GW JDSMS1.EC-FSFU-5L7N-L1N2-R18-SE-XX

Series:	*
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--

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The GW JDSMS1.EC-FSFU-5L7N-L1N2-R18-SE-XX is a type of white LED lighting. This type of lighting provides high brightness and stability, allowing for wider applications and improved performance.The technology used in this type of lighting is based on the principle of using separate components that are made of two different types of materials: a carbon nanostructure and a semiconductor material. This allows the LED light to be produced with a higher efficiency than other forms of white light sources. This form of lighting is highly efficient compared to conventional incandescent and fluorescent lighting sources because its emission spectrum contains more energy in the visible range of the spectrum, producing a more uniform white light.The main application field of the GW JDSMS1.EC-FSFU-5L7N-L1N2-R18-SE-XX LED Lighting is in home and commercial spaces. These lights are especially suited for lighting up high-traffic areas due to their high brightness and wide viewing angles. For example, this type of white LED lighting is well suited for commercial offices, retail stores, factories, and warehouses. The lights are also suitable for residential lighting, providing bright and efficient lighting for living rooms and kitchens.Moreover, this type of LED lighting is also used for outdoor lighting, such as in parks and public spaces. This is because it is highly durable and weatherproof, allowing it to withstand extreme temperatures, wind, and other atmospheric conditions. Additionally, it offers higher energy efficiency compared to traditional lighting fixtures, making it ideal for energy-saving purposes.The working principle of the GW JDSMS1.EC-FSFU-5L7N-L1N2-R18-SE-XX LED Lighting is based on the use of LEDs, or light-emitting diodes. LEDs are semiconductor devices that convert electrical energy into light. A diode is a two-terminal, electronic device that can both conduct and block current. The LED operates by passing an electrical current through a diode, causing the diode to emit light.In order to manufacture LED lighting, the LED needs to be engineered with a p-n junction, which is a layered junction of two semiconductor materials with opposite electrical properties. When the electrical current is passed through the p-n junction, the electrons in the p-n junction become excited and emit light of a specific wavelength. Different colors of light are created by using different materials in the p-n junction.The GW JDSMS1.EC-FSFU-5L7N-L1N2-R18-SE-XX LED Lighting is designed with a custom-made LED chip set and a direct-coupled diode, allowing for superior quality and better color rendering than traditional LED lighting. This type of LED lighting produces a wide range of colors with high intensity and a wide viewing angle. Additionally, this white LED lighting has a very long lifespan and is highly energy efficient, which makes it the ideal choice for energy-conscious lighting applications.

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