10W Power LED Green 520–525nm 💚

The Periled 10W Green Power LED, built with a high-quality Epileds (Taiwan) emitter, delivers bright, saturated green light at 520–525 nm. This compact, square high-power LED outputs 600–800 lm, making it ideal for electronics projects, custom lighting, signaling, and prototyping with Arduino, Raspberry Pi, and other microcontroller-based systems when paired with an appropriate constant-current LED driver.

Key Highlights ✨

• Energy-efficient: Low heat generation helps reduce overall power consumption.
• Lower operating costs: Can help save on electricity and maintenance over time.
• Reduced environmental impact: Efficient solid-state lighting supports lower carbon emissions.
• Instant-on, no flicker: Immediate full brightness with stable output.
• Solid-state and shock-resistant: Durable construction for demanding applications.
• Long lifespan: Rated up to 50,000 hours under proper thermal management.

Technical Specifications 🔍

• Brand: Periled
• Manufacturer: Epileds (Taiwan)
• Shape / Package: Square high-power LED emitter
• Optical Wavelength: 520–525 nm (Green)
• Luminous Flux: 600–800 lm
• Power Rating: 10 W
• Forward Voltage (Vf): 9–12 V
• Forward Current (If): 900 mA (typical drive current)
• Operating Temperature: −20°C to +60°C
• Estimated Life: 50,000 hours (with adequate cooling)

Electrical & Thermal Guidance ⚡🧊

• Drive with a constant-current LED driver set to approximately 900 mA. Do not connect directly to a voltage source.
• At 9–12 V forward voltage, ensure your driver and power supply can provide sufficient voltage and current headroom.
• Use an appropriate heatsink and thermal interface material to manage junction temperature and achieve the rated lifespan.
• Dimming is best implemented via PWM on a compatible LED driver.

Arduino & Raspberry Pi Integration 🔧

• Control brightness using a PWM-capable LED driver module compatible with Arduino, Raspberry Pi, or other microcontrollers.
• Microcontroller GPIO pins must not power the LED directly; use them only as control signals to the driver.
• For prototyping, choose a 900 mA constant-current buck driver with PWM/analog dimming input.
• Verify current with a multimeter and monitor temperature during initial setup.

Typical Applications 🛠️

• Indicators, beacons, and signaling systems
• Machine vision and inspection lighting
• Architectural and stage effects lighting
• DIY lighting modules and electronics components projects
• Laboratory experiments and optical setups

This 10W green LED module is a robust choice for high-brightness projects requiring precise wavelength output, reliable performance, and easy integration into electronics builds and modules controlled by Arduino or Raspberry Pi.