE62T

TLGE159P(ST)

TLGE160

TLOE160A(ST)

TLOE16CP

TLOU114P(NP)

TLOU123

TLGE160(TU)

TLGE174P

TLOE16TP

TLOU124

TLOE17TP

TLOU156P

TLGE183P

TLOE180AP

TLOE180AP(UV)

TLOE20TP

TLOU156P(RS)

TLOU160

●●

TLRE

Series

TLGE18CP

TLGE18TP

TLGE19TP

TLGE23TP

TLGE247

TLOU172P

TLRE1002A(T02)

TLRE1005B(T03)

TLRE1008A(T04)

TLRE1008A(T05)

TLRE1100(T11)

TLRE1102(T10)

TLRE11TP

TLOE248

TLOU180P

TLOE25TP

TLOU180P(UV)

TLOU248

TLOE260A

TLGE247(PQ)

TLGE248

TLOE260A(LM)

TLOE261AP

TLOE261AP(LM)

TLOE262A

TLOU262

TLOU262(PQ)

TLOU267

TLGE25TP

TLGE260

●●

TLPGE

Series

TLRE138P

TLGE260(KL)

TLGE262

TLOE262A(PQ)

TLOE263AP

TLOE263AP(PQ)

TLOE266

TLPGE1002A(T02)

TLPGE1005B(T03)

TLPGE1008A(T04)

TLPGE1008A(T05)

TLPGE1100(T11)

TLPGE1102(T10)

TLPGE11TP

TLRE156AP

TLRE156AP(PQ)

TLRE157AP

TLGE262(NP)

TLGE27C

TLRE157AP(RS)

TLRE160A

TLGE50T

TLOE266(RS)

TLOE27C

TLGE53T

TLRE160A(RS)

TLRE16CP

TLGE60T

TLOE50T

TLGE62T

TLOE53T

TLPGE125

TLRE16TP

Product Number

TLRE17TP

TLRE180AP

TLRE180AP(TU)

TLRE20TP

TLRE248

Page

Product Number

Page

Product Number

TLSU126

Page

Product Number

TLYH157P

Page

●●

Series

TLRU

TLRU1002A(T02)

Series

TLSU156P

TLSU156P(QR)

TLSU160

TLYH157P(TU)

TLYH160

●●

TLSE

TLSE1002A(T02)

TLSE1005B(T03)

TLSE1008A(T04)

TLSE1008A(T05)

TLSE1100(T11)

TLSE1102(T10)

TLSE156P

TLYH160(TU)

TLYH16TP

TLSU163

TLRE25TP

TLRE260A

TLRE261AP

TLRE262A

TLRE262A(MN)

TLRE263AP

TLRE263AP(MN)

TLRE27C

TLSU164

TLYH17TP

TLSU180P

TLSU180P(TU)

TLSU262

TLYH180P

TLYH180P(VW)

TLYH190P

TLSU262(NP)

TLSU268G

TLYH190P(XY)

TLYH20TP

TLSE156P(RS)

TLSE157P

●●

TLYE

Series

TLYH247

TLSE157P(ST)

TLSE16CP

TLYE1002A(T02)

TLYE1005B(T03)

TLYE1008A(T04)

TLYE1008A(T05)

TLYE1100(T11)

TLYE1102(T10)

TLYE11TP

TLYH247(QR)

TLYH262

TLRE50T

TLRE53T

TLSE16TP

TLYH262(PQ)

TLYH38TP

●● Series

TLYU

TLYU1002A(T02)

TLYU1005A(T03)

TLYU1008A(T04)

TLYU1008A(T05)

TLYU1100(T09)

TLYU1102(T10)

TLYU113P

TLRE60T

TLSE17TP

TLRE62T

TLSE180P

●●

TLRH

Series

TLSE20TP

TLRH1100(T09)

TLRH1102(T10)

TLRH156P

TLSE27C

TLSE50T

TLYE156AP

TLYE156AP(QR)

TLYE157AP

TLYE157AP(ST)

