Light Emitting Diodes - RS Components · 12 Light Emitting Diodes ..... 11

Light Emitting Diodes

11

Light Emitting Diodes ................................................................................................................................................................. 11

Safety Instructions .................................................................................................................................................................................................... 13Summary of Types ................................................................................................................................................................................................... 14

Top Emitting ........................................................................................................................................................................................................... 23TOPLED ................................................................................................................................................................................................................ 23TOPLED ............................................................................................................................................................................................................. 23TOPLED with lens ............................................................................................................................................................................................... 26

Mini TOPLED ....................................................................................................................................................................................................... 27Power TOPLED ................................................................................................................................................................................................... 29Power TOPLED .................................................................................................................................................................................................. 29Power TOPLED with lens ................................................................................................................................................................................... 31

Advanced Power TOPLED ................................................................................................................................................................................. 32Advanced Power TOPLED ................................................................................................................................................................................. 32Advanced Power TOPLED Plus ......................................................................................................................................................................... 32

DRAGON Family ................................................................................................................................................................................................. 34Golden DRAGON ............................................................................................................................................................................................... 34Golden DRAGON Plus ....................................................................................................................................................................................... 35Platinum DRAGON ............................................................................................................................................................................................. 36Diamond DRAGON ............................................................................................................................................................................................. 37Golden DRAGON oval Plus ................................................................................................................................................................................ 38

PointLED ............................................................................................................................................................................................................. 39SmartLED ............................................................................................................................................................................................................. 40CHIPLED .............................................................................................................................................................................................................. 41Multicolor Packages ........................................................................................................................................................................................... 43Multi TOPLED ..................................................................................................................................................................................................... 43MULTILED............................................................................................................................................................................................................ 43Multi CHIPLED .................................................................................................................................................................................................... 44Multi CERAMOS ................................................................................................................................................................................................. 45

CERAMOS ........................................................................................................................................................................................................... 46OSLUX ................................................................................................................................................................................................................. 47OSLON Family .................................................................................................................................................................................................... 48OSLON SX ......................................................................................................................................................................................................... 48OSLON LX .......................................................................................................................................................................................................... 48OSLON SSL ....................................................................................................................................................................................................... 49OSLON SX ECE ................................................................................................................................................................................................. 49OSLON MX ECE ................................................................................................................................................................................................ 49

OSTAR Family ..................................................................................................................................................................................................... 50OSTAR Compact ................................................................................................................................................................................................ 50OSTAR SMT ....................................................................................................................................................................................................... 50OSTAR Projection .............................................................................................................................................................................................. 51OSTAR Headlamp .............................................................................................................................................................................................. 52

Side Emitting (SMT) ............................................................................................................................................................................................... 53SIDELED .............................................................................................................................................................................................................. 53SIDELED ............................................................................................................................................................................................................ 53Micro SIDELED..................................................................................................................................................................................................... 54

FIREFLY ............................................................................................................................................................................................................... 56

Outline Drawings ...................................................................................................................................................................................................... 57

General ................................................................................................................................................................................................................... 69Soldering conditions and profiles ......................................................................................................................................................................... 69Type designation systems .................................................................................................................................................................................... 71Parameter for OSRAM LED Luminous Intensity Group System........................................................................................................................... 76Typical values ..................................................................................................................................................................................................... 78

12


For more detailed product information and Technical Datasheets, please visit http://catalog.osram-os.comLight Emitting Diodes

Safety Instructions

The use of new chip technologies means that OSRAM LEDs are delivering higher and higher levels of optical performance. Thus, even eye safety issues might increasingly need to be considered. In general, the EU product safety legislation requires conformity with EC directives (such as the "Low Voltage Directive") which define the "essential requirements", e.g., protection of health and safety, that goods must meet when they are placed on the market.We therefore recommend that the current version of the IEC 62471 standard is taken into account right from the outset, i.e. at the equipment development stage, and that suitable protection facilities are provided in your laboratories.

Eye Safety Information

The light output of modern High-Power-LEDs is strong enough for eye irritation and temporal blinding effects. Therefore, in general, do not stare into the light beam of any LED at close range. Optical radiation hazards by LED-based lamps, lamp systems or luminaires have to be assessed and classified according to the requirements of IEC62471 ("Photobiological safety of lamps and lamp systems").

Within the risk grouping system of this IEC standard, most LEDs specified in this catalogue fall into the "exempt" group. However, high-power "blue" LEDs and the most important "white" LEDs for general lighting may need some attention. Due to their dominating photochemical hazard potential, extensive deliberate long-term direct viewing from close distance can indeed be hazardous. Under worst case conditions of classification, these high power light sources can even be allocated to the "moderate risk group" i.e. safety bases on aversion reactions against bright light. However, under real circumstances (for exposure time, eye pupils, observation distance), it is assumed that no endangerment to the eye exists from these devices. This is valid for single LEDs under the mentioned conditions and operating conditions defined in the data sheet. Complex Multi-LED-designs, additional optics or extreme application conditions demand a separate evaluation of the entire system.

As a matter of principle, however, it should be mentioned that intense light sources have a high secondary exposure potential due to their blinding effect. As for any bright light source, when viewing into it (e.g. headlights), temporary reduction in visual acuity and afterimages can occur, leading to irritation, annoyance, visual impairment, and even accidents, depending on the situation.

Remarks:

User shall not reverse engineer by disassembling or analysis of the LEDs without having the prior written consent of OSRAM Opto Semiconductors GmbH. When defective LEDs are found, user shall inform to OSRAM Opto Semiconductors GmbH directly before disassembling or analysis.

The appearance and specifications of the product may be modified for improvement without notice.

Sicherheitshinweise

OSRAM LEDs erreichen aufgrund von neuen Chip-Technologien immer höhere optische Leistungen. Deshalb müssen auch Sicherheitsaspekte bezüglich Augensicherheit zunehmend in Betracht gezogen werden. Generell fordern die EU Produkt-Sicherheitsgesetze Konformität mit den EU Richtlinien (z.B. die "Niederspannungsrichtlinie"), die wesentliche Forderungen festlegen, z.B. an Sicherheit und Gesundheitsschutz, die die auf den Markt gebrachten Produkte erfüllen müssen.Wir empfehlen daher, schon bei der Entwicklung von Geräten, die zu diesem Zeitpunkt gültige Norm IEC 62471 zu beachten und insbesondere auf den Gebrauch von entsprechenden Schutzvorrichtungen in Ihren Labors hinzuweisen.

Informationen zur Augensicherheit

Die Lichtausbeute der modernen Hochleistung-LEDs ist stark genug, um Augenreizungen und zeitliche Blindheitseffekte hervorzurufen. Daher sollten Sie generell nicht aus kurzer Entfernung in den Lichtstrahl jeglicher LED blicken.Risiken durch optische Strahlung, die durch LED-basierte Lampen, Lampen-Systeme oder Leuchter entstehen, müssen eingeschätzt und nach der Forderungen des IEC62471 Standards ("Photobiological safety of lamps and lamp systems") bewertet werden.

Im Rahmen des Risikogruppensystems des IEC Standards fallen die meisten in diesem Katalog beschriebenen LEDs in die "exempt" (befreit) Gruppe. Jedoch sollten hochleistungsfähige blaue LEDs und die wichtigsten weißen LEDs näher betrachtet werden. Auf Grund ihres hohen photochemischen Risiko-Potenzials kann das langfristige, bewusste, direkte Ansehen gefährlich sein. Bei ungünstigsten Bedingungen der Anordnung können die Hochleistungs-LEDs sogar der "moderate risk group" (gemäßigte Risikogruppe) zugeordnet werden, d.h. die Sicherheit beruht auf Aversions-Reaktionen auf helles Licht. Unter realen Umständen (in Bezug auf Belichtungszeit, Pupillen, Betrachtungsabstand) kann jedoch angenommen werden, dass keine Gefahr für die Augen von diesen Geräten ausgeht. Dies gilt für einzelne LEDs unter den genannten Konditionen und im Datenblatt definierten Betriebsbedingungen. Komplexe Multi-LED Designs, zusätzliche Optik oder außergewöhnliche Anwendungsbedingungen fordern eine gesonderte Bewertung des ganzen Systems.

Prinzipiell ist jedoch zu erwähnen, dass starke Lichtquellen auf Grund ihrer Blendwirkung ein hohes, sekundäres Gefahrenpotenzial besitzen. Wie bei jeder hellen Lichtquelle kann das direkte Anschauen (z.B. Scheinwerfer) zur Reduzierung der Sehschärfe oder zu Nachbildern führen, was Reizungen, Irritationen und sogar Unfälle verursachen kann.

Anmerkungen:

Der Anwender darf keinen Ausbau oder Analyse der LEDs vornehmen, ohne die vorherige schriftliche Zustimmung von OSRAM Opto Semiconductors GmbH zu haben. Wenn defekte LEDs gefunden werden, soll der Anwender baldmöglichst OSRAM Opto Semiconductors GmbH informieren, bevor er einen Ausbau oder eine Analyse vornimmt.

Erscheinungsform und technische Daten des Produktes können zwecks Verbesserung ohne Benachrichtigung geändert werden.

For more detailed product information and Technical Datasheets, please visit http://catalog.osram-os.com 13


Summary of Types
For more detailed product information and Technical Datasheets, please visit http://catalog.osram-os.comLight Emitting Diodes Summary of Types

TOPLED TOPLED

TOPLED TOPLED

TOPLEDPage / Seite: 23

TOPLED whitePage / Seite: 24

TOPLED black surfacePage / Seite: 24

TOPLED RG (Reverse Gullwing) Page / Seite: 25

TOPLED RG (Reverse Gullwing) whitePage / Seite: 25

TOPLED with lens TOPLED with lens

TOPLED with lensPage / Seite: 26

TOPLED with lens black packagePage / Seite: 26

Mini TOPLED Mini TOPLED


Mini TOPLEDPage / Seite: 27

Mini TOPLED whitePage / Seite: 28

14 For more detailed product information and Technical Datasheets, please visit http://catalog.osram-os.com


Summary of Types

Power TOPLED Power TOPLED


Power TOPLEDPage / Seite: 29

Power TOPLED whitePage / Seite: 29

Power TOPLED SiliconePage / Seite: 29

Power TOPLED with lens Power TOPLED with lens

Power TOPLED with lensPage / Seite: 31

Power TOPLED with lensPage / Seite: 31

Advanced Power TOPLED Advanced Power TOPLED


Advanced Power TOPLEDPage / Seite: 32

Advanced Power TOPLED whitePage / Seite: 32

Advanced Power TOPLED Plus Advanced Power TOPLED Plus

Advanced Power TOPLED PlusPage / Seite: 32



Summary of Types
For more detailed product information and Technical Datasheets, please visit http://catalog.osram-os.com

DRAGON Family DRAGON Family

Golden DRAGON Golden DRAGON

Golden DRAGONPage / Seite: 34

Golden DRAGON whitePage / Seite: 34

Golden DRAGON Plus Golden DRAGON Plus

Golden DRAGON PlusPage / Seite: 35

Golden DRAGON Plus whitePage / Seite: 35

Platinum DRAGON Platinum DRAGON

Platinum DRAGONPage / Seite: 36

Platinum DRAGONPage / Seite: 36

Diamond DRAGON Diamond DRAGON

Diamond DRAGON Page / Seite: 37

Diamond DRAGON whitePage / Seite: 37

Golden DRAGON oval Plus Golden DRAGON oval Plus

Golden DRAGON oval PlusPage / Seite: 38



Summary of Types
Light Emitting Diodes Summary of Types


PointLED PointLED

PointLED PointLED

PointLEDPage / Seite: 39

PointLED whitePage / Seite: 39

SmartLED SmartLED

SmartLED SmartLED

SmartLED 0603 0.6 mmPage / Seite: 40

SmartLED 0603 0.6 mm whitePage / Seite: 40

CHIPLED CHIPLED

CHIPLED 1206 CHIPLED 1206

CHIPLED 1206Page / Seite: 41

CHIPLED 1206 with lens CHIPLED 1206 with lens

CHIPLED 1206 with lensPage / Seite: 41



Summary of Types



CHIPLED 0603 0.4 mm CHIPLED 0603 0.4 mm

CHIPLED 0603 0.4 mmPage / Seite: 41

CHIPLED 0603 0.4 mm whitePage / Seite: 41







CHIPLED 0402 whitePage / Seite: 42

CHIPLED CHIPLED



Summary of Types
Multicolor Packages Multicolor Packages

Multi TOPLED Multi TOPLED

Multi TOPLED Page / Seite: 43

Multi TOPLED Page / Seite: 43

Multi TOPLED RGPage / Seite: 43

MULTILED MULTILED

MULTILED inlinePage / Seite: 43

MULTILED inline, black packagePage / Seite: 44

MULTILED inline, black surfacePage / Seite: 44

MULTILEDPage / Seite: 44

MULTILED 6-lead Silicone / diffusorPage / Seite: 44

Multi CHIPLED Multi CHIPLED

Page / Seite: 44

Multi CERAMOS Multi CERAMOS

Page / Seite: 45



Summary of Types

CERAMOS CERAMOS

CERAMOS CERAMOS

Page / Seite: 46 Page / Seite: 46 Page / Seite: 46 Page / Seite: 46

Page / Seite: 46

OSLUX OSLUX

OSLUX OSLUX

Page / Seite: 47



Summary of Types
OSLON Family OSLON Family

OSLON SX OSLON SX

Page / Seite: 48

OSLON LX OSLON LX

Page / Seite: 48

OSLON SSL OSLON SSL

Page / Seite: 49 Page / Seite: 49

OSLON SX ECE OSLON SX ECE

Page / Seite: 49

OSLON MX ECE OSLON MX ECE

Page / Seite: 49



Summary of Types
OSTAR Family OSTAR Family

OSTAR Compact OSTAR Compact

Page / Seite: 50

OSTAR SMT OSTAR SMT


OSTAR Projection OSTAR Projection


Page / Seite: 51 Page / Seite: 51

OSTAR Headlamp OSTAR Headlamp

Page / Seite: 52



Light Emitting Diodes For more detailed product information and Technical Datasheets, please visit http://catalog.osram-os.com

TOPLED TOPLED

Package Type Emission color λdom (typ.)/Cx/Cy

2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]

TOPLED TOPLED

LS T67K-J1K2-1

super red 630

4.5 ... 11.2 25

2 120

Q65110A2011

1

LS T67K-K1L2-1 7.1 ... 18 40 Q65110A2012

LS T67K-J1L2-1 4.5 ... 18 30 Q65110A2013

LO T67K-K1L2-24

orange 606

7.1 ... 18 40 Q65110A2035

LO T67K-L1M2-24 11.2 ... 28 60 Q65110A2036

LO T67K-K1M2-24 7.1 ... 28 50 Q65110A2037

LY T67K-J2L1-26

yellow 587

5.6 ... 14 30 Q65110A2059

LY T67K-K2M1-26 9 ... 22.4 50 Q65110A2060

LY T67K-J2M1-26 5.6 ... 22.4 40 Q65110A2061

LG T67K-G2J1-24

green 570

2.24 ... 5.6 12 Q65110A2182

LG T67K-H2K1-24 3.55 ... 9 19 Q65110A2183

LG T67K-G2K1-24 2.24 ... 9 16 Q65110A2184

LP T67K-E1F2-25

pure green 560

0.71 ... 1.8 4 Q65110A2185

LP T67K-F1G2-25 1.12 ... 2.8 6 Q65110A2186

LP T67K-E1G2-25 0.71 ... 2.8 5 Q65110A2187

LS T676-Q1R2-1

super red 633

71 ... 180 380

20 120

Q65110A2151

1

LS T676-R1S1-1 112 ... 224 480 Q65110A2152

LS T676-P2S1-1 56 ... 224 420 Q65110A2153

LA T676-Q2T1-24

amber-red 615

90 ... 355 600 Q65110A9273

LA T676-R1S2-24 112 ... 280 760 Q65110A9274

LA T676-S1T1-24 180 ... 355 665 Q65110A9275

LO T676-R1S2-24

orange 605

112 ... 280 600 Q65110A2148

LO T676-S1T1-24 180 ... 355 760 Q65110A2149

LO T676-Q2T1-24 90 ... 355 665 Q65110A2150

LY T676-R1S2-26

yellow 587

112 ... 280 600 Q65110A2154

LY T676-S1T1-26 180 ... 355 760 Q65110A2155

LY T676-Q2T1-26 90 ... 355 665 Q65110A2156

LG T676-P1Q2-24 green 570

45 ... 112 240 Q65110A2178

LG T676-P2R1-24 56 ... 140 265 Q65110A4007

LP T676-L1M2-25 pure green 560 11.2 ... 28 60 Q65110A2179

LP T675-N1Q1-25 pure green 560 28 ... 90 180 30 120 Q65110A9017 1

LS T67F-T2V2-1-1 super red 633 355 ... 1120 2200

20 120

Q65110A9233

1

LR T67F-U1AA-1-1 red 625 450 ... 1400 2700 Q65110A9232

LA T67F-U2AB-24-1 amber-red 617 560 ... 1800 3500 Q65110A9268

LO T67F-V1AB-24-1 orange 606 710 ... 1800 3700 Q65110A9230

LY T67F-U1AA-36-1 yellow 587 450 ... 1400 2700 Q65110A9231



LT T673-P1Q2-25

true green 532

45 ... 112 240

10

120

Q65110A1966

1

LT T673-Q1R2-25 71 ... 180 380 Q65110A1967

LT T673-N2S1-25 35.5 ... 224 350 Q65110A1968

LT T673-L2N2-35 14 ... 45 90 2 Q65110A5953

LB T673-L2N1-35

blue 471

14 ... 35.5 75

10

Q65110A1954

LB T673-M2P1-35 22.4 ... 56 120 Q65110A1955

LB T673-L2P1-35 14 ... 56 100 Q65110A1956

LT T67C-S2U1-35

true green 528

224 ... 560 1200

20

Q65110A1870

LT T67C-T2V1-35 355 ... 900 1900 Q65110A1871

LT T67C-S2V1-35 224 ... 900 1680 Q65110A1983

LV T67C-S1T2-35

verde green 505

180 ... 450 950 Q65110A1878

LV T67C-T1U2-35 280 ... 710 1500 Q65110A1879

LV T67C-S1U2-35 180 ... 710 1330 Q65110A1987

LB T67C-P2R1-35

blue 470

56 ... 140 300 Q65110A1857

LB T67C-Q2S1-35 90 ... 224 480 Q65110A1858

LB T67C-P2S1-35 56 ... 224 420 Q65110A1977

LW T673-P2R1-5K8L

white 0.33 / 0.33

56 ... 140 300

10 120

Q65110A1939

1LW T673-Q2R2-5K8L 90 ... 180 380 Q65110A1940

LW T673-P1S1-5K8L 45 ... 224 480 Q65110A1941

LW T673-P2R1-3K6L 56 ... 140 300 Q65110A4100

LW T67C-S2U1-5K8L

white 0.33 / 0.33

224 ... 560 1200

20 120

Q65110A1743

1LW T67C-T2U2-5K8L 355 ... 710 1600 Q65110A1742

LW T67C-S2V1-5K8L 224 ... 900 1550 Q65110A1942

LCG T67C-S2U2 color on

demand green0.23 / 0.42 224 ... 710 1400 20

120 on request 1

LCB T67S-P1R1-3J7L color on

demand blue0.2 / 0.3 45 ... 140 240 10

TOPLED Silicone TOPLED Silicone

LW T6SG-V2BA-JKPL

white 0.33 / 0.33

900 ... 2240 4700

20 120

Q65110A8982

2

LW T6SG-V1AA-JKPL 710 ... 1400 3150 Q65110A8981

LUW T6SG-AABA-4N7Q

ultra white 0.31 / 0.32

1120 ... 2240 5040

20 120

Q65110A7881

2

LUW T6SG-ABBB-4N7Q 1400 ... 2800 5880 Q65110A8477

TOPLED black surface TOPLED black surface

LY T686-R1S2-26

yellow 587

112 ... 280 590

20 120

Q65110A2211

1LY T686-S1T1-26 180 ... 355 800 Q65110A2212

LY T686-Q2T1-26 90 ... 355 665 Q65110A2213


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]



