XRCWHT-L1-R250-007B4

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LEDs have been dominating the world of lighting due to its remarkable improvements on energy efficiency, sustainability, long lifespan, design flexibility and color selection. Research and development in white LED lighting has gained much attention due to its wide application range, as a result, the popular XRCWHT-L1-R250-007B4 has been quickly entering its potential market.

The XRCWHT-L1-R250-007B4 white LED light is a more efficient and reliable solution for applications like general area lighting, backlighting and decorative lighting. XRCWHT-L1-R250-007B4 LED lighting is designed for outdoor and indoor applications where strenuous environments such as extreme temperature, vibration and shock must be taken into consideration.

The XRCWHT-L1-R250-007B4 is a mid-power LED light with LED chips based on the Chip-on-Board (COB) technology. It has the advantages of extremely high-output, high reliability and performance in low-temperature environments. XRCWHT-L1-R250-007B4 utilizes 9 individual quantum dots (QDs) and is capable of reaching light efficiency of »180 lumens/watt (lm/W). The LEDs are also equipped with high-density surface mounted packages that enable better disipite heat management, reducing light decay and providing a long life-span of 50,000 hours which is 3 times longer than that of traditional lighting.

In terms of optics, XRCWHT-L1-R250-007B4 has the combination of independent reflectors, thermally efficient TIR lens, and light distribution for precise beam control and extended angle of lighting. This kind of light solution supports applications related to markets such as general illumination, stage & theater, commercial lighting, automotive, stadium & sports field lighting and much more.

The working principle of XRCWHT-L1-R250-007B4 slightly differs from traditional lighting. Instead of producing visible light through a thermal process, XRCWHT-L1-R250-007B4 takes advantage of a process called electroluminescence. This process basically converts electrical energy into visible light by exciting the electrons of fluorescent material. XRCWHT-L1-R250-007B4 utilizes a phosphor conversion process, where emitted blue light is passed through a phosphor coating and converted into white light. The benefit of this process is that it can produce light in different colors given that its phosphor coating varies.

In conclusion, XRCWHT-L1-R250-007B4 is the result of an immense development made in the LED lighting field. It offers superior lighting performance and has the potential to revolutionize the lighting industry with its advantages from better energy efficiency, improved color selection and longer lifespan. Its innovative design and new advancements provides an overall industrialized solution in the field of white LED lighting.

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