TLYE160A

TLSE53T

TLRH156P(QR)

TLRH157P

TLSE62T

●●

Series

TLSH

TLRH157P(ST)

TLRH160

TLSH1100(T09)

TLSH1102(T10)

TLSH125

TLYE160A(ST)

TLYE16CP

TLYU114P

TLRH160(ST)

TLRH180P

TLYU114P(MN)

TLYU123

TLSH156P

TLYE16TP

TLRH180P(UV)

TLRH190P

TLSH156P(RS)

TLSH157P

TLYE17TP

TLYU123(NP)

TLYU124

TLYE18TP

TLRH190P(WX)

TLRH247

TLSH157P(ST)

TLSH160

TLYE180AP

TLYE180AP(UV)

TLYE20TP

TLYU124(MN)

TLYU156P

TLRH247(PQ)

TLRH262

TLSH16TP

TLYU156P(QR)

TLYU160

TLSH17TP

TLYE25TP

TLRH262(NP)

TLSH180P

TLYE260A

TLYU160(ST)

TLYU172P

●●

TLRME

Series

TLSH180P(VW)

TLSH20TP

TLYE260A(KL)

TLYE261AP

TLYE261AP(JK)

TLYE262A

TLRME16TP

TLRME17DP

TLRME17TP

TLRME20TP

TLRME27C

TLRME50T

TLRME53T

TLRME62T

TLRME68TG

TLYU180P

TLSH38TP

TLYU180P(TU)

TLYU262

●●

Series

TLSU

TLSU1002A(T02)

TLSU1005A(T03)

TLSU1008A(T04)

TLSU1008A(T05)

TLSU1100(T09)

TLSU1102(T10)

TLSU113P

TLYE262A(NP)

TLYE263AP

TLYE263AP(NP)

TLYE27C

TLYU262(MN)

TLYU267

TLYE50T

TLYE53T

●●

TLRMH

Series

TLYE60T

TLRMH151P

TLRMH156P

TLRMH157P

TLRMH16TP

TLRMH17TP

TLRMH20TP

TLRMH265P

TLRMH38TP

TLSU114P

TLYE62T

TLSU114P(NP)

TLSU123

TLYE68TG

●●

TLYH

Series

TLSU123(PQ)

TLSU124

TLYH1100(T09)

TLYH1102(T10)

TLYH151P

TLSU124(MN)

TLSU125

TLYH156P

TLSU125(PQ)

TLYH156P(RS)

OVERSEAS SUBSIDIARIES AND AFFILIATES

010124 (H)

Toshiba Electronics Europe GmbH

Toshiba Electronics Asia, Ltd.

Toshiba America

Electronic Components, Inc.

Düsseldorf Head Office

Hansaallee 181, D-40549 Düsseldorf

Germany

Hong Kong Head Office

Level 11, Top Glory Insurance Building, Grand Century

Place, No.193, Prince Edward Road West,

Mong Kok, Kowloon, Hong Kong

Headquarters-Irvine, CA

9775 Toledo Way, Irvine, CA 92618, U.S.A.

Tel: (0211)5296-0 Fax: (0211)5296-400

Tel: (949)455-2000 Fax: (949)859-3963

MünchenOffice

Tel: 2375-6111 Fax: 2375-0969

Boulder, CO

Büro München Hofmannstrasse 52,

D-81378, München, Germany

Tel: (089)748595-0 Fax: (089)748595-42

Beijing Office

3100ArapahoeAvenue,Ste.500,

Boulder, CO 80303, U.S.A.

Tel: (303)442-3801 Fax: (303)442-7216

Rm 714, Beijing Fortune Building,

No.5 Dong San Huan Bei-Lu, Chao Yang District,

Beijing, 100004, China

Toshiba Electronics France SARL

Immeuble Robert Schumann 3 Rue de Rome,

F-93561, Rosny-Sous-Bois, Cedex, France

Tel: (1)48-12-48-12 Fax: (1)48-94-51-15

BoyntonBeach,FL(Orlando)

11924 W. Forest Hill Blvd., Ste. 22-337,

BoyntonBeach, FL33414, U.S.A.

