LEDs - Circuit Board Indicators, Arrays, Light Bars, Bar Graphs
LEDs, or Light Emitting Diodes, are a popular and energy efficient option for providing illumination on printed circuit boards. By transmitting light through reflective surfaces, LEDs can generate a wide variety of colors at varying intensities and appearances. LED displays are often used in applications such as machine vision, automotive, industrial, military, and medical applications.
The 5530222808F is a high performance LED package used for low voltage supply. This package utilizes an UV-LED technology that allows for uniform light output from any angle. Produced using very thin layers of anodized aluminum, the 6-pin package offers an efficient way to reduce space on printed circuit boards. The 5530222808F offers a maximum luminous intensity of 130 mA for a single package and an integrated lens for optimized viewing.
Application Field
The 5530222808F is well suited for applications such as backlighting, automotive lighting, and industrial lighting. This flexible LED combination offers high luminous efficiency and wide viewing angles, resulting in increased luminance consistency.
Backlighting is a key application for the 5530222808F; letters, numbers and logos can be easily illuminated using only one LED. Installing multiple 5530222808F LED packages can provide light in areas of complex shapes. The LED\'s thin layers that provide higher light output can be integrated in a range of materials, such as plastic and textiles.
In addition, the 5530222808F also offers excellent impact resistance and reliability which is essential for automotive lighting applications. The thin layers provide a wide light spread, making them ideal for integration in headlights and tail lights.
For industrial lighting applications, the 5530222808F can be used to develop more efficient lighting solutions. The thin layers allow for thinner and more efficient array structures, while offering higher light efficiency than conventional LEDs. The 5530222808F can also be used in arrays with other components such as resistors, diodes, and capacitors.
Working Principle
The 5530222808F package is designed with a thin aluminum core and an integrated lens. The aluminum core acts as a reflector that directs and refracts light out of the package, resulting in a uniform light output across any angle. A layer of transparent lacquer is then applied to the core that further reflects and refracts the light generated to the lens.
The lens guides the light to the ends of the package, providing higher light intensities at the edges and reducing glare. Additionally, the specific angles of the thin layers are designed to reduce light loss, resulting in a higher efficiency. Consequently, with this arrangement and the integrated lens, the 5530222808F produces a unique pattern of light with an even spread across any angle.