EAST1916RGA0

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LEDs (Light Emitting Diodes) can be found in a variety of applications, such as in automotive lighting and in safety systems. They are widely used as indicators in discrete displays. One commonly used LED is the EAST1916RGA0. This article will discuss the application field of the EAST1916RGA0 and its working principle.

Application Fields

EAST1916RGA0 LEDs are used in a variety of applications. Commonly, these include lighting systems, automotive controls, and industrial signaling. They are especially useful in system indicators, where their long life, low power consumption and wide range of light outputs make them an ideal choice. In addition, these LEDs are compatible with both AC and DC power sources, making them very versatile.

EAST1916RGA0 LEDs are often used as discrete indicators for warning or notification systems. The low power draw and wide viewing angle allowed by these LEDs make them suitable for a variety of situations. Additionally, their flat round shape delivers consistent brightness regardless of the viewing angle, allowing them to be seen clearly even in bright locations.

EAST1916RGA0 LEDs are also well-suited for outdoor applications. Their durability and low-power draw make them ideal for harsh climates, and their wide range of light outputs make them suitable for a variety of applications. Additionally, these LEDs are resistant to water and dust.

Working Principle

The EAST1916RGA0 is a photoluminescent diode that uses forward biased current to produce optical radiation. It is composed of three layers: PN junction, active layer, and electron injection layer. The PN junction is formed by doping the semiconductor material with n-type and p-type dopants, forming a “barrier” between them. The active layer is composed of a phosphor that emits light when excited by the current through the junction. The electron injection layer absorbs electrons in the junction and injects them into the active layer. The excited electrons then move through the active layer to the electron injection layer, releasing light energy in the process.

The amount of light produced by an EAST1916RGA0 is governed by the forward current passing through it. As the current increases, the LED will produce more light. However, the LED is not indestructible. Overdriving a LED can lead to permanent damage, and can even cause the LED to ignite in some cases. An EAST1916RGA0 is rated up to 1.8A, so it should be operated within this range to ensure its longevity.

LEDs are widely used in applications that require discrete signaling or indication. The EAST1916RGA0 is an ideal choice for such applications, with its wide range of light outputs, long life, low power consumption and wide viewing angle. Its working principle is based on the principle of forward biasing, which allows the LED to produce efficient light when the current passing through it reaches the desired level.

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