Intermec: Remote phosphor device boosts light efficiency by 30%
The first "High-tech LED Lighting Exhibition", which is known as "leading the new trend of global LED lighting product design and application", was grandly opened at the Shanghai International Convention Center in China from August 30th to 31st, 2011. During the exhibition, Gaogong LED reporter conducted an exclusive interview with Liu Xiao, the general manager of Intermec Optoelectronics (Shenzhen) Co., Ltd.
Liu Xiao told the Gaogong LED reporter that the global sales volume of the US-based phosphors is about one ton per month, and the sales volume in the Chinese market is about six hundred kilograms. At present, Intel's latest remote phosphor device is not to put the phosphor in the LED package, but directly stimulate a three-dimensional thing, which will help the luminous efficiency of the entire LED lamp system to increase by more than 30%.
Independent research and development can guarantee competitiveness and maintain a leading position in the industry. In view of the defects of silicate phosphors for high-power illumination and large-size TV backlights, Intermec actively recommends green phosphors and red nitride phosphors to replace most of the currently used silicate phosphors. Liu Xiao pointed out that the combination of these two phosphors can make one-stop solutions for lighting and large-size TV backlights. At present, foreign manufacturers have accepted this choice and are doing some conversion.
Liu Xiao told the Gaogong LED reporter that the global sales volume of the US-based phosphors is about one ton per month, and the sales volume in the Chinese market is about six hundred kilograms. At present, Intel's latest remote phosphor device is not to put the phosphor in the LED package, but directly stimulate a three-dimensional thing, which will help the luminous efficiency of the entire LED lamp system to increase by more than 30%.
Independent research and development can guarantee competitiveness and maintain a leading position in the industry. In view of the defects of silicate phosphors for high-power illumination and large-size TV backlights, Intermec actively recommends green phosphors and red nitride phosphors to replace most of the currently used silicate phosphors. Liu Xiao pointed out that the combination of these two phosphors can make one-stop solutions for lighting and large-size TV backlights. At present, foreign manufacturers have accepted this choice and are doing some conversion.
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