LED Lighting – White
GW CSHPM1.EM-LQLS-A535-1-350-R18 application field and working principle
Light emitting diode (LED) lighting is quickly becoming the preferred choice for a variety of lighting tasks. LED lighting is both energy efficient, cost effective and long lasting. GW CSHPM1.EM-LQLS-A535-1-350-R18 has become one of the most popular LED lighting products for many different applications. This article will discuss the application field for this LED light and its principle of operation.
Application Field
The GW CSHPM1.EM-LQLS-A535-1-350-R18 is primarily used in places where white light or warm white illumination is needed. It is used extensively in lighting projects such as residential, commercial, industrial and retail lighting. It is also being used in outdoor lighting such as streetlights, floodlights and guardrails. It is also being used in a variety of other applications such as backlighting, architectural accent lighting, automotive lighting and task lighting.
Working Principle
LED lights differ from traditional light bulbs in that they do not use a filament. Instead, they produce light using semiconductor technology. Inside the LED is a chip made from a special semi-conductor material, usually gallium arsenide. An electric current is passed through the chip which causes electrons within the chip to move around, producing photons of light in the process. This is why LED lights produce very little heat and are very efficient when it comes to energy use.
The GW CSHPM1.EM-LQLS-A535-1-350-R18 LED light is designed for white and warm white illumination, and it employs several patented technologies to produce its light. The first is a nano-optical phosphor coating on the chip which increases the amount of light produced. The second technology is called quantum tunneling, which allows for more efficient transfer of electrons from one material to another, resulting in more efficient use of energy.
The third technology employed by the GW CSHPM1.EM-LQLS-A535-1-350-R18 is called " nanoplasma spectroscopy". This technology enables the light to have a very wide spectrum, in order to produce a broad range of colors. This technology also improves the efficiency of the light, allowing it to use less energy to produce the same amount of light that a traditional light bulb would use.
In conclusion, the GW CSHPM1.EM-LQLS-A535-1-350-R18 is an excellent choice for white and warm white illumination needs. It is energy efficient, cost effective and long lasting, and it uses a combination of patented technologies to ensure the best possible performance.