SML-LXLC1206SUGCTR

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LED indication has remained a popular alternative to liquid crystal displays (LCDs) due to its ability to offer robust illumination options for a range of applications. The SML-LXLC1206SUGCTR is a high-efficiency discrete LED that provides excellent visibility with a 180-degree viewing angle, along with a long lifetime rating of up to 50,000 hours. It is a pin-through-hole component that is compatible with industry-standard through-hole mounting specifications, making it ideal for a wide range of applications.

The distinctive form factor is one of the main advantages of the SML-LXLC1206SUGCTR. The component measures just 6 by 8 by 3.2 mm and has a maximum operating temperature of 105 degrees Celsius, making it highly compact and suitable for a wide range of environments. Accessory options include a variety of surface mount LEDs, case lights, and through-hole-mounted devices.

In terms of illumination, the SML-LXLC1206SUGCTR boasts an impressive performance. The integrated light source consists of three high-performance LEDs that generate up to 10 lumens of visible light. The component provides both white and red light sources, which result in exceptional operational life and enhanced illumination that can be further optimized using the integrated reflector and lens. It has a voltage rating of 2V and is available in a range of colours, including natural white, orange, yellow, green, and red.

In terms of its applications, the SML-LXLC1206SUGCTR LED is suitable for a variety of applications, from indicator lights on automotive components to industrial indicators and traffic signals. That said, it is most commonly used in indication lighting and indicator applications, thanks to its superior performance and robust construction.

The working principle behind the SML-LXLC1206SUGCTR LED is quite simple, but efficient. The light is generated by a combination of current, voltage, and the package structure of the LED itself. This combination causes a reaction that allows for the visible light we perceive. As electricity passes through the LED, electrons are injected into its conduction band as holes are created in the LED’s valance band. This creates an imbalance of charges that is quickly filled by the electrons. The movement of electrons then produces the photons that create the visible light.

This reaction works the same regardless of the type of LED or the wavelength of the light being emitted. The advantage of using a discrete LED, such as the SML-LXLC1206SUGCTR, is that it offers superior performance, low power consumption, and easy installation. What’s more, the long life rating offered by this product means that it can be relied upon for many years.

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