XLUR65D

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Discrete LED indication represents the most basic and versatile form of information transfer. Because LEDs are available in various packages, colors and intensities, a wide variety of applications can be realized. XLUR65D is an example of a discrete LED, designed for high intensity output, directional light and long lifetimes.

Typically these types of LEDs are used to show indicator lights on electronic devices, although their broad spectrum of application fields is what makes them so versatile. XLUR65D can be used in applications that require a bright, directional light for a range of displays and notifications, including automotive and equipment manufacturers, airports, railway stations and office building interiors.

The XLUR65D is manufactured with an integrated lens to form a focused intensity and directional light. TheLED housing is filled with the material of choice, depending on the application requirement. This material can be a mixture of epoxy, silicone, or plastic. In addition, an optional reflector can be used to amplify the angle of the light, which helps to reduce the source size in applications where space is an issue.

The LED consists of two parts, the semiconductor material and package. The semiconductor material is composed of a substrate, where the p-n junction, active layer and other components are formed. The package contains the encapsulating material, oxide layer and a terminal connector that is connected to the device. The oxide layer serves as a barrier between the p-n junction and the environmental oxygen, thus preventing oxidation.

The working principle of the XLUR65D LED is based on the semiconductor effect and electrostatic induction. When the LED is connected to a DC power source, electrons and holes inside the LED\'s active layer become excited and start to flow towards each other. This is called the electric current. The current flowing through the LED causes the flow of particles (photons) from the active layer, which results in the emission of light with a specific wavelength and intensity. This process is known as electroluminescence.

The light intensity and wavelength emitted by the LED are determined by the electric current passing through the LED. The intensity of the light is proportional to the current, while the wavelength depends upon the composition of material used to manufacture the LED. By adjusting the current, the intensity and wavelength of the light emitted by the LED can be changed, thus allowing engineers to customize the light output according to their application requirements.

The unique features of the XLUR65D LED make it the ideal choice for a variety of applications, including automotive, signage and interior lighting. The high intensity, directional emission, and long lifetime of the LED make it one of the most reliable and efficient lighting components available.

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