GW JDSMS1.EC-FSFU-6M-L1M1-120-R18-STE

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Light-emitting diodes (LEDs) are becoming increasingly popular in many applications due to their efficiency and effectiveness. In the field of lighting, LEDs are becoming the go-to choice for many. The GW JDSMS1.EC-FSFU-6M-L1M1-120-R18-STE LED is one of the most popular LED types on the market, used for white lighting applications. This article will discuss the applications, features, and working principle of this popular LED.

Applications

The GW JDSMS1.EC-FSFU-6M-L1M1-120-R18-STE LED is primarily used for general illumination, such as in homes and commercial spaces. Its high efficiency rating and color rendering index (CRI) make it suitable for lighting up areas. Its low glare and low intensity means that it can be used in areas that require softer lighting, such as in living rooms and bedrooms. This LED is also commonly used in retail and hospitality settings, as it is small and easy to install. With its low heat relative to other LED types, it is also suitable for areas where heat dissipation might be an issue.

Features

The GW JDSMS1.EC-FSFU-6M-L1M1-120-R18-STE LED is designed for use in white lighting applications. It has a power output rating of 72 W, with a luminous flux of 11,000 lm, making it an efficient and effective option. It also has a color temperature range of 2700–3000 K, enabling it to display warm whites and neutral tones. This LED is also flicker-free and has a low glare rating, making it suitable for use in low-glare areas. It also has a wide beam angle of 120°, making it ideal for general illumination applications. Finally, it has an off-state power of 0.5 W, meaning it is energy efficient in off-state operation.

Working Principle

The GW JDSMS1.EC-FSFU-6M-L1M1-120-R18-STE LED works by emitting light when an electric current is passed through it. This type of LED is referred to as a “light-emitting diode” (LED). LEDs work by using semiconductor materials to sandwich together a “p-n junction”. When electric current is passed through the p-n junction, electrons and holes move towards each other, combining and releasing energy in the form of light. This light is known as Electro-Luminescence.

LEDs are more efficient than other types of lighting since they emit light in a specific direction instead of in all directions, like incandescent and fluorescent bulbs. LEDs also do not emit Infrared radiation, meaning their heat output is very low compared to other types of lighting. This makes them more suitable for use in tight spaces, where heat dissipation needs to be a priority.

Conclusion

The GW JDSMS1.EC-FSFU-6M-L1M1-120-R18-STE LED is a popular choice for white lighting applications due to its efficiency, energy savings, and low off-state power. Its features such as its color temperature range, wide beam angle, and flicker-free operation make it an ideal choice for both commercial and residential lighting applications. Furthermore, its working principle of using electron-hole recombination to produce light with minimal heat output makes it a highly efficient type of LED.

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