XHP35A-0R-08-0D0BD430E Optoelectronics

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The XHP35A-0R-08-0D0BD430E is a LED light source, specifically classified as a ceramic-based COB (Leiden heavy emission). It is used in a number of lighting applications, and its working principle is based on the capabilities of the ceramic substrate material, which has to be up to temperature for correct operation.

Overview

The XHP35A-0R-08-0D0BD430E is a small, low-cost LED light source. It provides up to 1500 lm output with a beam angle of 115° and has a maximum power of 30 W. Its small size and low cost allow it to be used in a wide range of applications, from indoor plant-grow lights to outdoor film or video lighting.

The XHP35A-0R-08-0D0BD430E is one of the most efficient COB devices available, capable of operating at temperatures up to 105°C and reaching up to 95% efficiency. It is also capable of providing a wide range of colors, from the warm reds and yellows to the vibrant blues and greens.

Application

The XHP35A-0R-08-0D0BD430E is an ideal device for a wide range of professional and industrial lighting applications. It is especially well-suited for plant-grow lighting due to its efficiency, small size, and excellent color temperature range.

It is also excellent for use in film, video, and broadcast lighting applications, as its efficient power output allows for flexibility in the design of the fixtures. It has been used in a variety of projects for concerts, music videos, and television shows, with excellent results. It is also commonly used for retail display lighting, due to its good efficiency levels and its wide range of colors.

Working Principle

The XHP35A-0R-08-0D0BD430E is a ceramic-based LED light source. This means that it is composed of a substrate of ceramic material, which helps to disperse heat energy more effectively than other LED light sources. This allows the device to operate at higher temperatures and with less power, maximizing efficiency and making it suitable for a wide range of applications.

The ceramic substrate is comprised of multiple layers, each of which are responsible for a specific function. The bottom first layer is a copper layer, which transfers the heat away from the LED die. The thermally conductive layers of the substrate help to spread the heat evenly, which is essential for the device\'s long-term performance.

The ceramic substrate also ensures that the light is emitted in a consistent beam spread and at a consistent color temperature. This is important for achieving the desired results in a variety of applications. It is also important for preventing the device from overheating.

Conclusion

The XHP35A-0R-08-0D0BD430E is a versatile LED light source, well-suited for a variety of applications. It provides up to 1500 lm output with a beam angle of 115° and has a maximum power of 30 W, enabling it to be used in applications such as plant-grow lights, retail display lighting, film- or video-lighting, and more.

Its ceramic substrate allows it to operate at higher temperatures and with less power, maximizing efficiency and providing optimal results. In addition, its ceramic substrate ensures that the light is emitted in a consistent beam spread and at a consistent color temperature. Overall, the XHP35A-0R-08-0D0BD430E is an excellent choice for those looking to use an efficient, versatile LED light source.

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