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  • AM1.5G Solar Spectrum Simulator Optical Filter for Xenon Lamp
  • AM1.5G Solar Spectrum Simulator Optical Filter for Xenon Lamp
  • AM1.5G Solar Spectrum Simulator Optical Filter for Xenon Lamp
  • AM1.5G Solar Spectrum Simulator Optical Filter for Xenon Lamp
AM1.5G Solar Spectrum Simulator Optical Filter for Xenon LampAM1.5G Solar Spectrum Simulator Optical Filter for Xenon LampAM1.5G Solar Spectrum Simulator Optical Filter for Xenon LampAM1.5G Solar Spectrum Simulator Optical Filter for Xenon Lamp

AM1.5G Solar Spectrum Simulator Optical Filter for Xenon Lamp

  • Product Item : AM1.5GOPCF
  • Category: Optical Filter
  • Product Size: Customizable
  • Incident Angle: 0° incidence
  • Length: 25 mm Width: 25 mm Thickness: 1.1 mm
  • Length: 80 mm Width: 80 mm Thickness: 1.1 mm
  • INQUIRY   EMAIL
AM1.5G Solar Spectrum Simulator Optical Coated Filter for Xenon Lamps
(ZL-AM1.5GLGP-F25×25×1.1)
Specifications:
• Length: 25 mm
• Width: 25 mm
• Thickness: 1.1 mm
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AM1.5G Solar Spectrum Simulator Optical Coated Filter for Xenon Lamps
(ZL-AM1.5GLGP-F80×80×1.1)
Specifications:
• Length: 80 mm
• Width: 80 mm
• Thickness: 1.1 mm
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Product Parameters
• Target Output: AM1.5G solar spectrum (or according to customer standards)
• Product Size: Customizable
• Incident Angle: 0° incidence
• Light Sources: Xenon lamp, carbon arc lamp, halogen lamp, tungsten lamp, LED, etc.

Applications
• Solar simulators
• Solar simulation light sources
• Solar cell testing
• Atmospheric experiments
• Ecological and environmental experiments
Product Description

1. The AM1.5G solar simulation filter is manufactured by depositing optical 

interference coatings on the surface of optical glass to achieve solar spectrum simulation.

2. AM is the abbreviation for Air Mass, which represents atmospheric mass.

As sunlight travels through different atmospheric path lengths 

at different solar angles, the equivalent air mass varies accordingly.

3. AM1.5G represents a standard condition 

describing the average solar irradiance reaching the Earth’s surface.

For calculation convenience, the infrared portion of the 

spectrum is referenced from commonly available solar infrared spectral data.

4. When using a xenon lamp to simulate sunlight, 

it is recommended to install the filter at the final output end 

(with as small an incident angle as possible).

Do not install it directly in front of the xenon lamp, 

as the large incident angle will significantly reduce performance.

 
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