CLU721-1206C4-403M2K1

The CLU721-1206C4-403M2K1 is an advanced high-power LED chip for a wide range of LED applications. It is an ideal candidate for a variety of LED lighting applications. In particular, it is perfect for COBs (chip-on-board), engines and modules.

The CLU721-1206C4-403M2K1 is comprised of a highly efficient 8mm x 12mm chip-on-board (COB) design. It is available in a variety of colors including white, red, green and blue. The chip has a maximum power rating of 125W and a typical power of 105W. It has an impressive light output of up to 111lm/W.

The CLU721-1206C4-403M2K1 is designed to work with a wide range of operating voltage, from 10V-24V. Its operating temperature range can go from -25°C to +85°C and its long life span of 60000 hours.

This chip is perfect for creating a wide range of high intensity lighting systems such as spotlights, downlights, accent lights, and decorative and task lighting. It can also be used for a variety of applications like residential, commercial, and industrial lighting.

The CLU721-1206C4-403M2K1 is strategically designed with multiple technologies working together to create this high performance LED chip. A Heat Sink feature ensures heat dissipation in order to prevent damage to the chip and their respective components. The chip is designed with low thermal resistance technology, allowing for efficient heat conduction away from the LED and into the surrounding environment.

The CLU721-1206C4-403M2K1 is also designed with a Wide Beam Angle technology, allowing for a more even lighting distribution and a smoother gradation compared to LEDs with a narrower beam angle. This chip is also designed with Reduced Flicker technology, which is excellent for reducing eye strain when used for extended periods of time.

The CLU721-1206C4-403M2K1 is a unique LED chip and its features are set apart from other LED chips. With its combination of features, the chip is well-suited for a variety of LED lighting applications where higher light output, smaller size and improved heat dissipation are required. This chip also has lower failure rate and longer life than other LED chips, making it the most reliable LED chip for applications such as COBs, engines and modules.