UltraVIEW VoX 3D Live Cell Imaging System
UltraVIEW VoX 3D Live Cell Imaging System
UltraVIEW VoX 3D Live Cell Imaging System
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SPECIFICATIONS<br />
Hamamatsu ® C9100-13 Sub-array readout Yes<br />
continued Interface Camera Link<br />
A/D converter<br />
Frame rate<br />
Real time image processing<br />
Ultra low light detection<br />
QE<br />
16 bits<br />
31.9 fps (maximum at 1 x 1 binning)<br />
>25 fps (1 x 1 binning, fully synchronized)<br />
Background subtraction, shading correction<br />
Photon imaging mode<br />
>90% (peak)<br />
Hamamatsu ® C9100-14 Camera head Hermetic vacuum-sealed head<br />
Dual cooling<br />
<strong>Imaging</strong> device<br />
Effective pixels<br />
<strong>Cell</strong> size<br />
Pixel clock<br />
Readout noise (r.m.s typical)<br />
Full well capacity (typical)<br />
Electron multiplier gain max.<br />
Cooling temperature<br />
Dark current<br />
Exposure time<br />
Air or water cooling<br />
Back-thinned frame transfer EMCCD<br />
1024 (H) x 1024 (V)<br />
13 µm (H) x 13 µm (V)<br />
Up to 11 MHz (EMCCD)<br />
Up to 2.75 MHz (normal CCD)<br />
10 electrons (at minimum EM gain,<br />
11 MHz EMCCD)<br />
8.5 fps (1 x 1 binning, fully synchronized)<br />
Background subtraction, shading correction<br />
Photon imaging mode<br />
>90% (peak)<br />
Note: The <strong>UltraVIEW</strong> <strong>VoX</strong> can can support single or multiple camera configurations including simultaneous imaging.<br />
Computer Workstation Options<br />
Windows ® PC (32-bit, 4 GB)<br />
Lenovo ® S20 workstation<br />
32-bit Windows ® XP Professional<br />
Intel ® Core2 Quad W3520 – 2.66GHz x 4<br />
4 GB RAM<br />
1 TB disk storage (RAID 0)<br />
ATI Radeon HD 5870 graphics for high-performance <strong>3D</strong> visualization<br />
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