Digital CCD Line Scan Camera SK 1024 XSD ( Rev.1.0. / 20.09.2005 ) - Manual Page
2
SK 512 XSD
IL-P3-512B
512
14µm x 14µm
14 µm
14 µm
7.17 mm
3)
yes
yes
yes
20 MHz
10 µs
20 ms
2)
34.7 kHz
0.05 kHz
1 : 5000 (rms)
400 - 1000 nm
100%
8 Bit digital
LVDS
+5V, +15V, -15V
1.5W
C-Mount 1”-32TPI
Ø65mm x 50mm
0.2 kg
+5°C ... +45°C
1. Technical Specifications of the XSD Camera Series
Camera Model
CCD sensor
Number of pixels
Pixel size
Sensor width
Pixel distance
Active length
PRNU Photo Response Non
Uniformity
Anti-Blooming
Integration Control
CDS
1)
Pixel frequency max
Min. integration time
Max. integration time
Max. line frequency
Min. line frequency
Dynamic range
Spectral range
Video signal
Interface
Voltage supply
Power consumption
Lens connection
Housing (W x H x D)
Weight
Temperature range
SK 1024 XSD
IL-P3-1024B
1024
14µm x 14µm
14 µm
14 µm
14.3 mm
3)
yes
yes
yes
20 MHz
10 µs
20 ms
2)
18.4 kHz
0.05 kHz
1 : 5000 (rms)
400 - 1000 nm
100%
8 Bit digital
LVDS
+5V, +15V, -15V
1.5W
C-Mount 1”-32TPI
Ø65mm x 50mm
0.2 kg
+5°C ... +45°C
SK 2048 XSD
IL-P3-2048B
2048
14µm x 14µm
14 µm
14 µm
28.7 mm
3)
yes
yes
yes
20 MHz
10 µs
20 ms
2)
9.5 kHz
0.05 kHz
1 : 5000 (rms)
400 - 1000 nm
100%
8 Bit digital
LVDS
+5V, +15V, -15V
1.5W
M40 x 0,75
Ø65mm x 51mm
0.2 kg
+5°C ... +45°C
1)
CDS = Correlated Double Sampling. Noise reduction technology, increase of photosensitivity.
2)
Longer exposure times are possible, but the signal-to-noise ratio will be reduced.
3)
For further sensor specifications obtain the details of the sensor manufacturer. See the datasheet at the end.
2. Handling details of the line scan camera
Attention:
Before the line scan camera is atached to or detached
from the power supply make sure the power supply is
switched off.
Otherwise, a permanent damage of the line scan
camera device is risked.
To prevent damage due to heat accumulation and keep
the temperature of the camera below 45°C, a sufficient air
circulation around the camera housing has to be ensured.
To start operation the camera has to be connected to
the necessary voltage, the MasterClock- and StartOfS-
can-Signals using a
36-pin Centronics Miniature
Connector.
The camera is shiped aligned and set to default settings
in gain and offset. Extensive modifications of the
gain/offset-parameter can lead to a decrease in signal
quality.
A successful application of the line scan camera is
based upon a careful adjustment of the whole optical
system. Attention should be paid to the arrangement of
the illumination, the aperture setting, the focussing
range of the lens, as well as the orientation of the sen-
sor axis to the scanning direction.
Recommendation:
Using the SK9192D PC-Interface and the SkLineScan®
software by
Schäfter+Kirchhoff the camera is ready
for operation immediately. The oscilloscopical display of
the line scan camera signal including the zoom-function
and the online parameter setting of the camera is a
valuable tool while arranging the optical system setup.
The hardware preprocessing on the Interface board
(Shading Correction, Windowing, Thresholding) enables
recording and evaluation with maximum line frequency.
Furthermore, the comfortable methods of the class
libraries for C++ support the development of user
software.
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