Shad-o-Box 3028HS0 pages

Shad-o-Box 3028 HS

High-Speed Industrial X-Ray Camera
The Shad-o-Box 3028 HS X-ray camera is the industry’s largest standard product
CMOS detector designed for real-time X-ray imaging and featuring a tiled array of
six identical CMOS image sensors.
X-ray CT applications will benefit from 30 fps frame rates at full resolution
combined with exceptionally low noise and an almost complete elimination of
image artifacts. The Shad-o-Box 3028 HS can also be operated in 2x2 binning
mode for even faster real-time NDT and scientific applications.

Detector Specifications
Resolution ttt
Data interface t t
t
Data/fps t
t
t
Power dissipation tt
Dimensions (LxWxH) t
t
Weight t t
t
t
Number of active rowstt
Number of columnstt
Active area heighttt
t
Active area widtht t
t
Pixel spacing (pitch)tt
Pixel fill factorttt

Key Features:
•t CMOS X-ray sensor technology
•t Active area of 30 x 28 cm
t (12” x 11”)
•t 8.3 Mpixel resolution at 30 fps
•t 14-bit digital image quality
•t nmatched sensitivity &
U
resolution
•t Real-time Camera Link (x2)
tinterface

2952 x 2820 pixels
CameraLink (Full)
8.3 Mpixel resolution at 30 fps
30 Watt (typical)
376 x 330 x 67 mm (14.8" x 13.0" x 2.6")
7.1 kg (15.7 lbs)
2952 pixels
2820 pixels
295 mm
282 mm
100 µm
>85 %

Typ. dark current (23°C)
12 ADU/s
Read noise (rms)t t
t
5-6 ADU
Dynamic rangettt3000:1
Digitizationt
t
t
14 bits
Image lagttt<0.1%
Typical non-linearity tt
1.5%
(1)tt

Applications:
•t Digital radiography
•t Industrial CT
t (Computed Tomography)
•t Real-time inspection /
t Non-Destructive Testing
•t X-ray analysis for mining
t & minerals

(2)

Readout period ttt22 ms
Max. frame rate (full res.)tt
30 Hz
Max. frame rate (2x2 binned)t
60 Hz
Output data ratet t
t
40 MHz
Data connector:t t
t
CameraLink MDR-26 (2x)
Power connector:tt
t
Lemo B-series 2-pin
Trigger I/O connector:t
t
Lemo B-series 8-pin
(3)

(1)
(2)
(3)

dark current doubles approx. every 8 °C
ADU = Analog-Digital Unit = 1 LSB (Least Significant Bit)
time required to transfer image from sensor to camera memory