DMS 505 - The standard system for characterizing small to mid-sized displays

The DMS 505 is based on a 6-axis goniometer with 3 motorized axes. The measurement system permits angle-dependent analysis of all electro-optical characteristics of displays, including luminance, contrast, and color properties of displays at different viewing angles and variable electrical driving. The DMS 505 is ideal for determining the characteristics of displays for mobile applications (smartphone, tablet PC) with the comprehensive range of accessories including illumination devices and temperature-control chambers.

Features:

  • Characterization of emissive, transmissive, reflective, and transflective displays
  • Complete system with 6-axis positioner, with electrical control, photometer or spectrometer (optional), illumination sources, PC, and software
  • 3 motorized axes (inclination, azimuth, and height adjustment of the measuring head)
  • Optional forced-air temperature-control chamber
  • Analysis of all photometric and colorimetric characteristics as a function of viewing angle, electrical driving, temperature, and time

Technical Specifications:

DMS 505

 

Goniometer / Positioning

3 motorized axes (inclination, azimuth and height adjustment of the measuring head);
3 manual axes (x-y positioning and inclination of the reflective illumination device)

Maximum sample size
(diagonal)

600 mm for complete azimuth scan (360° rotation)

Maximum sample thickness

95 mm

Alignment of the sample

Horizontal (with 360° rotation)

Detectors

Photometer PMT 3/100 (standard);
Spectrometer (optional)

Illumination

Diffuse transmissive and hemispherical reflective illumination (standard);
Specular illumination for evaluation of reflectance characteristics
(e. g. BRDF) (optional)

Measurement-spot sizes

0.2 / 0.5 / 1 / 3 / 8 mm

Dimensions instrument
(L x W x H)

approx. 1430 x 980 x 1900 mm

Dimensions electronics rack
(L x W x H)

approx. 700 x 560 x 1250 mm

Weight instrument

approx. 405 kg

Weight electronics rack

approx. 105 kg

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Further Information