EAAY03TLCGYRA0

LEDs - Circuit Board Indicators, Arrays, Light Bars, Bar Graphs

In the present day and age, LED (Light-Emitting Diode) lighting is a highly widespread technology. LED lights are used to create an energy-efficient, inexpensive, and long-lasting solution for various industrial and commercial applications. LEDs like the EAAY03TLCGYRAO LED can be used for Circuit Board Indicators, Arrays, Light Bars, and Bar Graphs.

Circuit Board Indicators

Circuit Board Indicators are LEDs that are mounted onto circuit boards for various electrical and electronic devices such as traffic signals, lighting controls, smoke detectors, and solar power systems. These LEDs usually come in red, green, yellow, and blue and are used to indicate different functionality. The EAAY03TLCGYRAO LED can be used as a circuit board indicator too.

Arrays

LED Arrays are multiple LEDs that are connected together either in parallel or series. They are highly preferred over single LEDs as they allow higher currents while consuming less power. These light arrays can be used in warning signs, emergency lights, traffic lights, and even in decorative lights. The EAAY03TLCGYRAO LED can be used for creating arrays for various applications.

Light Bars

Light Bars are similar to arrays but instead of the LEDs being connected in parallel or series, they are mounted onto a sturdy support allowing for the effective stabilization of the LEDs. This type of LED is used in various applications such as surge protection, decorative lights, stage lights, and so on. The EAAY03TLCGYRAO LED can also be used for creating Light Bars.

Bar Graphs

Bar Graphs are LEDs that are organized into a graphical form. An example would be a series of LEDs arranged in a zig-zag formation that can indicate an incremental rise in voltage or temperature. Bar Graphs are mostly used in voltage indicators, audio device visualizers, and so on. The EAAY03TLCGYRAO LED can also be used as part of a Bar Graph.

Working Principle

LEDs are semiconductor devices that work on the principle of electroluminescence. When a voltage is applied across the two electrodes of an LED, it will release light energy. The amount of light energy released from an LED is determined by the material used in making the LED. The EAAY03TLCGYRAO LED is made from a highly efficient LED material thus it releases a high amount of light energy and can be used for various applications.