Home
Search
Site Map
What's New
11/14/02

Products
Accessories
Cameras
Frame
Grabbers
Microscopes
Monitors
Pre-Owned
Quality
Control
Printers
Software
Systems

Contact
IPS
Directions
Job
Opportunities
Request
Info

Support
FAQ's
Glossary
of Terms
Services
Suggested
Reading
Training

E-mail
the webmaster with questions or comments

| |

 |
PixelFly - High Performance Digital CCD
Camera Sytem, Super-Compact with a 1360 x 1024 Pixel Resolution.
PixelFly is a High Performance Digital CCD Camera
System, featuring the latest in CCD and electronics technology. The system
features an ultra-compact camera head which connects to either a standard
or compact PCI board via a high speed data link. The PCI boards include a
front-end processor that can handle task controls and provide opto-isolated
triggers. The front-end processor also includes high-side drivers allowing
integration to SPS and other required control functions. |
| PixelFly is a High Performance
Digital CCD Camera System, featuring the latest in CCD and electronics
technology. The system features an ultra-compact camera head which
connects to either a standard or compact PCI board via a high speed data
link. The PCI boards include a front-end processor that can handle task
controls and provide opto-isolated triggers. The front-end processor also
includes high-side drivers allowing integration to SPS and other required
control functions. The download feature of the processor via the PCI bus
adds to the versatility of the system. All camera functions are remotely
controlled via a digital interface, making the PixelFly usable in both
Intranet and Internet environments.
Features
 | Up to 1360 x 1024 pixel resolution |
 | 12-bit dynamic range |
 | Low light sensitivity |
 | Monochrome or color |
 | Smooth color/smooth contrast |
 | Readout noise typ. 10 electrons |
 | Exposure time 1/1000,000 to 10 seconds |
 | Captures 2 images with short interframing time |
 | Super-compact robust design |
 | High speed data transfer up to 10 m |
 | Standard or compact PCI control board |
 | Integrated front-end processor with opto-coupler input
and high-side driver
|
|
CCD Sensor |
SVGA (Mono & Color) |
HiRes SVGA (Mono & Color) |
|
Number of Pixels |
1280 (H) x 1024 (V) |
1360 (H) x 1024 (V) |
|
Pixel Size |
6.7 µm x 6.7 µm |
4.65 µm x 4.65 µm |
|
Sensor Format |
2/3" |
1/2" |
|
Scan Area |
8.6 mm x 6.9 mm |
6.3 mm x 4.7 mm |
|
CCD Temperature Control |
Digital Temperature compensation |
|
Digital Offset Control |
12-bit |
|
Full Well Capacity |
25,000 electrons |
12,000 electrons |
|
Dynamic Range |
12-bit |
|
Scan Rate |
20 MHz |
20 MHz |
|
Readout Noise Typ. |
10 electrons |
10 electrons |
|
Imaging Frequency |
12.5 fps @ full frame |
12.5 fps @ full frame |
|
24 fps @ vertical 2 binning mode
|
|
48 fps @ vertical 4 binning mode
|
|
A/D Conversion Factor |
5 electrons/count |
3 electrons/count |
|
Spectral Range |
280 to 1000 nm |
|
Average Dark Charge
(at 20oC) |
< 3 electrons/pixel-sec |
|
Anti-Blooming Factor |
> 1000 |
|
CCD Quality |
Grade 0 |
|
Quantum Efficiency (black/white
@ 500 nm)
|
Typ. 40% |
|
Non-Linearity (Differential) |
< 1% |
|
Binning Vertical |
Factor 1, 2, 4 |
|
Binning Horizontal |
Factor 1, 2 |
|
System Performance
|
|
CCD Sensors |
VGA black/white - 640 (H) x 480 (V) pixels, 1/2" sensor, 9.9 µm x 9.9 µm |
|
SVGA black/white - 1280 (H) x 1024 (V) pixels,
2/3" sensor, 6.7 µm x 6.7µm
|
|
HiRes SVGA black/white - 1360 (H) x 1024 (V) pixels,
1/2" sensor, 4.65 µm x 4.65 µm
|
|
Optical Input |
C-mount |
|
Data Transmission |
 | High speed LVDS |
 | Shielded Ethernet patch cable cat. 5, 2-10 m |
 | RJ45 connector
|
|
|
PCI Interface Board |
For standard PCI or compact PCI |
|
Front-End Processor |
Type: ATMEL AT90S8515
Speed: 8 Mips
Download: via PCI bus
Interface: 6 optocoupler input 4 high-side driver 12V/24V
TTL I/O
|
|
|
Product information within this page was obtained from the manufacturers written specifications. Due to ongoing product development, component availability and technology advancements specifications may change without notice. IPS is not responsible for the accuracy of the above specifications.
|
|