1W High-CRI White Power LED 6000–6500K 96 CRI

This 1W white power LED delivers high color fidelity (CRI ≈96) and a wide 120° beam angle, making it ideal for precision lighting, testing rigs, and DIY projects. Built on a copper bracket for improved thermal performance, it integrates seamlessly into Arduino and Raspberry Pi projects via a suitable constant-current LED driver. Perfect for engineers and hobbyists needing reliable electronics components for modules, fixtures, and microcontroller-controlled lighting.

✨ Key Features

• High-CRI white light for accurate color rendering (Ra 95.9)
• 1W power with forward drive of 3.2–3.6 V at 300–350 mA
• 6000–6500 K cool white CCT (reported CCT(K): 6779)
• Wide 120° beam for uniform illumination
• Copper bracket for efficient heat dissipation
• Long service life: 50,000 hours (with proper thermal management)
• Great for Arduino/Raspberry Pi lighting modules using PWM via a driver

🏷️ Brand & Model

• Brand: Periled
• Manufacturer: Epileds (Taiwan)
• Product Name: Single LED Light Bead
• Shape: Round
• Lamp Body Material: Copper Bracket

⚙️ Electrical Specifications

• Power: 1W
• Forward Voltage (Vf): 3.2–3.6 V
• Forward Current (If): 300–350 mA
• Operating Temperature: -20°C to 60°C

🔬 Optical Performance

• Luminous Flux: 100–120 lm
• Beam Angle: 120 degrees
• Correlated Color Temperature (CCT): 6000–6500 K
• CCT(K) Reported: 6779
• CRI (Ra): 95.9
• R1–R5: 96, 97, 97, 98, 96
• R6–R10: 93, 96, 95, 90, 96
• R11–R15: 97, 78, 97, 96, 98
• E (lux): 162
• Candle E (fc): 15130
• PPFD: 2660.239
• PAR: 60.983

🧩 Applications

• Inspection lighting, prototype fixtures, and test benches
• Electronics modules driven by microcontrollers (via constant-current drivers)
• DIY projects with Arduino, Raspberry Pi, and other development boards
• High-fidelity illumination where CRI 95+ is required

🔧 Integration Tips

• Use a constant-current LED driver set to 300–350 mA and verify forward voltage of 3.2–3.6 V.
• Implement proper heat sinking to maintain case temperature within the -20°C to 60°C range and ensure the rated 50,000-hour lifespan.
• For PWM dimming with Arduino/Raspberry Pi, modulate the driver’s dimming input—do not drive the LED directly from GPIO.
• Observe ESD handling precautions and correct polarity.