CLYBA-FKA-CH1M1C1BB7D3D3

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LED lighting plays an important role in various fields, especially when it comes to color. One of the most advanced lighting equipment currently available is the CLYBA-FKA-CH1M1C1B7D3D3 (CFCC for short). This lighting equipment comes with a range of features and capabilities which make them suitable for a wide range of applications.

Design and Performance of CFCC

CFCC is a highly efficient lighting equipment which can provide a total lux of up to 1000 lumen. The light is distributed similarly to a conventional daylight tube with a static power consumption of only 47 watts and a total output of 550 lumens. In addition to this, it also offers a wide range of color temperature, allowing for a perfect representation of those lighting effects. Furthermore, the dimensions of the device are less than 1,500 millimeters and its weight is just 1.2kg, making it ideal for any lighting system.

Applications

The CFCC is primarily used in various interactive and entertainment systems. Its features and capabilities make it ideal for lighting show effects and architectural lighting, as it requires only a minimum of energy. It is also widely used in projection systems, where it can easily reproduce all standard color spectrums. In addition, this device is also well suited for automotive applications, where it can provide a vital source of illumination while still granting an economical operation.

Working Principle

CFCC is a controlled constant monochromatic light source that is controllable by typical protocols. It utilizes three color leds (RGB) which combine to provide a wide color gamut. The light can be easily modified and adjusted for the desired effect. The combination of the three LEDs (red, green and blue) allows the user to generate virtually any color. Furthermore, the brightness can be easily adjusted to comply with the required application. The device is powered with a simple DC power source, making it compatible with external power supplies.

Conclusion

The CFCC offers a great level of flexibility in terms of color and light intensity control. It is a great choice when it comes to applications requiring a high degree of accuracy, color saturation and vividness. Furthermore, it can provide an economical solution in terms of power consumption, making it an ideal choice for a wide range of applications.

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