5511307804F

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LEDs are available in a variety of sizes and categories ranging from individual indicator lights to multi-function array and display units. 5511307804F is an LED module from the array and display category which is mostly used in indoor applications. It consists of 14 high intensity LEDs which are both energy efficient and versatile.

The 5511307804F LEDs are used in various industrial and commercial applications like panel lighting, medical equipment, aircraft interiors, etc. They are preferred due to their size, bright output, and simple design. These LEDs feature a long lifespan, low power consumption, wide viewing angle and wide operating temperature range.

The 5511307804F LEDs are built with a variety of features that make them versatile and reliable. The LEDs have a wide 120° beam angle, which makes them ideal for area lighting applications. They also have high intensity output, which helps in high visibility applications. The LEDs are current regulated to ensure consistent performance and the lenses are made to protect the LEDs from dust and moisture.

The working principle of 5511307804F LEDs is based on the injection of electrons into a material which is called a semiconductor. The combination of electrical current and the semiconductor forms a junction that generates light. The LED is composed of two different materials, one of them being a p-type semiconductor, and the other being an n-type semiconductor. When electricity is applied, the combination of n and p type layers forms a barrier that restricts current flow. As current is passed through the junction, electrons from the n-type material collide with the p-type material, releasing energy in the form of light. Different colors of light can be generated by changing the semiconductor material.

In conclusion, the 5511307804F LED module from the LED array and display category can be used in a variety of indoor applications requiring bright illumination. Its sturdy and reliable design makes it a reliable option for high lighting levels and wide viewing angles. The working principle of the LED is based on electron injection into a semiconductor material, which generates light when combined with an electrical current.

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