5530210F

LEDs used as circuit board indicators, arrays, light bars, bar graphs, and other components may be of varying sizes and colors. The 5530010F LED is one such LED that is used for such purposes. This LED has a relatively large size and is used for a variety of applications. While the size is not important for this LED, the working principle for its operation is of great importance.

Features

The 5530010F LED has an 12mm body diameter and an overall height of 41.0±0.4mm. The lens is convex and the housing is made of polymethyl methacrylate and epoxy. This LED is available in a variety of colors, including amber, red, green, yellow and blue. This LED has a wide viewing angle of 100° and a luminous intensity of ≥19,000mcd. It also features an operating temperature range of -20°C to 85°C, a storage temperature of -30°C to 85°C, a reverse voltage of 5V, and a maximum forward voltage of 2.1V.

Application Fields

The 5530010F LED is widely used in the field of lighting and signaling. It is commonly used in industrial devices, such as subway systems, traffic lights, elevators, and electric signs for lighting purpose and for display and alerting purpose. Furthermore, due to its large size and wide viewing angle, it is also used in actuators and alarms, panel boards, and electricity measurement meters. The 5530010F LED is often chosen for these applications because of its reliability, long lifetime, and low power consumption.

Working Principle

The 5530010F LED works by depending on electrons to carry a current of electricity, which is converted into light by phosphors within the LED diode. When electricity is passed through the LED, the electrons start to move, causing negatively-charged electrons to move towards the positive side. In the process, some of the photons (light particles) are released from the LED diode. These photons are then released from the LED and converted into visible light. This visible light is what we see when we turn on the LED.

The 5530010F LED has a wide viewing angle and a high luminous intensity for maximum light output. This is possible because of the structure of the LED diode, which has several phosphors arranged in such a way that the photons are focused and spread in all directions. This allows a wide range of visibility when viewed from any angle. Furthermore, the 5530010F LED has a low reverse voltage and a high forward voltage, which ensures that a minimum level of power is required to activate the LED.

Conclusion

The 5530010F LED is a reliable and long-lasting source of light and illumination. It is designed for applications such as traffic lights, alarms, panel boards, industrial devices, electricity metering, and many other applications. The 5530010F LED operates on the principles of electrons carrying current, converting it into light, and releasing photons from the LED diode. It has a wide viewing angle and a high luminous intensity for maximum light output. All these features make the 5530010F LED an ideal choice for a variety of applications.