ELM 4-495

ELM 4-495 Application Field and Working Principle

ELM 4-495 micro miniature LEDs are commonly used in lighting and display applications. As such, these LEDs are commonly used in the following fields: automotive, aviation, engineering, vehicular, construction, optical, and military. These LEDs are also suitable for use in industrial, medical, and computer applications.

The ELM 4-495 micro miniature LEDs are typically constructed from a durable plastic body and a transparent cover that allows for visible light transmission, giving them a wide range of colors and brightness levels. These LEDs also have a good resistance to thermal, mechanical, chemical, and radiation influences.

The working principle of the ELM 4-495 micro miniature LEDs is simple and efficient. An electrical current is passed through a small element known as a gallium arsenide phosphide, or GaAsP, layer, located at the center of the diode. The electric current produces a beam of electromagnetic radiation, which passes through the layer and produces light. The light then passes through the plastic and transparent covers of the LED, allowing it to be seen.

The main advantage of these micro miniature LEDs is their energy efficiency. When compared to traditional lighting sources, they consume less than one-tenth of the energy. This makes them an ideal choice for applications that require low levels of energy. In addition, these LEDs have a long life span, with a typical lifespan of over 10 years.

In conclusion, the ELM 4-495 micro miniature LEDs are a cost-effective and energy-efficient LED solution. These LEDs are typically used in automotive, aviation, engineering, vehicular, construction, optical, military, industrial, medical, and computer applications. Their working principle is based on a gallium arsenide phosphide layer, which enables them to produce a wide range of colors and brightness levels. The main benefit of these LEDs is their energy efficiency, which enables them to consume less than one-tenth of the energy when compared to traditional lighting sources.