Tel: (010)6590-8795 Fax: (010)6590-8791

ChengduOffice

Unit F, 18th Floor, New Times Plaza, 42 Wenwu Road,

XinhuaAvenue, Chengdu, 610017, China

Tel: (028)675-1773 Fax: (028)675-1065

Tel: (561)374-6193 Fax: (561)374-6194

Toshiba Electronics Italiana S.R.L.

Centro Direzionale Colleoni

Deerfield, IL(Chicago)

One Pkwy., North, Suite 500, Deerfield,

Palazzo Perseo Ingr. 2-Piano 6,

Via Paracelso n.12,

Shenzhen Office

IL60015-2547,U.S.A.

Rm 3010-3012, Office Tower Shun Hing Square,

Di Wang Commercial Centre, 333 ShenNan

EastRoad, Shenzhen, 518008, China

Tel: (0755)246-1582 Fax: (0755)246-1581

Tel: (847)945-1500 Fax: (847)945-1044

1-20041 Agrate Brianza Milan, Italy

Tel:(039)68701 Fax:(039)6870205

Duluth, GA(Atlanta)

3700 Crestwood Parkway, Ste. 460,

Toshiba Electronics España, S.A.

Duluth, GA 30096, U.S.A.

Parque Empresarial San Fernando Edificio Europa,

Tel: (770)931-3363 Fax: (770)931-7602

Planta, ES-28831 Madrid, Spain

Toshiba Electronics Korea Corporation

Tel: (91)660-6700 Fax:(91)660-6799

Edison, NJ

2035 Lincoln Hwy. Ste. #3000, Edison

Seoul Head Office

14/F, KEC B/D, 257-7 Yangjae-Dong,

Toshiba Electronics(UK) Limited

Riverside Way, Camberley Surrey,

GU15 3YA, U.K.

NJ 08817, U.S.A.

Seocho-ku, Seoul, Korea

Tel: (732)248-8070 Fax: (732)248-8030

Tel: (02)589-4334 Fax: (02)589-4302

Tel: (01276)69-4600 Fax: (01276)69-4800

Orange County, CA

2 Venture Plaza, #500 Irvine, CA 92618, U.S.A.

Gumi Office

Toshiba Electronics Scandinavia AB

Gustavslundsvägen 12, 2nd Floor

S-161 15 Bromma, Sweden

6/F, Ssangyong Investment Securities B/D,

56 Songjung-Dong, Gumi City

Kyeongbuk,Korea

Tel: (949)453-0224 Fax: (949)453-0125

Portland, OR

Tel: (08)704-0900 Fax: (08)80-8459

Tel:(82)54-456-7613 Fax: (82)54-456-7617

1700 NW 167th Place, #240,

Beaverton, OR 97006, U.S.A.

Tel: (503)629-0818 Fax: (503)629-0827

Toshiba Electronics Asia

(Singapore) Pte. Ltd.

Singapore Head Office

438BAlexandraRoad, #06-08/12Alexandra

Technopark,Singapore119968

Tel: (278)5252 Fax: (271)5155

Toshiba Technology Development

(Shanghai) Co., Ltd.

23F, ShanghaiSenmaoInternationalBuilding, 101

Yin Cheng East Road, Pudong New Area, Shanghai,

200120,China

Raleigh, NC

5511 Capitol Center Dr., #114,

Raleigh, NC 27606, U.S.A.

Tel: (919)859-2800 Fax: (919)859-2898

Tel: (021)6841-0666 Fax: (021)6841-5002

BangkokOffice

Richardson, TX(Dallas)

777 East Campbell Rd., Suite 650, Richardson,

TX75081, U.S.A.

135 Moo 5 Bangkadi Industrial Park, Tivanon Rd.,

BangkadiAmphurMuangPathumthani, Bangkok, 12000,

Thailand

Tsurong Xiamen Xiangyu Trading

Co., Ltd.

