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XL-3014SURC-02FJ SMD LED — Technical Specifications & Design Guide

The **XL-3014SURC-02FJ** is a high-intensity **3.0x1.4mm SMD red LED** manufactured by XINGLIGHT. 💡 It features a transparent water-clear colloid optimized for high luminous intensity, making it ideal for compact illumination and backlighting tasks.

XL-3014SURC-02FJ SMD LED — Technical Specifications & Design Guide

📌 Product Overview

The XL-3014SURC-02FJ is a high-intensity 3.0x1.4mm SMD red LED manufactured by XINGLIGHT. 💡 It features a transparent water-clear colloid optimized for high luminous intensity, making it ideal for compact illumination and backlighting tasks. While designed for automated assembly, achieving optimal longevity requires strict attention to its thermal dissipation and drive current boundaries. This component is specifically engineered to support modern SMT production lines, offering a balance of brightness and reliability for commercial and automotive interior lighting.

🚀 Typical Applications

  • Indoor Lighting: 💡 Ideal for LED tubes and rigid light strips where consistent color rendering is critical.
  • LCD Backlighting: ✨ Provides uniform red light for display panels and indicator lights.
  • Commercial Signage: Suitable for advertising boards requiring high-contrast visibility.
  • Automotive Interiors: Used for auxiliary dashboard lighting and courtesy lights.
  • Decorative Lighting: Effective for metal plate hard light strips requiring a compact footprint.

📊 Key Technical Specifications

ParameterSymbolMin.Typ.Max.UnitTest Conditions
Luminous IntensityIv1150-1800mcdIF = 60mA
Dominant Wavelengthλd615-630nmIF = 60mA
Forward VoltageVF1.8-2.4VIF = 60mA
Viewing Angle2Ø1/2-120°-degIF = 60mA
Peak Wavelengthλp-625-nmIF = 60mA
Reverse CurrentIR--≤ 5μAVR = 5V

Note: Data based on Ta = 25°C. Grading codes (F2-F5, HR01-HR03) are available for binning specificity.

🔒 Absolute Maximum Ratings & Process Limits

⚠️ Stress beyond these limits may cause permanent damage.

ParameterSymbolMax. ValueUnitNotes
Max Power DissipationPD200mWDerate above 25°C
Max Continuous Forward CurrentIF60mA
Peak Forward CurrentIFP120mAPulse ≤ 0.1ms, Duty ≤ 1/10
Max Reverse VoltageVR5V
ESD AbilityESD2000VHuman Body Model
Operating TemperatureTOPR-40 ~ +85°C
Storage TemperatureTSTR-40 ~ +85°C
Soldering Temp/TimeTSOL260°C≤ 6 Seconds

📦 Package, Dimensions & Assembly Notes

  • Outline Dimensions: 3.0 x 1.4 x 0.8mm (L x W x H).
  • Packaging: EIA standard compliant, suitable for SMT automatic production.
  • Moisture Sensitivity: 🌧️ MSL Level 2a-3. Pre-baking before reflow is critical to prevent pop-corning damage.
  • Soldering Profile: Suitable for Infrared Reflow.
    • Lead-Free Process: Peak 255°C (Max), time above 217°C: 60-120s.
    • Lead Process: Peak 235°C (Max), time above 183°C: 60-150s.
  • Assembly: Ensure the polarity is correct during placement to avoid reverse voltage damage.

🛒 Sourcing & Supply Considerations

  • Grading Verification: Always verify brightness (F2-F5) and voltage (N12-7/8/9) bin codes to ensure consistency in your final product's light output.
  • Authenticity: Source exclusively through authorized XINGLIGHT channels to guarantee compliance with ROHS standards.
  • Sample Testing: 📈 Request pre-production samples to validate the 60mA drive current thermal performance in your specific heatsink design.
  • Lead Time: Check stock availability for specific bin codes, as popular brightness grades may have longer lead times.

❓ FAQ

Q: Can I drive this LED at 60mA continuously?
A: Yes, the datasheet supports a max continuous forward current of 60mA. However, you must ensure the ambient temperature does not exceed 85°C and that the PCB provides adequate heat dissipation to keep the junction temperature within safe limits.

Q: What does the "MSL 2a-3" rating mean for my assembly process?
A: It means the component is sensitive to moisture. If the vacuum-sealed bag has been opened, you must bake the LEDs according to J-STD-033 standards before reflow soldering to prevent internal cracking or delamination.

Q: What is the difference between Dominant and Peak wavelength?
A: The Peak Wavelength (625nm) is the physical maximum output of the spectrum. The Dominant Wavelength (615-630nm) describes the color perceived by the human eye, which is more critical for matching color in display applications.

Q: Is this LED suitable for outdoor use?
A: While the storage and operating temperatures range from -40°C to +85°C, the package is primarily designed for indoor and automotive interior applications. For outdoor use, you must provide additional waterproofing and UV protection encapsulation.

Q: How should I handle ESD protection during production?
A: The component has an antistatic ability of 2000V. All assembly personnel should wear grounded wrist straps, and workstations should be grounded to prevent ESD damage during handling and placement.

About Leon Zhang

Founder and Strategic Sourcing Lead, LDeepAI

Leon Zhang is the founder of LDeepAI, focusing on AI-assisted electronic component sourcing and verified China supply-chain support for overseas buyers. He previously worked within the Huaqiang Group ecosystem, including experience related to HQEW, one of China's well-known electronic component trading platforms. This background gives him practical insight into China's electronic component supply-chain structure, supplier screening, channel verification and cross-border sourcing workflows.

Expertise: electronic component sourcing, China supply-chain verification, LED components, memory and storage sourcing, RFQ risk screening.

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