CL-930-ELP60-PC

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CL-930-ELP60-PC is an optics product – a remote phosphor light source – typically used to light a scene or subject with higher intensity and wider viewing angle than most other lighting solutions. This light source can be used for a variety of other applications, such as video production, photography, 3D animation, medical imaging and machine vision.

The remote phosphor light source is essentially a light engine attached to a custom designed phosphor material. The light engine can either be a laser, LED or traditional incandescent light, while the phosphor material is specially formulated to efficiently convert the light from the light engine into a broad spectrum of intense homogenous illumination. When the light from the light engine passes through the phosphor material, the light intensity is increased and the light is evenly spread out across the desired area. The result is a much more uniform and brighter illumination than that created by other lighting solutions.

The CL-930-ELP60-PC uses a high-power light source, which is composed of several light emitting diodes (LEDs). The LEDs emit a monochromatic light that is then passed through a special phosphor material, which converts the light into a wide range of visible colors. The emitted light is then spread out over a large area, allowing for a much brighter and more uniform illumination than other lighting sources. In addition, the LED light source is extremely energy efficient, reducing costs and helping to reduce energy consumption.

The CL-930-ELP60-PC can be used in a wide variety of applications, such as medical imaging, machine vision, photography, or 3D animation. In medical imaging, the remote phosphor light source can be used to provide highly accurate imaging of the human body. In machine vision, the CL-930-ELP60-PC can be used for object recognition and tracking. In photography, the remote phosphor light source can provide more even, natural-looking illumination than traditional light sources. In 3D animation, the light source can be used to provide realistic lighting effects for computer generated 3D scenes.

The working principle of a remote phosphor light source is fairly simple. A light engine, such as a laser or LED, emits an intense monochromatic light which passes through a layer of special phosphor material. This phosphor material then converts the monochromatic light into a broader, more uniform spectrum of visible light, which is then spread out across the area. As a result, the light intensity and coverage is increased significantly when compared to other lighting solutions. This makes for a much brighter, more even illumination and makes it ideal for a wide variety of applications.

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