MV5D164

LEDs are used in a variety of applications across a wide range of industries. From automotive and aviation to healthcare and general-purpose industrial purposes, LEDs have been utilized in virtually every field. The MV5D164 is a multipurpose electronic product designed specifically for circuit board indicators, arrays, light bars, bar graphs, and many other applications. This type of LED is characterized by its multiple voltages, brightness, and color options.

LEDs Features and Benefits

The MV5D164 is a mid power indicator LED that offers a high flux output and extended lifetime. It is available in multiple voltage, brightness, and color combinations, making it a perfect choice for diverse applications. It offers a low power option for extended device operation and low heat generated. Withstanding die temperature of 150°C and operating on a wide range of input voltage from 2.7V to 3.6V, MV5D164 is ideal for applications subjected to extreme temperatures. Additionally, it features an internal continuous current limit and open circuit detection, providing extra protection in applications such as lighting fixtures and portable electronics.

LEDs Application Field

The MV5D164 is a versatile LED product, providing a diverse range of applications. It is commonly used in automotive, marine, and aviation applications, such as cell phones, lighting fixtures, and portable electronic devices. In addition, the LED’s high quality, durability, and low power draw make it preferable for general industrial applications. The LED’s flexible voltage and color combinations make it perfect for use in medical and healthcare applications, especially those requiring high luminance efficiency. Its bright light output makes it ideal for backlighting applications, such as display modules, for indoor and outdoor use. Furthermore, the LED’s flexibility of use has made it a perfect choice for customized gaming applications.

LEDs Working Principle

The MV5D164 LED is composed of a gas-filled cavity with a pair of contacts connected to a phosphor-coated interior that emits light when current passes through it. LED devices are usually driven with a direct current supply, which forces electrons to travel across the LED junction, producing in the process light through photons. The emission occurs when electrons pass through the semiconductor’s junction, a process referred to as recombination. As direct current travels through a semiconductor junction, the electrons enter the junction and recombine with electron “holes,” releasing energy in the form of light. The color of the emitted light is mainly dependent on the semiconductor material and the current applied.

Conclusion

The MV5D164 is a versatile, multipurpose LED that is characterized by its multiple voltages, brightness, and color combinations. It is popularly used in automotive, marine, aviation, healthcare, general industrial, medical and healthcare applications. The LED’s working principle is characterized by its ability to produce light through electrons traveling through the semiconductor junction, also known as recombination. Overall, the MV5D164 LED plays an increasingly important role in many different applications, allowing for maximum efficiency and visibility.