SML-LXL5550SRSGSBW Optoelectronics

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LEDs are widely used in different areas of the industry, including military, automotive, lighting, and medical. They are used to provide information, to display information and to make a device stand out. The SML-LXL5550SRSGSBW is an LED indication discrete device used in signalling applications to provide bright visual indication of alarm conditions, power on indication or other functions.

Applications

In communication systems, LED indicators are used as error or warning indicators for specific conditions. For example, in a data acquisition system, the LEDs on the equipment can show power, data rate, and error rate. Additionally, the SML-LXL5550SRSGSBW can be used in outdoor applications where higher visibility is required. For example, the device can be used to indicate a power failure in the control center or to indicate the status of a fire alarm or other emergency condition.

Features

The SML-LXL5550SRSGSBW is a low-profile, single-lens, high-power, high-efficiency solution for a wide range of applications. It is designed to provide superior performance with outstanding optical power efficiency and a long-life rating. The SML-LXL5550SRSGSBW is designed to operate with a wide range of electrical power inputs, from 3.5 to 54 volts. The device offers a bright white light output equivalent to that of a 14W incandescent bulb, allowing for greater visibility in dark or low-light conditions. The LED also features an extended temperature range of -40 to 85°C, ensuring a long operating life at extreme temperatures.

Working Principle

The SML-LXL5550SRSGSBW is a high-efficiency LED device that features a great combination of features. It utilizes a specialized discrete LED system to provide superior signal power output and long life reliability. The device works by converting electrical energy into light. This is done by passing current through a semiconductor device, which then releases photons in the form of light. The LED indicator device includes a simple transistor board and a range of LED diodes. The LED indicator is powered by a battery or directly from a power source. When the LED is powered, the electric current from the battery or power source flows through the transistor board, which then transfers current to the LED diodes. The LED diodes then emit light.

Conclusion

The SML-LXL5550SRSGSBW is an excellent choice for illuminating an environment for visual signalling. With its high-efficiency, single-lens design, it can provide superb brightness and a long life even in extreme temperatures. Additionally, the device can be powered by either a battery or a power source, making it ideal for a variety of applications. The great combination of features make the SML-LXL5550SRSGSBW an excellent choice for bright, reliable and long lasting visual indicators.

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