COM-12022

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LED Lighting - COBs, Engines, Modules

The COM-12022 is a high-power LED that uses the latest technology, designed to meet the most demanding requirements in terms of brightness, power and operating lifetime. This LED has a maximum temperature range of -30ºC to +85ºC and makes it suitable for a wide range of different applications.

The COM-12022 requires a dedicated driver to regulate its current and voltage. The driver is able to regulate the LED and can provide individual control for each LED module. This helps to enable a higher degree of precision and customisation for integrated LED lighting systems.

Applications

The COM-12022 LED is suitable for a range of applications such as architectural lighting, automotive lighting, industrial and commercial lighting, interior design, hospital lighting, and outdoor lighting. The wide range of operating temperature and the ability to be driven with a dedicated driver make it applicable in various environments.

The COM-12022 has great efficiency making it suitable for all kinds of applications. Its color rendering index (CRI) is outstanding with a typical value of 93%. This ensures that when light is shone on objects, their true color is maintained as best as can be. This also makes it suitable for use in applications such as retail, hospitality, and stage lighting.

Working Principle

The COM-12022 LED utilizes gallium nitride (GaN) technology, which is an innovative semiconductor material that can be applied in various fields. This technology enables the LED to reach a maximum power of 45W and produce high levels of brightness. The LED has a typical operating temperature range of -30ºC to +85ºC and can operate continuously in a variety of environmental conditions.

The LED is driven by a dedicated driver designed to drive the LED. The driver is able to regulate the LED and provide individual control for each LED module. This helps to enable a higher degree of precision and customisation for integrated LED lighting systems.

The COM-12022 LED has a low power dissipation, which helps to keep the LED working for a longer period of time and avoids the risk of accidental over-heating. The LED is also designed to prevent power losses from transformation and reduce the risks of interference of other electronic components in the environment.

The COM-12022 LED is a good choice for a variety of lighting applications as it is capable of producing high levels of brightness and is able to be tailored to a specific environment. Its wide operating temperature range along with its low power dissipation ensures that it can work effectively and reliably in a range of applications. With its high CRI, the LED is able to accurately reproduce true colors and make objects look as they should.

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