Theme: Technology New Optoelectronics will increase the brightness of polycrystalline package and single point source LED lighting engine to a new level, maintaining a luminous flux of 1,500 lumens.
Xinqiang Optoelectronics has previously developed a 500-lumen polycrystalline package and a single-point source LED illumination engine in July 2007. With the continuous development of new technologies, it has developed a brightness that is three times higher than the previous record.
The breakthrough technology developed by Xinqiang Optoelectronics is based on the NUP (Solid State Lighting General Platform), which integrates several different technology levels, from chips, packages, modules to the entire system to form a complete solid-state lighting. The development of the product flat embryo. Combining unique heat treatment technology, this revolutionary technology not only drives ultra-high power single point source LEDs (30W) to produce more than 1,600 starting lumens and 1,500 lumens to maintain lumens, while solving LEDs under these harsh conditions. The heat dissipation problem is controlled by controlling the junction temperature at 60 ° C to ensure the durability of the LED Light source and maintain its optical characteristics.
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The ultra-high-power 30-watt light engine developed by Xinqiang Optoelectronics uses the NeoPac Emitter packaged in its unique patented technology and measures only 14.1x14.1mm. When driven at a current of 1 amp, thanks to advanced heat treatment technology, the system thermal resistance is only 1.17 ° C / W (LED junction to ambient temperature). The LED light engine developed with this technology can produce extremely high luminous flux at ultra high power and high density while maintaining a low junction temperature (60 ° C), thus ensuring the efficacy and durability of the LED luminaire.
Chairman Chen Zhenxian (Xinqiang Optoelectronics) further explained that "considering the problems caused by the system thermal resistance generated by LED packaging and system assembly under ultra-high power operating conditions, most of the high power of a single package currently circulating in the market. The LED light engines are all 3 watts, and these products need to be combined with well-designed heat sinks to ensure safe use. Neo-Opto's NeoPac Light Engine, developed with system-mounted technology, can easily handle up to ten times the power of the heat. It is important to maintain the junction temperature of the LED at 60 ° C. This breakthrough is expected to be an important application for the single-package, point-source LED into the optoelectronics industry, and can significantly reduce product costs.
He continued, "No matter how the future LED chip's luminous efficiency progresses, Xinqiang Optoelectronic's solid-state lighting common platform will be like the infrastructure in the LED lighting market. It will also be the LED solid state. The best choice for a single point source in lighting."
Xinqiang Optoelectronics has previously developed a 500-lumen polycrystalline package and a single-point source LED illumination engine in July 2007. With the continuous development of new technologies, it has developed a brightness that is three times higher than the previous record.
The breakthrough technology developed by Xinqiang Optoelectronics is based on the NUP (Solid State Lighting General Platform), which integrates several different technology levels, from chips, packages, modules to the entire system to form a complete solid-state lighting. The development of the product flat embryo. Combining unique heat treatment technology, this revolutionary technology not only drives ultra-high power single point source LEDs (30W) to produce more than 1,600 starting lumens and 1,500 lumens to maintain lumens, while solving LEDs under these harsh conditions. The heat dissipation problem is controlled by controlling the junction temperature at 60 ° C to ensure the durability of the LED Light source and maintain its optical characteristics.
The ultra-high-power 30-watt light engine developed by Xinqiang Optoelectronics uses the NeoPac Emitter packaged in its unique patented technology and measures only 14.1x14.1mm. When driven at a current of 1 amp, thanks to advanced heat treatment technology, the system thermal resistance is only 1.17 ° C / W (LED junction to ambient temperature). The LED light engine developed with this technology can produce extremely high luminous flux at ultra high power and high density while maintaining a low junction temperature (60 ° C), thus ensuring the efficacy and durability of the LED luminaire.
Chairman Chen Zhenxian (Xinqiang Optoelectronics) further explained that "considering the problems caused by the system thermal resistance generated by LED packaging and system assembly under ultra-high power operating conditions, most of the high power of a single package currently circulating in the market. The LED light engines are all 3 watts, and these products need to be combined with well-designed heat sinks to ensure safe use. Neo-Opto's NeoPac Light Engine, developed with system-mounted technology, can easily handle up to ten times the power of the heat. It is important to maintain the junction temperature of the LED at 60 ° C. This breakthrough is expected to be an important application for the single-package, point-source LED into the optoelectronics industry, and can significantly reduce product costs.
He continued, "No matter how the future LED chip's luminous efficiency progresses, Xinqiang Optoelectronic's solid-state lighting common platform will be like the infrastructure in the LED lighting market. It will also be the LED solid state. The best choice for a single point source in lighting."
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