Olympus Q Color 3TM Digital Camera
The Q-Color3TM digital imaging system delivers high resolution color images for microscopy documentation and publication. The 3.3 Megapixel CCD sensor and 30-bit color digitization produce high quality color images of brightfield, darkfield and fluorescence work. For low light applications, the Q Color 3TM cooled model minimizes thermal noise during long exposure times yielding high quality, low light images. The FireWire IEEE 1394 digital interface facilitates use and installation. A single wire connects the camera to the computer (including laptops) for full computer control of the camera.
The Q Color 3TM includes QCapture software for Windows® and Mac® based software systems and Adobe® Photoshop® Elements for image enhancements. A Software Development Kit (SDK) is available for interfacing with custom software.
| 3.3
Megapixel CCD Sensor (3.2 active Mpixel) |
High
resolution images for publication |
| FireWire™
IEEE 1394 Digital Interface |
Ease of use and installation
Laptop computer use for portability
No framegrabber or external power supply |
| Full
Color Binning up to 4x4 |
Rapid
preview and focus |
| Region
of Interest (ROI) Function |
Selection of a specific region within an image
through an easy click and draw function on the
computer screen |
| Exposure/Integration
Control |
Flexible control from 1.6 milliseconds to 18
minutes in 1 microsecond increments |
Peltier Cooling on Cooled Model
to 10ºC below ambient |
Minimizes thermal noise during low light imaging
High quality fluorescent images |
| 30-bit
Color Digitization |
1024
intensity levels per color |
| Complete Camera Control through Windows® or Mac® desktop or laptop computer |
Programmable exposure times, auto exposure, color balance control |
 
|
| Sensor |
Sony ICX252AQ - 8.933mm diagonal - 1" x
1.8" (1/2") optical format |
| Resolution |
2080 x 1542 active pixel resolution, 3.2 M active pixels |
| CCD Type |
Interlaced*, interline, Bayer color (R,G,B primary color mosaic filters on chip) |
| Pixel Size |
3.45 µ x 3.45 µ |
| Well capacity |
8600 e¯ |
| Readout noise |
9.8 e¯ |
| S/N ratio |
58 dB |
| Dark current (cooled) |
2.3 e¯/pixel/second |
| |
Readout Speed** |
|
8-Bit (default setting) |
|
|
|
2x2 binning |
|
3x3 binning |
|
4x4 binning |
|
ROI |
|
| |
20
MHz in 8-bit, 10 MHz in 10-bit |
|
Full resolution - 5.4 fps |
|
Full frame readout time 210 ms (8bit) 420 ms (10-bit) |
|
9.2 fps (8-bit) 4.1 fps (10-bit) in full color |
|
12 fps (8-bit) 6 fps (10-bit) in full color |
|
14 fps (8-bit) 7 fps (10-bit) in full color |
|
Region of Interest (up to 100 fps) |
|
| Exposure Times |
1.6 ms to 17.9 minutes with 1 µ resolution |
| Cooling (optional) |
| |
Approx. 10º C below ambient |
|
Reduces dark current during long exposure times |
|
| Power |
| |
Cooled - 560mA@12V=6.72WUncooled - |
|
310mA@12V=3.72WThe Q-Color3 can only draw power through |
|
a FireWire port. An auxiliary power supply cannot be hooked up |
|
directly to theQ-Color3. A PCMCIA FireWire card with an |
|
auxiliary power supply is required to run the Q-Color3 on a laptop. |
|
| Mounts |
| |
Standard C-mount for microscopes or lens |
|
Standard camera tripod mount 1 / 4" - 20 |
|
Interlaced, interline Bayer color sensor reads 2 fields per frame, reading out odd then even pixels. The 2 fields have equivalent exposure times but not simultaneously. The time difference between the 2 field readouts are 105 ms in 8-bit and 210 ms in 10-bit. The sensor has been designed for capturing still images.
** For fast previewing or focusing, binning modes can be used and then capture in full resolution.
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