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Comparison of
* Comparison with Konica Minolta's previous model CS-1000 for target luminance of 0.1 cd/m
repeatability
* The y-axis indicates the logarithm when the average of the CS-2000 measured values is assumed to be 1.
Luminance ( Lv )
100
10
Difference:
Difference:
1
CS-2000
0.1
High repeatability achieved by an instrument design which thoroughly eliminated mechanical and electrical noise factors.
Measured luminance vs. Measurement times
(Units: sec.)
Luminance (cd/m
2
)
NORMAL mode
0.003
0.01
0.1
1
10
300
Measurement subject: Standard light source A
Projector
System Confi guration
Standard accessories
Optional accessories
ND filter
CS-A33
(1/10)
(1/100) CS-A34
Close-up lens
CS-A35
White Calibration Plate
CS-A5 (without data)
CS-A5 (with data)
CS-A5 (with data
and calibration certificate)
Chromaticity ( x )
100
CS-1000
10
24.7 times
24.7 times
1
0.1
FAST mode
243
35
243
35
155
27
19
5
4
4
3.7
3.7
* All time indications are approximate values.
CS-2000 main unit
Lens Cap
Storage Case
CS-A30
CS-1000
Difference:
Difference:
34.7 times
34.7 times
CS-2000
Technology
The optical sensor, which is the
heart of the CS-2000, was designed
through precise analysis in order to
eliminate the influence of thermal
distortion of its components on the
measurement values.
A display panel with a high contrast ratio (Image)
Calibration certificate
USB cable (2 m)
AC Adapter
Pan Head
AC-A312
CS-A4
Tripod
CS-A3
2
Chromaticity ( y )
100
CS-1000
10
Difference:
Difference:
24.3 times
24.3 times
1
CS-2000
0.1
Thermal analysis diagram
of the sensor block
Measurement example:
Eyepiece with ND filter
CS-A1
CCD Camera
Adapter
CS-A36
CS-A32
Data Management
Software
CS-S10w
Personal computer
Professional
(commercial product)
Edition
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