LED Lighting - Color

Image Part Number Description / PDF Quantity Rfq
XQAGRN-00-0000-000000Y02

XQAGRN-00-0000-000000Y02

Cree

LED XLAMP GREEN 1616 SMD

0

XPEGRN-L1-R250-00E02

XPEGRN-L1-R250-00E02

Cree

LED XLAMP XPE GREEN 525NM 2SMD

0

XPEROY-L1-R250-00A02

XPEROY-L1-R250-00A02

Cree

LED ROYAL BLUE 1000MA SMD

0

XBDBLU-00-0000-000000Y01

XBDBLU-00-0000-000000Y01

Cree

LED XBD BLUE 475NM 30.6LM SMD

1011

XQAAPA-00-0000-000000X01

XQAAPA-00-0000-000000X01

Cree

LED XLAMP AMBER SMD

0

XPEGRN-L1-0000-00E03

XPEGRN-L1-0000-00E03

Cree

LED XLAMP XPE GREEN 530NM 2SMD

0

XPEROY-L1-R250-00A03

XPEROY-L1-R250-00A03

Cree

LED ROYAL BLUE 1000MA SMD

0

XPEEPR-L1-0000-00901

XPEEPR-L1-0000-00901

Cree

XPE HE PHOTO RED LIGHT EMITTING

1127

XMLCTW-A2-0000-00C3ACBA1

XMLCTW-A2-0000-00C3ACBA1

Cree

LED XML RGBW SMD

0

XPEBAM-L1-R250-00702

XPEBAM-L1-R250-00702

Cree

LED XLAMP XPE2 AMBER 588NM 2SMD

0

XQEGRN-H2-0000-000000B01

XQEGRN-H2-0000-000000B01

Cree

LED XLAMP GREEN 520NM 1616 SMD

0

XPEAMB-L1-0000-00903

XPEAMB-L1-0000-00903

Cree

LED XPE AMBER WATER CLEAR SMD

0

XPEAMB-L1-R250-00501

XPEAMB-L1-R250-00501

Cree

LED XPE 595NM AMBER 56.8LM SMD

0

XTEARY-02-0000-000000N03

XTEARY-02-0000-000000N03

Cree

LED XTE 465NM ROY BLUE 550MW SMD

0

XPERDO-L1-R250-00803

XPERDO-L1-R250-00803

Cree

LED RED-ORN 700MA 3.45X3.45 SMD

0

XPEBBL-L1-0000-00Y05

XPEBBL-L1-0000-00Y05

Cree

LED XPE BLUE WATER CLEAR SMD

0

MLESGN-A1-0000-000X02

MLESGN-A1-0000-000X02

Cree

LED XLAMP MLE GRN 525NM 4SMD

0

XMLCTW-A0-0000-00C3ACC03

XMLCTW-A0-0000-00C3ACC03

Cree

XLAMP XML COLOR LED RGB,W

0

XPEBRO-L1-0000-00A02

XPEBRO-L1-0000-00A02

Cree

LED XLAMP XPE2 RED/ORN 613NM SMD

0

XPCRED-L1-R250-00Z02

XPCRED-L1-R250-00Z02

Cree

LED XLAMP XP-C RED SMD

0

LED Lighting - Color

1. Overview

LED lighting in color applications refers to semiconductor optoelectronic devices that emit visible light through electroluminescence. Unlike monochromatic LEDs, color LED lighting systems offer tunable wavelength outputs, precise color rendering, and dynamic control capabilities. Their energy efficiency (up to 200 lm/W), long operational lifespan (50,000+ hours), and compact form factor have revolutionized modern illumination across architectural, automotive, medical, and consumer electronics sectors.

2. Major Types & Functional Classification

TypeFunctional CharacteristicsApplication Examples
Single-color LEDsFixed wavelength emission (450-660nm range), high intensityIndicator lights, traffic signals
RGB LEDsThree-in-one chip with red/green/blue elements for 16.7M color combinationsArchitectural accent lighting
Tunable White LEDsAdjustable correlated color temperature (CCT 2200K-6500K)Smart home lighting systems
Quantum Dot LEDsNarrow spectral emission (<10nm FWHM), 110% NTSC coverageHigh-end display backlighting
Addressable LED StripsIndividually controllable segments via DMX512/WS2812 protocolsStage lighting, digital signage

3. Structure & Composition

Typical LED lighting systems consist of:

  • Epitaxial structure: GaN/InGaN on sapphire substrate with multiple quantum wells
  • Phosphor conversion layer (YAG:Ce for white LEDs) or quantum dot coatings
  • Metal core PCB (MCPCB) with thermal conductivity >1W/m K
  • Secondary optics: PMMA/PC lenses with beam angles 8 -120
  • Constant current driver with PFC >0.9 and dimming control (PWM/0-10V)
  • Smart interfaces: Zigbee/Wi-Fi/BLE modules for IoT integration

4. Key Technical Specifications

ParameterDescriptionImportance
Color Temperature (CCT)Measured in Kelvin (2200K-10000K)Defines warm/cold light perception
Color Rendering Index (CRI)Scale 0-100 (Ra>80 recommended)Accuracy of object color reproduction
Luminous Efficacylm/W ratio (60-200 lm/W typical)Energy efficiency metric
Color Stability uv <0.005 over lifetimeConsistent color output maintenance
Spectral Power DistributionPeak wavelength tolerance 2nmDetermines color purity
Dimming Range0.1%-100% with 16-bit resolutionLighting flexibility
Operating LifetimeL70/B50 metrics at 50,000hrsTotal cost of ownership factor

5. Application Fields

Major industries utilizing color LED technology:

  • Architectural: Dynamic fa ade lighting (e.g., Burj Khalifa illumination system)
  • Medical: Surgical lighting with CRI>95 and color temperature 4000K
  • Automotive: Ambient lighting systems with 256-color programmability
  • Consumer: HDR display backlighting with local dimming zones
  • Industrial: Machine vision systems using specific wavelength LEDs
  • Horticulture: Grow lights with 660nm deep red and 450nm blue peaks

6. Leading Manufacturers & Products

ManufacturerRepresentative ProductKey Features
Cree (now Wolfspeed)XHP70B RGB LED1500lm total output, IP68 rated
Philips LightingHue White and Color Ambiance16 million colors, Zigbee control
Osram OptoOSTAR Projection RGB2000:1 contrast ratio for laser projectors
Samsung LEDsLH351D Tunable White2700K-6500K adjustment range
Nichia CorpOptisolis seriesHigh CRI 98+ for museum lighting

7. Selection Recommendations

Key considerations for LED selection:

  • Color accuracy requirements (CRI vs. TM-30 metrics)
  • Thermal management compatibility (Tj max 125 C typical)
  • Control interface compatibility (DALI vs. DMX512)
  • Optical design constraints (TIR lens vs. diffuser requirements)
  • Color consistency (binned per ANSI C78.377 standards)
  • Compliance certifications (Energy Star, DLC, UL 8750)
  • Lifetime depreciation curve analysis (LM80 testing data)

8. Industry Development Trends

Emerging trends shaping color LED technology:

  • Micro-LED adoption for sub-50 m pixel sizes in AR/VR displays
  • Human-centric lighting (HCL) systems mimicking circadian rhythms
  • Integrated LiFi communication via visible light (IEEE 802.15.7)
  • Perovskite quantum dots achieving 190 lm/W efficacy
  • Thermal management innovations using graphene heat spreaders
  • AI-powered lighting systems with ambient light sensing
  • UV-C LEDs for disinfection applications (265-280nm range)

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