How do you use LISUN LSG-6000 moving mirror goniophotometer for CIE test?

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The LISUN LSG-6000 moving mirror goniophotometer is a device that is used to measure the angular distribution of light that is produced by a light source, such as an LED or a lamp. This distribution may be used to determine how much light is being released by the source. The CIE (Commission Internationale de l'Eclairage) tests, which are used to assess the color and intensity of light generated by a source, may be performed with the device. These tests can be found in the glossary under the abbreviation "CIE."

In order to carry out a CIE test, the following procedures should be followed using the LISUN LSG-6000:

To calibrate the goniophotometer, first position the light source so that it is centered inside the measuring chamber of the goniometer. Next, adjust the mirrors so that they reflect light in the direction of the detector.

  1. Adjust the following settings for the test: In the software that comes with the goniophotometer, you will need to choose the right measurement angle range, detector sensitivity, and other test settings.
  2. Begin the process of measuring: Begin the process of measuring and compiling data on the angular distribution of the light produced by the source as soon as possible.
  3. Analyze the data: Make use of the software that came with the goniophotometer to do an analysis of the data that was gathered. This will allow you to determine the important CIE parameters, such as color coordinates, luminous flux, and color rendering index.
  4. Give an account of the results: Produce a report detailing the findings of the test, making sure to include any pertinent CIE metrics such color coordinates, luminous flux, and color rendering index.

Note that the LSG-6000 is a high-end piece of equipment for measuring light, and the method may be different for other types of illuminance meter. When conducting appropriate use and testing, it is suggested to adhere to the directions and recommendations provided by the manufacturer.

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