ELM25003GD

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LEDs are electronic devices capable of emitting light when a current runs through them. The ELM25003GD is a type of LED that can be used for a variety of applications. This article will discuss the application fields and working principle of the ELM25003GD, and categorize it with other LEDs under Circuit Board Indicators, Arrays, Light Bars, Bar Graphs.

Application fields of the ELM25003GD

The ELM25003GD is a popular choice for use in automotive applications, as it is designed to be compact and durable. It is surface mounted right onto circuit boards and produces bright white or colored light, depending on the current running through it. It is also used in a range of other applications, including industrial applications, medical devices, and consumer electronics.

Working Principle of the ELM25003GD

The ELM25003GD works in a similar way to other LEDs. When a current passes through it, electrons are transferred from its anode to its cathode. This creates areas of excess charge that emit light. The exact color of this light depends on the chemical composition of the LED, which can be controlled and adjusted to produce a variety of colors. The ELM25003GD also features a built-in resistor, which helps regulate the current and prevent it from becoming too high.

Categorization of LEDs

The ELM25003GD, along with other LEDs, can be categorized into several broad categories. These are Circuit Board Indicators, Light Bars, Arrays, and Bar Graphs. Circuit Board Indicators are LEDs mounted onto the surface of a circuit board, while Light Bars are LED strips used to provide a continuous source of light. Arrays are collections of LEDs that emit multiple colors, while Bar Graphs are LED strips designed to create a visual display or graph. The ELM25003GD fits in the category of Circuit Board Indicators.

Conclusion

The ELM25003GD is an LED capable of producing bright white or colored light. It is used for a variety of applications, including automotive, industrial, medical, and consumer electronics. The ELM25003GD works by transferring electrons from its anode to its cathode when a current passes through it. This creates areas of excess charge that emit light, which can be controlled and adjusted to produce a variety of colors. The ELM25003GD can be categorized as a Circuit Board Indicator, along with other LEDs categorized as Light Bars, Arrays, and Bar Graphs.

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