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150 - 300 W Solar Simulators

150 - 300 W Solar Simulators
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196 Phone: 1-800-222-6440 • Fax: 1-949-253-1680 L i g h t S o u r c e s TECHNICAL REFERENCE MONOCHROMATOR AND INCANDESCENT SOURCES ARC SOURCES DEUTERIUM SOURCES CALIBRATION SOURCES FIBER ILLUMINATORS PHOTOLITHOGRAPHY SOLAR SIMULATORS INSTRUMENTS ACCESSORIES FOR ORIEL LIGHT SOURCES 150 - 300 W Oriel Solar Simulators 91160 Solar Simulator Our 150 - 300 W Solar Simulators produce a uniform, collimated, 2 x 2 inch output beam. We offer two models, differing in spectral output. • 150 - 300 W Full Spectrum Solar Simulator Produces close spectral match to sunlight with power equivalent to ~ sun with model 91159 and ~2 suns with 91160. • 300 W UV Solar Simulator Simulates the UV portion of solar radiation only; the percentage of UV in the total output of our full spectrum model is less than 6%. The percentage of UV in the total output of the UV model is ~36%. IRRADIANCE (Wm nm ) -2 -1 WAVELENGTH (nm) 250 750 1250 1750 2250 0 5 10 15 SOLAR UV SIMULATOR SOLAR SIMULATOR Fig. 1 Spectral output of a full spectrum 300 W Solar Simulator compared to the output of a 300 W UV Solar Simulator. Full Spectrum Solar Simulator The 91160 produces power equivalent to ~2 suns, while model 91159 produces ~ 1 sun. With optional air mass filters, you can simulate various solar conditions. Table 1 shows the typical output of the 91160, in the design-irradiated plane. Table 1 Typical Output of 91160 Full Spectrum Solar Simulator With This Optional Air Mass Filter Typical Output (W m-2) 250 - 2500 nm 250 - 1100 nm AM 1 Direct 2551 1810 AM 1.5 Direct 2270 1610 AM 2 Direct 2100 1470 AM 1.5 Global 1550 1325 AM 0 2805 2050 Unfiltered Irradiance 3620 2900 UV Solar Simulator The 91260 is ideal for UV testing without the complicating effects of high levels of VIS and IR. The percentage of UV in the total output of our full spectrum model is less than 6%. The percentage of UV in the total output of the UV model is ~36%. We use a UVB/UVA dichroic mirror to shape the output of the 91260 Solar Simulator. This dichroic passes 280 to 400 nm and greatly reduces the VIS and IR output of the lamp. You can use bandpass filters, after the dichroic, to further isolate the portion of the UV in which you are working. In Table 2, we show the typical output power, in the design-irradiated plane, from the 91260 UV Solar Simulator. Table 2 Typical Output of 91260 UV Solar Simulator With These Optional UV Filters Typical Output (W m-2) UVC (Below 280 nm) UVB (280 - 320 nm) UVA (320 - 400 nm) Atmospheric Attenuation Filter 0 8 172 Atmospheric Attenuation Filter + VIS-IR Bandpass Blocking Filter 0 7 109 UVC Blocking Filter 0 23.5 180 UVB/C Blocking Filter 0 0.07 138 Unfiltered Irradiance 11.5 61 190 • Generate intense ultraviolet radiation with minimal sample heating • Run tests when you want to, without concern for weather conditions and time of day • Shape the output with easily interchangeable filters • 2 x 2 inch collimated output in upward or downward configuration

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197 Email: sales@newport.com • Web: newport.com L i g h t S o u r c e s TECHNICAL REFERENCE CALIBRATION SOURCES DEUTERIUM SOURCES ARC SOURCES INCANDESCENT SOURCES MONOCHROMATOR AND FIBER ILLUMINATORS SOLAR SIMULATORS PHOTOLITHOGRAPHY INSTRUMENTS ACCESSORIES FOR ORIEL LIGHT SOURCES What Makes Up a Solar Simulator? The Illuminator Housing This aluminum enclosure is equipped with five safety interlocks to ensure operator and system safety. An integral fan cools the lamp and optics. 150 W or 300 W Xenon Arc Lamp Both the Full Spectrum and the UV Simulators use an ozone free lamp, which has...

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150 - 300 W Solar Simulators 2Pages

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150 - 300 W Solar Simulators
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