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Mini/Micro-LED Technology Solutions
GFB0F19B
InGaN Green LED Chip
Product Overview
High Radiant Flux
High Current Intensity
Long Operation Life
InGaN Technology
Gold Alloy Electrodes
Temperature Stable
Applications
General Lighting
Digital Products
Display Backlighting
RGB LED Systems
Mechanical Specifications
GFB0F19B LED Chip Diagram
GFB0F19B LED Chip Diagram
Chip Size
145±25 × 470±25μm
Thickness
120±15μm
P Bonding Pad
119±15 × 147±15μm
N Bonding Pad
119±15 × 147±15μm
P-N Gap Distance
150±15μm
Electrode Material
Au AlloyP & N
Electro-Optical Characteristics
At Ta = 25°C
Parameter Symbol Condition Min. Typ. Max. Unit
Forward Voltage Vf If=1μA 2.0 - 2.2 V
Forward Voltage Vf If=5mA 2.3 - 2.6 V
Reverse Current Ir Vr= -7V 0 - 0.1 μA
Radiant Flux PO If= 5mA 4 - 5.6 mW
Dominant Wavelength Wd If= 5mA 517.5 - 532.5 nm
Absolute Maximum Ratings
Parameter Symbol Condition Rating Unit
Forward DC Current If Ta=25℃ ≤20 mA
Reverse Voltage Vz Ta=25℃ ≥ 7 V
Reverse Current Ir Ta=25℃ ≤1 μA
Junction Temperature Tj - ≤125
Package Temperature - - 280 (<10s)
Storage Temperature - Chip on tape 0~40
Characteristic Curves
GFB0F19B Characteristic Curves
GFB0F19B Performance Characteristic Curves
517.5-532.5nm
Wavelength Range
4-5.6mW
Radiant Flux
2.3-2.6V
Forward Voltage
≤20mA
Max Current
Bin Definitions
Items Units Bin1 Bin2 Bin3 Bin4 Bin5 Bin6
WD nm 517.5-520 520-522.5 522.5-525 525-527.5 527.5-530 530-532.5
Lop mW 4-4.4 4.4-4.8 4.8-5.2 5.2-5.6 - -
VF V 2.3-2.4 2.4-2.5 2.5-2.6 - - -
VF3 V 2.0-2.1 2.1-2.2 - - - -
Packing Specification
Blue Tape Layout
Blue tape: (200±10) × (200±10) mm
Chip attachment area with organized layout
Label in lower-right corner
Complete tracking information
Label Contents
Company name and model
Date and quantity
Electro-optical parameters
Bin sorting information
Quality & Handling Guidelines
• All electro-optical characteristics tested with Golden CZ standard equipment
• Tolerance limits: Po ±6%, Wd ±1nm, VF ±0.06V
• ESD sensitive device - use proper anti-static precautions
• Store in controlled environment (0-40°C)
• Handle with care to avoid mechanical damage
• Use appropriate bonding techniques for Au alloy electrodes
• Recommended operating current: 5-20mA for optimal performance
Design Considerations
Select appropriate bin for color consistency
Account for temperature-dependent shifts
Use proper wire bonding techniques
Consider optical coupling efficiency
Implement current limiting circuits
Thermal management for high-power use