Product Specifications

The Thermo ScientificSpectraCAM XDR scientific grade
imaging system is based on thenew 2048 x 2048 pixel, random
access Charge Injection Device(RACID) imager architecture featuring
low noise, arbitrary pixel
selection and readout, and Non
Destructive Read-out capabilities.

Thermo Scientific SpectraCAM XDR™

Designed for Versatility
Designed for applications requiringextremly wide linear dynamic range,or adaptive exposure control, theThermo Scientific SpectraCAM XDR
imaging system uses unique random
access integration techniques
employing true random pixel
addressability,
Non-Destructive Read Out(NDRO), and selective Region ofInterest (ROI) clearing to provide highdynamic range that may exceed 10(7) or24-bits allowing the user to read very
dim pixels in the presence of highly
illuminated pixels. The SpectraCAM
XDR employs artificial intelligence (AI)algorithms for the readout or injectionof ROIs based upon the experimentallyobserved signal.
The hermetically sealed TE cooled
16bit SpectraCAM XDR system isconfiguired for end users or OEM
applications.

The camera software supports exportof data in various imaging (.FITS, .TIF,.JPEG, and .CID) and spreadsheet formats.
Along with programmable positionand size, each ROI may be individuallyprogrammed for completley
independent NDRO.
Features:. CID (Charge Injection Device)
Imager technology. High 16-bit Linear Dynamic Range, up to24-bits (with 100 NDRO’ s). True Random Pixel Addressability

Performance Options
The random access CID is sensitivefrom 185nm - 1100nm, and is capableof direct UV imaging. Application
specific coatings such as GdO2S for
imaging of mid to high level X-Rays,
as well as LUMOGEN for extending theUV range below 185nm are available.
The camera controller is based upon acustom FPGA with 16-bit A/D and aPowerPC® based CPU enabling
dynamic control of ROI data acquisition
algorithms and real-time videoprocessing.

. Non-Destructive Pixel Readout. Wide Wavelength Response. GigE (Gigabit Ethernet) output. Non-Destructive Readoutof selectable Regions. Virtually No Blooming Under SevereLight conditions. Contiguous Pixel Structure with High
Fill Factor

Applications:. Spectroscopy. Biological Imaging. Other Scientific Applications>Product Specifications

The SpectraCAM XDR imaging system is part of a line of scientific grade cameras and imagers with applications spanning a full spectrum ofindustries and applications. Thermo Scientific CIDTEC Cameras & Imagers has been in business for over 25 years with imaging products inscientific, machine vision, aerospace, medical, and radiation hardened markets.

SpectraCAM XDR scientific imaging systems
Imager:
CID820: 2048 x 2048 pixels

Pixel Full Well
>210,000 e-Readout Noise<40e- single read @ 2 MHz<10e- with 128 NDRO’ s

Non-destructive Read Out
Any pixel on the CID820 can be interrogated (or measured)at any point in time without affecting the photon-generated
charge in that pixel site (or any other pixel site).

Pixel Size:
12microns by 12microns

Dark Current:<7 e- per second per pixel at -45

Linearity+/- 3% from 3% to 80% of saturation

ROI<20usec. delay between ROI selection

Quantum Efficiency>45% @ 550nm and >20% @ 200nm*Deep UV and X-Ray converter coatings available foruse below 185nm

Cooling:
3 stage TE cooler with water recirculation

Readout Speed Selectable:
Slow Scan 2 MHz

Sealed:Hermetic sealed 3 years, Integrated water jacket

RAI (Random Access Integration) Software Drivers - Currently in development Fixed Exposure Time: User programmed ROIs integrated for user-selected exposure time analogous to CCD exposure.
Random Access Integration: Integration time automatically varied at ROI site based on experimentally observed signal.
Using non-destructive read and ROI clear features, intensely illuminated ROIs are integrated for multiple short integration times
while weakly illuminated ROIs are simultaneously allowed to integrate for longer periods, allowing for the extension of the dynamicrange up to 10(7) or 24-bits.
TRS (Time Resolve) Software Drivers (OPTIONAL)- Currently in development TRS Drivers allow for the observation of ROI signal profile with respect to time for multiple ROIs. The algorithms allow user programmabletime resolution as short as 100 microseconds for a single ROI. The algorithms are specifically designed for time-resolved techniques suchas gas and liquid chromatography, flow injection analysis, and laser or spark ablation.
AutoIntegrate Drivers (OPTIONAL)
ExtremeDR drivers allow the user to automatically combine the complete field of view offered by a full-frame “Fixed-Time” exposure withthe extended dynamic range of the “Random Access Integration” algorithms described above, allowing for simultaneous 10(7) linear
dynamic range (24-bits) on a full-frame image without compromising precision.

©2009 Thermo Fisher Scientific Inc. All rights reserved. All other trademarks are the property of Thermo Fisher Scientific Inc. and its subsidiaries. Specifications,terms and pricing are subject to change. For additional specifications visit the Microanalysis and Imaging resource center at: www.thermo.com/cidtec඾ུ࿶ව์คయၑഝ‫ڼ‬৆ٛ২ɧĳĸĴĮıııĶġ୷ဩࡇ஑‫ޘ‬ঌུ಴ĳĮĳĮĸ΍ϋΞΛ·ΫσŕņōĻıĵĸĮĵĴĵĮĳıĺıȁŇłřĻıĵĸĮĵĴĵĮĳıĺĸũŵŵűĻİİġŸŸŸįŢťŴĮŪŮŨįŤŰįūű