OSRAM OSRAM OSTAR® Headlamp Pro, LE UW U1A2 01

OSRAM OSRAM OSTAR® Headlamp Pro, LE UW U1A2 01

Discontinued

Description

OSRAM OSTAR Headlamp is designed for applications where high brightness is required. Due to a seamless white colour impression at a maximum brightness level and its scalable brightness.

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Replacement Products

OSRAM OSLON® Black Flat S, KW2 HIL532.TK

OSRAM OSLON® Black Flat S, KW2 HIL532.TK

The OSLON Black Flat S product family meets both, excellent brightness in combination with outstanding luminance. The SMT device is very stable, durable and can be used with standard processes. A new solder pad layout allows for high reliability and supperior thermal management. The compact chips not only deliver high light output, they are also individually addressable with an ensured chip-to-chip contrast.

Details and Datasheet

Details

Parameters

Color of emission

White

Electrical power

6.3 W

Ultra High

Brightness

Φ_V

650 lm

I_V

216 cd

Φ_E

2010 mW

I_E

668 mW/sr

Beam angle

∢

120 °

Operating temperature

T_op min.

-40 °C

T_op max.

135 °C

Dimension

l

20.0 mm

w

20.0 mm

h

2.41 mm

Application fields

Automotive & mobility Static forward lighting

Ordering codes

Product Type	Description	Order No.	Availability
LE UW U1A2 01-6P5Q-ebvF68ebzB68	Φ_V = 500 ... 800 lm (I_F = 1000 mA)	Q65111A7564	Status information Full production Pre-production Not planned for new design Ordering and shipping are still possible Discontinued Request product

Downloads

Datasheets

LE UW U1A2 01

Datasheet

DE

JP

Application note

Preventing LED failures caused by corrosive materials

General information

DE

CN

JP

Long-term availability management

General information

DE

CN

JP

Customer complaint management — Details on return shipments for failure analysis request (FAR)

General information

DE

CN

JP

Details on photobiological safety of LED light sources

General information

DE

CN

JP

Reliability and lifetime of LEDs

General information

JP

Importing rayfiles and ray-measurement files of LEDs

General information

DE

CN

JP

Chemical compatibility of LEDs

General information

DE

CN

JP

Measurement, calibration and measurement uncertainty of LEDs

General information

DE

JP

Handling of silicon resin LEDs

Handling recommendations

DE

CN

JP

ESD protection while handling LEDs

Handling recommendations

DE

CN

JP

Dry pack information

Handling recommendations

DE

CN

JP

Fundamentals of LED handling

Handling recommendations

DE

CN

JP

Ceramic LEDs — Details on handling and processing

Soldering and processing

DE

CN

JP

Recommended pick-and-place tools of LEDs

Soldering and processing

DE

CN

JP

Further details on lead free reflow soldering of LEDs

Soldering and processing

JP

PCB technologies for LED applications

Thermal management

DE

CN

JP

The thermal measurement point of LEDs

Thermal management

DE

CN

JP

Package related thermal resistance of LEDs

Thermal management

DE

CN

JP

Temperature measurement with thermocouples

Thermal management

DE

CN

JP

Thermal management of LED light sources

Thermal management

DE

CN

JP

Behaviour of InGaN LEDs in parallel circuits

Electrical design

DE

CN

JP

LED diagnosis in automotive applications

Electrical design

DE

CN

JP

Comparison of simple LED circuits for low power LEDs

Electrical design

DE

CN

JP

Dimming LEDs with respect to grouping current

Electrical design

DE

CN

JP

The basic principles of Electrical Overstress (EOS)

Electrical design

DE

CN

JP

Resources

Electrical Simulation

Electrical Simulation

Images

LE_UW_U1A2_Kunststoff_Productpicture

Image

Tools

LightGuide

Calculate the effectiveness of an LED based on a selected light guide by showing the amount of incoupled, reflected and missed light rays.

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