The Syncerity scientific CCD Deep Cooled camera delivers affordability without compromising on performance for a range of spectroscopy applications.
The Syncerity is the most cost-effective camera in its class. With three sensors to pick from, the Syncerity spans a broad range of spectroscopy applications such as Fluorescence spectroscopy, UV-Vis-NIR photoluminescence, and Raman spectroscopy. The Syncerity CCD cameras benefit from the newest electronic designs, providing performances once offered only by high-end scientific cameras.
Features
| Feature |
Spectroscopy Benefits for Research and OEM |
| Unmatched read-out noise |
Unmatched read-out noise at a speed of 45 kHz. |
| Unmatched linearity and dynamic range |
Measured values on each camera exhibit outstanding performance: 92.5 dB typical dynamic range with <0.4% non-linearity. |
| Deep thermoelectric cooling (minimum) |
For very low dark current:
-60 °C @ +25 °C ambient for OE
-50 °C @ +25 °C ambient for BI |
| UV and NIR quantum efficiency enhancement |
Back-illuminated with UV and NIR QE enhancement and front-illuminated open electrode for broad QE. |
| Ultra-compact size |
Suitable for use on microscopes and OEM integration. |
| Lifetime vacuum warranty |
All metal sealed technology provides a maintenance-free permanent vacuum. |
| PC interface |
USB 2.0 high speed with 100% data integrity and no controller box. |
| Ruggedized connectors |
Maintain total system integrity in industrial environments. |
| Open electrode CCD technology |
Wide spectral coverage with QE of 27% at 250 nm and 55% at 800 nm. |
| Scientific Grade 1 CCD |
1024 x 256 - 26 µm pixel size for Front Illuminated Open Electrode Syncerity.
2048 x 70 - 14 µm pixel size for Back Illuminated UV and NIR Syncerity. |
| Flexible input and output trigger interface |
Experiment synchronization with External Trigger In and TTL Shutter Out with programmable edge triggering. |
| LabView VIs and SDK available |
Flexible software to incorporate a Syncerity CCD into current apparatus or as an OEM component. |