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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3020 LEDs

Name: 3020 LEDs
Brand: QUEENDOM

3020 High-Power SMD LEDs – Technical Specifications

General Information

Product Type: SMD High-Power LED (Chip Scale Package / Surface Mount)
Package Size: 3.0 mm × 2.0 mm × 0.7 mm (Typical Height)
Rated Power: 3.0 W
Drive Current: 1000 mA (1A) Continuous
Viewing Angle: 120° (Lambertian Distribution)
Lens Color: Yellow (Phosphor-Converted for White/Amber) / Water Clear (for Mono colors)

Electrical & Optical Characteristics

Forward Voltage (Vf): White: 2.8 V – 3.4 V @ 1000 mA
Luminous Efficacy: Up to 130 lm/W (Typical, depending on color bin)
Color Rendering Index (CRI):
- Standard: Ra ≥ 80
- High CRI Option: Ra ≥ 90 (Available upon request)
Color Temperature (White): 3000K – 15000K
- Available Bins: 3000K, 4000K, 5000K, 6500K, 10000K, 15000K (Customizable)

Maximum Junction Temperature (Tj): 125°C

Photobiological Safety: EN 62471 (Risk Group 1 or 2 depending on application)

Category: High-Power LED Tags: 2016 LEDs, new led product

Description

3020 LEDs｜3020 High-Power CSP LEDs

Overview

The 3020 High-Power CSP LED (3.0 mm × 2.0 mm) represents the perfect balance between compact footprint and high-intensity output. Unlike standard low-power indicators, this series utilizes advanced Chip Scale Package (CSP) technology with series-connected die structures, enabling operation at 1000 mA (1A) with a forward voltage of 5.5V – 7.0V.

Delivering up to 640 lumens with an efficacy of 130 lm/W, the 3020 HP series is engineered for space-constrained applications requiring superior brightness and thermal stability. Its robust ceramic/composite substrate ensures excellent heat dissipation, making it ideal for automotive interior lighting, ultra-thin panel lights, horticultural lighting, and high-density backlighting.

Available Models & Part Numbers

Table: Typical optical and electrical characteristics (Tj = 25°C, If = 1000 mA)

Model	Rank Code	CCT (K)	Min CRI (Ra)	Flux Min (lm)	Flux Max (lm)	Vf Min (V)	Vf Max (V)	Efficacy (lm/W)	Angle (2θ½)	Test Current (mA)	Part Number
HP3020WW2WG	HP0800	2700K	80	400	640	5.5	7.0	130	120°	1000	8541401000HP0800
HP3020WV2WG	HP0801	3000K	80	400	640	5.5	7.0	130	120°	1000	8541401000HP0801
HP3020WU2WG	HP0802	3500K	80	400	640	5.5	7.0	130	120°	1000	8541401000HP0802
HP3020WT2WG	HP0803	4000K	80	400	640	5.5	7.0	130	120°	1000	8541401000HP0803
HP3020WR2WG	HP0804	5000K	80	400	640	5.5	7.0	130	120°	1000	8541401000HP0804
HP3020WQ2WG	HP0805	5700K	80	400	640	5.5	7.0	130	120°	1000	8541401000HP0805
HP3020WP2WG	HP0806	6500K	80	400	640	5.5	7.0	130	120°	1000	8541401000HP0806
HP3020WX2WG*	HP0807	7600K	80	400	640	5.5	7.0	130	120°	1000	8541401000HP0807

*Note: Model code for 7600K corrected for clarity. Flux values represent the typical range between Minimum and Maximum bins. Actual performance may vary based on specific bin selection.

Features

High Power Density: Delivers up to 640 lumens from a compact 3.0×2.0mm package at 1000 mA drive current.
High Voltage Architecture: Operates at 5.5V – 7.0V, reducing current stress on PCB traces compared to low-voltage alternatives while maintaining high efficiency.
Superior Efficacy: Achieves typ. 130 lm/W, minimizing energy consumption in battery-powered or energy-sensitive applications.
CSP Reliability: Flip-chip design eliminates wire bonds, reducing failure rates under thermal cycling and mechanical stress.
Wide Color Range: Available from Warm White (2700K) to Cool Daylight (7600K) with consistent CRI ≥ 80.
Thermal Stability: Optimized for high-temperature environments with excellent heat dissipation through the ceramic substrate.
SMT Compatible: Designed for standard reflow soldering processes, ensuring high-speed automated assembly yield.

Benefits

Available Colors (Monochrome):
- Red, Orange, Yellow, Green, Blue
- Wavelengths: Customizable based on application (e.g., 625nm Red, 470nm Blue)

Chip & Material Specifications

Chip Materials:
- InGaAlP (LGAP): For Red, Orange, Yellow, Amber
- GaAs / GaAsP: For High-efficiency Red/Orange
- InGaN (GaN/GaAlAs): For Green, Blue, White, UV
Chip Brands (Compatible/Selected):
- Cree, Toyoda Gosei, Bridgelux, Osram, Sanan, Epistar
Chip Dimensions:
- Typical: 40 × 40 mil, 50 × 50 mil and larger high-power dies.
Substrate: High-thermal conductivity Ceramic or EMC (Epoxy Molding Compound) with copper frame.

Thermal & Environmental

Operating Temperature: -40°C to +85°C
Storage Temperature: -40°C to +100°C
Maximum Junction Temperature (Tj): 125°C
Thermal Resistance (Rθ J-C): < 10 °C/W (Optimized for 3W dissipation)
Moisture Sensitivity Level (MSL): MSL 3

Compliance & Certifications

RoHS: Compliant (Lead-free & Halogen-free)
REACH: Compliant
Photobiological Safety: EN 62471 (Risk Group 1 or 2 depending on application)
ESD Protection: HBM ≥ 2000V

Applications

The 3020 High-Power CSP LED is engineered for applications demanding high brightness in a mid-power footprint:

Automotive Lighting: Interior ambient lighting, dashboard clusters, door handle lights, and matrix DRL modules.
General Lighting: Ultra-thin LED panel lights, downlights, T5/T8 tube replacements, and linear lighting strips.
Horticultural Lighting: Compact grow lights for indoor farming and plant bars (specific spectral bins available).
Consumer Electronics: High-brightness camera flashes, wearable safety lights, and premium device indicators.
Commercial Display: Backlighting for LCD signage, vending machines, and architectural accent lighting.
Medical & Industrial: Portable diagnostic devices, machine vision illumination, and control panel backlighting.

Design Note: Due to the high power density (up to ~7W per component), proper thermal management using MCPCB (Metal Core PCB) or active cooling is recommended to maintain junction temperature (Tj) below 85°C for optimal lifespan.