PCA200-NWO

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Implementing an effective lighting strategy is a key factor for achieving a more energy efficient environment. One of the latest developments in this field is the PCA200-NWO, a light emitting device (LED) that has been developed for use in a range of applications. This article looks at the application fields and working principles of the PCA200-NWO.

What is the PCA200-NWO?

The PCA200-NWO is an LED module containing multi-chip LEDs and an integrated LED driver circuit. It is designed to replace existing lighting systems, such as halogen, florescent and halide lamps, and is an ideal solution for many lighting applications. The PCA200-NWO is low power and easy to install which makes it a cost-effective alternative to traditional lighting systems.

Application Fields

The PCA200-NWO can be used in a range of lighting applications, including exit and emergency lighting, industrial lighting, and architectural lighting. Due to its low power consumption, it is also suitable for general home lighting purposes and low wattage applications such as computer desk lighting or task lighting.

In addition, the PCA200-NWO has been tested and certified for use in zoo and aquariums where the cooling requirements are more demanding. The module is designed to be reliable and provides consistent lighting without flickering, making it an excellent choice for display lighting and aquarium lighting.

Working Principle

The PCA200-NWO module is designed to work in a very simple way. When powered up, the module draws in a small current. This current is rectified by the power supply and then sent to the LEDs via the driver circuit, which is the heart of the module. The driver circuit regulates the current, ensuring the LEDs are not overdriven and that the light output is kept at a constant level.

The device is also intelligent in that it adjusts its output based on the temperature. This feature is particularly useful for situations where the ambient temperature may vary, or in applications where the PCA200-NWO is used in close proximity to people and other objects. In such cases, the device will lower its output if the temperature is too high and raise it if the temperature is too low, thus maintaining a constant level of lighting across the LED board.

Conclusion

The PCA200-NWO is a highly efficient LED module that offers a number of benefits over existing lighting solutions. Its low power consumption and easy installation make it an ideal solution for a range of applications, while its reliable performance and adjustable output make it suitable for challenging applications, such as aquarium lighting. The working principle of the device is also simple, with a driver circuit regulating the output and a temperature sensor ensuring the LEDs are not overdriven in challenging environments.

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