BXRE-30H4000-B-72

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The LED lighting industry has seen tremendous growth over the past decade and BXRE-30H4000-B-72 is indicative of the advancements made in LED technology. This LED chip is widely used in both traditional and modern LED lighting designs, and can be widely used in a number of different applications. This guide outlines the application field and working principle of the BXRE-30H4000-B-72, to ensure that our customers better understand the product prior to purchasing.

Application Field

BXRE-30H4000-B-72 is a high power LED chip, which is meant for use in a range of different lighting applications. Of course, the chip is most commonly used for general lighting, as it has excellent optical properties as well as a high luminous efficacy. The chip is also excellent for area lighting, such as for streets or parking lots. Additionally, the chip can be used for spot lighting, such as for accent lighting or flood lighting. It should also be noted that the chip can be used in an array of special lighting applications, such as in stage lighting or medical lighting.

Design and Construction

The BXRE-30H4000-B-72 is a ultra-high power LED chip, constructed from highly efficient substrates that are thermally managed. The chip utilizes a unique, vertically integrated design, which places the LED chips and the wiring below the substrate for a higher power output. The chip also features an innovative thermal system, using a small fan to keep the chip cool even during periods of high use. The fan is designed to be as silent as possible while still providing the needed cooling.

Working Principle

The BXRE-30H4000-B-72 uses an advanced Gallium Nitride (GaN) on Silicon (Si) technology. Essentially, the chip is equipped with hundreds of micro LEDs that are layered onto a single substrate. The substrate is then attached to an insulated base and a heat sink. When the current passes through the LEDs, it is converted into visible light. The chip is also equipped with a unique driver design, meaning that it can adjust the light output of each LED chip directly, allowing for higher efficiency and greater control. When power is applied, the LEDs will generate a white, fluorescent light, which is then adjusted by the driver.

Optics

The BXRE-30H4000-B-72 also has a number of built-in optical features. The chip is designed to effectively spread the light, ensuring that it covers a wide area without any lost in brightness. The optical system also reduces any possible glare or hotspots, making the lighting more uniform and comfortable. Additionally, the chip is designed to have a low angle of beam, which helps it to penetrate walls or floors more effectively.

Conclusion

The BXRE-30H4000-B-72 is one of the most advanced LED chips on the market, offering a number of features and benefits. Its ultra-high power output and low angle of beam make it ideal for a wide range of applications. Additionally, the chip is designed to be thermally stable, reducing the need for additional cooling equipment. Lastly, the chip\'s unique design allows for higher control over the light output of each LED, providing more efficient and uniform lighting.

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