LR T68F-U1AA-1-1 red 625

450 ... 1400 2800

20 120

Q65110A7321

3LY T68F-U1AA-46-1

yellow 590

Q65110A7730

LY T68F-T2V2-35-1 355 ... 1120 2200 Q65110A7796

TOPLED RG (Reverse Gullwing) TOPLED RG (Reverse Gullwing)

LS T77K-J1K2-1

super red 630

4.5 ... 11.2 24

2

120

Q65110A2029

4

LS T77K-K1L2-1 7.1 ... 18 40 Q65110A2030

LS T77K-J1L2-1 4.5 ... 18 30 Q65110A2031

LO T77K-K1L2-24

orange 606

7.1 ... 18 40 Q65110A2041

LO T77K-L1M2-24 11.2 ... 28 60 Q65110A2042

LO T77K-K1M2-24 7.1 ... 28 50 Q65110A2043

LY T77K-J2L1-26

yellow 587

5.6 ... 14 30 Q65110A2769

LY T77K-K2M1-26 9 ... 22.4 50 Q65110A2767

LY T77K-J2M1-26 5.6 ... 22.4 40 Q65110A2768

LS T776-Q1R2-1

super red 633

71 ... 180 380

20

Q65110A2220

LS T776-R1S1-1 112 ... 224 480 Q65110A2221

LS T776-P2S1-1 56 ... 224 420 Q65110A2222

LA T776-R1S2-1

amber-red 615

112 ... 280 600 Q65110A2214

LA T776-S1T1-1 180 ... 355 760 Q65110A2215

LA T776-Q2T1-1 90 ... 355 665 Q65110A2216

LO T776-R1S2-24

orange 606

112 ... 280 600 Q65110A2217

LO T776-S1T1-24 180 ... 355 760 Q65110A2218

LO T776-Q2T1-24 90 ... 355 665 Q65110A2219

LY T776-R1S2-26

yellow 587

112 ... 280 600 Q65110A2223

LY T776-S1T1-26 180 ... 355 760 Q65110A2224

LY T776-Q2T1-26 90 ... 355 665 Q65110A2225

LP T776-L1M2-25 pure green 560 11.2 ... 28 60 Q65110A2247

LT T773-P1Q2-25

true green 532

45 ... 112 240

10 120

Q65110A1969

4

LT T773-Q1R2-25 71 ... 180 380 Q65110A1970

LT T773-N2S1-25 35.5 ... 224 350 Q65110A1971

LB T773-L2N1-35

blue 471

14 ... 35.5 75 Q65110A1957

LB T773-M2P1-35 22.4 ... 56 120 Q65110A1958

LB T773-L2P1-35 14 ... 56 100 Q65110A1959

LW T773-P2R1-5K8L

white 0.33 / 0.33

56 ... 140 300

10 120

Q65110A1943

4LW T773-Q2R2-5K8L 90 ... 180 400 Q65110A1944

LW T773-P1S1-5K8L 45 ... 224 380 Q65110A1945


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]





2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]

TOPLED with lens TOPLED with lens

LP T655-Q1R2-25 pure green 560 71 ... 180 140 30 60 Q65110A2355 5

TOPLED with lens black series TOPLED with lens black series

LR T66F-ABBB-1-1 red 625 1400 ... 2800

1900

20 60

Q65110A8571

5LY T66F-ABBB-46-1

yellow 587

1120 ... 2240 Q65110A8570

LY T66F-AABA-35-1 1400 ... 2800 2200 Q65110A8569






2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]


LS M67K-H2K1-1

super red 630

3.55 ... 9 18

2 120

Q65110A2026

6

LS M67K-J2L1-1 5.6 ... 14 28 Q65110A2027

LS M67K-H2L1-1 3.55 ... 14 25 Q65110A2028

LO M67K-J2L1-24

orange 606

5.6 ... 14 28 Q65110A2053

LO M67K-K2M1-24 9 ... 22.4 45 Q65110A2054

LO M67K-J2M1-24 5.6 ... 22.4 40 Q65110A2055

LY M67K-J1K2-26

yellow 587

4.5 ... 11.2 22 Q65110A2074

LY M67K-K1L2-26 7.1 ... 18 35 Q65110A2075

LY M67K-J1L2-26 4.5 ... 18 30 Q65110A2076

LG M67K-G1H2-24

green 570

1.8 ... 4.5 9.5 Q65110A2393

LG M67K-H1J2-24 2.8 ... 7.1 15 Q65110A2394

LG M67K-G1J2-24 1.8 ... 7.1 13 Q65110A2395

LP M67K-D2F1-25

pure green 560

0.56 ... 1.4 3 Q65110A2396

LP M67K-E2G1-25 0.9 ... 2.24 4.8 Q65110A2397

LP M67K-D2G1-25 0.56 ... 2.24 4.2 Q65110A2398

LS M676-P2R1-1

super red 633

56 ... 140 300

20 120

Q65110A1897

6

LS M676-Q2S1-1 90 ... 224 480 Q65110A2363

LS M676-P2S1-1 56 ... 224 420 Q65110A2364

LA M676-Q2S1-1

amber-red 615

90 ... 224 480 Q65110A2356

LA M676-R2T1-1 140 ... 355 760 Q65110A2357

LA M676-Q2T1-1 90 ... 355 660 Q65110A2358

LO M676-Q2S1-24

orange 606

90 ... 224 480 Q65110A2359

LO M676-R2T1-24 140 ... 355 760 Q65110A2360

LO M676-Q2T1-24 90 ... 355 660 Q65110A2361

LY M676-Q2S1-26

yellow 587

90 ... 224 480 Q65110A1898

LY M676-R2T1-26 140 ... 355 760 Q65110A2366

LY M676-Q2T1-26 90 ... 355 660 Q65110A2367

LG M676-N2Q1-24 green 570 35.5 ... 90 190 Q65110A2389

LP M676-L1M2-25 pure green 560 11.2 ... 28 60 Q65110A7809

LP M675-M2P1-25 pure green 560 22.4 ... 56 120 30 120 Q65110A2399 6

LS M67F-S2U2-1 super red 633 224 ... 710 1400

20 120

Q65110A8888

7LO M67F-U2AB-24 orange 606 560 ... 1800 3300 Q65110A8973

LY M67F-T2V2-36 yellow 590 355 ... 1120 2400 Q65110A8980

LT M673-N2Q1-25

true green 532

35.5 ... 90 190

10 120

Q65110A5929

6

LT M673-P2R1-25 56 ... 140 300 Q65110A1964

LT M673-N1R2-25 28 ... 180 310 Q65110A5930

LB M673-L1M2-35

blue 471

11.2 ... 28 60 Q65110A1951

LB M673-M1N2-35 18 ... 45 95 Q65110A1952

LB M673-L1N2-35 11.2 ... 45 80 Q65110A1953



LW M673-P1Q2-5K8L

white 0.33 / 0.33

45 ... 112 240

10

120

Q65110A1933

6

LW M673-Q1R2-5K8L 71 ... 180 380 Q65110A1934

LW M673-N2R2-5K8L 35.5 ... 180 320 Q65110A1935

LW M673-P1Q2-3K6L 45 ... 112 240 Q65110A4099

LW M67C-S1T2-5K8L 180 ... 450 950

20

Q65110A1936

LW M67C-T1U2-5K8L 280 ... 710 1500 Q65110A1937

LW M67C-S1U2-5K8L 180 ... 710 1330 Q65110A1938

LCG M67S-P1R1 color on

demand green0.23 / 0.42 45 ... 140 275

10

120 on request 6LCL M67S-N2Q2 color on

demand lagune0.17 / 0.365

35.5 ... 112 220

LCB M67S-K1M1 color on

demand blue0.2 / 0.3 7.1 ... 22.4 45 2


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]






2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]


LP E675-P1Q2-25

pure green 560

45 ... 112 240

50 120

Q65110A2334

24

LP E675-P2R1-25 56 ... 140 300 Q65110A7298

LT E67C-T1U2-35-1

true green 525

280 ... 710 1500

30 120

Q65110A1868

24

LT E67C-U1V2-35-1 450 ... 1120 2400 Q65110A1869

LT E67C-T1V2-35-1 280 ... 1120 2100 Q65110A1982

LB E67C-Q1R2-35-1

blue 469

71 ... 180 380 Q65110A9138

LB E67C-Q1S2-35-1 71 ... 280 520 Q65110A9140

LB E67C-R1S2-35-1 112 ... 280 600 Q65110A9141

LW E67C-T2V1-5K8L-1

white 0.33 / 0.33

355 ... 900 1900

30 120

Q65110A1930

24LW E67C-U2V2-5K8L-1 560 ... 1120 2400 Q65110A1931

LW E67C-T1V2-5K8L-1 280 ... 1120 2100 Q65110A1932

LA E67F-BACA-24-3A4B

amber-red 617 1120 ... 3550 8000

50 120

Q65110A9090

25LA E67F-BACA-24-3B5A Q65110A9089

LY E67F-AABA-35-1 yellow 587

1120 ... 2240 5040 Q65110A9019

LY E67F-ABBB-46-1 1120 ... 2800 6300 Q65110A9018

Power TOPLED Silicone Power TOPLED Silicone

LS E6SF-V2BA-1-1 super red 633 900 ... 2240 4650

50 120

Q65110A4135

25

LR E6SF-BACA-1-1 red 625 1800 ... 3550 7925 Q65110A9739

LA E6SF-BBCB-24-1 amber-red 617 2240 ... 4500 10110 Q65110A6262

LO E6SF-ABCB-24-1 orange 606 1400 ... 4500 8800 Q65110A7524

LY E6SF-V2AB-35-1 yellow 590

900 ... 1800 4030 Q65110A7525

LY E6SF-AABA-46-1 1120 ... 2240 4980 Q65110A6209

LA ETSF-AABA-24-1 amber-red 617

1120 ... 2240 4980

50 120

Q65110A9776

25LA ETSF-BACB-24-1 1800 ... 9450 9450 Q65110A9777

LY ETSF-AABA-35-1 yellow 587

1120 ... 2240 4980 Q65110A9778

LY ETSF-ABCA-46-1 1400 ... 3550 7425 Q65110A9779

LT E6SG-AABA-35 true green 525 1120 ... 2240 5050

30 120

Q65110A7885

26

LB E6SG-T1U2-35 blue 469 280 ... 710 1500 Q65110A7883



LW E6SG-AABA-JKPL-1 white 0.33 / 0.33 1120 ... 2240 5050

30 120

Q65110A8964

26

LCW E6SG-V1AB-4U9X

warm white 0.42 / 0.4

710 ... 1800

3200 Q65110A7736

LCW E6SG-V1AB-4R9T 3500 Q65110A7737

LCW E6SG-V2BA-4O9Q

900 ... 2240

3800 Q65110A7733

LCW E6SG-V2BA-4L8N 4100 Q65110A7734

LCW E6SG-V2BA-4J8K 4200 Q65110A7735

LUW E6SG-BACA-4N7Q-1


1800 ... 3550 6700 Q65110A8458

LUW E6SG-ABBB-4N7Q-1 1400 ... 2800 5900 Q65110A7880

LCP E6SC-S2U1-45 color on demand pure green

0.39 / 0.58224 ... 560 1200

30 120

on request

24

LCP E6SC-T2V1-45 355 ... 900 1900

LCB E6SG-V1AB color on

demand blue0.2 / 0.3 710 ... 1800 3770

LCR E6SG-U1V2-DMDQ-46

color on demand crystal pink

0.38 / 0.24 450 ... 1120 2360 Q65110A7166


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]






2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]

Power TOPLED with lens Power TOPLED with lens

LS E65F-BBDA-1 super red 633 2240 ... 5600 4480

50 60

Q65110A4106

27

LA E65F-CBEA-24-3A4B

amber-red 617

3550 ... 9000 7170 Q65110A4104

LA E65F-CADA-24-3B5A

2800 ... 5600 4800 Q65110A2335

LY E65F-BBCB-35-1 yellow 587

2240 ... 4500 3850 Q65110A4110

LY E65F-CADA-46-1 2800 ... 5600 4800 Q65110A4109


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

EV ΦV (typ.) at IF

[nm / -] [lux] [mlm] [mA] [°]

LS E63F-DBFA-1 super red 633 5600 ... 14000 3750

50 30

Q65110A4105

28

LA E63F-EBGA-24-3A4B

amber-red 617

9000 ... 22400 6000 Q65110A4103

LA E63F-EAFA-24-3B5A 7100 ... 14000 4200 Q65110A1845

LY E63F-DBEB-35-1 yellow 590

5600 ... 11200 3350 Q65110A4108

LY E63F-EAFA-46-1 7100 ... 14000 4200 Q65110A4107

LT E63C-BACB-35-1

true green 525

1800 ... 4500 1850

30 20

Q65110A1866

29

LT E63C-CADB-35-1 2800 ... 7100 2900 Q65110A1867

LT E63C-BADB-35-1 1800 ... 7100 2610 Q65110A1981

LV E63C-ABCA-35-1

verde green 503

1400 ... 3550 1450 Q65110A1874

LV E63C-BBDA-35-1 2240 ... 5600 2300 Q65110A1875

LV E63C-ABDA-35-1 1400 ... 5600 2050 Q65110A1985

LB E63C-T2V1-35-34

blue 469

355 ... 900 370 Q65110A1852

LB E63C-U2V2-35-34 560 ... 1120 490 Q65110A1973

LB E63C-T2V2-35-34 355 ... 1120 430 Q65110A1974








2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]


LR G6SP-CADB-1-1 red 625 2800 ... 7100 13400

140 120

Q65110A4728

30LA G6SP-CBEA-24-1 amber-red 617 3550 ... 9000 16800 Q65110A4732

LY G6SP-BBDB-36-1 yellow 590 2240 ... 7100 12600 Q65110A4721

LT G6SP-CBEB-25-1 true green 528 3550 ... 11200 18700

140 120

Q65110A5874

31

LB G6SP-V2BB-35-1 blue 470 900 ... 2800 4950 Q65110A4678

LW G6CP-EAFA-JKQL-1 white 0.34 / 0.34 7100 ... 14000 31600 140 120 Q65110A8947 31

LCY G6SP-CADB-4E color on

demand yellow0.56 / 0.42 2800 ... 9000 14900 140 120 Q65110A8813 31


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]


LR G5AP-BZCZ-1-1 red 623 2400 ... 4500 13800

100 145

Q65110A8036

32

LT G5AP-CZEX-36-1 true green 527 3900 ... 8200 24200 Q65110A8431


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IE at IF

[nm / -] [mW/sr] [mA] [°]

LD G5AP-2M2N-35-1 deep blue 457 20.1 ... 35.5 100 145 Q65110A8037 32





2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV IV (typ.) at IF

[nm / -] [mlm] [mcd] [mA] [°]


LCW G5GP-FZHX-5L8N


15000 ... 33000 6400

100 135

Q65110A9081

32

LCW G5GP-FYHX-5O8Q

13000 ... 33000 6100 Q65110A9078

LCW G5GP-FYGY-5R8T

13000 ... 24000 5000 Q65110A9079

LUW G5GP-GXHY-5C8E

ultra white 0.31 / 0.32 18000 ... 39000 7600

Q65110A9093

LUW G5GP-GXHY-5F8G

Q65110A9091




DRAGON Family DRAGON Family



2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV IV (typ.) at IF

[nm / -] [mlm] [mcd] [mA] [°]

Golden DRAGON Golden DRAGON

LR W5SM-HYJY-1 red 625 33000 ... 61000 15600

400 120

Q65110A4386

34LA W5SM-HZJZ-24 amber-red 617

39000 ... 71000 18300

Q65110A4278

LY W5SM-HZJZ-35 yellow 590

Q65110A9644

LY W5SM-HZJZ-46 Q65110A9645

LT W5SM-JXKX-36 true green 528

45000 ... 82000 21000

350 120

Q65110A8417

34LT W5SM-JYKY-25 52000 ... 97000 24600 Q65110A9212

LB W5SM-FYGZ-24 blue 470

13000 ... 28000 6800 Q65110A9224

LB W5SM-FZHX-35 15000 ... 33000 7900 Q65110A9221

LW W5SM-JYKY-JKQL white 0.33 / 0.33 52000 ... 97000 213063

350 120

Q65110A9133

34

LCW W5SM-JXKX-4U9X


45000 ... 82000 18500 Q65110A9692

LCW W5SM-JYKY-4R9T 52000 ... 97000 24800 Q65110A9693

LCW W5SM-JXKY-4O9Q 39000 ... 97000 24000 Q65110A9681

LCW W5SM-JYKY-4L8N 52000 ... 97000 24800 Q65110A9694

LCW W5SM-JYKZ-4J8K

52000 ... 112000 27300 Q65110A9698

LUW W5SM-JZKY-5P7R

ultra white 0.31 / 0.32 61000 ... 97000 230700

Q65110A8112

LUW W5SM-JZKY-4C8E Q65110A8110

LUW W5SM-JZKY-5F8G Q65110A8111


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦE at IF

[nm / -] [mW] [mA] [°]

LD W5SM-4S4T-35 deep blue 455 250 ... 450 350 120 Q65110A9216 34






2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV IV (typ.) at IF

[nm / -] [mlm] [mcd] [mA] [°]

