The design revise and improvement of green laser pointer should be recorded

The workshop notices a lot about the performance control of green laser pointer .
Laser display using a laser light source, with the existing tube (CRT) projection display bulb projection display, the LCD (LCD) and plasma (PDP) flat panel display has a greater color gamut than its chromaticity triangle The area is 2 times higher than that of the phosphor. Second, with high color saturation. Because the laser is a line spectrum, so the high color saturation, you can display the most real, the natural world, the richest, most vivid colors. Display controlled better. Easy to control the laser intensity, laser full-color display screen from the personalized helmet-mounted displays to large screen can be achieved, and higher display resolution. Correspondingly, the necessary actions and measurements of green laser pointer should be taken.
Laser full-color display technology. Laser full-color display technology in a variety of equipment in the field has broad application prospects, small mobile phone displays, and large to large screen display wall can achieve a smooth technical applications, especially in the digital cinema pilot simulation training, the astronomical observations, The portable display color accuracy higher areas has a strong value, and also of strategic importance to the development of advanced manufacturing, medical, environmental, scientific research and defense industry. Prospects for the development of laser full-color display technology. At present, Germany, Japan, America, Korea and other developed countries invest enormous human and material resources and industrial applications of laser full-color display technology. Many customers can be attracted by the good quality and high performance of green laser pointer .
In February 2006, Mitsubishi Electric, Japan announced the Laser TV prototype, and the initial development of the industrialization program, seeking to occupy the strategic high ground in the future high-tech competition. In March 2006, Japan's Seiko Epson Corporation announced a strategic cooperation with the United States Novalux implement joint development of the laser display technology. As one of the 863 Project, Chinese Academy of Opto-Electronics has been developed that can display 12 m2 image of the laser display prototype, shows about 80% of the human eye can identify the number of colors. Experts believe that the technology has been breakthroughs in key technology bottlenecks. The necessary quality control should be done for green laser pointer .The design revise and improvement of green laser pointer should be recorded