A blue high-intensity discharge lamp
A gas discharge lamp and high-intensity technology, applied in the direction of gas discharge lamps, gas discharge lamp parts, discharge lamps, etc., can solve the problems of low luminous efficiency, immaturity, poor effect, etc., and achieve high luminous efficiency and use long life effect
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Embodiment 1
[0023] A blue high-intensity discharge lamp with a volume of 0.25 cm 3 The 35W discharge cavity is filled with 6 atmospheres of xenon, according to 4mg / cm 3 Filled with mercury, and according to 0.2mg / cm 3 Filled with indium bromide. Driven by a 35W transformer, it can emit blue light with a color temperature of 50,000k. The chromaticity point (x, y)=(0.1990, 0.1837) on the chromaticity diagram, and its color coordinates are as follows figure 2 shown.
Embodiment 2
[0025] A blue high-intensity discharge lamp with a volume of 0.25 cm 3 The 35W discharge cavity is filled with 6 atmospheres of xenon, according to 4.0mg / cm 3 Filled with mercury, and according to 0.4mg / cm 3 Filled with indium bromide. Driven by a 35W transformer, it can emit blue light with a color temperature of 50000k. The chromaticity point (x, y)=(0.2146, 0.2135) on the chromaticity diagram, and its color coordinates are as follows image 3 shown.
Embodiment 3
[0027] A blue high-intensity discharge lamp with a volume of 0.3 cm 3 The 45W discharge cavity is filled with 6 atmospheres of xenon, according to 5mg / cm 3 Filled with mercury, and according to 0.17mg / cm 3 Filled with indium bromide. Driven by a 45W transformer, it can emit blue light with a color temperature of 30000k. The chromaticity point (x, y)=(0.2097, 0.1977) on the chromaticity diagram, and its color coordinates are as follows Figure 4 shown.
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