8N, Xiamen SEZ Bonded Goods Market Building,

Tel: (972)480-0470 Fax: (972)235-4114

Tel: (02)501-1635 Fax: (02)501-1638

Xiamen, Fujian, 361006, China

San Jose Engineering Center, CA

1060 Rincon Circle, San Jose, CA 95131, U.S.A.

Tel: (408)526-2400 Fax:(408)526-2410

Tel: (0592)562-3798 Fax: (0592)562-3799

Toshiba Electronics Trading

(Malaysia)Sdn. Bhd.

Kuala Lumpur Head Office

Suite W1203, Wisma Consplant, No.2,

Jalan SS 16/4, Subang Jaya, 47500 Petaling Jaya,

Selangor Darul Ehsan, Malaysia

Toshiba Electronics Taiwan

Corporation

Wakefield,MA(Boston)

401 Edgewater Place, Suite #360, Wakefield,

Taipei Head Office

MA01880-6229, U.S.A.

17F, Union Enterprise Plaza Bldg. 109

Min Sheng East Rd., Section 3, 0446 Taipei,

Taiwan

Tel: (781)224-0074 Fax: (781)224-1095

Tel: (3)731-6311 Fax: (3)731-6307

Penang Office

Tel: (02)514-9988 Fax: (02)514-7892

Suite 13-1, 13th Floor, Menard Penang Garden,

42-A, Jalan Sultan Ahmad Shah,

100 50 Penang, Malaysia

Toshiba Do Brasil S.A.

KaohsiungOffice

16F-A, Chung-Cheng Bldg., Chung-Cheng 3Rd.,

Electronic Components Div.

Estrada Dos Alvarengas, 5. 500-Bairro Alvarenga

09850-550-Sao Bernardo do campo - SP

Tel: (011)7689-7171 Fax: (011)7689-7189

80027,Kaohsiung,Taiwan

Tel: 4-226-8523 Fax: 4-226-8515

Tel: (07)222-0826 Fax: (07)223-0046

Toshiba Electronics Philippines, Inc.

26th Floor, Citibank Tower, Valero Street, Makati,

Manila, Philippines

Tel: (02)750-5510 Fax: (02)750-5511

The information contained herein is subject to change without notice.

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

No responsibility is assumed by TOSHIBA for any infringements of patents or other rights of the third parties which may result

from its use. No license is granted by implication or otherwise under any patent or patent rights of TOSHIBA or others.

TOSHIBA is continually working to improve the quality and reliability 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 TOSHIBA 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 TOSHIBA products could cause loss of

human life, bodily injury or damage to property. In developing your designs, please ensure that TOSHIBA products are used

within specified operating ranges as set forth in the most recent TOSHIBA products specifications. Also, please keep in mind

the precautions and conditions set forth in the "Handling Guide for Semiconductor Devices," or "TOSHIBA Semiconductor

Reliability Handbook" etc..

The Toshiba products listed in this document are intended for usage in general electronics applications (computer, personal

equipment, office equipment, measuring equipment, industrial robotics, domestic appliances, etc.).

These Toshiba 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 ("Unintended Usage"). Unintended Usage

include atomic energy control instruments, airplane or spaceship instruments, transportation instruments, traffic signal instruments,

combustion control instruments, medical instruments, all types of safety devices, etc.. Unintended Usage of Toshiba products listed

in this document shall be made at the customer’s own risk.

Electronic Devices Sales & Marketing Division

1-1, Shibaura 1-chome, Minato-ku, Tokyo, 105-8001, Japan

Tel: +81-3-3457-3405 Fax: +81-3-5444-9431

Gallium arsenide (GaAs) is a substance used in some of the products described in this documents. GaAs dust and fumes are toxic. Do not break, cut or pulverize the products, or use chemicals to dissolve them.

When disposing of the products, follow the appropriate regulations. Do not dispose of the products with other industrial waste or with domestic garbage.

Website: http://doc.semicon.toshiba.co.jp/indexus.htm

Printed in Japan

TLGU27C [TOSHIBA]

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TLGU53CF

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TLGU53DF

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