Lighting and Optical Technology
In the laboratory, the physical properties of radiation sources u. receivers examined. Students are familiarized with various methods of light measurement.
Description
Students acquire the handling with different methods of light measurement.
Room: A 005
Phone: -1625, -3619
- Optometer for measuring radiation flux and illuminance
- Luminance meter, colour measuring head
- Ulbricht ball with Teflon coating and quartz light conductor for UV, VIS measurements
- Grid spectrometer for emission measurement of 190 nm - 2000 nm
- Spectrometer for transmission measurement of 190 nm - 3000 nm
- UV spotlights, sunlight simulation emitters, strobe light sources, standard light type A emitters
- safety-related studies of light barriers
- Measurement of radiation limits and determination of light intensity distributions
- Measurement of radiation limits and determination of light intensity distributions
- Measurement of the irradiance of lamps, LEDs, lasers
- Spectral measurements
- Optimizing optical beam paths
- Color measurements
- Spectral analysis of emission spectra
- Testing of light barriers and light curtains, TÜV Automotive, Munich
- Lighting tests of irradiators, TÜV Productservice, Munich
- Infrared data transmission in the light channel for controlling stage lighting systems, TRANSTECHNIK, Holzkirchen
- Determination of UV limits for film lamps, ARRI, Munich
- Spectral analysis of sunbed lamps, Body Sun, Regensburg
- Lighting testing of a louvre luminaires, Helbling, Munich