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LSR976-NR-1-0-20-R18

ams OSRAM
Single Color LEDs Super Red, 633nm 180mcd, 20mA
Active30,461 in stock

Overview

The LSR976-NR-1-0-20-R18 is a Super Red CHIPLED housed in a standard 0805 (2012 metric) SMT package. Operating at a peak wavelength of 633nm, this LED offers a wide 160-degree viewing angle for broad light distribution in space-constrained designs. It is designed for high reliability with Class 3B corrosion robustness and 2kV HBM ESD protection.

Why Choose This Part

This LED features an exceptionally wide 160-degree viewing angle, providing uniform illumination and reducing hot-spotting in light pipe applications. Its Class 3B corrosion robustness makes it more resilient to harsh environments compared to standard 0805 LEDs. The diffused white lens ensures soft, even light output across the rectangular flat-top surface.

Applications

Backlighting
Ideal for illuminating LCDs, switches, and pushbuttons in industrial control panels.
Status Indicators
Standard 0805 footprint for power-on or fault indicators in consumer electronics and networking gear.
Light Guides
Coupling into light pipes for edge-lit front panel indications.
Automotive Interior
Suitable for dashboard and console illumination where a standard red indicator is required.

Key Specifications

Color Red
Lens Size 1.30mm x 1.25mm
Lens Color White
Lens Style Rectangle with Flat Top
Height (Max) 0.90mm
Configuration Standard
Mounting Type Surface Mount
Viewing Angle 160deg
Current - Test 20mA
Package / Case 0805 (2012 Metric)
Size / Dimension 2.00mm L x 1.25mm W
Lens Transparency Diffused
Wavelength - Peak 645nm
Millicandela Rating 104mcd
Wavelength - Dominant 633nm
Supplier Device Package 0805
Voltage - Forward (Vf) (Typ) 2V

Getting Started

When designing the PCB, follow the standard 0805 footprint with a recommended forward current of 20mA for optimal brightness. Ensure the cathode is oriented correctly per the polarity mark on the underside of the package. A standard current-limiting resistor should be calculated based on the 2.0V typical forward voltage drop.

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