XVT1LUG48D Optoelectronics

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LEDs, or light emitting diodes, provide a wide range of circuit board indicators and other lighting solutions to meet the needs of a variety of applications. From arrays, light bars, and bar graphs to digital readouts and encoders, LED solutions offer limitless possibilities. The XVT1LUG48D application field and working principle outline the uses of this particular LED solution and provide insight into how it works.

Fields of Application

Given the fact that the XVT1LUG48D is a highly versatile solution, it is used in many applications across multiple industries, including automotive, medical, industrial, military, and more. The most common applications for the XVT1LUG48D are listed below.

• General lighting
• Illumination
• Instrumentation
• Optic communication
• Decorative lighting
• Signage
• Signaling

Working Principle

In a nutshell, LEDs produce light when an electric current is applied to a semiconductor material. When an electron in the semiconductor recombines with a hole, energy is released in the form of a photon. The XVT1LUG48D operates on a similar principle and is constructed of an array of LEDs in a very small package size.

The XVT1LUG48D utilizes an autofocus function to optimize performance and provide an even illumination of a target surface. Autofocus makes sure that the LED is in focus based on the lens\' focal length regardless of the LED\'s position with respect to the object being illuminated. This ensures the LED emits light accurately and efficiently.

Additional Features

The XVT1LUG48D also offers a range of additional features that make it a great option for many applications. It is designed with a low and flat chromatic aberration rate, meaning that the colors of the light emitted from the LED closely match the light sources it is illuminating. Additionally, the LED is designed to operate at temperatures as low as -25 degrees Celsius, making it suitable for a wide range of applications.

Finally, the XVT1LUG48D is capable of producing light in both visible and infrared spectrums, providing further versatility. The LED combines both 660nm Red and 850nm IR LEDs in a single package, meaning it is suitable for applications where both colors are needed.

Conclusion

The XVT1LUG48D is a highly versatile and reliable LED solution. It is designed to fulfill a variety of applications, offering features such as autofocus, low chromatic aberration rate, and light output in both the visible and infrared spectrums.

This, combined with its ability to operate in harsh temperatures, makes the XVT1LUG48D the perfect fit for most applications, from general lighting and illumination to instrumentation and optical communication.

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