PBR50TG

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Stackable tower lighting and components have been growing increasingly popular in recent years with the development and advancement of technology. One of the most important lighting components used in these applications is the PBR50TG, which is a small tube-style gallium nitride (GaN) based LED light. This LED light is designed to be used in stackable tower lighting applications such as bridges, roads, stadiums, and more. In this article, we will discuss the PBR50TG application field and working principle.

Application Fields for the PBR50TG

The PBR50TG has a wide range of application fields. These include but are not limited to bridges, roadways, stadiums, and monuments. This LED light is a perfect choice for these applications due to its narrow view angle illumination and high luminous efficiency. Bridge decks require illumination in order to prevent accidents, and the PBR50TG is perfect for this application because it provides a wide and bright range of light. For roadway illumination, the PBR50TG is great because it has a wide illumination beam and high luminous efficacy which allows for long stretches of highway to be well lit. Stadiums need lighting in order for games to be visible from the stands, and the PBR50TG is ideal for this application because its narrow view angle illumination ensures that spectators will be able to see the game clearly.

Working Principle of the PBR50TG

The PBR50TG is powered by direct current (DC), and this is done through the use of an integrated control component. The DC power supply is connected to the integrated control component which then regulates the power and converts it to a usable 50V. The DC power is then fed into the GaN based LED light engine, which then produces the light. The light engine is composed of two parts, the charged carrier injection stage and the charge carrier accumulation stage. The charge carrier injection stage draws electrical energy from the DC power supply and injects charge carriers into the active layers of the LED. This charge carrier is then accumulated in the charge carrier accumulation stage, which then releases light energy when the electrical energy is applied. The light produced is a very bright but energy-efficient flame-retardant method of lighting.

Conclusion

The PBR50TG is a great component for stackable tower lighting applications, such as bridges, roads, stadiums, and monuments. The PBR50TG has a wide range of application fields due to its narrow view angle illumination and high luminous efficiency. The PBR50TG is powered by direct current and utilizes an integrated control component to regulate the power and convert it to a usable 50V. The PBR50TG is composed of two parts, the charged carrier injection stage and the charge carrier accumulation stage, which produces a very bright and energy-efficient flame-retardant method of lighting.

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