MS403-R48-CW-BP

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LEDs, or light emitting diodes, have been used to replace traditional lamps for many years now. The MS403-R48-CW-BP is one such LED, designed for a variety of indoor and outdoor applications. This LED has a much longer lifetime than traditional lamps, and is more energy efficient as well. In this article, we\'ll discuss the application field and working principle of the MS403-R48-CW-BP LED.

The MS403-R48-CW-BP LED is designed for use in a wide range of applications, such as lighting commercial and residential areas, providing general illumination, accent lighting and decorative lighting. It is also often used in landscaping, in theatres, in amusement parks and in public spaces. It is available in a variety of colors (white, red, green and blue), and has a lumen output of 1650-1800 lm. Additionally, it is available in both warm and cool colors.

The working principle of the MS403-R48-CW-BP LED is based on the semiconductor principle. A semiconductor is a type of material that can conduct electricity. In an LED, the semiconductor is doped with a material known as \'dopant\'. This dopant allows the semiconductor to become a diode, thus creating the LED. When electricity is applied to the diode, the dopant electrons move from the valence to the conduction band. As they make this transition they emit light, which is what gives the LED its lighting power.

The MS403-R48-CW-BP LED is a high power LED that is durable and reliable. It has a typical luminous flux of 2800 lm, and it has an operating temperature range of -40C to +85C. It has a wide viewing angle of 120°, and a maximum forward current of 1.7A. Additionally, it has an average life-span of over 50,000 hours, making it an excellent long-term lighting solution.

In conclusion, the MS403-R48-CW-BP LED is a versatile and reliable solution for a variety of indoor and outdoor lighting applications. It is energy efficient, and has a long life-span. Its working principle is based on the semiconductor principle, where the semiconductor is doped with a dopant to create a diode that emits light when electricity is applied.

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