CL-827-L125-PC

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The CL-827-L125-PC light source belongs to the family of remote phosphor light sources in the field of optics. It offers superior light quality and is an ideal choice for a variety of applications. Among its key features are precise white balance, color mixing, adjustable beam angles, and a wide range of light intensities.

The working principle of the CL-827-L125-PC is based on the use of remote phosphor technology. This technology involves the use of light-emitting diodes (LEDs) to generate a high output and then transferring the energy to a phosphor substrate which acts as a light converter. The conversion of the LEDs to phosphor produces light in the desired spectrum and a high color rendering index (CRI). This technology also ensures that the light source can achieve low thermal imaging and optimal optical wavefront performance.

The CL-827-L125-PC is ideal for a variety of lighting applications, including broadcast studios, live event venues and architectural lighting projects. The light source can be used to create uniform, energy efficient, and atmospheric lighting with ease. It also offers control and precise color temperature settings, allowing users to customize the light output for different environments. Furthermore, the light source is equipped with adjustable beam angles, enabling users to achieve a full-color wash from a single unit. Finally, the light source is designed to be mounted and adjusted remotely, giving users the option to adjust the unit without having to physically move it.

The CL-827-L125-PC light source is an excellent choice for a variety of different applications. It offers superior light quality, precise white balance, color mixing, adjustable beam angles, and a wide range of light intensities. Additionally, it utilizes remote phosphor technology to produce smaller and more compact units that are capable of achieving a wide range of light outputs. Finally, this light source is capable of being mounted and adjusted remotely, giving users the flexibility to adjust the unit without having to move it manually.

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