Application of imaging colorimeter in backlight detection

Product Description: How to Translate

CXS-2600 is a high-precision imaging colorimeter independently developed by Rainbow Color. It uses SONY back illuminated CMOS sensors, high-precision matched CIE XYZ filters, and two-stage TEC semiconductor cooling technology. It can operate in a set constant temperature environment, greatly reducing sensor noise and achievinggoodThe signal-to-noise ratio of the measurement results does not vary with the ambient temperature. It can meet the testing needs of various light-emitting devices such as illuminated key symbols, illuminated keyboards, and screen backlights in industries such as automotive, display, lighting, and electronics, and is equipped with user-friendly software design. Equipped with Canon fixed focus lens, it can achieve autofocus and electronic aperture selection. The large, medium, and small aperture settings can switch brightness by about three orders of magnitude, greatly improving the brightness measurement range.

Equipment features:

·Strictly match the filter of CIE XYZ to accurately obtain true and accurate brightness and brightness data;

·Two stage TEC semiconductor refrigeration technology, capable of operating in a set constant temperature environment;

·Auto focus and electronic aperture interchangeable lens;

·Multiple configurations, allowing users to choose different resolutions and lenses according to their needs and usage scenarios, providing customers with solutions that meet their requirementsGood cost-effectivenessThe solution;

·Rich software functions, including pseudo color maps of brightness and chromaticity uniformity distribution for single point, multi-point, and area, with adjustable upper and lower limits for each parameter;

·Equipped with input/output IO interfaces, trigger testing with customer's PLC and other automation equipment, output pass/NG indication, and provide third-party developed SDK software packages.

★ It can test the brightness and chromaticity uniformity of designated areas, and define the boundary lines of the testing area at designated locations, such as rectangles, circular areas, circles, triangles, and irregular closures. Multiple testing areas can be defined, and the maximum brightness, minimum brightness, average brightness, maximum deviation, and standard deviation data within the area can be read.