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DK-Technologies PM 5639/21
Industrial CRT Color Analyzer Double Sensor Version,
Discontinued

• CRT Color Analyzers for the industrial market
• Color Sensor operates directly with standard RS-232C serial port
• Interfaces to software for automatic adjustments. Basic, C and Pascal source codes provided
• Accepts any field rate - including pc monitors and HDTV
• Displays xy, u'v', XYZ, color difference and correlated color temperature

Product Information
Ordering Info

For users who wish to used double sensor setups, the software may operate two measuring heads at the same time and present simultaneous displays on the PC.

Modes of Display

The color sensor operates with CIE 1931 standard Observer response filters, thus making it possible to display absolute color coordinates.

• xyY mode:
  x and y coordinates are plotted in the central portion of the CIE 1931 diagram, and the x,y,Y (luminance values) and the color error (CIELUV) are displayed in numerical form together with the correlated color temperature. The reference point is shown as a box and the actual color is shown as a cross.
  The color error is calculated as the difference between the selected color reference and the actual color according to the CIE 1976 L*u*v* (CIELUV) color space definition.

• d x d yY mode:
  The d x and d y differences are plotted in a coordinate system with origin at the white reference point. The white reference, the x and y values, and the luminance value Y are shown in numerical form. The error is shown as a vector ( d x, d y).

• u'v'Y mode:

• The u' and v' (also called u* and v*) coordinates are plotted in the central portion of the CIE 1976 diagram. The u', v', Y (luminance value), and the color error (CIELUV) are shown in numerical form. The reference point is shown as a box and the actual color is shown as a cross.

• d u' d v'Y mode: 
  The d u' and d v' differences are plotted in a coordinate system with origin at the white reference point. The white reference, the d u' and the d v' values and the luminance value Y are shown in numerical form. The error is shown as a vector ( d u', d v').

• uvY mode: 
  u and v coordinates are plotted in the central portion of the CIE 1960 diagram. The u, v, Y (luminance value) and the color error (CIELUV or JND) are shown numerically. The reference point is shown as a box and the actual color is shown as a cross.

• d u d vY mode: 
  The d u and d v difference are plotted in a coordinate system with origin at the white reference point. The white reference, the d u and the d v values, and the luminance value Y are shown in numerical form. The error is shown as a vector ( d u, d v).

• XYZ mode: 
  The CIE 1931 XYZ values are shown as bar graphs. The values are the direct output from the CIE standard observer response filters normalized to the selected white reference. The display is the same as an RGB display phosphor compensation.

• RGB mode:
  Red, green, and blue value are shown as colored bar graphs. The color balance is relative to a selected white reference and phosphor. The display reference may be either one of the red, green, or blue inputs, or the luminance or a previous measurement. The phosphor compensation removes the "crosstalk" (specified by the CIE standard observer response curves) between the red gun and the blue and green bars (and the same for the other possibilities).

• RGB fixed level mode:
  This display is the same as the RGB display except that, in addition to the normalization to a white reference and phosphor, the display is also normalized to a pre-selected fixed luminance value.