CL-835-L125-PC

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Optics - Remote Phosphor Light Source is one of the many areas of technology involving the engineering of light and its production. The CL-835-L125-PC Light Source is an example of an engineering project that requires a complex combination of both optics and electrical engineering. This application field and working principle will be further explored in this article.

The CL-835-L125-PC light source is a remote phosphor light source used for single-phase lighting control. This product is ideal for applications ranging from residential to commercial lighting, such as changing a single room to multiple rooms, changing color depending on the mood, adjusting the brightness, or creating a theatrical effect. The product works by inducing a voltage to a remote phosphor which then emits light.

The principle behind this technology involves electricity, optics, heat, and other conditions. To begin, electricity is applied to a remote phosphor and is absorbed by it. The heat generated from the absorbed electricity causes a reaction in the phosphor that emits light. The optics of this system are then used to shape the emitted light and create the desired effect. This effects are often either visible or invisible to the naked eye.

The CL-835-L125-PC Light Source utilizes a voltage range of 100-240 voltage, and a frequency range of 50/60 Hz. This range allows the user to adjust the voltage to suit their needs. As the voltage is adjusted, the intensity of the emitted light changes. This product also includes a control protocol, allowing for full control of the dimming, color temperature, and other complex lighting applications. The product is certified for UL, ATEX and CE.

The CL-835-L125-PC Light Source stands out due to its intelligent design, as it includes many functions such as dimming, color alteration, and other advanced lighting functions. Additionally, its remote phosphor construction allows for low operating temperature during long time operation whilst also producing high-quality light. This benefits their application field as it decreases the risk of potential damages from overheating.

This product also uses a unique combination of electrical engineering and optics. Electrical engineering is used to induce the voltage, while optics is used for dispersing the emitted light. To conclude, the CL-835-L125-PC Light Source is an example of a remote phosphor light source that is ideal for many applications ranging from residential to commercial lighting. This product is a great example of utilizing both electrical engineering and optics in order to create advanced lighting solutions.

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