GW JDSMS1.EC-FRFS-A6B7-L1L2-120-R18-LM

GW JDSMS1.EC-FRFS-A6B7-L1L2-120-R18-LM Application Field and Working Principle

LED Lighting - White

GW JDSMS1.EC-FRFS-A6B7-L1L2-120-R18-LM is a type of LED lighting that offers an ideal white lighting solution. It is a high-efficiency, high-power LED for general illumination applications. Its application areas include indoor and outdoor lighting, street lighting, and other lighting in commercial and residential areas. In addition, it can also be used in architectural lighting, urban lighting, and vehicle headlamps.

This LED lighting has a range of features that make it an efficient, cost-effective, and lightweight solution for LED illumination. It features a high efficacy of up to 180 lm/W, an operating temperature range of -20°C ~50°C, and a lifetime of >50,000 hours. It also has a wide beam angle of 120°, making it suitable for many applications.

GW JDSMS1.EC-FRFS-A6B7-L1L2-120-R18-LM also has a low heat dissipation. This means that the cooling system of the LEDs is simple, and the operating temperature and power consumption are minimal. This makes it an ideal solution for applications in which the cooling system would be difficult to construct or too costly. Furthermore, it has a low voltage drop and has a high current handling capability of up to 30A.

The working principle of GW JDSMS1.EC-FRFS-A6B7-L1L2-120-R18-LM is based on the phenomenon of electroluminescence. In this process, an electric current is passed through a semiconductor material to produce light. The light emitted is visible and is of a particular color and brightness depending on the materials used in its design. This type of LED lighting is made up of a series of layers consisting of an anode, a cathode, a p-type and an n-type semiconductor layer. When the electric current passes through the layers, the electrons in the semiconductor layer will be excited and give off energy in the form of light.

GW JDSMS1.EC-FRFS-A6B7-L1L2-120-R18-LM is a reliable and cost-effective LED lighting solution for a wide range of applications. It has a high efficacy, low heat dissipation, and a wide beam angle, making it suitable for indoor and outdoor lighting applications. Its working principle, based on the phenomenon of electroluminescence, makes it an energy-efficient and long-lasting solution for LED lighting.