Golden DRAGON Plus Golden DRAGON Plus

LR W5AM-HZJZ-1 red 625 39000 ... 71000 17600

400 170

Q65110A8618

35LA W5AM-JXKX-24 amber-red 617 45000 ... 82000 20000 Q65110A8616

LY W5AM-HYJZ-36 yellow 590 33000 ... 61000 16000 Q65110A8617

LT W5AM-JYKZ-36 true green 528 52000 ... 112000

28700

350 170

Q65110A8619

35

LB W5AM-GYHY-25 blue 470 21000 ... 39000 10500 Q65110A8620

LCW W5AM-JZKY-4U9X


61000 ... 97000 19800

350 170

Q65110A9535

36

LCW W5AM-KYKZ-4L8N

82000 ... 112000 26150 Q65110A8828

LCW W5AM-JZKZ-4O9Q

61000 ... 112000 21650 Q65110A9536

LCW W5AM-KXKY-4R9T 71000 ... 97000 21000 Q65110A8169

LCW W5AM-KXKZ-4J8K

71000 ... 112000 22800 Q65110A8986

LUW W5AM-KYLX-6P7Q

ultra white 0.31 / 0.32 82000 ... 130000 26500

Q65110A7564

LUW W5AM-KYLX-4E8G-ZN Q65110A9533

LUW W5AM-KYLX-4C8E-ZN Q65110A9531

LW W5AM-KXLX-5K8L

white 0.33 / 0.33

71000 ... 130000 25100 Q65110A9850

LW W5AM-KYLX-6K7L 82000 ... 130000 26500 Q65110A9529

36

LW W5AM-KZLX-6K7L 97000 ... 130000 28400 Q65110A9530


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦE at IF

[nm / -] [mW] [mA] [°]

LD W5AM-3T3U-35 deep blue 455 355 ... 630 350 170 Q65110A8621 35






2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV IV (typ.) at IF

[nm / -] [mlm] [mcd] [mA] [°]

Platinum DRAGON Platinum DRAGON

LR W5SN-JYKY-1 red 625 52000 ... 97000 24800

700 120

Q65110A6011

34

LA W5SN-JZKZ-24 amber-red 61761000 ... 112000

28800 Q65110A6010

LY W5SN-JYKY-46 yellow 590 52000 ... 97000 24800 Q65110A5712

LT W5SN-KYLY-25 true green 52882000 ... 150000 38600 Q65110A9211

LV W5SN-JXKZ-25 verde green 50545000 ... 112000 26200 Q65110A8309

LB W5SN-GZJX-35 blue 470

24000 ... 52000 12700 Q65110A7464

LB W5SN-GYHZ-25 21000 ... 45000 11000 Q65110A9222

LCW W5SN-KXLX-4U9X


71000 ... 130000 29800

700 120

Q65110A9713

34

LCW W5SN-KYLY-4R9T

82000 ... 150000 31200 Q65110A9717

LCW W5SN-KXLX-4O9Q

71000 ... 130000 29800 Q65110A7708

LCW W5SN-KYLY-4L8N

82000 ... 150000

31200 Q65110A7706

LCW W5SN-KYLY-4J8K 32400 Q65110A7707

LW W5SN-KYLY-JKQL white 0.33 / 0.33 38000 Q65110A8946


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦE at IF

[nm / -] [mW] [mA] [°]

LD W5SN-1U2V-35 deep blue 455 450 ... 900 700 120 Q65111A0040 34






2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV IV (typ.) at IF

[nm / -] [mlm] [mcd] [mA] [°]

Diamond DRAGON Diamond DRAGON

LR W5AP-KZMX-1 red 625 97000 ... 210000

45000

1400 140

Q65110A7158

37

LA W5AP-LXMY-24 amber-red 617 112000 ... 240000

51000 Q65110A7159

LY W5AP-KYLZ-36 yellow 590 82000 ... 180000

364470 Q65110A7156

LT W5AP-LYMZ-25 true green 528 130000 ... 280000

572360 Q65110A7157

LUW W5AP-MYNY-5P7R

ultra white 0.31 / 0.32 210000 ... 390000 80000 1400 140

Q65110A7821

37LUW W5AP-MYNY-5F8G Q65110A7820

LUW W5AP-MYNY-4C8E Q65110A7819


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦE at IF

[nm / -] [mW] [mA] [°]

LD W5AP-3V8A-35 deep blue 455 900 ... 1800 1400 140 Q65110A7165 37





peak. Viewing angle at 100 % PhiV2ϕ (typ.)

Ordering Code

Package Fig.

ΦV at IF

[nm / -] [mlm] [mA] [°]

Golden DRAGON oval Plus Golden DRAGON oval Plus

LCW W5PM-JYKX-5U8X


52000 ... 82000

350 120

Q65110A9012

38

LCW W5PM-JYKY-5R8T

52000 ... 97000

Q65110A9005

LCW W5PM-JYKY-5O8Q

Q65110A9009

LCW W5PM-JZKY-5L7N

61000 ... 97000 Q65110A9001

LCW W5PM-JZKZ-5J7K

61000 ... 112000 Q65110A9003

LUW W5PM-KYLX-6P7R


82000 ... 130000

350 120

Q65110A9011

38LUW W5PM-KYLX-5P7R Q65110A9004

LUW W5PM-KYKZ-5P7R 82000 ... 112000 Q65110A9010

LW W5PM-KXKZ-6K8L

white 0.33 / 0.33

71000 ... 112000

350 120

Q65110A9000

38LW W5PM-KXLX-6K8L 71000 ... 130000 Q65110A9008

LW W5PM-KXKZ-5K8L 71000 ... 112000 Q65110A9013




PointLED PointLED


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]

PointLED PointLED

LS P47K-H1J2-1

super red 630

2.8 ... 7.1 15

2

120

Q65110A1455

8

LS P47K-J1K2-1 4.5 ... 11.2 25 Q65110A1464

LS P47K-H1K2-1 2.8 ... 11.2 20 Q65110A2733

LY P47K-J1K2-26

yellow 587

4.5 ... 11.2 25 Q65110A1450

LY P47K-K1L2-26 7.1 ... 18 35 Q65110A1449

LY P47K-J1L2-26 4.5 ... 18 30 Q65110A2738

LG P47K-G2J1-24

green 570

2.24 ... 5.6 10 Q65110A1467

LG P47K-H2K1-24 3.55 ... 9 19 Q65110A1468

LG P47K-G2K1-24 2.24 ... 9 15 Q65110A2730

LO P476-R2T1-24 orange 606 140 ... 355 760

20

Q65110A7018

LY P476-Q2S1-26

yellow 587

90 ... 224 480 Q65110A3955

LY P476-R2T1-26 140 ... 355 760 Q65110A3956

LY P476-Q2T1-26 90 ... 355 675 Q65110A4881

LS P47F-U1AA-1-1 super red 633 450 ... 1400 2780

30 120

Q65110A4859

9

LR P47F-U2AB-1-1 red 625 560 ... 1800 3540 Q65110A4861

LA P47F-V2BB-24-3A4B

amber 617 900 ... 2800 5550

Q65110A4857

LA P47F-V2BB-24-3B5A Q65110A9267

LY P47F-U2AB-36-4A5B

yellow 587 560 ... 1800 3540

Q65110A9266

LY P47F-U2AB-36-3B5A Q65110A4860

LB P4SG-S2U1-35 blue 470 224 ... 560 850

20 120

Q65110A8252

9

LT P4SG-V1AB-36-1 true green 528 710 ... 1800 3010 Q65110A7127

LW P473-Q2S1-3K8L-1 white 0.32 / 0.31 90 ... 224 470 10 120 Q65110A1453 8

LCB P473-P2R2 color on

demand blue0.2 / 0.3 56 ... 180 350 10 120 on request 8

PointLED Silicone PointLED Silicone

LB P4SG-S2U1-35 blue 470 224 ... 560 850

20 120

Q65110A8252

9

LT P4SG-V1AB-36-1 true green 528 710 ... 1800 3010 Q65110A7127

LW P4SG-V2AB-JKPL-1

white 0.33 / 0.33 900 ... 1800 4050 20 120

Q65110A9047

8

LW P4SG-V2AB-JKPL-1-F Q65110A9048




SmartLEDPackage Type Emission color λdom

(typ.)/Cx/Cy

2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]

SmartLED 0603 0.6 mm SmartLED 0603 0.6 mm

LS L29K-G1H2-1

super red 630

1.8 ... 4.5 13

2

extremely wide viewing angle 160

Q65110A1758

10

LS L29K-H1J2-1 2.8 ... 7.1 20 Q65110A1756

LS L29K-G1J2-1 1.8 ... 7.1 17 Q65110A1757

LO L29K-H2K1-24

orange 606

3.55 ... 9 25 Q65110A1747

LO L29K-J2L1-24 5.6 ... 14 40 Q65110A1752

LO L29K-H2L1-24 3.55 ... 14 35 Q65110A1751

LY L29K-H1J2-26

yellow 587

2.8 ... 7.1 20 Q65110A1765

LY L29K-J1K2-26 4.5 ... 11.2 32 Q65110A1748

LY L29K-H1K2-26 2.8 ... 11.2 28 Q65110A1766

LG L29K-F2H1-24

green 570

1.4 ... 3.55 8 extremely wide viewing angle 160°

Q65110A1744

LG L29K-G2J1-24 2.24 ... 5.6 12 Q65110A1746

LG L29K-F2J1-24 1.4 ... 5.6 10 Q65110A1745

LS L296-N2Q1-1

super red 633

35.5 ... 90 250

20

extremely wide viewing angle 160°

Q65110A1753

10

LS L296-P2Q2-1 56 ... 112 320 Q65110A1755

LS L296-N1Q2-1 28 ... 112 275 Q65110A1754

LA L296-P2R1-1

amber-red 615

56 ... 140 400 Q65110A3236

LA L296-Q2R2-1 90 ... 180 500 Q65110A3237

LA L296-P1R2 45 ... 180 445 Q65110A3235

LO L296-P2R1-24

orange 606

56 ... 140 400 Q65110A1906

LO L296-Q2S1-24 90 ... 224 640 Q65110A1904

LO L296-P1S1-24 45 ... 224 530 Q65110A1905

LY L296-P2R1-26

yellow 587

56 ... 140 400 Q65110A1763

LY L296-Q2R2-26 90 ... 180 500 Q65110A1762

LY L296-P1R2-26 45 ... 180 445 Q65110A1764

LP L296-J2L2-25 pure green 560 5.6 ... 18 35 Q65110A3342

LB L293-L2N1-25-1

blue 470

14 ... 35.5 100

10horizontal 155°, verti-cal 135°

Q65110A1788

10

LB L293-M2P1-36-1 22.4 ... 56 160 Q65110A1791

LT L29S-N1R2-25

true green 528

28 ... 180 420


Q65110A3218

10LT L29S-N2Q1-25 35.5 ... 90 250 Q65110A3219

LT L29S-P2R1-25 56 ... 140 400 Q65110A3220

LW L283-P2R1-3K8L-1

white

0.32 / 0.31

56 ... 140 400


Q65110A1550

10

LW L283-Q1R2-3K8L-1 71 ... 180 500 Q65110A1647

LW L28G-R2S2-3K6L-1 0.3 / 0.28 140 ... 280 990 Q65110A2460 11




CHIPLED CHIPLED


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]


LH N974 hyper red 645 7.1 ... 45 15 20extremly wide viewing angle 160°

Q62702P5192 13

LY N971 yellow 587 2.8 ... 18 40

20extremly wide viewing angle 160°

Q62702P5193

12

LG N971 green 570 7.1 ... 45 105 Q62702P5191

CHIPLED 1206 with lens CHIPLED 1206 with lens

LA N91E-DBFB-24 amber-red 617 5600 ... 18000 3500

20 20 °

Q65110A8697

22LB N91E-AADA-35-1 blue 470 1120 ... 5600 1100 Q65110A8735

LT N91E-DBFB-25-1 true green 530 5600 ... 18000 3500 Q65110A8707

LA N91F-DBFB-24-1 amber-red 617 5600 ... 18000 3500 20 20 ° Q65110A8696 22


LO R971 orange 605

2.8 ... 18 28


Q62702P5180

14LY R971 yellow 590 Q62702P5181

LG R971 green 570 7.1 ... 45 100 Q62702P5179

LS R976 super red 633 28 ... 180 330


Q62702P5178

14LO R976 orange 606

45 ... 280 520

Q62702P5101

LY R976 yellow 588 Q62702P5177


LT Q39E-Q1S2-25-1 true green 530 71 ... 280 440

5

horizontal 155°, vertical 135°

Q65110A799816

LB Q39E-L2N2-35-1 blue 470 14 ... 45 75 Q65110A7212

LT Q39G-Q1S2-25-1 true green 530 71 ... 280 550 Q65110A7997

18LB Q39G-L2N2-35-1

blue 470

14 ... 45 95 Q65110A7211

LB Q39G-N1P1-35-1 28 ... 56 140horizontal 160°, vertical 135°

Q65110A7940

LW Q38G-Q1S1-3K6L-1

white 0.3 / 0.28

71 ... 224 440

5horizontal 150°, vertical 130°

Q65110A7209

18LW Q38G-Q2R2-3K5L-1 90 ... 180 400 Q65110A7584

LW Q38E-Q1S2-3K6L-1 71 ... 280 520 Q65110A7210

16

LW Q38E-Q2R2-3K5L 90 ... 180 400 Q65110A7939




LG Q976-MP-24 5725600 ... 18000 135 20

extremly wide viewing angle 160°

Q65110A8842 59


LS Q971 super red 628 7.1 ... 45 11


Q65110A4282

20LO Q971 orange 606 4.5 ... 28 9 Q65110A4285

LY Q971-H1L2-36 yellow 587 2.8 ... 9 6 Q62703Q4699

LG Q971 green 570 7.1 ... 45 10 Q62702P5189

LS Q976 super red 633 28 ... 180 330


Q62702P5187

20LO Q976 orange 605

45 ... 280 520

Q62702P5188

LY Q976 yellow 587 Q62702P5276

LH Q974 hyper red 645 7.1 ... 45 15 20extremly wide viewing angle 160°

Q65110A4922 21


LR QH9F-P2R1-1 red 625 56 ... 140 300 5


Q65110A8031

23ZO QH9F-M2P2-24-1 orange 606 18 ... 71 140 2 Q65110A8074

LY QH9F-P1R1-36 yellow 590 45 ... 140 380 5 Q65110A8028

LT QH9G-Q2S2-25-1 true green 525 90 ... 280 550


Q65110A9219

23

LB QH9G-N1P2-35-1 blue 470 28 ... 71 150 Q65110A8032

LW QH8G-Q2S2-3K5L-1 white 0.29 / 0.27 90 ... 280 550 5


Q65110A8029 23


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]




Multicolor Packages Multicolor Packages


Package Type Emission color λdom (typ.)

IV [mcd] 2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

color 1 color 2 at IF

[nm] [mA] [°]

Multi TOPLED Multi TOPLED

LSY T676-P2R1-1-0+Q2S1-35

super red yellow

633 / 587

56 ... 140

90 ... 224

20 120

Q65110A2446

49

LSG T676-P7Q7-1+N7P7-24

super red green

633 / 570 35.5 ... 90 Q65110A4186

LSY T67B-R2S2+S2T2-1

super red yellow

633 / 587

140 ... 280 224 ... 450

30 120

Q65110A2447

49LSY T67B-R2T2+S2U2-1

140 ... 450 224 ... 710 Q65110A2449

LSY T67B-S1T2+T1U2-1 180 ... 355 280 ... 710 Q65110A2448

LAY T67F-AABB-1-1+AABA-45-1

amber-red yellow

617 / 590 1120 ... 2800 1120 ... 2240 50 120 Q65110A7526 49

Multi TOPLED Reverse Gullwing Multi TOPLED Reverse Gullwing

LOG T77K-JL-1-0+GJ-1

orange green

606 / 570 4.5 ... 18 1.8 ... 7.1 2 120 Q65110A3338 56

Package Type Emission color Cx/Cy 2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV at IF

[mcd] [mA] [°]

MULTILED inline MULTILED inline

LRTBGFSFF-ABCB-QKYO white 0.31 / 0.31 1400 ... 4500

13 (R)20 (T)8 (B)

120 Q65110A9484 52









Ordering Code

Package Fig.

color 1 color 2 color 3 at IF

[nm] [mA] [°]

MULTILED inline, black package MULTILED inline, black package

LRTBGFUG-P9R7-1+S7U-29+M7Q-49

red true green blue

625 / 528 / 470

63 ... 224 224 ... 710

22.4 ... 112

10 (R)20 (T)10 (B)

120 Q65110A8176 53

MULTILED inline, black surface MULTILED inline, black surface

LRTBGFTG-T7AW-1+V7A7-29+R5T9-49

red true green blue

625 / 528 / 470

355 ... 1800

900 ... 2240

125 ... 630 20 120

Q65110A8177 52

Q65110A9105

LRTBGFTM-ST7-1+VV9-29+Q5R7-49-L red

true green blue

625 / 528 / 470

180 ... 560

710 ... 1590 80 ... 224

10 (R)20 (T)10 (B)

120

Q65110A9407

52

LRTBGFTM-ST7-1+VV9-29+Q5R7-49-S Q65110A9442


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]

MULTILED MULTILED

LYYYG6SF-CADB-35 yellow 587 2800 ... 7100 14900 50 120 Q65110A5713 51

Package Type Emission color Cx/Cy 2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV at IF

[mcd] [mA] [°]

MULTILED 6-lead Silicone / diffusor MULTILED 6-lead Silicone / diffusor

LRTBG6SF-V2BA-3E7F white 0.31 / 0.31 900 ... 2240

13 (R)20 (T)8 (B)

120 Q65110A7501 51



Ordering Code

Package Fig.


[nm] [mA] [°]

Multi CHIPLED Multi CHIPLED

LRTBR98G-R7T5-1+S7U-37+P7R-26

red true green blue

625 / 528 / 470

140 ... 500 224 ... 710 56 ... 180 20 120 Q65110A8602 54






Ordering Code

Package Fig.


[nm] [mA] [°]

Multi CERAMOS Multi CERAMOS

LRTBC9TP-CWD5-1+D5E7-25+A9C5-49

red true green blue

625 / 528 / 470

2800 ... 8000

5000 ... 14000

1400 ... 4000

140 120 Q65110A8879 55




CERAMOS CERAMOS




Ordering Code

Package Fig.

ΦV at IF

[nm / -] [mlm] [mA] [°]

CERAMOS CERAMOS

LUW C9EP-N4N6-EG ultra white 0.31 / 0.32 75000 ... 105000 500 120 Q65110A7878 40

LUW C9SP-N4N6-EG ultra white 0.31 / 0.32 75000 ... 105000 500 120 Q65110A7879 40

LUW C9SM-N1N3-EG ultra white 0.31 / 0.32 40000 ... 70000 300 120 Q65110A9502 41

LUW CAEP-LFLZ-G3 ultra white 0.33 / 0.36 125000 ... 180000 500 120 Q65110A8628 40


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV IV (typ.) at IF

[nm / -] [mlm] [mcd] [mA] [°]

CERAMOS Reflector CERAMOS Reflector

LUW CHSN-DAEB-FPMR white 0.29 / 0.28 5600 ... 11200 26000 150 120 Q65110A8266 42




OSLUX OSLUX



Ordering Code

Package Fig.

