What is the typical lifespan of this product?

The product is designed for long-term industrial use, with a typical lifespan of over 50,000 hours.

Do you support OEM or custom specifications?

Yes, we support OEM, ODM, and custom technical specifications based on project requirements.

What certifications are available?

Certifications vary by model and may include CE, RoHS, LM-80, and ISO-compliant manufacturing.

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5050 RGB LEDs

Name: 5050 RGB LEDs
Brand: QUEENDOM

Technical Specifications

5050 RGB LEDs

Package Size: 5.0 mm × 5.0 mm × 3.2 mm (with solder pads)
Substrate: Aluminum Nitride (AlN) ceramic – high thermal conductivity
Encapsulant: High-stability optical silicone
Chip Configuration: 3 independent dies (Red + Green + Blue), common anode or cathode
Operating Current (per channel):
- Standard: 350 mA – 1200 mA continuous (depending on model and thermal design)
- Pulsed: Up to 1000 mA (10% duty cycle, 100 Hz)
Forward Voltage (V_F):
- Red: 1.8 V – 2.4 V
- Green / Blue: 2.8 V – 3.6 V
Viewing Angle: 120° (Lambertian emission); optional secondary optics for 90° or 150°
Thermal Resistance (R_θJA): ~18°C/W (on FR-4 PCB with thermal vias)
Maximum Junction Temperature (T_j): 150°C
Lifetime (L70/B50): >50,000 hours @ T_j ≤ 85°C
Compliance: RoHS, REACH, IEC 62471 (Risk Group 1 – Exempt)
Wavelength Ranges:
- Red: 620–630 nm
- Green: 520–530 nm
- Blue: 460–470 nm
Radiant / Luminous Output (Typical @ 350 mA):
- Red (630 nm): 100–140 mW radiant flux
- Green (525 nm): 75–120 lm luminous flux
- Blue (465 nm): 26–55 lm luminous flux
Typical Applications: Full-color displays, architectural façade lighting, stage & entertainment systems, commercial signage, and industrial machine vision

Description

5050 RGB LEDs | 5050 RGB Tri-Chip High-Power LEDs

Overview

Queendom’s 5050 RGB tri-chip LED integrates red, green, and blue emitters into a single 5.0×5.0×3.2 mm ceramic package. Built on a high-thermal-conductivity aluminum nitride (AlN) substrate with optical-grade silicone encapsulation, it delivers stable, high-intensity output across a wide drive range — from 350 mA to 1200 mA per channel. The monolithic design ensures precise spatial alignment and consistent color mixing, making it ideal for applications requiring dynamic illumination and long-term reliability.

Available Models & Part Numbers

5050 RGB Tri-Chip LEDs – Optical & Electrical Characteristics (T_j = 25°C)

Model	Rank Code	Color Type	Wavelength (nm)		Luminous Flux (lm)		Forward Voltage VF (V)		Viewing Angle	Test Current	Part Number
Device Model	Rank	Typical λ (nm)	Min	Max	Min	Max	Min	Max	(2θ½, °)	(mA)	P/N
HP5050RGB6WE	HPML040	Red	620	630	34	65	1.8	2.4	120	350	8541401000HPML040
		Green	520	535	75	120	2.8	3.2		350
		Blue	460	470	26	55	2.8	3.2		350
HP5050RGB6WF	HPML041	Red	615	635	120	190	1.8	2.4	120	700	8541401000HPML041
		Green	520	530	390	440	2.8	3.2		700
		Blue	460	470	150	180	2.8	3.2		700
HP5050RGB6WG	HPML042	Red	620	640	170	190	1.8	2.4	120	1200	8541401000HPML042
		Green	520	530	560	720	2.6	3.2		1200
		Blue	460	470	200	240	2.6	3.2		1200

Note: All devices use high-reliability Epistar (green/blue) and Purui (red) chips. Emission angle: 120°. Tight wavelength binning ensures consistent performance in demanding optical systems.

Key Features
- True RGB Integration: Three independent dies (R+G+B) in one robust 5050 SMD package
- Scalable Power Options: Choose from 350 mA (standard), 700 mA (high-power), or 1200 mA (ultra-high-power) variants
- Superior Thermal Design: AlN ceramic substrate with R_θJA ≈ 18°C/W enables stable operation at high current
- Precise Wavelength Control: Red: 615–640 nm, Green: 520–535 nm, Blue: 460–470 nm (±2 nm binning)
- Wide Viewing Angle: 120° Lambertian emission for uniform light distribution
- Reflow-Compatible: Withstands IR reflow (260°C, 3–5 s) for standard SMT assembly
Applications
- Stage & Entertainment Lighting: Full-color effects with high saturation and brightness
- Architectural & Façade Systems: Dynamic RGB lighting for buildings and landmarks
- Industrial Machine Vision: Programmable, high-intensity illumination for inspection
- Commercial Signage & Displays: Vibrant, long-life RGB indicators and message boards
- Scientific Instrumentation: Stable excitation sources for optical sensing and analysis
Technical Advantages
- Multi-Power Flexibility: Single platform supports low, medium, and ultra-high drive currents
- Minimal Color Shift: Ceramic package reduces thermal drift during prolonged operation
- No Phosphor Aging: Direct-emission RGB ensures long-term spectral stability
- Simplified Optics: Monolithic design eliminates multi-LED alignment challenges
- Long Lifetime: >50,000 hours (L70/B50) at T_j ≤ 85°C