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Energy Saving!ECO Devices

High brightness in a thin package SRGB Series

Overview | Features | LED Lighting Comparison | Specifications | Applications

Meeting customer needs for high brightness in a lower profile

Overview

Original package technology results in the thinnest form factor on the market*
This unparalleled thinness makes it possible to configure the LED a longer distance away from the object, resulting in uniform lighting and color mixing. This also prevents the LEDs from becoming visible through the object itself. In addition, color mixture selection is performed regarding color tone for optimum results.


The terminals of all ROHM ICs, discrete semiconductors, and passive components are lead-free and comply with the RoHS directive, ensuring worry-free use throughout the world. Applicable directives: WEEE*1, RoHS*2 *1: WEEE - Waste Electrical and Electronic Equipment *2: RoHS - Restriction on the use of certain Hazardous Substances in electrical and electronic equipment
Overview
* ROHM October 2009 survey

Features

  • High brightness: 1.8cd (white)
  • Superior color uniformity in the industry's thinnest package*
  • Protection diode included to prevent damage due to ESD
  • Color sorting performed to minimize variations
Features

LED Lighting Comparison

The ultra-thin (0.6mm) construction increases the distance between the LED and object, ensuring uniform lighting with optimized color mixing.
Shorter Distance, Longer Distance

Electrical Characteristics and Color Rank (Ta=25ºC)

SMLW56RGB1W (SRGB1) Details

Element Materials Emission Color Absolute Maximum Ratings
Permissible Loss PD (mW) Forward Current IF (mA) Peak Forward Current
IFP (mA)
Reverse Voltage VR (V) Operating Temperature Topr (ºC) Storage Temperature Tstg (ºC)
AlGaInPon Si Red 400 50 100 * 5 -40 ~ +85 -40 ~ +100
InGaN on SiC Green 40
Blue
Element Materials Emission Color Electro-Optical Characteristics
Forward Voltage Reverse Current Emission Wavelength λP Luminosity
Typ. (V) IF (mA) Max. (μA) VR (V) min .(nm) Typ. (nm) Max. (nm) IF (mA) min. (mcd) Typ. (mcd) IF (mA)
AlGaInP on Si Red 2.1 20 10 5 619 624 629 20 450 700 20
InGaN on SiC Green 3.3 - 520 527 535 710 1200
Blue 3.2 460 470 475 220 400

*Duty≦1/20, Pulse width≦1ms

(White Light Emission)

Element Materials Emission Color Electro-Optical Characteristics
Color (x,y) Luminosity
IF (mA) min. (mcd) Typ. (mcd) IF (mA)
AlGaInP on Si Red (0.32,0.32) 18 1100 1800 18
InGaN on SiC Green 12 12
Blue 10 10
Color Rank (White)

SMLV56RGB1W (SRGB2)Details

Element Materials Emission Color Absolute Maximum Ratings
Permissible Loss PD (mW) Forward Current IF (mA) Peak Forward Current
IFP (mA)
Reverse Voltage VR (V) Operating Temperature Topr (ºC) Storage Temperature Tstg (ºC)
AlGaInPon Si Red 400 50 100 * 5 -40 ~ +85 -40 ~ +100
InGaN on SiC Green 40
Blue
Element Materials Emission Color Electro-Optical Characteristics
Forward Voltage Reverse Current Emission Wavelength λP Luminosity
Typ. (V) IF (mA) Max. (μA) VR (V) min. (nm) Typ. (nm) Max. (nm) IF (mA) min. (mcd) Typ. (mcd) IF (mA)
AlGaInP on Si Red 2.1 20 10 5 619 624 629 20 450 700 20
InGaN on SiC Green 3.3 - 520 527 535 710 1200
Blue 465 470 475 220 400

*Duty≦1/20, Pulse width≦1ms

(White Light Emission)

Element Materials Emission Color Electro-Optical Characteristics
Color (x,y) Luminosity
IF (mA) min. (mcd) Typ. (mcd) IF (mA)
AlGaInP on Si Red (0.30,0.30) 12 1100 1800 12
InGaN on SiC Green 15 15
Blue 12 12
Color Rank (White)

Applications

●Display blocks of all types (i.e. numbers, characters), LED spotlights, illumination devices, and more

Applications

Related Information

ROHM utilizes and cultivates the most advanced technologies to develop products optimized for current and next-generation devices.

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