ΦV at IF

[nm / -] [mlm] [mA] [°]

OSLUX OSLUX

LUW F65N-KYMX-5P7R

ultra white 0.31 / 0.32 82000 ... 210000 700 horizontal 50°, vertical 38°

Q65110A7828 43




OSLON Family OSLON Family




2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV IV (typ.) at IF

[nm / -] [mlm] [mcd] [mA] [°]

OSLON SX OSLON SX

LA CN5M-FBGB-24-1 amber-red 617 11200 ... 22400 12000

140 60

Q65110A8681

33LY CN5M-FAGA-36-1 yellow 590

14000 ... 28000 15000Q65110A8680

LT CN5M-FBGB-25-1 true green 528

Q65110A8679

LT CN5M-GAHB-25-1 18000 ... 45000 22500 Q65110A9086

LUW CN5M-GAHA-5P7R-1

ultra white 0.29 / 0.28 18000 ... 35500 19100 140 60 Q65110A8682 33


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦE at IF

[nm / -] [mW] [mA] [°]

LD CN5M-4Q4R-35-1

deep blue 453

100 ... 180

140 60

Q65110A8683

33

LD CN5M-1R1S-35-1 112 ... 201 Q65110A9085


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV IV (typ.) at IF

[nm / -] [mlm] [mcd] [mA] [°]

OSLON LX OSLON LX

LMW CNAP-6J7K-37-DF-LH

multiphosphor white

0.27 / 0.23 50000 ... 100000 21000 350 125 Q65110A9161 33

LUW CNAP-8J6L-BJ-P4P6-LH ultra white 0.26 / 0.22 50000 ...

140000 27000 350 125 Q65111A0024 33








2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV IV (typ.) at IF

[nm / -] [mlm] [mcd] [mA] [°]

OSLON SSL OSLON SSL

LA CP7P-JXKX-24 amber-red 617 45000 ... 82000 36000 400 80 Q65110A9067 33

LCW CP7P-KQKS-5R8T-35

warm white 0.42 / 0.4 76300 ... 97000 49000 350 80

Q65110A9765

33

LCW CP7P-KQKS-5L7N-35 Q65110A9864

LT CP7P-JYKZ-26 true green 525 45000 ... 112000 44000 350 80 Q65110A9074 33

LUW CP7P-KTLP-5E8G-35

ultra white 0.31 / 0.32 97000 ... 121000 56000 350 80

Q65110A9768 33

LUW CP7P-KTLP-5C8E-35 Q65110A9767


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦE at IF

[nm / -] [mW] [mA] [°]

LD CP7P-1T2U-35 deep blue 455 280 ... 560 350 80 Q65110A9068 33


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV IV (typ.) at IF

[nm / -] [mlm] [mcd] [mA] [°]

OSLON SX ECE OSLON SX ECE

LUW CN7M-HYJY-EMKM-1 ultra white 0.32 / 0.32 33000 ... 61000 21000 200 90 Q65110A9509 33


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV IV (typ.) at IF

[nm / -] [mlm] [mcd] [mA] [°]

OSLON MX ECE OSLON MX ECE

LUW CN7N-KYLX-EMKM-46 ultra white 0.31 / 0.32 82000 ...

130000 56000 350 80 Q65110A9810 33




OSTAR Family OSTAR Family




2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV LV (typ.) at IF

[nm / -] [mlm] [cd/m2] [mA] [°]

OSTAR Compact OSTAR Compact

LE A Q9WN-JXJZ-1 amber 617 45000 ... 71000 30*106

700 120

Q65110A9135

60LE B Q9WN-HXJY-24 blue 470 28000 ... 61000 19*106 Q65110A9132

LE T Q9WN-KZLZ-25 true green 52897000 ... 180000

59*106 Q65110A9134


2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV IV (typ.) at IF

[nm / -] [mlm] [mcd] [mA] [°]

OSTAR SMT OSTAR SMT

LE A S2W-MXMZ-34 amber-red 617 180000 ... 280000 75000 700 120 Q65110A8181 64

LE T S2W-NYPY-35 true green 525 330000 ... 610000 140000

700 120

Q65110A8185

64

LE B S2W-KYLY-23 blue 470 82000 ... 150000 35000 Q65110A8184

LE UW S2W-NZPZ-FRKV ultra white 0.31 / 0.32 390000 ...

710000 170000 700 120 Q65110A8186 64

Package Type Emission color

λdom (typ.)


Ordering Code

Package Fig.


[nm] [mA] [°]

LE ATB S2W-JW-1+LBMB-24+GWHW-23

amber-red true green blue

617 45000 ... 71000

140000 ... 280000

18000 ... 45000 700 120 Q65110A8183 64





Package Type Emission color λdom (typ.) 2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV at IF

[nm] [mcd] [mA] [°]

OSTAR Projection OSTAR Projection

LE A G3W-LAMA-34 amber-red 617 112000 ... 224000 1000 120 Q65110A7698 62

LE B G3W-JAKA-23

blue 464

45000 ... 90000

1000 120

Q65110A7701

62LE B G3W-KALA-23 71000 ... 140000 Q65110A9027

LE T G3W-MANA-25 true green 520 180000 ... 355000 Q65110A7703

LE A H3W-LAMA-34 amber-red 617 112000 ... 224000 1000 120 Q65110A7699 63

LE B H3W-JAKA-23

blue 464

45000 ... 90000

1000 120

Q65110A7702

63LE B H3W-KALA-23 71000 ... 140000 Q65110A9026

LE T H3W-MANA-25 true green 520 180000 ... 355000 Q65110A7704

Package Type Emission color λdom (typ.) IV [mcd] 2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

color 1 color 2 at IF

[nm] [mA] [°]

LE AB G3WB-KAMA-1+GBHB-23

amber-red blue

617 71000 ... 140000

22400 ... 45000 1000 120 Q65110A9006 62

LE AB H3WB-KAMA-1+GBHB-23

amber-red blue

617 71000 ... 140000

22400 ... 45000 1000 120 Q65110A9007 63







Ordering Code

Package Fig.

LV (typ.) at IF

[nm] [cd/m2] [mA] [°]

OSTAR Power Projection OSTAR Power Projection

LE A P3W-SYTZ-1 amber 617 97*106

6000 / Chip 120

Q65110A9038

61

LE T P3W-XTTZ-25 true green 520 110*106 Q65110A9034


Ordering Code

Package Fig.

LE (typ.) at IF

[nm] [W/m2/sr] [mA] [°]

LE B P3W-FYGZ-24 blue 464 1.7*106 6000 120 Q65110A9036 61

Package Type Emission color Color coordina-tes Cx/Cy typ.

2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

ΦV ΦV (typ.) at IF

[mlm] [mlm] [mA] [°]

OSTAR Headlamp OSTAR Headlamp

LE UW D1W1 01-5L6M-GMKM-T01


112000 ... 224000 150000

700 120

Q65110A8591

LE UW D1W2 01-7M7N-GMKM-T01

224000 ... 400000 300000 Q65110A8590

LE UW D1W3 01-7N7P-GMKM-T01

630000 ... 355000 450000 Q65110A8588

LE UW D1W4 01-5P6Q-GMKM-T01

900000 ... 450000 600000 Q65110A8593

LE UW D1W5 01-7P8Q-GMKM-T01

1120000 ... 560000 750000 Q65110A8589




SIDELED SIDELED


λdom (typ.)/Cx/Cy

2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]

SIDELED SIDELED

LS A67K-K1L2-1

super red 630

7.1 ... 18 35

2 120

Q65110A2017

44

LS A67K-J1L2-1 4.5 ... 18 30 Q65110A2018

LS A67K-J1K2-1 4.5 ... 11.2 22 Q65110A2016

LO A67K-K1L2-24

orange 606

7.1 ... 18 40 Q65110A4968

LO A67K-K1M2-24 7.1 ... 28 50 Q65110A4969

LO A67K-L1M2-24 11.2 ... 28 60 Q65110A4970

LY A67K-J2L1-26

yellow 587

5.6 ... 14 30 Q65110A2065

LY A67K-K2M1-26 9 ... 22.4 45 Q65110A2066

LY A67K-J2M1-26 5.6 ... 22.4 40 Q65110A2067

LG A67K-H2K1-24 green 570

3.55 ... 9 19 Q65110A2290

LG A67K-G2K1-24 2.24 ... 9 17 Q65110A2291

LP A67K-E1F2-25

pure green560

0.71 ... 1.8 4 Q65110A2292

LP A67K-F1G2-25 1.12 ... 2.8 6 Q65110A2293

LP A67K-E1G2-25 0.71 ... 2.8 5 Q65110A2294

LS A676-Q1R2-1

super red 633

71 ... 180 350

20 120

Q65110A2259

44

LS A676-R1S1-1 112 ... 224 470 Q65110A2260

LS A676-P2S1-1 56 ... 224 400 Q65110A2261

LA A676-R1S2-1 amber-

red615

112 ... 280 550 Q65110A2253

LA A676-S1T1-1 180 ... 355 750 Q65110A2254

LA A676-Q2T1-1 90 ... 355 630 Q65110A2255

LO A676-R1S2-24

orange 606

112 ... 280 550 Q65110A2256

LO A676-S1T1-24 180 ... 355 750 Q65110A2257

LO A676-Q2T1-24 90 ... 355 630 Q65110A2258

LY A676-R1S2-26

yellow 587

112 ... 280 550 Q65110A2262

LY A676-S1T1-26 180 ... 355 750 Q65110A2263

LY A676-Q2T1-26 90 ... 355 630 Q65110A2264

LG A676-P1Q2-24 green 570 45 ... 112 240 Q65110A2285

LP A676-L1M2-25

pure green560 11.2 ... 28 60 Q65110A2286

LP A675-N1P2-25

pure green560 28 ... 71 150 30 120 Q65110A2310 44

LS A67F-U1AA-1 super red 633 450 ... 1400 2780

30 120

Q65110A4723

44

LR A67F-U2AB-1 red 625 560 ... 1800 3540 Q65110A4729

LA A67F-V2BB-24 amber-

red617

900 ... 2800 5550Q65110A4863

LO A67F-V2BB-24 orange 606 Q65110A4867

LY A67F-U2AB-36 yellow 590 560 ... 1800 3540 Q65110A4722

LT A673-P1Q2-25 true

green532

45 ... 112 240

10 120

Q65110A1960

44

LT A673-Q1R2-25 71 ... 180 380 Q65110A1961

LT A673-N2S1-25 35.5 ... 224 350 Q65110A1962

LB A673-L2N1-35

blue 471

14 ... 35.5 75 Q65110A1948

LB A673-M2P1-35 22.4 ... 56 120 Q65110A1949

LB A673-L2P1-35 14 ... 56 100 Q65110A1950




LW A673-P2R1-5K8L

white 0.33 / 0.33

56 ... 140 300

10 120

Q65110A1924

44LW A673-Q2S1-5K8L 90 ... 224 480 Q65110A1925

LW A673-P1S1-5K8L 45 ... 224 400 Q65110A1926

LW A673-P2R1-3K6L 56 ... 140 300 Q65110A4097

SIDELED Silicone SIDELED Silicone

LT A6SG-V2AB-35 true

green528 900 ... 1800 4050

20 120

Q65110A7884

45

LB A6SG-S2U1-35 blue 470 224 ... 560 1200 Q65110A7882

LW A6SG-V2BA-JKPL white 0.33 / 0.33 900 ... 2240 4700 20 120 Q65110A8994 45

LCB A6SG-U2AB color on

demand blue0.2 / 0.3 560 ... 1800 2400 20 120 on request 45


λdom (typ.)/Cx/Cy

2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]

Micro SIDELED 1 mm Micro SIDELED 1 mm

LS Y876-P2R1-1

super red 633

56 ... 140 300

20 120

Q65110A2411

46

LS Y876-Q2S1-1 90 ... 224 480 Q65110A1628

LS Y876-P2S1-1 56 ... 224 420 Q65110A2412

LO Y876-Q2S1-24

orange 605

90 ... 224 480 Q65110A2408

LO Y876-R2T1-24 140 ... 355 760 Q65110A2409

LO Y876-Q2T1-24 90 ... 355 665 Q65110A2410

LY Y876-Q2S1-26

yellow 587

90 ... 224 480 Q65110A2413

LY Y876-R2T1-26 140 ... 355 760 Q65110A2414

LY Y876-Q2T1-26 90 ... 355 665 Q65110A2415

LG Y876-P1Q2-24 green 570 45 ... 112 240 Q65110A8025

LT Y87S-N1P2-35 true green

52828 ... 71 150

10 120

Q65110A2419

46LT Y87S-P1Q2-35 45 ... 112 235 Q65110A2420

LB Y87S-L1M2-35 blue 470

11.2 ... 28 60 Q65110A2416

LB Y87S-M1N2-35 18 ... 45 95 Q65110A2417

LB Y87C-P1Q2-35

blue 470

45 ... 112 240

20 120

Q65110A1862

46LB Y87C-Q1R2-35 71 ... 180 380 Q65110A1863

LB Y87C-P1R2-35 45 ... 180 340 Q65110A1979


λdom (typ.)/Cx/Cy

2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]



LW Y87C-S1T2-3K8L

white 0.32 / 0.31

180 ... 450 950

20 120

Q65110A1946

46

LW Y87C-T1U1-3K8L 280 ... 560 1200 Q65110A1947

Micro SIDELED Silicone 1 mm Micro SIDELED Silicone 1 mm

LW Y8SG-U1V1-3K6L-1

white 0.3 / 0.28 450 ... 900 1900 20 120 Q65110A1709 47

LR Y8SF-U1V2-1-R18 red 625

560 ... 1400 2750 20 120

Q65110A8972

47

LY Y8SF-U1V2-36-R18 yellow 587 Q65110A8977

LT Y8SG-V1AB-36-1 true

green528 710 ... 1800 3500

20 120

Q65110A8975

47

LB Y8SG-T1U2-35-1 blue 470 180 ... 710 1250 Q65110A8976

Micro SIDELED Silicone 0.8 mm Micro SIDELED Silicone 0.8 mm

LW Y1SG-VHAF-EKJM-1

white 0.3 / 0.28

720 ... 1400 3000

20 120

Q65110A4283

48

LW Y1SG-BEBF-EKJM-1 Q65110A9084

LW Y1SG-AEBE-EKFM-1

1000 ... 1600 3900

Q65110A9541

LW Y1SG-AEBE-GKJM-1 Q65110A9542

LW Y1SG-AFBF-EKFM-1

1200 ... 1800 4500

Q65110A9543

LW Y1SG-AFBF-GKJM-1 Q65110A9544

LW Y1SG-BFCF-EKFM-1

1600 ... 2200 5700

Q65110A9545

LW Y1SG-BFCF-GKJM-1 Q65110A9546


λdom (typ.)/Cx/Cy

2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]




FIREFLY FIREFLY


λdom (typ.)/Cx/Cy

2ϕ (typ.) (50% IV)

Ordering Code

Package Fig.

IV ΦV (typ.) at IF

[nm / -] [mcd] [mlm] [mA] [°]

FIREFLY 0402 0.35 mm FIREFLY 0402 0.35 mm

LA VH9F-Q1R2-24 amber-

red617 71 ... 180 380


Q65110A8082

58

LR VH9F-P2R1-1 red 625 56 ... 140 300 Q65110A8088

LT VH9G-Q2S2-25-1 true

green525 90 ... 280 550


Q65110A9228

58

LB VH9G-N1P2-35-1 blue 470 28 ... 71 150 Q65110A8083

LW VH8G-Q2S2-4M6N-1 white 0.285 / 0.275 90 ... 280 550 5


Q65110A8090 58




Outline drawings - Dimensions in mm (inch)

Figure 1: L* T670, LG T671, L* T673, LH T674, LP T675, L* T676, L* T68B, L* T686, L* T67C, L* T679, L* T67K, LW T6SC, L* T67F, LCB T67S, LCB T67C

Figure 2: LW T6SG

Figure 3: L* T68F Figure 4: L* T770, L* T77K, L* T776, L* T773

Figure 5: LP T655, L* T656 Figure 6: L* M670, L* M676, L* M673, L* M67K, LP M675, L*M67B, L*M67C

GPLY6724

0.7 (0.028)0.9 (0.035)

1.7 (0.067)

2.1 (0.083)

0.12 (0.005)0.18 (0.007)

0.5

(0.0

20)

1.1

(0.0

43)

3.3

(0.1

30)

3.7

(0.1

46)

0.4 (0.016)0.6 (0.024)

2.6 (0.102)3.0 (0.118)

2.1 (0.083)

2.3 (0.091)

Cathode marking

3.0

(0.1

18)

3.4

(0.1

34)

(2.4

) (0.

095)

0.1 (0.004) (typ.)

4˚±1 A

C

GPLY6899

0...0.1 (0.004)

Cathode marking

4˚±1

3.0 (0.118)2.6 (0.102)2.3 (0.091)

2.1 (0.083)

3.4

(0.1

34)

3.0

(0.1

18)

(2.4

(0.0

94))

2.1 (0.083)

1.7 (0.067)

5.4

(0.2

13)

5.0

(0.1

97)

0.6 (0.024)

0.4 (0.016)0.

3 (0

.012

) min

0.3

(0.0

12) m

ax

1.0 (0.039)

0.9 (0.035)

A

C

3.5 (0.138) max.

ø2.5

5 (0

.100

)

0.13 (0.005)

0.18 (0.007)

0.1 (0.004) (typ.)markingPackage

1.1

(0.0

43)

0.5

(0.0

20)

2.6 (0.102)

3.4

(0.1

34)

3.0

(0.1

18)

2.1 (0.083)

2.3 (0.091)

3.0 (0.118)

3.7

(0.1

46)

3.3

(0.1

30)

GEOY6956

0.4 (0.016)

0.6 (0.024)

0.9 (0.035)

0.7 (0.028)

1.7 (0.067)2.1 (0.083)

ø2.6

0 (0

.102

)

2

1

0.05 (0.002)

0.15 (0.006)

Cathode marking

2.1

(0.0

83)

2.3

(0.0

91)

2.1

(0.0

83)

1.9

(0.0

75)

0.8 (0.031)

1.5 (0.059)1.3 (0.051)

1.0 (0.039)

GPLY6928

typ. 1.5 (0.059) x 1.0 (0.039)

1.2 (0.047)

1.4 (0.055)

0.71 (0.028)

Cathode marking

0.5

(0.0

20)

0.3

(0.0

12)

Light emitting area

A

C



Figure 7: Figure 8: L* P47K, L*P47B, L* P473

Figure 9: L* P47F, LW P4SG Figure 10: L* L296, L* L29S, L* L293, L* 29K, LW L283

Figure 11: LB L29G, LW L28G, LCW L28G Figure 12: L* N971


GPLY6097

0.6 (0.024)

1.15 (0.045)

(ø2.1 (0.083))

(ø2.5 (0.098))

(0.125 (0.005))

0.65 (0.026)

0.875 (0.034)

Cathodemarking

3.5

(0.1

38)

0.55

(0.0

22)

(1.6

(0.0

63))

2.0

(0.0

79)

3.3

(0.1

30)

0.35

(0.0

14)

0.4 (0.016)

1.35 (0.053)

1.8

(0.0

71)

0.55 (0.021)

0.775 (0.030)

0.3 (0.012) max.

