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LED Arrays

These high-intensity SMD modules can be custom designed for an array of configurations and applications. Linear and 2-dimensional arrays are available at 265, 285, and 300 nm. Each module offers multiple watt outputs, with intensity exceeding 100 mW per sq cm. Custom configurations adjusting wavelengths and power levels are ...

Specifications

Array Geometry: Rectangle
Number Of LEDs: 120
Size Of Light Source (horizontal): 67 mm
Size Of Light Source (Vertical): 30 mm
Irradiance: 80 mW/cm^2
These high-intensity SMD modules can be custom designed for an array of configurations and applications. Linear and 2-dimensional arrays are available at 265, 285, and 300 nm. Each module offers multiple watt outputs, with intensity exceeding 100 mW per sq cm. Custom configurations adjusting wavelengths and power levels are available ...

Specifications

Array Geometry: Square
Number Of LEDs: 9
Size Of Light Source (horizontal): 12 mm
Size Of Light Source (Vertical): 16 mm
Irradiance: 45 mW/cm^2

LED Arrays: Versatile and Efficient Lighting Solutions

LED arrays are assemblies of multiple LED chips or packages configured to function as a single, cohesive light source. By combining individual LEDs, these arrays offer enhanced brightness, improved thermal management, and customizable light distribution, making them suitable for a wide range of applications.

Key Features and Benefits

1. Enhanced Brightness and Uniformity
By integrating multiple LEDs, arrays achieve higher luminous output and more uniform light distribution compared to single LEDs. This makes them ideal for applications requiring consistent illumination over larger areas.

2. Design Flexibility
LED arrays can be tailored in terms of shape, size, color temperature, and beam angle to meet specific requirements. This flexibility allows for innovative lighting designs in architectural, automotive, and display applications.

3. Improved Thermal Management
The configuration of LED arrays facilitates better heat dissipation, enhancing the longevity and performance of the LEDs. Efficient thermal management is crucial for maintaining light quality and preventing premature failure.

4. Energy Efficiency
LED arrays consume less power while delivering high brightness, contributing to energy savings and reduced operational costs. Their efficiency makes them a sustainable choice for various lighting needs.

Applications

  • General Illumination: Used in residential, commercial, and industrial lighting fixtures for broad and consistent lighting.

  • Automotive Lighting: Employed in headlights, tail lights, and interior lighting systems for vehicles.

  • Display and Signage: Integral to digital billboards, traffic signals, and information displays requiring high visibility.

  • Medical Devices: Utilized in surgical lighting and diagnostic equipment where precise and reliable illumination is critical.

  • Horticultural Lighting: Applied in controlled environment agriculture to provide specific light spectra for plant growth.

Conclusion

LED arrays offer a combination of high brightness, design versatility, and energy efficiency, making them a preferred choice across various industries. Their ability to provide uniform and customizable lighting solutions addresses the evolving demands of modern applications.

Did You know?

Light-emitting diodes (LEDs) are found just about everywhere in modern day life. Although they were initially employed as infrared communication devices, today, they can be custom designed for various configurations and applications. LED arrays are assemblies of LED packages built using several different methods. They are typically large, low-resolution forms of dot-matrix displays that are useful for both commercial and industrial information displays. Their brightness allows them to be used in store signs, billboards, and on public transit vehicles. Furthermore, some types of LED arrays can also be used for applications such as disinfection, curing, and surface modification.