SSK-1560-Lime LED Board: Precision Lighting with Cree XQE HI Intensity

Discover the zenith of LED innovation with the SSK-1560-Lime, a meticulously engineered LED board that integrates the exceptional Cree XQE HI Intensity PC Lime LEDs. Designed for those who demand unparalleled performance and precision in lighting, this board offers an exquisite blend of color accuracy, efficiency, and thermal management.

Optimal Light Distribution for Enhanced Visual Experience

Evenly Spaced High-Intensity LEDs

The SSK-1560-Lime features 12 strategically placed Cree XQE HI Intensity PC Lime LEDs. This arrangement ensures an even pitch across the board, facilitating flawless light blending and maximizing the use of the PCB’s surface area. This design choice not only elevates the aesthetic appeal of the light output but also optimizes the efficiency and functionality of the LED board.

Engineered for Superior Performance

Versatile Operating Conditions

Tailored for a 27.5-watt operation at a recommended drive current of 700mA, the board operates at an optimal voltage of 38.9 volts, striking a perfect balance between power consumption and luminous efficiency. For projects requiring higher intensity, the board can seamlessly handle up to 1 amp, reaching a power output of 39.7 watts at 39.9 volts, showcasing its flexible performance capabilities.

Advanced Thermal Management Solutions

A pivotal aspect of the SSK-1560-Lime’s design is its emphasis on effective thermal management. The use of a high-quality thermal bed, cooler, or aluminium sheet is recommended to maintain the LEDs at their ideal operating temperatures. This approach not only prolongs the lifespan of the LEDs but also ensures consistent light output and color stability over time.

Tailored for Creative and Functional Applications

Lime Spectrum Precision

The Cree XQE HI Intensity PC Lime LEDs are specifically chosen for their superior light quality and intensity, emitting at a precise wavelength of 549nm. This makes the SSK-1560-Lime ideal for applications requiring exacting color rendering and spectrum supplementation, from artistic installations to technical projects needing nuanced color blending.