(1.9 (0.074))

C

A

0.4 (0.016)

0.6 (0.024)

1.35 (0.053)

1.15 (0.045)

(ø2.5 (0.098))

3.3

(0.1

30)

3.5

(0.1

38)

0.55

(0.0

22)

0.35

(0.0

14)

(ø2.1 (0.083))

2.0

(0.0

79)

(1.6

(0.0

63))

1.8

(0.0

71)

0.3 (0.012) max.

(0.125 (0.005)) (1.9 (0.074))

GPLY6114

Anodemarking

0.55 (0.021)0.65 (0.026)

0.775 (0.030)

0.875 (0.034)

C

A

GPLY7057

0.8 (0.031) ±0.1 (0.004)

Cathode

+0.05 (0.002)-0.03 (0.001)0.125 (0.005)

1.7

(0.0

67)±

0.1

(0.0

04)

7˚ m

ax

+0.02 (0.001)-0.05 (0.002)0.65 (0.026)

5˚

1.3

(0.0

51)±

0.1

(0.0

04)

marking markingCathode

±0.05 (0.002)0.7 (0.028)

A

C

GPLY7001

0.8 (0.031) ±0.1 (0.004)

Cathode

+0.05 (0.002)-0.03 (0.001)0.125 (0.005)

1.7

(0.0

67)±

0.1

(0.0

04)

7˚ m

ax

+0.02 (0.001)-0.05 (0.002)0.65 (0.026)

5˚

1.3

(0.0

51)±

0.1

(0.0

04)

marking markingCathode

±0.05 (0.002)0.7 (0.028)

A

C

0.6

(0.0

24)

Soldering terminalmay flow in x, y direction

0.4

(0.0

16)

GEOY6008

3.1

(0.1

22)

ø0.7 (ø0.028)

mark

ø0.5 (ø0.020)

Cathode

3.3

(0.1

30)

1.5 (0.059)1.7 (0.067)

2.1

(0.0

83)

0.6 (0.024)

0.4 (0.016)

1.9

(0.0

75)

2.1

(0.0

83)

1.0 (0.039)

1.2 (0.047)

1.9

(0.0

75)

markCathode

Polarity



Figure 13: LH N974 Figure 14: L* R971, L* R976

Figure 15: LH R974 Figure 16: L* Q38E, L* Q39E

Figure 17: L* Q38E, L* Q39E Figure 18: L* Q38G, L* Q39G


0.6

(0.0

24)


0.4

(0.0

16)

GEOY6959

3.1

(0.1

22)

ø0.7 (ø0.028)

mark

ø0.5 (ø0.020)

Anode

3.3

(0.1

30)

1.5 (0.059)1.7 (0.067)

2.1

(0.0

83)

0.6 (0.024)

0.4 (0.016)

1.9

(0.0

75)

2.1

(0.0

83)

1.0 (0.039)

1.2 (0.047)

1.9

(0.0

75)

markAnode

Polarity

markCathode

ø0.6 (ø0.024)

1.35 (0.053)

2.1

(0.0

83)

0.9 (0.035)

0.4 (0.016)

0.5

(0.0

20)

1.4

(0.0

55)

1.1

(0.0

43)

Soldering terminal

GEOY6024

1.9

(0.0

75)

1.15 (0.045)

ø0.4 (ø0.016) 0.2 (0.008)

0.7 (0.028)

1.2

(0.0

47)

0.3

(0.0

12)

0.9

(0.0

35)

may flow in x, y direction

1.25 (0.049)1.05 (0.041)

Cathode mark

C

A

markAnode

ø0.6 (ø0.024)

1.35 (0.053)

2.1

(0.0

83)

0.9 (0.035)

0.4 (0.016)

0.5

(0.0

20)

1.4

(0.0

55)

1.1

(0.0

43)

Soldering terminal

Polarity

GEOY6026

1.9

(0.0

75)

1.15 (0.045)

ø0.4 (ø0.016) 0.2 (0.008)

0.7 (0.028)

1.2

(0.0

47)

0.3

(0.0

12)

0.9

(0.0

35)

may flow in x, y direction

1.25 (0.049)1.05 (0.041)

Anodemark



Figure 19: L* Q38G, L* Q39G Figure 20: L* Q971, L* Q976

Figure 21: LH Q974 Figure 22: L* N91E, L* N91F

Figure 23: L* QH8G, L* QH9G, L* QH9F Figure 24: LP E675, L*E 67C, L* E67B, L* E6SC


ø0.5 (ø0.020)

0.9 (0.035)

markCathode

1.7

(0.0

67)

0.4 (0.016)

0.4

(0.0

16)

1.1

(0.0

43)

0.9

(0.0

35)

Soldering terminal

GEOY6989

0.7 (0.028)

ø0.3 (ø0.012)

1.5

(0.0

59)

0.2 (0.008)

0.9

(0.0

35)

0.2

(0.0

08)

0.7

(0.0

28)


0.7 (0.028)0.5 (0.020)

0.7 (0.028)0.9 (0.035)

Cathode mark

C

A

0.8 (0.031)

lineAnode

LED Die

(0.8

(0.0

31))

1.6

(0.0

63)

0.6 (0.024)

ResinPolarity

GEOY6689

1.0

(0.0

39)

Anode mark

PCB

(0.5

(0.0

20))

C

A

0.3

(0.0

12)

markingPackage

4˚±1

GPLY6991

A C

CC

0.8 (0.031)

0.6 (0.024)

2.6 (0.102)

2.1 (0.083)

2.3 (0.091)

3.0 (0.118)

3.4

(0.1

34)

3.0

(0.1

18)

(2.4

(0.0

94))

0.5

(0.0

20)

1.1

(0.0

43)

3.7

(0.1

46)

3.3

(0.1

30)

0.12 (0.005)

0.18 (0.007)

0.1 (0.004) typ

0.4 (0.016)

0.6 (0.024)

0.9 (0.035)

0.7 (0.028)

2.1 (0.083)

1.7 (0.067)

C C

A C



Figure 25: LA E67F, L* E6SF Figure 26: L* E6SG

Figure 27: LA E65F Figure 28: LA E63F

Figure 29: L* E65B, L* E63C Figure 30: LA G6SP, LR G6SP, LY G6SP


GPLY6084

0.7 (0.028)0.9 (0.035)

1.7 (0.067)

2.1 (0.083)

0.12 (0.005)0.18 (0.007)

0.5

(0.0

20)

1.1

(0.0

43)

3.3

(0.1

30)

3.7

(0.1

46)

0.4 (0.016)0.6 (0.024)

2.6 (0.102)3.0 (0.118)

2.1 (0.083)

2.3 (0.091)

Package marking

3.0

(0.1

18)

3.4

(0.1

34)

(2.4

) (0.

095)

0.1 (0.004) (typ.)4˚

±10.6 (0.024)

0.8 (0.031)

A A

CA A C

A A

GPLY6135

0.7 (0.028)0.9 (0.035)

1.7 (0.067)

2.1 (0.083)

0.12 (0.005)0.18 (0.007)

0.5

(0.0

20)

1.1

(0.0

43)

3.3

(0.1

30)

3.7

(0.1

46)

0.4 (0.016)0.6 (0.024)

2.6 (0.102)3.0 (0.118)

2.1 (0.083)

2.3 (0.091)

Package marking

3.0

(0.1

18)

3.4

(0.1

34)

(2.4

) (0.

095)

0.1 (0.004) (typ.)

4˚±1

0.6 (0.024)

0.8 (0.031)

A A

CA A C

A A

ESDProtectionDiode

3.5 (0.138) max.

ø2.5

5 (0

.100

)

0.13 (0.005)

0.18 (0.007)

0.1 (0.004) typ

1.1

(0.0

43)

0.5

(0.0

20)

2.6 (0.102)

3.4

(0.1

34)

3.0

(0.1

18)

2.1 (0.083)

2.3 (0.091)

3.0 (0.118)

3.7

(0.1

46)

3.3

(0.1

30) 4˚

±1

GPLY6085

0.4 (0.016)

0.6 (0.024)

0.9 (0.035)

0.7 (0.028)

1.7 (0.067)2.1 (0.083)

0.6 (0.024)0.8 (0.031)

A A

CA

ø2.6

0 (0

.102

)

Package marking

(2.4

) (0.

095)

A C

A A

2.6 (0.102)

3.4

(0.1

34)

3.0

(0.1

18)

2.1 (0.083)

2.3 (0.091)

3.0 (0.118)

GPLY6113

0.6 (0.024)0.8 (0.031)

A A

CA

Package marking

(2.4

) (0.

095)

0.1 (0.004) typ

3.3

(0.1

30)

3.7

(0.1

46)

0.5

(0.0

20)

1.1

(0.0

43)

4˚±1

ø2.6

0 (0

.102

)

ø2.5

5 (0

.100

)

0.6 (0.024)

0.4 (0.016)0.18 (0.007)

0.13 (0.005)

0.7 (0.028)

0.9 (0.035)

2.1 (0.083)1.7 (0.067)

3.8 (0.150) max.

A C

A A

3.5 (0.138) max.

ø2.5

5 (0

.100

)

0.13 (0.005)

0.18 (0.007)

0.1 (0.004) typ

markingPackage

1.1

(0.0

43)

0.5

(0.0

20)

2.6 (0.102)

3.4

(0.1

34)

3.0

(0.1

18)

2.1 (0.083)

2.3 (0.091)

3.0 (0.118)

3.7

(0.1

46)

3.3

(0.1

30) 4˚

±1

GPLY7000

0.4 (0.016)

0.6 (0.024)

0.9 (0.035)

0.7 (0.028)

1.7 (0.067)2.1 (0.083)

0.6 (0.024)

0.8 (0.031)

A C

CC

ø2.6

0 (0

.102

)

CC

CA

0...0.15 (0.006)

AA

0.5 (0.020)

0.7 (0.028)

0.3 (0.012)

0.5 (0.020)

C

0.5 (0.020)

0.7 (0.028)

(ø2.

4 (0

.094

))

2.8

(0.1

10)

3.2

(0.1

26)

2.6 (0.102)

A

2.8 (0.110)

A

3.1 (0.122)3.5 (0.138)

markingPackage

3.6

(0.1

42)

A AC

GPLY6099

0.4

(0.0

16)

0.9

(0.0

35)

3.2

(0.1

26)

1.6 (0.062)

2.0 (0.078)

A A



Figure 31: LB G6SP, LT G6SP, LW G6SP, LCW G6SP, LCY G6SP Figure 32: L* G5AP, LCW G5GP

Figure 33: L* CN5M Figure 34: L* W5SM, L* W5SN

Figure 35: L* W5AM Figure 36: L* W5AM


0...0.15 (0.006)

AA

0.5 (0.020)

0.7 (0.028)

0.3 (0.012)

0.5 (0.020)

0.5 (0.020)

0.7 (0.028)

(ø2.

6 (0

.102

))

2.8

(0.1

10)

3.2

(0.1

26)

2.6 (0.102)

A

2.8 (0.110)

A

3.1 (0.122)3.5 (0.138)

markingPackage

3.6

(0.1

42)

A A

GPLY6117

0.4

(0.0

16)

0.9

(0.0

35)

3.2

(0.1

26)

1.7 (0.067)

2.1 (0.083)

A AC

CProtection Diode

GPLY6147

6.2 (0.244)

5.8 (0.228)

1.9 (0.075)

1.7 (0.067)

Cathode

(R0.85 (0.033)) 11.2

(0.4

41)

10.8

(0.4

25)

1.2

(0.0

47)

0.8

(0.0

31)

0...0.1 (0.004)

0.29 (0.011)

0.24 (0.009)

6.8

(0.2

68)

7.2

(0.2

83)

1.1 (0.043)

0.9 (0.035)

1.6 (0.063)

2.0 (0.079)

(ø4.

2 (0

.165

))

ø0.81 (0.031)

4.25 (0.167)

5.35

(0.2

10)

5.25

(0.2

06)

ø0.73 (0.028)

4.15 (0.163)

Heat sink

C

A

ProtectionDiode

0.65 (0.026)

0.45 (0.018)



Figure 37: L* W5AP Figure 38:

Figure 39: L* W5JM Figure 40: LUW C9EP, LUW C9SP

Figure 41: L* C9SM Figure 42: L* CHSN


GEOY7007

2.0

(0.0

79)

2.2

(0.0

87)

1.75 (0.069)

1.55 (0.061)

0.75 (0.030)

0.55 (0.022)

0.65 (0.026)

0.85 (0.033)

1.55 (0.061)

1.35 (0.053) 1.2

(0.0

47)

1.0

(0.0

39)

Anode

0.4

(0.0

16)

0.6

(0.0

24)

ProtectionDiode

A

C(0.82 (0.032)) typ.

(0.8

(0.0

31))

typ.



Figure 43: LUW F65N Figure 44: L* A676, L* A673, L* A67B, L* A67F, L* A67K, L*A67C, LP A675

Figure 45: L* A6SG Figure 46: L* Y870, L* Y876, L* Y87S, L* Y87C

Figure 47: LW, LB, LT Y8SG, LR, LY Y8SF Figure 48: LW Y1SG


GPLY6880

(R1)

Cathode marking

Cathode Anode

(2.4 (0.094))

2.8

(0.1

10)

2.4

(0.0

94)

4.2

(0.1

65)

3.8

(0.1

50)

0.9 (0.035)

1.1 (0.043)

spacing2.54 (0.100)

0.7

(0.0

28)

(2.85 (0.112))

(1.4 (0.055))

(0.3

(0.0

12))

3.4

(0.1

34)

3.8

(0.1

50)

3.8 (0.150)4.2 (0.165)

(2.9

(0.1

14))

AC

GPLY6136

(R1)

Cathode marking

Cathode Anode

(2.4 (0.094))

2.8

(0.1

10)

2.4

(0.0

94)

4.2

(0.1

65)

3.8

(0.1

50)

0.9 (0.035)

1.1 (0.043)

spacing2.54 (0.100)

0.7

(0.0

28)

(2.85 (0.112))

(1.4 (0.055))

(0.3

(0.0

12))

3.4

(0.1

34)

3.8

(0.1

50)

3.8 (0.150)4.2 (0.165)

(2.9

(0.1

14))

AC

ESD Protection Diode

A C

GPLY6058

0 ... 0.1 (0 ... 0.004)

3.1

(0.1

22)

2.9

(0.1

14)

0.7 (0.028)

0.5 (0.020)

1.0 (0.039)

1.2 (0.047)

Cathode

0.3

(0.0

12)

0.5

(0.0

20)

(15˚

)

2.3

(0.0

91)

2.1

(0.0

83)

1.3 (0.051)

1.1 (0.043)

(0.4 (0.016))

(0.6 (0.024))

0.25 (0.010)

0.20 (0.008)

Light emitting areatyp. 1.7 × 0.7

A

C

GPLY6065

0 ... 0.1 (0 ... 0.004)

3.1

(0.1

22)

2.9

(0.1

14)

0.7 (0.028)

0.5 (0.020)

1.0 (0.039)

1.2 (0.047)

Cathode

0.3

(0.0

12)

0.5

(0.0

20)

(15˚

)

2.3

(0.0

91)

2.1

(0.0

83)

1.3 (0.051)

1.1 (0.043)

(0.4 (0.016))

(0.6 (0.024))

0.25 (0.010)

0.20 (0.008)

Light emitting areatyp. 1.7 × 0.7

A

C

GPLY6115

1.14 (0.045)

1.76 (0.069)

0.65

(0.0

26)

2.13 (0.084)

2.5 (0.098)

2.8 (0.110)

0.65

(0.0

26)

0.25

(0.0

10)

0.4

(0.0

16)

0.8

(0.0

31)

1.2 (0.047)

1.62 (0.064)

0.1 (0.004)

0.2

(0.0

08)

1.7 (0.067)

0.37

(0.0

15)

0.8

(0.0

31)

1.2

(0.0

47)

0.8 (0.031)

1.2 (0.047)

0.65

(0.0

26)

0.37

(0.0

15)

R0.15 Cathode mark

Cathode

Anode

General Tolerance: ±0.1

Cathode Anode



Figure 49: L** T671, L** T676, L** T670, L**T67B, L** T67C Figure 50: LATB G66B

Figure 51: LRTB G6SG, LRTB G6TG, LWWW G6SG, LYYY G6SF, LRTB G6SF

Figure 52: LRTB GFTG

Figure 53: LRTB GFUG Figure 54: LATBR98G


markingPackage

GPLY6837

2 3

41

0.8 (0.031)

0.6 (0.024)

2.6 (0.102)

2.1 (0.083)

2.3 (0.091)

3.0 (0.118)

3.4

(0.1

34)

3.0

(0.1

18)

(2.4

(0.0

94))

2.1 (0.083)

1.7 (0.067)0.9 (0.035)

0.7 (0.028)

4˚±1

0.1 (0.004) typ

1.1

(0.0

43)

3.3

(0.1

30)

3.7

(0.1

46)

0.5

(0.0

20)

0.12 (0.005)

0.18 (0.007)0.4 (0.016)

0.6 (0.024)

CA

Circuit Diagram

C A

GPLY6000

2.8 (0.110)

3.6

(0.1

42)

3.2

(0.1

26)

0.6 (0.024)0.7 (0.028)

0.5 (0.020)

3.5 (0.138)

(2.5

(0.0

98))

2 (0.079)

0...0.15 (0.006)

A3A1 C3

C1 A2 C2

2.8

(0.1

10)

1.6 (0.063)

3.2

(0.1

26)

0.9

(0.0

35)

0.4

(0.0

16)

3.1 (0.122)

2.6 (0.102)

0.4 (0.016)0.5 (0.020)

0.3 (0.012)

0.7 (0.028)

0.5 (0.020)

Package marking

C1 C2

C3

A2

A3A1

GPLY6118

2.8 (0.110)

3.6

(0.1

42)

3.2

(0.1

26)

0.6 (0.024)0.7 (0.028)

0.5 (0.020)

3.5 (0.138)

(2.5

(0.0

98))

2 (0.079)

0...0.15 (0.006)

C3C1 A3

A1 C2 A2

2.8

(0.1

10)

1.6 (0.063)

3.2

(0.1

26)

0.9

(0.0

35)

0.4

(0.0

16)

3.1 (0.122)

2.6 (0.102)

0.4 (0.016)0.5 (0.020)

0.3 (0.012)

0.7 (0.028)

0.5 (0.020)

Package marking

A1 A2

A3

C2

C3C1

0.35 (0.014)

0.35 (0.014)

GEOY7019

1.6 (0.063)

1.3 (0.051)

Die 3 R

Die 1 BDie 2 G

0.9 (0.035)

0.3 (0.012)

1.6

(0.0

63)

1.1

(0.0

43)

Resin PCB

Pin 2

Polarity

Die 2

Pin 5

Pin 1Pin 2Pin 3

Pin 5Pin 4 Pin 6

0.4

(0.0

16)

Pin 3

Die 3

Pin 4

Pin 1

Die 1

Pin 6

Unit: mmTolerance: ±0.1 (0.004)



Figure 55: LRTB C9TP Figure 56: L** T770, L** T77K

Figure 57: L* C9SN Figure 58: L* VH9F

Figure 59: LG Q976 Figure 60: LE * Q9WN


1.0 (0.039)

0.9 (0.035)

5.0

(0.1

97)

5.4

(0.2

13)

GPLY6908

1 4

2 3

0...0.1 (0.004)

0.3

(0.0

12) m

ax. 0.

