C566D-RFF-CV14QBB1

LED indication is one of the most common forms of display in the modern world, capable of showcasing a variety of information for audiences both large and small. The discrete form of LED indication, famously known for the use of small lights encased in housings, is further refined by the latest advances in LED technology. One of the newer LED indicators, the C566D-RFF-CV14QBB1, features an even wider range of application and functionality that makes it perfect for use in a wide range of settings. This article will discuss the application field and working principle of the C566D-RFF-CV14QBB1.

Application Field

The C566D-RFF-CV14QBB1 is best suited for high-visibility applications. It is designed to work in temperatures ranging from 5℃ to 55℃, making it suitable for outdoor use, as well as in extreme environments. Its wide voltage range (3.0V-14.25V) allows for the indicator to be installed in both battery-powered and mains-powered systems. Additionally, its high levels of vibration and shock resistance further contribute to its range of suitable applications.

Due to its complimentary use of amber and red LEDs, the C566D-RFF-CV14QBB1 is often used as an alternative to industry-standard, single-LED indicators in applications such as traffic signal lighting and signal towers, warning lights in factories, machine status alerts and public signage. Its high levels of visibility, robustness and low-power operation makes the C566D-RFF-CV14QBB1 indicator well-suited for applications that require clear, easily visible feedback.

Working Principle

The C566D-RFF-CV14QBB1 operates using a combination of two LEDs: an amber LED and a red LED. When a power source is connected, the amber LED is activated first, then the red LED. Together, the two LEDs create a noticeable indication and form a powerful, recognizable pattern of lighting.

The C566D-RFF-CV14QBB1 indicator is composed of a Printed Circuit Board (PCB). This board is the main component of the indicator’s functionality and is responsible for providing power and a connection for the two LED lamps. The C566D-RFF-CV14QBB1 indicator is built to have a current flow of 60mA. This allows for a low power usage and a considerable amount of visibility with minimal energy output.

The C566D-RFF-CV14QBB1 also features a low-current mode. This mode of operation is designed to be used in applications where power consumption needs to be kept to a minimum. By enabling power saving, the C566D-RFF-CV14QBB1 indicator can reduce the power input by up to 20%, which allows the device to last longer and reduce maintenance costs.

Conclusion

In conclusion, the C566D-RFF-CV14QBB1 discrete LED indicator is a powerful, reliable and energy-saving device that is suitable for a wide range of applications. Its low-power operation and robust design make it an ideal LED indicator for use in applications that require a high degree of visibility and dependability. The combination of amber and red LEDs further adds to its visibility, allowing for a versatile and easily accessible display of information.