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Thermo Scientific™
SpectraCAM™ 86 Cooled Scientific Imaging System
Catalog number: SPECTRACAM86
Thermo Scientific™
SpectraCAM™ 86 Cooled Scientific Imaging System
Catalog number: SPECTRACAM86
Thermo Scientific™ SpectraCAM86 is a scientific-grade camera system based on a new Charge Injection Device imager architecture featuring low noise, arbitrary pixel selection, readout and clear, and pixel collective readout or binning. Designed for applications requiring adaptive exposure control, the SpectraCAM uses a random access integration technique employing random pixel selection, collective read or binning, non-destructive read and selective ROI clearing to provide high dynamic range that may exceed 108 or 28 bits.
Catalog Number
SPECTRACAM86
Unit Size
Each
Efficiency
>55% at 550nm and >10% at 200nm
Noise
<240electrons single read at 50 kHz; <24electrons with 128 NDROs
Pixel Size
27 x 27 µm
Price (USD)
| Camera | High Dynamic Range |
| Pixel Size | 27 x 27 µm |
| Cooling Agent | Three-Stage TE Cooler with Water Recirculation |
| Response Time | <20 µsec Delay Between ROI Selection |
| Displayed Pixels | 540 x 540 |
| Efficiency | >55% at 550nm and >10% at 200nm |
| Noise | <240electrons single read at 50 kHz; <24electrons with 128 NDROs |
| Purge Gas Type | Purified Argon or Nitrogen at 60 to 80 mL/Min |
| Full Well Capacity | >500000 Electron |
| Binning | Independent Horizontal and Vertical Control, Upto 4 Columns and up to 4 Rows May be Read Collectively and Non-Destructively |
| Speed | Slow Scan 50 kHz, Fast Scan 200 kHz |
| Description | SpectraCAM86 Cooled Scientific Imaging System |
| Unit Size | Each |
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| Catalog Number | Specifications | Unit Size | Efficiency | Noise | Pixel Size | Price (USD) | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| SPECTRACAM86 | Each | >55% at 550nm and >10% at 200nm | <240electrons single read at 50 kHz; <24electrons with 128 NDROs | 27 x 27 µm | Request A Quote | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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- CID (Charge Injection Device) proprietary imager technology
- 540 x 540 pixel resolution
- Non-Destructive Readout (NDRO)
- Superior anti-blooming; virtually no blooming under severe light overloads Arbitrary user- or process-controlled Region Of Interest (ROI) readout
- Collective non-destructive readout of binned pixel regions
- Collective charge injection or clear of binned pixel regions
- Artificial Intelligence (AI) algorithms for the readout or injection of ROI based on the experimentally observed signal
- High dynamic range (up to 28 bits)
- True random pixel addressability
- Wide wavelength response (165 to 1000nm) Contiguous pixel structure with high fill factor
- RACID (Random Access Charge Injection Device) imager is capable of direct low energy (CuKa) X-Ray imaging
- GdO2S coating is available for mid-to-high-energy-level X-Ray imaging, as well as LUMOGEN coating for extended UV sensitivity
- RACID imagers employed in the SpectraCAM are cooled with a three-stage thermoelectric cooling system to reduce dark current; a water recirculation system is used to further reduce dark current
- 16-bit gray level camera controller is based on Pentium™ CPU/PC104+ architecture enabling dynamic control of ROI data acquisitional algorithms and real-time video processing of acquired data
- Camera software also supports the export of data in various imaging (JPEG and TIF) and spreadsheet formats
- In additon to programmable postition and size, each ROI may be individually programmed for pixel collective read (or binning) and non-destructive reads per pixel
- Direction of scan in both the horizontal and vertical axis is user programmable on a global basis, as is the pixel readout speed
- The Purged SpectraCAM is commonly used in applications where argon or nitrogen gas is readily available
The purified gas is used to purge the imager container in order to eliminate moisture from the imager environment
Recommended for:
The near 100% fill factor and the ability to discern very weak optical signals in the presence of very strong optical signals make the SpectraCAM ideally suited for spectroscopy and X-Ray crystallographic applications.
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