3 (0

.012

) min

.

Package marking

3.4

(0.1

34)

3.0

(0.1

18)

0.8 (0.031)

0.6 (0.024)

2.1 (0.083)

2.6 (0.102)2.3 (0.091)

3.0 (0.118)

(2.4

(0.0

94))

2.1 (0.083)

1.7 (0.067)

0.4 (0.016)

0.6 (0.024)

A

Circuit Diagram

C A

C

ø1.1

(0.0

43) m

ax.

0...0.3 (0.012)



Figure 61: LE * P3W

Figure 62: LE * G3W




Figure 63: LE * H3W

Figure 64: LE * S2W





Soldering conditions and profilesWhen soldering the component into position, make sure that is is not thermally overloaded. The maximum junction temperature may only be exceeded briefly (for no more than 1 min.). Permissible soldering methods and preconditioning for in this catalog stated LED are:

Lötbedingungen und -ProfileBeim Einlöten ist darauf zu achten, dass das Bauelement thermisch nicht überlastet wird. Die maximale Sperrschichttemperatur darf nur kurzzeitig (max. 1 min) überschritten werden. Zulässige Lötverfahren und Vorbehandlung für im Katalog enthaltene LED siehe Tabelle:

1) except reverse mount packages2) for details refer to product datasheet3) suitable for selective soldering

Cleaning solvents for soldered-in LEDsOSRAM LEDs can be cleaned with isopropyl alcohol. When applying other solvents it has to be tested beforehand if the LED is damaged or not. FREON and other Fluoro-chloro Carbon Hydrogen solvents should not be used due to worldwide regulation.We do not recommend cleaning LEDs in an ultrasonic bath. The influence of ultrasound on our devices depends on the ultrasonic power, temperature, treatment time and solvent applied. If ultrasonic cleaning can not be avoided it has to be determined beforehand if the device is damaged.Recommended solder pads can be found in the related datasheet on http://catalog.osram-os.com

1) ausgenommen reverse mount Gehäuse2) Details siehe Produktdatenblatt3) für Selektivlöten geeignet

Lösungsmittel zum Reinigen von eingelöteten LEDOSRAM LEDs können mit Isopropanol gereinigt werden. Wenn andere Lösungsmittel angewendet werden sollen, muss zuvor überprüft werden, ob die LEDs durch diese Chemikalien angegriffen werden oder nicht. FREON und andere Fluorchlorkohlenwasserstoffe (FCKWs) sollten wegen der weltweit geltenden gesetzlichen Bestimmungen nicht benutzt werden. Wir empfehlen nicht, die LEDs im Ultraschallbad zu reinigen. Ob Ultraschall die LEDs schädigt oder nicht hängt von der Leistung, der Temperatur and der Einwirkzeit ab. Wenn Ultraschall zur Reinigungsunterstützung eingesetzt werden muss, muss zuvor sicher gestellt werden, dass die gewählten Parameter die LED nicht schädigen.Lötpaddesignvorschläge finden Sie in den Datenblättern unter http://catalog.osram-os.com

Package Reflow Soldering TTW Soldering1) Preconditioning acc. toJedec Level

Standard Power Packages (SMT)

TOPLED / TOPLED with lens X X 2

Mini TOPLED X X 2

PointLED / SmartLED X 2

CHIPLED / CHIPLED with lens X 2

Mid Power Packages (SMT)

Power TOPLED / Power TOPLED with lens X X 2

Advanced Power TOPLED / Advanced Power TOPLED Plus X 2

OSLON X 1

High Power Packages (SMT)

Golden DRAGON / Golden DRAGON Plus X 2

Platinum DRAGON / Diamond DRAGON X 2

Golden DRAGON ARGUS X 2

Golden DRAGON with lens 3) 4

CERAMOS / OSLUX X 2

OSTAR

OSTAR SMT X 2

Side Emitting (SMT)

SIDELED X X 2

Micro SIDELED X 2/3/4 2)

FIREFLY X 2

Multicolor Packages (SMT)

Multi TOPLED X X 2

MULTILED X 2/4 2)

Multi CHIPLED / Multi CERAMOS X 2

Multi Micro SIDELED X 4




Reflow-soldering-profile acc. to J-STD-020C

OHLA0687

00

T

t

˚C

s

120 s max

50

100

150

200

250

300

Ramp Up

100 s max

50 100 150 200 250 300

Ramp Down6 K/s (max)

3 K/s (max)

25 ˚C

30 s max

260 ˚C +0 ˚C-5 ˚C

245 ˚C ±5 ˚C240 ˚C255 ˚C

217 ˚C

Maximum Solder ProfileRecommended Solder Profile

235 ˚C -0 ˚C+5 ˚C

Minimum Solder Profile

10 s min

Wave soldering (dual wave) profile acc. to CECC 00802

OHLY0598

00

50 100 150 200 250

50

100

150

200

250

300

T

t

C

s

235 C

10 s

C... 260

1. Welle1. wave

2. Welle2. wave

5 K/s 2 K/sca 200 K/s

C C... 130100

2 K/sZwangskühlungforced cooling

Normalkurvestandard curve

Grenzkurvenlimit curves




OSTAR type designation system

Opt

ics

A:

plan

ar e

ncap

sula

tion

B:

conv

ex le

nsW

:w

indo

w o

n to

p

Em

issi

on C

olor

A:

ambe

r (61

7 nm

)T:

true

gree

n (5

27 n

m)

B:

blue

(465

nm

)W

:w

hite

CW

:w

arm

whi

teU

W:

ultra

whi

te

Col

or T

oler

ance

Ran

gebl

ue/tr

ue g

reen

/am

ber:

pend

ing

on p

rodu

ct ty

pe (s

ee d

atas

heet

for r

efer

ence

)w

hite

:6K

8Lw

arm

whi

te:

MR

VU

ultra

whi

te:

ER

JV (L

E U

W E

3B),

FRK

V (L

E U

W S

2W),

GM

KM

(hea

dlam

p)

LE-

02

1-

+M

XN

XC

olor

1

Col

or

2C

olor

3

+IM

Hea

dlam

p: N

umbe

r of

Chi

ps1:

1 ch

ip2:

2 ch

ips

3:3

chip

s4:

4 ch

ips

5:5

chip

sN

:st

anda

rdB

:4

x co

lor 1

2 x

colo

r 2

Pac

kage

Typ

e (1

-9)

1:he

adla

mp

=> o

ne ro

w w

ith x

chi

ps2:

2x2

chip

s3:

2x3

chip

sq:

1x1

chip

s

Boa

rd D

esig

nD

:he

adla

mp

E:

light

ing

G:

proj

ectio

n (lo

ng s

ide

of c

hip

arra

ngem

ent p

aral

lel

to h

oriz

onta

lco

nnec

tor)

H:

proj

ectio

n (lo

ng s

ide

of c

hip

arra

ngem

ent p

aral

lel

to lo

ng s

ide

of P

CB

, hor

izon

tal c

onne

ctor

)P

:hi

gh p

ower

pro

ject

ion

Q:

OS

RA

M c

ompa

ctS

:S

MT

Hea

dlam

p D

esig

n V

ersi

ons

01:

stan

dard

gen

-II

OS

TAR

SM

T M

ultic

olor

1/1

grou

ping

(lm)

Am

ber:

JW:

45.0

…71

.0Tr

ue g

reen

:G

W:

18.0

…28

.0H

W:

28.0

…35

.5

1/2

grou

ping

(lm)

Blu

e:LB

:14

0.0

…18

0.0

MA

:18

0.0

…22

4.0

MB

:22

4.0

…28

0.0

OS

TAR

Pro

ject

ion

/O

STA

R S

MT

1/2

grou

ping

(cd)

FB:

14.0

…18

.0G

A:

18.0

…22

.4G

B:

22.4

…28

.0...

.JA

:45

.0 …

56.0

JB:

56.0

…71

.0K

A:

71.0

…90

.0K

B:

90.0

…11

2.0

LA:

112.

0 …

140.

0LB

:14

0.0

…18

0.0

MA

:18

0.0

…22

4.0

MB

:22

4.0

…28

0.0

NA

:28

0.0

…35

5.0

Bri

ghtn

ess

Gro

ups

OS

TAR

SM

T / O

STA

R L

ight

ing

/ OS

TAR

Hea

dlam

p1/

3 gr

oupi

ng (l

m)

FY:

13 …

15FZ

:15

…18

GX

:18

…21

GY

:21

…24

GZ:

24 …

28H

X:

28 …

33H

Y:

33 …

39H

Z:39

…45

JX:

45 …

52JY

:52

…61

JZ:

61 …

71K

X:

71 …

82K

Y:

82 …

97K

Z:97

…11

2LX

:11

2 …

130

LY:

130

…15

0LZ

:15

0 …

180

MX

:18

0 …

210

HY

:21

0 …

240

MZ:

240

…28

0

NX

:28

0 …

330

NY

:33

0 …

390

NZ:

390

…45

0P

X:

450

…52

0P

Y:

520

…61

0P

Z:61

0 …

710

QX

:71

0 …

820

QY

:82

0 …

970

QZ:

970

…11

20R

X:

1120

…13

00R

Y:

1300

…15

00R

Z:15

00 …

1800

SX

:18

00 …

2100

SY

:21

00 …

2400

SZ:

2400

…28

00TX

:28

00 …

3300

XT:

3000

…33

00TY

:33

00 …

3900

TZ:

3900

…45

00

1W

DU

W

OS

TA

R




Premolded LED type designation system

Taping of LEDsAll SMT LEDs are available in 8 mm resp. 12 mm tapes.

Gurtung von LumineszenzdiodenAlle SMT-LED werden im 8- bzw. 12-mm Gurt geliefert.

Wav

elen

gth

Em

issi

on C

olor

(λdo

mty

p.)

D:

460

nmde

ep b

lue

B:

470

nmbl

ueV

:50

5 nm

verd

eT:

528

nmtru

e gr

een

P:

560

nmpu

re g

reen

G:

570

nmgr

een

Y:

587

nmye

llow

O:

606

nmor

ange

A:

617

nmam

ber

R:

625

nmre

dS

:63

3 nm

supe

r-re

dH

:64

5 nm

hype

r-re

d

Col

or T

oler

ance

Ran

ge-1

:to

tal c

olor

tole

ranc

e ra

nge

-29:

deliv

ery

in s

ingl

e gr

oups

from

gro

up 2

to g

roup

9,

for e

xact

def

initi

on:

plea

se c

heck

dat

ashe

et

W:

CW

:U

W:

MW

:C

x:

for d

etai

led

desc

riptio

n of

w

hite

/col

or o

nde

man

d bi

nnin

g:pl

ease

che

ck d

atas

heet

Lum

inou

sIn

tens

ity G

roup

s(fa

mily

gro

ups)

deliv

ery

in s

ingl

egr

oups

L:Li

ght

emitt

ing

diod

e

Lead

/ P

acka

ge P

rope

rtie

s1:

0.8

mm

3:0.

6 m

m4:

troug

h ho

le5:

gullw

ing

lead

s6:

fold

ed le

ads

7:re

vers

e gu

llwin

g le

ads

8:re

flect

or s

tand

ard

T:fo

lded

lead

s, im

prov

edco

rros

ion

stab

ility

Chi

p Te

chno

logy

/ P

ower

Cla

ss3:

stan

dard

InG

aN5:

high

-opt

ical

pow

er (H

OP

)6:

stan

dard

InG

aAlP

B:

HO

P 2

000

C:A

TON

F:Th

infil

m (I

nGaA

lP)

G:T

hinG

aNK

:In

GaA

lP lo

w c

urre

ntL:

low

cos

t per

form

ance

M:s

tand

ard

perfo

rman

ceN

:hig

h pe

rform

ance

P:

pow

er p

erfo

rman

ceS

:st

anda

rd In

GaN

low

cur

rent

LA

E6

SF

--

BB

CB

-24

1-

Col

or c

oord

inat

es a

ccor

ding

to

CIE

1931

/Em

issi

on c

olor

:W

:x

= 0.

32w

hite

y =

0.31

UW

:x

= 0.

31ul

tra w

hite

y =

0.32

CW

:x

= 0.

42w

arm

whi

tey

= 0.

40M

W:

–m

ultip

hosp

hor w

hite

Cx:

colo

r on

dem

and

Pac

kage

Typ

eA

:S

IDE

LED

E:

Pow

er T

OP

LED

F:

OS

LUX

G:

AP

T / A

PT

Plu

sM

:M

ini T

OP

LED

P:

Poi

ntLE

DT:

TOP

LED

W:

DR

AG

ON

Y:

Mic

ro S

IDE

LED

Enc

apsu

lant

Typ

e / L

ens

Pro

pert

ies

1:na

rrow

lens

(~ 2

0˚)

3:le

ns 3

0˚ …

70˚

4:le

ns 3

0˚ …

70˚

, bla

ck p

acka

ge5:

lens

40˚

… 8

0˚6:

lens

40˚

… 8

0˚, b

lack

pac

kage

7:cl

ear r

esin

or w

hite

vol

ume

conv

ersi

on8:

blac

k su

rface

A:

outc

oupl

ing

lens

(135

˚ … 1

45˚)

C:w

hite

con

vers

ion

on c

hip

leve

lF:

out

coup

ling

lens

(= 1

35˚)

K: A

RG

US

ang

leS

:si

licon

e

Forw

ard

Volta

ge-0

:to

tal f

orw

ard

volta

ge ra

nge

-1:

tota

l for

war

d vo

ltage

rang

e,

deliv

ery

in s

ingl

e gr

oups

Bri

ghtn

ess

Inte

nsity

Gro

ups

Brig

htne

ss v

alue

s ar

e m

easu

red

durin

g a

curr

ent p

ulse

of t

ypic

al 2

5 m

s,w

ith a

n in

tern

al re

prod

ucib

ility

of ±

8 %

and

an e

xpan

ded

unce

rtain

ty o

f ±11

%(a

cc. t

o G

UM

with

an

expa

nsio

n fa

ctor

of k

= 3

).

For d

etai

led

brig

htne

ss b

inni

ng in

form

atio

n: p

leas

e ch

eck

data

shee

t(h

alf g

roup

s)C

1:0.

28 …

0.36

P1:

45 …

56C

2:0.

36 …

0.45

P2:

56 …

71D

1:0.

45 …

0.56

Q1:

71 …

90D

2:0.

56 …

0.71

Q2:

90 …

112

E1:

0.71

...

0.90

R1:

112

…14

0E

2:0.

90 ..

.1.

12R

2:14

0 …

180

F1:

1.12

…1.

40S

1:18

0 …

224

F2:

1.40

…1.

80S

2:22

4 …

280

G1:

1.80

…2.

24T1

:28

0 …

355

G2:

2.24

…2.

80T2

:35

5 …

450

H1:

2.80

…3.

55U

1:45

0 …

560

H2:

3.55

…4.

50U

2:56

0 …

710

J1:

4.50

…5.

60V

1:71

0 …

900

J2:

5.60

…7.

10V

2:90

0 …

1120

K1:

7.10

…9.

00A

A:

1120

…14

00K

2:9.

00 …

11.2

0A

B:

1400

…18

00L1

:11

.20

…14

.00

BA

:18

00 …

2240

L2:

14.0

0 …

18.0

0B

B:

2240

…28

00M

1:18

.00

…22

.40

CA

:28

00 …

3550

M2:

22.4

0 …

28.0

0C

B:

3550

…45

00N

1:28

.00

…35

.50

DA

:45

00 …

5600

N2:

35.5

0 …

45.0

0D

B:

5600

…71

00E

A:

7100

…90

00E

B:

9000

…11

200

FA:

1120

0 …

1400

0FB

:14

000

…18

000

GA

:18

000

…22

400

GB

:22

400

…28

000

(third

gro

ups)

CZ:

3900

…45

00D

X:

4500

…52

00D

Y:

5200

…61

00D

Z:61

00 …

7100

EX

:71

00 …

8200

EY

:82

00 …

9700

EZ:

9700

…11

200

FX:

1120

0 …

1300

0FY

:13

000

…15

000

FZ:

1500

0 …

1800

0G

X:

1800

0 …

2100

0G

Y:

2100

0 …

2400

0G

Z:24

000

…28

000

HX

:28

000

…33

000

HY

:33

000

…39

000

HZ:

3900

0 …

4500

0JX

:45

000

…52

000

JY:

5200

0 …

6100

0JZ

:61

000

…71

000

KX

:71

000

…82

000

KY

:82

000

…97

000

KZ:

9700

0 …

1120

00LX

:11

2000

…13

0000

LY:

1300

00 …

1500

00LZ

:15

0000

…18

0000

MX

:180

000

…21

0000

MY

:210

000

…24

0000

MZ:

2400

00 …

2800

00N

X:

2800

00 …

3300

00N

Y:

3300

00 …

3900

00N

Z:39

0000

…45

0000

PX

:45

0000

…52

0000

PY

:52

0000

…61

0000

PZ:

6100

00 …

7100

00Q

X:

7100

00 …

8200

00Q

Y:

8200

00 …

9700

00Q

Z:97

0000

…11

2000

0

(qua

rter g

roup

s)1S

:18

0 …

200

2S:

200

…22

43S

:22

4 …

250

4S:

250

…28

01T

:28

0 …

315

2T:

315

…35

53T

:35

5 …

400

4T:

400

…45

01U

:45

0 …

502

2U:

502

…56

03U

:56

0 …

631

4U:

631

…71

01V

:71

0 …

799

2V:

799

…90

03V

:90

0 …

1004

4V:

1004

…11

205A

:11

20 …

1252

6A:

1252

…14

007A

:14

00 …

1587

8A:

1587

…18

00




Ceramics based LED type designation system



Wav

elen

gth

Em

issi

on C

olor

(λdo

mty

p.)

