SPHWW1HDN945YHU3KE

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LED Lighting - COBs, Engines, Modules

LED technology is one of the most sought-after solutions in the current lighting market. LED (light-emitting diode) light sources offer a wide range of advantages compared to traditional lighting technologies such as metal halide and fluorescent lamps. LED lighting can provide increased energy savings and durability, and is available in a variety of shapes, sizes and light colors. There are several different types of LED lighting, including COBs (Chip On Board), Engines and Modules.

SPHWW1HDN945YHU3KE Application Field

COBs (Chip On Board) is a type of LED lighting that combines multiple LED chips into one integrated package for easy mounting. This package provides high efficacy and uniformity of light distribution, making it ideal for general lighting applications such as commercial, industrial, and retail settings. COBs also have a long life-span and are capable of providing a wide range of CCTs (Correlated Color Temperatures). In addition, COBs have high lumen density and require a lower number of components than traditional lighting solutions.

Engines, on the other hand, are a type of LED lighting specifically designed for directional lighting applications. Engines are highly efficient and can provide a narrow beam angle, making them ideal for applications that require precise lighting such as spotlights and downlights. Engines also offer dimming capabilities, making them perfect for applications such as museums and art galleries.

Finally, Modules are a type of LED lighting that is specifically designed for outdoor applications. Modules are waterproof, dust-proof and shockproof, making them ideal for applications such as street lighting, signage lighting, and landscape lighting. Modules are also highly efficient, long lasting and highly customizable, making them perfect for applications that require specific lighting solutions.

SPHWW1HDN945YHU3KE Working Principle

The working principle behind LED lighting is relatively simple and can be broken down into three main stages. First, energy is supplied to an LED light source in the form of electricity, typically from a battery, power supply, or other electrical source. This energy is then converted into light by the LED chip, which typically consists of a semiconductor material. The third and final stage is the conversion of light into visible light, which can be in the form of UV radiation, infrared radiation, and visible light.

The amount of light produced by an LED light source varies depending on the type of LED being used, the amount of voltage being supplied and the type of semiconductor material being used. In general, LEDs produce low heat as compared to traditional lighting solutions, making them more efficient and safer to use in many applications. Furthermore, the life span of an LED light source can range from 50,000 to 100,000 hours, making them perfect for long-term lighting solutions.

LED lighting is quickly becoming the preferred method of illumination across a wide range of industries due to its unique advantages over other traditional lighting solutions. LED lighting is highly efficient, durable and offers a wide range of lighting shapes, sizes and light colors, making it perfect for applications such as commercial lighting, stage lighting, landscape lighting and more. Thanks to the stable supply of LED light components and its competitive pricing, LED lighting is quickly becoming the preferred lighting solution for many.

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