MULTI CAMERA IMAGING COLORIMETER WP4230
Description
Fast measurements are essential in production and it is here where the MCIC shines. With takt times of 1 second for color, it is much faster than comparable filter wheel colorimeters. The instrument may be configured with up to four Smart Series USB3 CMOS photometers, where each one is individually filtered for luminance, XRed, XBlue and Z tristimulus.
MULTI CAMERA IMAGING COLORIMETER WP4230
Specifications |
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|---|---|
| Spectral Range: | 380-1000nm |
| Optical Resolution (FWHM): | -- nm |
| Luminance Measurement Range: | 0.003-30000cd/m^2 |
Features
High speed
Rapid acquisition
USB 3.0 interface
Applications
Uniformity of displays, backlights and SSL fixtures
Defect testing of displays
LED display panel calibration
Beam pattern distribution analysis
For pricing, technical or any other questions please contact the supplier
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Canada
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Frequently Asked Questions
Yes, a spot spectroradiometer and flicker sensor can be integrated into the MCIC for automatic correction of chromaticity and luminance values. The spectral and flicker measurements can be executed in parallel with the MCIC photometers. Contact Westboro for customization options.
The MCIC is much faster than comparable filter wheel colorimeters, with takt times of 1 second for color.
The MCIC may be configured with up to four Smart Series USB3 CMOS photometers, where each one is individually filtered for luminance, XRed, XBlue, and Z tristimulus.
Yes, the MCIC is inherently more reliable than filter wheel colorimeters as it has no moving parts. Additionally, the Smart Series CMOS photometers in the MCIC do not have integrated Peltier coolers, improving reliability further.
The MCIC is used for uniformity testing of displays, backlights, and SSL fixtures, defect testing of displays, LED display panel calibration, and beam pattern distribution analysis.