D:

460

nmde

ep b

lue

B:

470

nmbl

ueV

:50

5 nm

verd

eT:

528

nmtru

e gr

een

Y:

587

nmye

llow

A:

617

nmam

ber

R:

625

nmre

d

Col

or T

oler

ance

Ran

ge-1

:to

tal c

olor

tole

ranc

e ra

nge

-29:

deliv

ery

in s

ingl

e gr

oups

from

gro

up 2

to g

roup

9,

for e

xact

def

initi

on:

plea

se c

heck

dat

ashe

et

W:

CW

:U

W:

MW

:

for d

etai

led

desc

riptio

nof

whi

te b

inni

ng:

plea

se c

heck

data

shee

t

Lum

inou

sIn

tens

ity G

roup

s(fa

mily

gro

ups)

deliv

ery

in s

ingl

egr

oups

L:Li

ght

emitt

ing

diod

e

Lead

/ P

acka

ge P

rope

rtie

s9:

stan

dard

CE

RA

MO

S fl

ash

A:

CE

RA

MO

S fl

ash

gen3

H:s

tand

ard

CE

RA

MO

S re

flect

orN

:OS

LON

cer

amic

mat

eria

l alu

min

umox

ide

P:

OS

LON

cer

amic

mat

eria

l alu

min

umni

tride

Chi

p Te

chno

logy

/ P

ower

Cla

ssM

:sta

ndar

d pe

rform

ance

N:h

igh

perfo

rman

ceP

:po

wer

per

form

ance

LA

CP

7P

--

JXK

X-

240

-

Col

or c

oord

inat

es a

ccor

ding

to

CIE

1931

/Em

issi

on c

olor

:W

:x

= 0.

32w

hite

y =

0.31

UW

:x

= 0.

31ul

tra w

hite

y =

0.32

CW

:x

= 0.

42w

arm

whi

tey

= 0.

40M

W:

–m

ultip

hosp

hor

whi

te

Pac

kage

Typ

eC

:C

ER

AM

OS

/OS

LON

Enc

apsu

lant

Typ

e / L

ens

Pro

pert

ies

5:ou

tcou

plin

g le

ns (=

60˚

)7:

outc

oupl

ing

lens

(= 8

0˚)

A:

outc

oupl

ing

lens

(≥ 1

20˚)

flat

top

C:w

hite

con

vers

ion

on c

hip

leve

lD

: out

coup

ling

lens

(= 1

50˚)

E: w

hite

app

eara

nce

G:o

utco

uplin

g le

ns (=

90˚

)

Forw

ard

Volta

ge-0

:to

tal f

orw

ard

volta

ge ra

nge

-1:

tota

l for

war

d vo

ltage

rang

e,

deliv

ery

in s

ingl

e gr

oups

Bri

ghtn

ess

Inte

nsity

Gro

ups

Brig

htne

ss v

alue

s ar

e m

easu

red

durin

g a

curr

ent p

ulse

of t

ypic

al 2

5 m

s,w

ith a

n in

tern

al re

prod

ucib

ility

of ±

8 %

and

an e

xpan

ded

unce

rtain

ty o

f ±11

%(a

cc. t

o G

UM

with

an

expa

nsio

n fa

ctor

of k

= 3

).

For d

etai

led

brig

htne

ss b

inni

ng in

form

atio

n: p

leas

e ch

eck

data

shee

t(h

alf g

roup

s)C

1:0.

28 …

0.36

P1:

45 …

56C

2:0.

36 …

0.45

P2:

56 …

71D

1:0.

45 …

0.56

Q1:

71 …

90D

2:0.

56 …

0.71

Q2:

90 …

112

E1:

0.71

...

0.90

R1:

112

…14

0E

2:0.

90 ..

.1.

12R

2:14

0 …

180

F1:

1.12

…1.

40S

1:18

0 …

224

F2:

1.40

…1.

80S

2:22

4 …

280

G1:

1.80

…2.

24T1

:28

0 …

355

G2:

2.24

…2.

80T2

:35

5 …

450

H1:

2.80

…3.

55U

1:45

0 …

560

H2:

3.55

…4.

50U

2:56

0 …

710

J1:

4.50

…5.

60V

1:71

0 …

900

J2:

5.60

…7.

10V

2:90

0 …

1120

K1:

7.10

…9.

00A

A:

1120

…14

00K

2:9.

00 …

11.2

0A

B:

1400

…18

00L1

:11

.20

…14

.00

BA

:18

00 …

2240

L2:

14.0

0 …

18.0

0B

B:

2240

…28

00M

1:18

.00

…22

.40

CA

:28

00 …

3550

M2:

22.4

0 …

28.0

0C

B:

3550

…45

00N

1:28

.00

…35

.50

DA

:45

00 …

5600

N2:

35.5

0 …

45.0

0D

B:

5600

…71

00E

A:

7100

…90

00E

B:

9000

…11

200

FA:

1120

0 …

1400

0FB

:14

000

…18

000

GA

:18

000

…22

400

GB

:22

400

…28

000

(third

gro

ups)

CZ:

3900

…45

00D

X:

4500

…52

00D

Y:

5200

…61

00D

Z:61

00 …

7100

EX

:71

00 …

8200

EY

:82

00 …

9700

EZ:

9700

…11

200

FX:

1120

0 …

1300

0FY

:13

000

…15

000

FZ:

1500

0 …

1800

0G

X:

1800

0 …

2100

0G

Y:

2100

0 …

2400

0G

Z:24

000

…28

000

HX

:28

000

…33

000

HY

:33

000

…39

000

HZ:

3900

0 …

4500

0JX

:45

000

…52

000

JY:

5200

0 …

6100

0JZ

:61

000

…71

000

KX

:71

000

…82

000

KY

:82

000

…97

000

KZ:

9700

0 …

1120

00LX

:11

2000

…13

0000

LY:

1300

00 …

1500

00LZ

:15

0000

…18

0000

MX

:180

000

…21

0000

MY

:210

000

…24

0000

MZ:

2400

00 …

2800

00N

X:

2800

00 …

3300

00N

Y:

3300

00 …

3900

00N

Z:39

0000

…45

0000

PX

:45

0000

…52

0000

PY

:52

0000

…61

0000

PZ:

6100

00 …

7100

00Q

X:

7100

00 …

8200

00Q

Y:

8200

00 …

9700

00Q

Z:97

0000

…11

2000

0

(qua

rter g

roup

s)1S

:18

0 …

200

2S:

200

…22

43S

:22

4 …

250

4S:

250

…28

01T

:28

0 …

315

2T:

315

…35

53T

:35

5 …

400

4T:

400

…45

01U

:45

0 …

502

2U:

502

…56

03U

:56

0 …

631

4U:

631

…71

01V

:71

0 …

799

2V:

799

…90

03V

:90

0 …

1004

4V:

1004

…11

205A

:11

20 …

1252

6A:

1252

…14

007A

:14

00 …

1587

8A:

1587

…18

00




Miniature package LED type designation system



Wav

elen

gth

Em

issi

on C

olor

(λdo

mty

p.)

B:

470

nmbl

ueT:

528

nmtru

e gr

een

P:

560

nmpu

re g

reen

G:

570

nmye

llow

ish

gree

nY

:58

7 nm

yello

wO

:60

6 nm

oran

geA

:61

7 nm

ambe

rR

:62

5 nm

red

S:

633

nmsu

per-

red

H:

645

nmhy

per-

red

Cx:

645

nmco

lor o

n de

man

d

Col

or T

oler

ance

Ran

ge-1

:to

tal c

olor

tole

ranc

e ra

nge

-29:

deliv

ery

in s

ingl

e gr

oups

from

gro

up 2

to g

roup

9,

for e

xact

def

initi

on:

plea

se c

heck

dat

ashe

et

W:

or d

etai

led

desc

riptio

nof

whi

te b

inni

ng:

plea

se c

heck

dat

ashe

et

Lum

inou

sIn

tens

ity G

roup

s(fa

mily

gro

ups)

deliv

ery

in s

ingl

egr

oups

L:Li

ght

emitt

ing

diod

e

Lead

/ P

acka

ge P

rope

rtie

s1:

foot

prin

t: 06

03 /

heig

ht: 0

.6 m

m2:

foot

prin

t: 06

03 /

heig

ht: 0

.6 m

m3:

foot

prin

t: 06

03 /

heig

ht: 0

.35

mm

4:fo

otpr

int:

0603

/ he

ight

: 0.2

5 m

m5:

foot

prin

t: 06

03 /

heig

ht: 0

.1 m

m8:

stan

dard

9:st

anda

rdH

:foo

tprin

t: 04

02 /

heig

ht: 0

.35

mm

Chi

p Te

chno

logy

/ P

ower

Cla

ss1:

TSN

3:st

anda

rd In

GaN

4:A

lGaA

s5:

HO

P 2

000

6:st

anda

rd In

GaA

lPC

:ATO

NE

:Th

inG

aN &

pac

kage

with

8 k

V E

SD

sta

bilit

yF:

Thin

film

(InG

aAlP

)G

:NO

TA, P

ower

flip,

Thi

nGaN

K:

InG

aAlP

low

cur

rent

LW

QH

8G

--

Q2

S2

-3K

5L1

-

Col

or c

oord

inat

es a

ccor

ding

to

CIE

1931

/Em

issi

on c

olor

:W

:x

= 0.

32w

hite

y =

0.31

Pac

kage

Typ

eL:

Sm

artL

ED

N:

CH

IPLE

D 1

206

Q:

CH

IPLE

D 0

603

R:

CH

IPLE

D 0

805

V:

FIR

EF

LY

Enc

apsu

lant

Typ

e / L

ens

Pro

pert

ies

1:fo

cusi

ng le

ns (=

20˚

)7:

clea

r res

in o

r whi

te v

olum

e co

nver

sion

8:w

hite

vol

ume

conv

ersi

on9:

clea

r res

in

Forw

ard

Volta

ge-0

:to

tal f

orw

ard

volta

ge ra

nge

-1:

tota

l for

war

d vo

ltage

rang

e,

deliv

ery

in s

ingl

e gr

oups

Bri

ghtn

ess

Inte

nsity

Gro

ups

Brig

htne

ss v

alue

s ar

e m

easu

red

durin

g a

curr

ent p

ulse

of t

ypic

al 2

5 m

s,w

ith a

n in

tern

al re

prod

ucib

ility

of ±

8 %

and

an e

xpan

ded

unce

rtain

ty o

f ±11

%(a

cc. t

o G

UM

with

an

expa

nsio

n fa

ctor

of k

= 3

).

For

det

aile

d br

ight

ness

bin

ning

info

rmat

ion:

ple

ase

chec

k da

tash

eet

(hal

f gro

ups)

C1:

0.28

…0.

36P

1:45

…56

C2:

0.36

…0.

45P

2:56

…71

D1:

0.45

…0.

56Q

1:71

…90

D2:

0.56

…0.

71Q

2:90

…11

2E

1:0.

71 ..

.0.

90R

1:11

2 …

140

E2:

0.90

...

1.12

R2:

140

…18

0F1

:1.

12 …

1.40

S1:

180

…22

4F2

:1.

40 …

1.80

S2:

224

…28

0G

1:1.

80 …

2.24

T1:

280

…35

5G

2:2.

24 …

2.80

T2:

355

…45

0H

1:2.

80 …

3.55

U1:

450

…56

0H

2:3.

55 …

4.50

U2:

560

…71

0J1

:4.

50 …

5.60

V1:

710

…90

0J2

:5.

60 …

7.10

V2:

900

…11

20K

1:7.

10 …

9.00

AA

:11

20 …

1400

K2:

9.00

…11

.20

AB

:14

00 …

1800

L1:

11.2

0 …

14.0

0B

A:

1800

…22

40L2

:14

.00

…18

.00

BB

:22

40 …

2800

M1:

18.0

0 …

22.4

0C

A:

2800

…35

50M

2:22

.40

…28

.00

CB

:35

50 …

4500

N1:

28.0

0 …

35.5

0D

A:

4500

…56

00N

2:35

.50

…45

.00

DB

:56

00 …

7100

EA

:71

00 …

9000

EB

:90

00 …

1120

0FA

:11

200

…14

000

FB:

1400

0 …

1800

0G

A:

1800

0 …

2240

0G

B:

2240

0 …

2800

0

(third

gro

ups)

CZ:

3900

…45

00D

X:

4500

…52

00D

Y:

5200

…61

00D

Z:61

00 …

7100

EX

:71

00 …

8200

EY

:82

00 …

9700

EZ:

9700

…11

200

FX:

1120

0 …

1300

0FY

:13

000

…15

000

FZ:

1500

0 …

1800

0G

X:

1800

0 …

2100

0G

Y:

2100

0 …

2400

0G

Z:24

000

…28

000

HX

:28

000

…33

000

HY

:33

000

…39

000

HZ:

3900

0 …

4500

0JX

:45

000

…52

000

JY:

5200

0 …

6100

0JZ

:61

000

…71

000

KX

:71

000

…82

000

KY

:82

000

…97

000

KZ:

9700

0 …

1120

00LX

:11

2000

…13

0000

LY:

1300

00 …

1500

00LZ

:15

0000

…18

0000

MX

:180

000

…21

0000

MY

:210

000

…24

0000

MZ:

2400

00 …

2800

00N

X:

2800

00 …

3300

00N

Y:

3300

00 …

3900

00N

Z:39

0000

…45

0000

PX

:45

0000

…52

0000

PY

:52

0000

…61

0000

PZ:

6100

00 …

7100

00Q

X:

7100

00 …

8200

00Q

Y:

8200

00 …

9700

00Q

Z:97

0000

…11

2000

0

(qua

rter g

roup

s)1S

:18

0 …

200

2S:

200

…22

43S

:22

4 …

250

4S:

250

…28

01T

:28

0 …

315

2T:

315

…35

53T

:35

5 …

400

4T:

400

…45

01U

:45

0 …

502

2U:

502

…56

03U

:56

0 …

631

4U:

631

…71

01V

:71

0 …

799

2V:

799

…90

03V

:90

0 …

1004

4V:

1004

…11

205A

:11

20 …

1252

6A:

1252

…14

007A

:14

00 …

1587

8A:

1587

…18

00




Multi chip LED type designation system



L

Col

or 3

RT

BG

FT

G–

–T7

AW

1–

V7

A7

29–

R5

T949

Col

or 2

Col

or 1

Pac

kage

Typ

eC

:Mul

ti C

ER

AM

OS

G:M

ULT

ILE

DR

:Mul

ti C

HIP

LED

T:M

ulti

TOP

LED

Wav

elen

gth

Em

issi

on C

olor

(λdo

mty

p.)

D:

460

nmde

ep b

lue

B:

470

nmbl

ueT:

528

nmtru

e gr

een

G:

570

nmye

llow

ish

gree

nY

:58

7 nm

yello

wO

:60

6 nm

oran

geA

:61

7 nm

ambe

rR

:62

5 nm

red

S:

633

nmsu

per-

red

Col

or c

oord

inat

es a

ccor

ding

toC

IE 1

931/

Em

issi

on c

olor

:W

:x

= 0.

32w

hite

y =

0.31

Col

or T

oler

ance

Ran

ge-1

:to

tal c

olor

tole

ranc

e ra

nge

-29:

deliv

ery

in s

ingl

e gr

oups

from

gro

up 2

to g

roup

9,

for e

xact

def

initi

on: p

leas

e ch

eck

data

shee

t

Lead

/ P

acka

ge P

rope

rtie

s6:

fold

ed le

ads

7:re

vers

e gu

llwin

g le

ads

9:6-

lead

F:6-

lead

, inl

ine

chip

con

figur

atio

n

Enc

apsu

lant

Typ

e / L

ens

Pro

pert

ies

7:co

lorle

ss c

lear

8:ep

oxy

resi

n / h

igh

cont

rast

S:

silic

one,

whi

te s

urfa

ceT:

silic

one,

bla

ck s

urfa

ceU

:sili

cone

, bla

ck p

acka

ge

Chi

p Te

chno

logy

/ P

ower

Cla

ss6:

stan

dard

InG

aAlP

/ In

GaN

/ G

aNB

:H

OP

200

0 / A

TON

C:A

TON

F:fo

r tri-

colo

r: w

hite

bin

ning

for b

i-col

or: I

nGaA

lP T

hinf

ilmG

:InG

aAlP

(Thi

nfilm

), Th

inG

aNK

:In

GaA

lP lo

w c

urre

ntM

:sta

ndar

d pe

rform

ance

P:

pow

er p

erfo

rman

ce

Bri

ghtn

ess

Inte

nsiti

y G

roup

sFo

r det

aile

d br

ight

ness

bin

ning

info

rmat

ion:

ple

ase

chec

k da

tash

eet

float

ing

bin

full

- gro

upin

gG

:1.

80 …

2.80

G5:

2.01

…3.

15G

7:2.

24 …

3.55

G9:

2.50

…4.

00H

:2.

80 …

4.50

H5:

3.15

…5.

00H

7:3.

55 …

5.60

H9:

4.00

…6.

30J:

4.50

…7.

10J5

:5.

00 …

8.00

J7:

5.60

…9.

00J9

:6.

30 …

10.0

0K

:7.

10 …

11.2

0K

5:8.

00 …

12.5

K7:

9.00

…14

.0K

9:10

.00

…15

.9L:

11.2

0 …

18.0

L5:

12.5

…20

.1L7

:14

.0 …

22.4

L9:

15.9

…25

.0M

:18

.0 …

28.0

M5:

20.1

…31

.5M

7:22

.4 …

35.5

M9:

25

.0 …

40.0

N:

28.0

…45

.0N

5:31

.5 …

50.0

N7:

35.5

…56

.0N

9:40

.0 …

63.0

P:

45.0

…71

.0P

5:50

.0 …

80.0

P7:

56.0

…90

.0P

9:63

.0 …

100

Q:

71.0

…11

2Q

5:80

.0 …

125

Q7:

90.0

…14

0Q

9:10

0 …

159

R:

112

…18

0R

5:12

5 …

201

R7:

140

…22

4R

9:15

9 …

250

S:

180

…28

0S

5:20

1 …

315

S7:

224

…35

5S

9:25

0 …

400

T:28

0 …

450

T5:

315

…50

0T7

:35

5 …

560

T9:

400

…63

0

U:

450

…71

0U

5:50

0 …

800

U7:

560

…90

0U

9: 6

30 …

1000

V:

710

…11

20V

5:80

0 …

1250

V7:

900

…14

00V

9:10

00 …

1590

AW

:11

20 …

1800

A5:

1250

…20

10A

7:14

00 …

2240

A9:

1590

…25

00B

W:

1800

…28

00B

5:20

10 …

3150

B7:

2240

…35

50B

9:25

00 …

4000

CW

:28

00 …

4500

C5:

3150

…50

00C

7:35

50 …

5600

C9:

4000

…63

00D

W:

4500

…71

00D

5:50

00 …

8000

D7:

5600

…90

00D

9:63

00 …

1000

0

float

ing

bin

half

- gro

upin

g (d

ivid

ed b

y st

r. ha

lf gr

oups

)C

4:0.

32 …

0.40

C6:

0.40

…0.

50D

4:0.

50 …

0.63

D6:

0.63

…0.

80E

4:0.

