GW PUSRA1.PM-MFN2-XX56-1-700-R18

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LED Lighting – White

White light-emitting diodes (LEDs) are becoming one of the most commonly used light sources in the modern world today. As an energy-efficient and long-lasting form of illumination, white LEDs are now being used for applications ranging from residential lighting and retail displays to commercial lighting and industrial lighting. Yet, all white light LEDs are not created equal; there is a wide variety of white LED products available on the market, from different manufacturers.

One example is the GW PUSRA1 PM-MFN2-XX56-1-700-R18 LED lighting, a type of solid state lighting (SSL) product designed for outdoor applications. This particular LED lighting system operates at 700 lumens, and has a peak wavelength of 489 nanometers for its white light. What’s more, this LED lighting system also has a longer-lasting lifetime compared to traditional high-pressure sodium and metal-halide lamp sources.

As a white LED lighting product, GW PUSRA1 PM-MFN2-XX56-1-700-R18 provides many benefits over traditional lighting, such as lower operating costs, improved energy efficiency, better color rendering, and a longer operational life. In terms of energy efficiency, this LED lighting system is rated at 90 lumens per watt – significantly higher than that of traditional incandescent and fluorescent lights. As a result, it can help to significantly reduce energy consumption when compared to these lighting sources.

In terms of superior color rendering, GW PUSRA1 PM-MFN2-XX56-1-700-R18 white LED lighting produces a full-spectrum white light, with renditions that resemble natural day light. What’s more, it also features an operating temperature of -20 to +55 degrees Celsius, and is designed to operate in applications that are exposed to water, dust, and other harmful elements. Overall, the product can be used for a wide range of lighting applications.

Regarding the product’s working principle, GW PUSRA1 PM-MFN2-XX56-1-700-R18 white LED lighting uses two semiconductor materials to create light. These two semiconductor materials form a diode junction, whereby a current is passed through them. When a current passes through the junction, energy is released in the form of photons – the particles that create visible light.

In the GW PUSRA1 PM-MFN2-XX56-1-700-R18, yellow and blue photons are combined to create a full-spectrum white light. Specifically, blue photons are emitted from a blue LED, while yellow photons are emitted from a yellow phosphor layer placed directly over the blue LED. The resulting combination of yellow and blue photons creates white light.

In conclusion, GW PUSRA1 PM-MFN2-XX56-1-700-R18 LED lighting can provide superior energy efficiency, better color rendering, and a longer operational life than traditional lighting sources. Moreover, its superior operating temperature and exposure tolerance make it ideal for outdoor applications which are exposed to a range of external elements. These features, combined with its working principle, make GW PUSRA1 PM-MFN2-XX56-1-700-R18 LED lighting an excellent choice for a range of different lighting applications.

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