Minimizes reflection losses from UV to IR; No optical losses due to multiple optical surfaces; Optional AR coating and wedge windows available.
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1 SOPHIA: 2048B The SOPHIA : 2048B camera from Princeton Instruments (PI) is fully integrated, ultra-low noise 2048 x 2048, 15 µm pixel CCD camera designed expressly for the most demanding quantitative scientific applications from astronomy to x-ray imaging. Designed utilizing our exclusive ArcTec thermoelectric cooling technology, SOPHIA is the only camera that offers cooling down to -90 C just with air assist. The all-metal, hermetically sealed design, with the industry s only lifetime vacuum guarantee, ensures maintenance-free operation. High QE and ultra-low-noise electronics make the SOPHIA: 2048B camera ideal for demanding, low light applications. The excelon and back-illuminated technology of the camera delivers the highest sensitivity while reducing etaloning that occurs in standard back-illuminated CCDs. Multiple speed operations up to 16 MHz allow these cameras to be used for steady state as well as fast kinetics studies. FEATURE excelon technology 2048 x 2048 imaging array; 15.0 mm x 15.0 mm pixels. Scientific grade CCD All-metal, hermetic vacuum seals; Lifetime vacuum guarantee Deep cooling with ArcTec technology Single fused silica vacuum window Optional UV phosphor coatings Large 45 mm integrated shutter Low noise electronics Flexible readout design Software selectable system gains Kinetics USB3.0 data interface Optional: LightField (for Windows 10/8/7, 64-bit) PICAM (64-bit) / PVCAM (32-bit) software development kits (SDKs) BENEFITS Higher QE in the UV and near IR regions; Extremely low etaloning: 100x lower dark charge than back-illuminated deep depletion. > 3 fps at 16 MHz for rapid image acquisition and large field of view Low noise, few defects, linear response. No out-gassing (as in epoxy seals) which can compromise vacuum performance; Worry free operation. Low dark noise allows detection of faint signals Minimizes reflection losses from UV to IR; No optical losses due to multiple optical surfaces; Optional AR coating and wedge windows available. Enhances sensitivity throughout the UV to below 200 nm. No vignetting even at low f-numbers. Easily acquire bias and dark reference. Best performance for low light level applications. Three readout speeds and three readout (single, dual and quad) configurations for utmost flexibility for highest SNR and fastest image acquisition Flexibility to optimize signal-to-noise ratio and dynamic range. Custom readout mode offers microsecond resolution. Plug-and-play operation with desktops or laptops; Optional fiber optic interface for remote operation. Flexible software packages for data acquisition, display and analysis; LightField offers intuitive, cutting edge user interface, IntelliCal, easy LabVIEW and MATLAB integration, and more. Compatible with Windows 10/8/7 (64-bit), and Linux (contact factory for an update) Universal programming interfaces for easy custom programming. Applications: semiconductor failure analysis, astronomy, photometry, laser beam profiling, luminescence and fluorescence imaging, and Bose-Einstein Condensate (BEC) Page 1 of 6
2 SPECIFICATIONS Features CCD Image Sensor SOPHIA: 2048B excelon Back-illuminated CCD. Highest sensitivity in the visible region. High sensivity in the NIR. Extremely low etaloning. 100x lower dark charge than the BR. Princeton Instruments proprietary CCD, grade 1, AIMO SOPHIA: 2048B Back-illuminated CCD. Highest sensitivity in the visible region. e2v CCD back-illuminated, grade 1, AIMO Dark current -90 C CCD UV coating Quantum efficiency CCD format Imaging area Lens mount Deepest cooling temperature Thermostating precision Cooling method Full well: ADC speed/16 bits* Single pixel Output node System read noise per MHz Vertical shift speed Non-linearity Software selectable gains Data interface I/O signals Operating environment Certification Dimensions / Weight Optional UV coating See graph, next page 2048 x 2048 imaging pixels; 15.0 x 15.0 mm pixels; 100% fill factor 30.7 x 30.7 mm (optically centered) F-mount with integral 45 mm shutter < -90 C (typical), with OASIS 3 liquid chiller < -90 C (typical), with air ±0.05 C Thermoelectric air or liquid cooling (OASIS 3 required) 150 ke- (typical) 1000 ke- (typical) 16 MHz, 4 MHz and 400 KHz 4.5 e- rms (typical) 8.5 e- rms (typical) 22 e- rms (typical) 24 msec/row (programmable) 100 khz 1, 2, 4 e-/adu (low noise input) (typical) USB3.0 (5m interface cable provided); Optional Fiberoptic interface is available for remote operation Two MCX connectors for programmable frame readout, shutter, trigger in +5 to +30 C non-condensing CE mm (9.91 ) x 129 mm (5.08 ) x mm (5.62 ) (L x W x H) / 6.5 kg (14.3 lbs) *with 4-port readout All specifications subject to change Contact your local sales representative for information on the availability of the BR model. READOUT TIME* khz 1 x x x x x Page 2 of 6
3 Quantum Efficiency Curves 100% 90% 80% 70% Quantum Efficiency (%) 60% 50% 40% 30% 20% 10% 0% B_eXcelon B With optional UV coating NOTE: Graph shows typical Quantum Efficiency (QE) data measured at - 25 C. QE decreases at normal operating temperatures. For the best results for your application, please discuss the specific parameters of your experiment with your sales representative. Page 3 of 6
4 VACUUM WINDOW AR COATINGS Transmission (%) NIR-AR 70 NO-AR 65 MgF 2 BBAR ( nm) NOTES: Standard anti-reflection (AR) coating options shown on graph Designed by Acton Optics, our BBAR coating offers unmatched performance for 400 nm nm Custom wedge window options and other AR coatings are also available Contact your local sales representative for more information Page 4 of 6
5 excelon Performance QE Data measured at +25 C Amplitude 10 Amplitude excelon B/I % QE Increase (excelon : BI) B_eXcelon provides superior QE over the standard back illuminated ( B ) version in the UV-NIR range. Etaloning Performance Comparison -excelon : B/I NOTES: QE data at +25 C. The PIXIS: 512_eXcelon QE data represents calculated + measured values. B_eXcelon provides significantly lower etaloning (unwanted fringes) compared to standard back illuminated ( B ) version. Data taken with white light source through a monochromator comparing etaloning performance of excelon vs. back-illuminated CCDs. Page 5 of 6
6 OUTLINE DRAWING SOPHIA: 2048 (AIR/LIQUID COOLED) WINDOW 3.2 FOCAL PLANE Weight: 6.5 kg (14.3 lbs) Page 6 of 6
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