80 …

1.00

E6:

1.00

…1.

25F4

:1.

25 …

1.59

F6:

1.59

…2.

01G

4:2.

01 …

2.50

G6:

2.50

…3.

20H

4:3.

15 …

4.00

H6:

4.00

…5.

00J4

:5.

00 …

6.30

J6:

6.30

…8.

00K

4:8.

00 …

10.0

0K

6:10

.00

…12

.5L4

:12

.5 …

15.9

L6:

15.9

…20

.1M

4:20

.1 …

25.0

M6:

25.0

…32

.0N

4:31

.5 …

40.0

N6:

40.0

…50

.0P

4:50

.0 …

63.0

P6:

63.0

…80

.0

Q4:

80 …

100

Q6:

100

…12

5R

4:12

5 …

159

R6:

159

…20

1S

4:20

1 …

250

S6:

250

…32

0T4

:31

5 …

400

T6:

400

…50

0U

4:50

0 …

630

U6:

630

…80

0V

4:80

0 …

1000

V6:

1000

…12

50A

4:12

50 …

1590

A6:

1590

…20

10B

4:20

10 …

2500

B6:

2500

…32

00C

4:31

50 …

4000

C6:

4000

…50

00D

4:50

00 …

6300

D6:

6300

…80

00E

4:80

00 …

1000

0E

6:10

000

…12

500

F4:1

2500

…15

900

F6:1

5900

…20

100

Brig

htne

ss v

alue

s ar

em

easu

red

durin

g a

curr

ent

puls

e of

typi

cal 2

5 m

s,w

ith a

n in

tern

al re

prod

ucib

ility

of ±

8 %

and

an

expa

nded

unce

rtain

ty o

f ±11

%(a

cc. t

o G

UM

with

an e

xpan

sion

fact

or o

f k =

3).

L:Li

ght

emitt

ing

diod

e



For more detailed product information and Technical Datasheets, please visit http://catalog.osram-os.comParameters for OSRAM LED Luminous Intensity Group System for LEDs

1. Measurement and grouping in full groupsRadial LEDs are normally measured in luminous intensity groups. The luminosity variation in one full group (e. g. M) is ± 23 %. As luminous intensity is tested at a tolerance of ± 11 %, the variation range in one packing unit amounts to ± 34 %.

No packing unit / tape ever contains more than one luminous intensity group!Matching factor of brightness within one packaging unit Iv min : Iv max bzw. Φv min : Φv max = 1 : 2 For luminous intensity groups and values see type designation system.

Example of grouping scheme:

The above type numbers represent the order groups, which include only a few brightness groups.

Only one group will be shipped on each reel (there will be no mixing of two groups on each reel). E.g. LO 3340-MN-24 means that only one group M or N will be ship-pable for any one reel. In order to ensure availability, single brightness groups will not be orderable.

Lower family group: Scope of delivery includes luminous intensity groups L, M

Upper family group: Scope of delivery includes luminous intensity groups M, N

Total family group: Scope of delivery includes luminous intensity groups K, L, M, N, and P

Individual groups:

Luminosity variations caused by the technology used in current LED manufactu-ring processes over a protracted manufacturing period (semiconductor material - chip fabrication - assembly process) mean that it is not possible to assign LEDs to a single luminous intensity group.

Owing to continuous improvements in our chip and LED manufacturing processes, LED luminous intensity values are set to increase. We will inform you in good time of any necessary changes to the luminous intensity groups.

2. Measurement and grouping in half groupsSMT LEDs are normally measured in luminous intensity half groups (except for MULTILED®, CHIPLED and Golden DRAGON®). The luminosity variation in one half group is ± 12%. As luminous intensity is tested at a tolerance of ± 11%, the variation range in one packing unit amounts to ± 23%.

For luminous intensity groups and values see type designation system.

Example of grouping scheme:

The above type numbers represent the order groups, which include only a few brightness groups.

Only one group will be shipped on each reel (there will be no mixing of two groups on each reel). E.g. LA E67B-T2V1-24-1 means that only one group T2, U1, U2 or V1 will be shippable for any one reel. In order to ensure availability, single bright-ness groups will not be orderable.

Parameter des OSRAM LED-Helligkeitsgruppen-Schemas für LEDs

1. Messung und Gruppierung in VollgruppenRadiale LEDs werden in der Regel in Helligkeitsgruppen gemessen.Die Streuung der Helligkeit in einer Vollgruppe (z. B. M) beträgt ± 23%. Da die Hel-ligkeit mit einer Toleranz von ± 11% gemessen wird, beträgt die max. Schwan-kungsbreite in einer Verpackungseinheit ± 34%.

In einer Verpackungseinheit / Gurt ist immer nur eine Helligkeitsgruppe enthalten!Max. Streubreite der Helligkeit innerhalb einer VerpackungseinheitIv min :Iv max bzw. Φv min : Φv max = 1 : 2Helligkeitsgruppen und Werte siehe Typenbezeichnungsschema.

Beispiel für Gruppierungsschema

Die oben genannten Typenbezeichungen umfassen die bestellbaren Selektionen. Diese bestehen aus wenigen Helligkeitsgruppen.

Es wird nur eine einzige Helligkeitsgruppe pro Verpackungseinheit geliefert. Z.B.:LO 3340-MN-24 bedeutet, dass auf dem Gurt nur eine der Helligkeitsgruppen M oder N enthalten ist. Um die Liefersicherheit zu gewährleisten, können einzelne Helligkeitsgruppen nicht bestellt werden.

Untere Familiengruppe: Der mögliche Lieferumfang beinhaltet die Helligkeits-gruppen L, M

Obere Familiengruppe: Der mögliche Lieferumfang beinhaltet die Helligkeits-gruppen M, N

Sammelgruppe: Der mögliche Lieferumfang beinhaltet die Helligkeitsgruppen K, L, M, N, P

Einzelgruppen:

Die technologiebedingte Helligkeits-Streuung der heutigen LED-Herstellprozesse über einen längeren Fertigungszeitraum (Halbleitermaterial - Chipherstellung - Montageprozess), erlaubt keine Zusage einer einzelnen Helligkeitsgruppe.

Auf Grund von kontinuierlichen Verbesserungen unserer Chip- und LED Herstel-lungsprozesse werden sich die LED-Helligkeiten nach oben entwickeln. Über dadurch notwendige Anpassungen der Helligkeitsgruppen werden wir Sie recht-zeitig informieren.

2. Messung und Gruppierung in HalbgruppenSMT LEDs werden in der Regel in Helligkeitshalbgruppen gemessen (Ausnahme sind MULTILED®, CHIPLED und Golden DRAGON®). Die Streuung der Helligkeit in einer Halbgruppe beträgt ± 12%. Da die Helligkeit mit einer Toleranz von ± 11% gemessen wird, beträgt die max. Schwankungsbreite in einer Verpackungseinheit ± 23%.

Helligkeitsgruppen und Werte siehe Typenbezeichnungsschema.

Beispiel für Gruppierungsschema:

Die oben genannten Typenbezeichungen umfassen die bestellbaren Selektionen. Diese bestehen aus wenigen Helligkeitsgruppen.

Es wird nur eine einzige Helligkeitsgruppe pro Gurt geliefert. Z.B.:LA E67B-T2V1-24-1 bedeutet, dass auf dem Gurt nur eine der Helligkeitsgruppen T2, U1, U2 oder V1 enthalten ist. Um die Liefersicherheit zu gewährleisten, kön-nen einzelne Helligkeitsgruppen nicht bestellt werden.

LO 3340-LM-24: lower family groupLO 3340-MN-24: upper family groupLO 3340-KP-24: total group

LA E67B-T2V1-24-1: lower family groupLA E67B-U2AA-24-1: upper family groupLA E67B-T2AA-24-1: total group

LO 3340-LM-24: untere FamiliengruppeLO 3340-MN-24: obere FamiliengruppeLO 3340-KP-24: Sammelgruppe

LA E67B-T2V1-24-1: untere FamiliengruppeLA E67B-U2AA-24-1: obere FamiliengruppeLA E67B-T2AA-24-1: Sammelgruppe



For more detailed product information and Technical Datasheets, please visit http://catalog.osram-os.comLower family group: Scope of delivery includes luminous intensity groups T2, U1, U2, V1

Upper family group: Scope of delivery includes luminous intensity groups U2, V1, V2, AA

Total family group: Scope of delivery includes luminous intensity groups T2, U1, U2, V1, V2, AA

In a similar manner for colors where wavelength groups / chromaticity coordinate groups are measured and binned, single wavelength groups will be shipped on any one reel. E.g. LA E67B-T2V1-24-1 means that only 1 wavelength group -2, -3, or -4 will be shippable. Types which are labelled with -1, e. g. LS T676-R1S1-1-0, are not available in wavelength / chromaticity coordinate selections. A tolerance range is ensured.

In a similar manner for LED, where forward voltage groups are measured and bin-ned, single forward voltage groups will be shipped on any one reel. E.g. LA E67B-T2V1-24-1means that only 1 forward voltage group according to datasheet will be shippable. In this case -3A, -3B, -4A or -4B. In order to ensure availability, single forward voltage groups will not be shippable. Types which are labelled with -0, e. g. LS T676-R1S1-1-0, are not available in for-ward voltage selections. A tolerance range is ensured.

3. Special case: Grouping for SMT MULTILED®

All colors will be grouped according to luminous intensity (mcd) in line with the luminous intensity group system (see type designation system).

Example: LSY T676-P2R1-1+Q2S1-1

Luminous Intensity Groups

The luminosity distribution of the individual colors results in the following some individual groups for Multi TOPLED® / Multi SIDELED®:

Example: LSY T676 order group

Only one combination is included in any packing unit.

Untere Familiengruppe: Der mögliche Lieferumfang beinhaltet die Helligkeitsgruppen T2, U1, U2, V1

Obere Familiengruppe: Der mögliche Lieferumfang beinhaltet die Helligkeitsgruppen U2, V1, V2, AA

Sammelgruppe: Der mögliche Lieferumfang beinhaltet die Helligkeitsgruppen T2, U1, U2, V1, V2, AA

Gleichbedeutend gilt dies auch für LEDs, bei denen die Farben nach Wellenlän-gengruppen / Farbort gemessen und gruppiert werden. Pro Gurt wird nur eine Wellenlängegruppe geliefert. Z.B.: LA E67B-T2V1-24-1 bedeutet, dass auf dem Gurt nur eine der Wellenlängen -2, -3 oder -4 enthalten ist. Typen, die mit -1 bezeichnet sind, z.B. LS T676-R1S1-1-0, sind nicht in Wellenlän-gegruppen / Farbortgruppen erhältlich. Ein Toleranzbereich wird abgesichert.

Gleichbedeutend gilt dies auch für die LEDs, bei denen die Durchlassspannungs-gruppen gemessen und gruppiert werden. Pro Gurt wird nur eine Durchlassspan-nungsgruppe geliefert. Z.B.: LA E67B-T2V1-24-1 bedeutet, dass nach Durchlassspannung gruppiert wird. Auf einem Gurt ist nur eine der Durchlassspan-nungsgruppen laut Datenblatt enthalten. In diesem Fall -3A, -3B, -4A oder -4B.Um die Liefersicherheit zu gewährleisten, können einzelne Durchlassspannungs-gruppen nicht direkt bestellt werden.Typen, die mit -0 bezeichnet sind, z.B. LS T676-R1S1-1, sind nicht in Durch-lassspannungsgruppen erhältlich. Ein Toleranzbereich wird abgesichert.

3. Sonderfall: Gruppierung bei SMT MULTILED®

Alle Farben werden nach dem Helligkeitsgruppierungsschema (siehe Typenbe-zeichnungsschema) in Lichtstärke (mcd) gruppiert.

Beispiel: LSY T676-P2R1-1+Q2S1-1

Helligkeitsgruppen

Durch die Helligkeitsverteilung der Einzelfarben ergeben sich mehrere Einzelgrup-pen bei Multi TOPLED® / Multi SIDELED®:

Beispiel: LSY T676 Bestellgruppen

In einer Verpackungseinheit ist immer nur eine Kombination enthalten.

- P2 + Q2 - Q2 + Q2- P2 + R1 - Q2 + R1- P2 + R2 - Q2 + R2- P2 + S1 - Q2 + S1 possible- Q1 + Q2 - R1+ Q2 shipment- Q1 + R1 - R1+ R1 groups- Q1 + R2 - R1+ R1- Q1 + S1 - R1+ S1

- P2 + Q2 - Q2 + Q2- P2 + R1 - Q2 + R1- P2 + R2 - Q2 + R2- P2 + S1 - Q2 + S1 mögliche- Q1 + Q2 - R1+ Q2 Liefergruppen- Q1 + R1 - R1+ R1- Q1 + R2 - R1+ R1- Q1 + S1 - R1+ S1




Typical values (TA = 25 °C) Kenndaten (TA = 25 °C)

Standard LED hyper-red super-red orange yellow green pure green

Wellenlänge des emittierten Lichts/Wavelength at peak emission

IF = 10 mA λpeak 661 635 610 586 572 557 nm

Dominantwellenlänge/Dominant wavelength1)

IF = 10 mA λdom 645 628 606 587 570 560 nm

Durchlassspannung/Forward voltage2)

IF = 10 mA VF 1.9(≤ 2.3)

2.0(≤ 2.5)

2.0(≤ 2.5)

2.0(≤ 2.5)

2.0(≤ 2.5)

2.0(≤ 2.5)

V

Low-current LED super-red orange yellow green pure green


IF = 2 mA λpeak 643 610 591 572 562 nm


IF = 2 mA λdom 630 606 587 570 560 nm


IF = 2 mA VF 1.8 (≤ 2.2) 1.8 (≤ 2.2) 1.8 (≤ 2.2) 1.8 (≤ 2.2) 1.8 (≤ 2.2) V

Standard-current LED, low-current LED, high-current LED

OHL00523

3800

20

40

60

80

100

nm

%

orangeyellow

420 460 500 540 580 620 660 700400 440 480 520 560 600 640

peakλ

relI

λV

super-redamber

pure-greengreen

1) Wavelengths are tested at current pulse duration of 25 ms and a tolerance of ± 1 nm.

1) Wellenlängen werden mit einer Stromeinprägedauer von 25 ms und einer Genauigkeit von ± 1 nm ermittelt.

2) Forward voltages are tested at a current pulse duration of 1 ms and a tolerance of ± 0.1 V.

2) Spannungswerte werden mit einer Stromeinprägedauer von 1 ms und einer Genauigkeit von ± 0,1 V ermittelt.





Standard LED (InGaAlP) super-red amber orange yellow


IF = 20 mA λpeak 645 622 610 591 nm


IF = 20 mA λdom 633 615 606 587 nm


IF = 20 mA VF 2.0(2.3)

2.0(2.33)

2.0(2.35)

2.0(2.4)

V

Standard LED (InGaAlP) green pure green


IF = 20 mA λpeak 572 562 nm


IF = 20 mA λdom 570 560 nm


IF = 20 mA VF 2.0 (≤ 2.4) 2.0 (≤ 2.4) V

Hyper-bright LED

OHL00523

3800

20

40

60

80

100

nm

%

white (GaN)

orangeyellow

blue (GaN)

420 460 500 540 580 620 660 700400 440 480 520 560 600 640

peakλ

relI

λV

super-redamber

pure-greengreen




2) Spannungswerte werden mit einer Stromeinpägedauer von 1 ms und einer Genauigkeit von ± 0,1 V ermittelt.





Single chip white LED LW T673 (InGaN)IF = 10 mA

LW T67C (InGaN)IF = 20 mA

Farbort des emittierten Lichts/Color coordinate at peak emission1)

x = 0.32y = 0.31

x = 0.33y = 0.33


VF 3.1 (≤ 3.7) 3.6 (≤ 4.1) V

Standard InGaN LED blue verde true green


IF = 20 mA / 10 mA λpeak 465/466 501 523/527 nm


IF = 20 mA / 10 mA λdom 470/471 503 528/532 nm


IF = 20 mA / 10mA VF 3.6/3.2(≤ 4.1)(≤ 3.7)

3.8*(≤ 4.4)

3.5/3.0(≤ 4.1) (≤ 3.7)

V

HOP 2000(High Optical Power) super-red amber orange yellow


IF = 50 mA (typ.) λpeak 645 624 610 594 nm


IF = 50 mA λdom 633 617 606 587 nm


IF = 50 mA (min.)(typ.)

VF 2.2(≤ 2.5)

2.2(≤ 2.5)

2.2(≤ 2.5)

2.2(≤ 2.5)

V

Single chip LED, standard-InGaN LED, HOP 2000 LED

OHL01381

4000

20

40

60

80

100

450 500 550 600 650 700nm

%

λ

verdetrue green

(InGaN)blue

peak

relIλV

yellowredambersuper-red

white

(InGaN)

deep blue


1) Spannungswerte werden mit einer Stromeinpägedauer von 1 ms und einer Genauigkeit von ± 0,1 V ermittelt.







Single chip white LED ThinGaNIF = 140 mA

Chip Level ConversionIF = 350/ 700 mA

Chip Level ConversionIF = 1400 mA

Farbort des emittierten Lichts/Color coordinate at peak emission1)

x = 0.33y = 0.33

x = 0.33y = 0.33

x = 0.32y = 0.31


VF 3.6 (≤ 4.1) 3.2 (≤ 3.8)3.8 (≤ 4.5)

3.5 (≤ 4.3) V

ThinGaN deep blue blue verde true green


IF = 350 mA / 140 mA λpeak 449 465 501 520 nm


IF = 350 mA / 140 mA λdom 455 470 505 528 nm


IF = 350 mA / 140mA VF 3.2(≤ 3.8)

3.6(≤ 4.1)

3.6(≤ 4.1)

3.6(≤ 4.1)

V

Thinfilm (High Optical Power) amber amber yellow


IF = 50 mA (typ.) λpeak 624 632 594 nm


IF = 50 mA λdom 617 625 590 nm


IF = 50 mA (min.)(typ.)

VF 2.2(≤ 2.65)

2.2(≤ 2.65)

2.2(≤ 2.65)

V

Single chip LED, ThinGaN, Thinfilm (High Optical Power)

OHL02859

4000

20

40

60

80

100

450 500 550 600 650 700nm

%

λpeak

relIλV

amberred

yellowdeep blue blue

true greenverde

Chip LevelConversionThinGaN

1) Chromaticity coordinate groups are tested at a current pulse duration of 25 ms and a tolerance of ± 0.01.

1) Farbkoordinaten werden mit einer Stromeinpägedauer von 25 ms und einer Genauigkeit von ± 0,01 ermittelt.


2) Spannungswerte werden mit einer Stromeinprägedauer von 1 ms und einer Genauigkeit von ± 0,1 V ermittelt.




Date post:	30-Jul-2020
Category:	Documents
Upload:	others
View:	10 times
Download:	1 times

Light Emitting Diodes - RS Components · 12 Light Emitting Diodes ..... 11

Documents