The CS-1000 Spectroradiometer provides the measurement of luminance, chromaticity, spectral power distribution, and correlated color temperature of display devices, light sources, and contact-free measurements of reflective specimens. Konica Minolta’s CS-1000 is portable and designed to accurately measure the electromagnetic radiation anywhere in the visible spectrum. An advanced resolution photodiode cell captures 380 nm to 780nm in 0.9nm wavelength intervals with impressive accuracy. The CS series is perfect for absolute measurements of florescent lamps, LEDs, LCDs, TFT monitors, and others. These color meters have a less than 5% polarization error rate courtesy of a special light wave conductor optic. There are time current measurements and an electrically cooled sensor which optimizes the signal to noise relationship lending itself to solid repeatability and measurement precision even with extreme dark light sources.

The single lens reflex (SLR) optic system provides precise targeting while ensuring a parallax free view. Viewfinder imaging displays the actual light measurement as it reaches the sensor at a 1° angle via a hole in the mirror, a process commonly referred to as the measurement peripheral. This process eliminates polarization problems resulting from vibrations or bean distributors by a moving mirror. Photometric and radiant physical values are revealed on a large display. Fifty sets of data can be held within the memory while reserving twenty sets for as reference values for difference measurements.

Features:

• Repeatability for luminance: 0.1% + 1 digit; capability for chromaticity measurement with excellent precision of 0.0002.
• Use of polychromator ensures measurement speeds close to real-time. *1
• High-speed measurement in as little as 39 seconds for low-luminance conditions. *2
• Reduction of polarization differences ensures excellent accuracy for the measurement of LCDs, etc.
• Measurement can be carried out in sync with display devices.
• Precision guaranteed from as low as 1cd/m2.
• Sensor cooling improves S/N ratio enabling low-luminance measurements.
• Aperture mirrors are used to eliminate any misalignment between viewfinder indication and actual measurement spot.

The CS-1000 Spectroradiometer provides the measurement of luminance, chromaticity, spectral power distribution, and correlated color temperature of display devices, light sources, and contact-free measurements of reflective specimens. Konica Minolta’s CS-1000 is portable and designed to accurately measure the electromagnetic radiation anywhere in the visible spectrum. An advanced resolution photodiode cell captures 380 nm to 780nm in 0.9nm wavelength intervals with impressive accuracy. The CS series is perfect for absolute measurements of florescent lamps, LEDs, LCDs, TFT monitors, and others. These color meters have a less than 5% polarization error rate courtesy of a special light wave conductor optic. There are time current measurements and an electrically cooled sensor which optimizes the signal to noise relationship lending itself to solid repeatability and measurement precision even with extreme dark light sources.

The single lens reflex (SLR) optic system provides precise targeting while ensuring a parallax free view. Viewfinder imaging displays the actual light measurement as it reaches the sensor at a 1° angle via a hole in the mirror, a process commonly referred to as the measurement peripheral. This process eliminates polarization problems resulting from vibrations or bean distributors by a moving mirror. Photometric and radiant physical values are revealed on a large display. Fifty sets of data can be held within the memory while reserving twenty sets for as reference values for difference measurements.

Features:

• Repeatability for luminance: 0.1% + 1 digit; capability for chromaticity measurement with excellent precision of 0.0002.
• Use of polychromator ensures measurement speeds close to real-time. *1
• High-speed measurement in as little as 39 seconds for low-luminance conditions. *2
• Reduction of polarization differences ensures excellent accuracy for the measurement of LCDs, etc.
• Measurement can be carried out in sync with display devices.
• Precision guaranteed from as low as 1cd/m2.
• Sensor cooling improves S/N ratio enabling low-luminance measurements.
• Aperture mirrors are used to eliminate any misalignment between viewfinder indication and actual measurement spot.

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