Peltier cooled, and especially useful for applications
requiring very high image quality captured under low-light conditions
The Bigeye G-283B Cool is a low noise CCD camera with an
excellent dynamic range and an excellent signal/noise ratio.
It is best suited for applications with the highest demands on image quality.
Due to its Peltier cooling, the camera is ideal for image acquisition
needing long exposure times. The compact, robust metal housing of the
cooled cameras has a hermetically sealed vacuum section and made to operate
under rough conditions.
Being GigE Vision-compliant and compatible with AVT's GigE SDKs, the Bigeye
G-283B Cool can be easily integrated into existing applications. Additionally,
numerous third-party software solutions can also be used with this camera.
Smart features |
•
Dual-level Peltier cooling |
• 5-year
warranty against condensation |
•
Low dark current even at very long exposures |
• Superior
signal/noise ratio |
• Robust alloy metal
housing for industrial use |
• Secure
operation due to screw locks at all connectors |
• Multi-functional,
user-configurable I/O interface |
• Support of AVT’s
GigE (SDKs) |
|
Applications |
The
Bigeye G-283B is ideal for industrial and scientific imaging projects
such as: |
•
Low noise imaging |
• Image
acquisition with long exposure times |
• Microscopy
with high resolution |
• Non-destructive
evaluation of photosensitive objects |
• Fluorescence
microscopy |
• Gel electrophoresis,
DNA documentation |
• Astronomy |
|
Model |
Bigeye G-283B |
Resolution |
1928 x 1452 |
Sensor |
Type 2/3" CCD progressive mono |
Max. frame rate at full resolution |
5.7 fps |
Pixel Size |
4.54µm |
Exposure time |
Up to 4292 s (˜ 71 min) |
Dynamic range |
67 dB |
Video Output |
GigE Vision |
Cooling temperature |
-10°C |
Operating temperature |
0 °C ... 35 °C |
Power consumption (12 V) |
Max. <36 W, typ. <18 W |
Lens mount |
C-mount |
Dimensions (L x W x H ) |
111 x 90 x 99 mm (including connectors, w/o lens) |
Weight |
1250 g (cooled) |
AVT Bigeye G-283B
camera data sheet
|