Measure the brightness distribution and chromaticity distribution of various FPDs, projectors, backlights, etc. with high-resolution and two-dimensional methods. It can quickly and efficiently implement analysis and evaluation from measurement to data, so this measuring instrument is suitable for evaluating the results of development and research activities or testing products.

① High-precision measurement of two-dimensional color distribution

Konica Minolta Sensing proudly launched the two-dimensional color brightness meter CA-2000, which can measure the color distribution of various light-emitting devices (including various display devices such as plasma displays and liquid crystal displays, and automotive parts such as car navigation systems or dashboards) And uniformity for high-precision two-dimensional measurement.

CA-2000 uses XYZ filter and high-resolution CCD to provide sensitivity very close to that of the naked eye, so as to perform accurate and high-resolution two-dimensional measurement of luminance distribution and chromaticity distribution of FPD, projector, backlight and other equipment. The accompanying software is simple and easy to use, enabling fast and efficient measurement, data analysis and evaluation. This combination of instrument and software is extremely useful for evaluating and testing the results of development research activities.

② Advanced technology and high reliability that can meet customer needs

In 1993, Konica Minolta launched the two-dimensional color luminance meter system CA-1000 (only sold in Asia), which is used to measure the color distribution and color uniformity of light-emitting devices (such as various types of displays, LED products, etc.) , Chromaticity and luminance are measured in two dimensions. After that, in April 2001, the two-dimensional color distribution sensor CA-1500 (specially sold in Asia) was launched and was highly praised for its shorter measurement time and lower cost.

With the recent development of IT services and digital broadcasting becoming mainstream, the research and development of various displays, mainly plasma and liquid crystal displays, is speeding up, striving to provide higher definition and more moving images. In addition, the development of color-changing instruments for automobile dashboards and other LED products urgently requires measuring instruments with more diversified functions and higher performance.

Due to these advances in the technical community to achieve higher definition and more vivid colors, and the increasingly fierce competition among manufacturers, there has been a constant demand for two-dimensional light source colorimeters that can obtain high-resolution measurement data with high efficiency. Increasing.
The new two-dimensional color luminance meter CA-2000 can meet these needs. The instrument can measure the color distribution, color uniformity, chromaticity and brightness of the light source with a high resolution of 980 × 980 measurement points.
In addition, with the color management software CA-S20w included as a standard accessory, measurement data can be displayed in an intuitive and easy-to-understand visualization window, and various evaluations and analyses can be performed through simple operations.
Konica Minolta has always played an important role in the field of display and light source color measurement. The CA-210 monitor color analyzer for measuring the white balance of monitors on the production line has become the de facto standard in the industry, and the highly praised color luminance meter CS-200 uses Konica Minolta's original method to provide high-precision measurements. As a pioneering and innovative global company, Konica Minolta has advanced technology and high reliability that can meet customer needs. It will continue to provide quality products and services for the imaging industry including display and light source color measurement.

Other functions

• Synchronous measurement can be performed by entering the synchronization frequency value.
• Through the cumulative measurement of up to 256 times, high-precision measurement can be performed at low brightness.
• The backlight cancellation function realizes the evaluation that is not affected by the deviation of the backlight.
• The user corrects the brightness and chromaticity.