A spectroscopy camera is a camera that is used as a detection device in a spectrometer. Spectrometers are used in chemistry, the pharmaceutical industry, the food and beverage industry, and manufacturing to analyze samples, either for identifying or measuring product quality. As samples go through the spectrometer, they create a unique spectrum that is captured by the spectroscopy camera. The spectroscopy camera can be used with many types of spectroscopy, including fluorescence, Raman, and absorption/reflection.
Considerations when choosing a spectroscopy camera :
Some things to consider when choosing a spectroscopy camera are its spectral range, resolution of image, sensitivity, how many active pixels, the width of the sensor, and image area.
Discover and compare spectroscopy cameras :
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| Company | Andor Technology | Andor Technology | Andor Technology | Andor Technology | Andor Technology |
| Item | Newton EMCCD and CCD Camera | 2.2µm InGaAs Detector Array | iStar 312 T CCD camera | iStar 340 T CCD camera | Newton 940 CCD camera |
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| Catalog Number | Newton 920 / Newton 920-BRD / Newton 940 / Newton 970 / Newton 971 | 2.2 | 312 T | 340 T | 940 |
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| Type | Spectroscopic EMCCD/CCD Camera | InGaAs array | CCD camera | CCD sensor | CCD |
| Pixel Resolution | (1024 x 255) to (2048 x 512) (depending on model) | 512 or 1024 | 512 x 512 | 1330 x 512 (Ø 18mm), 1850 x 512 (Ø 25mm) | 2048 x 512 |
| Cooling Method | Thermoelectric (TE) Cooling | Thermoelectric cooling | Inquire | Inquire | Thermoelectric cooling |
| Frame Rate | 2.2 to 10.1 fps (depending on model) | Inquire | up to 15.8 fps | up to 1,100 image/sec | Inquire |
| Applications | Raman spectroscopy, Atomic Emissions Spectroscopy, Fluorescence, Multi/Hyper , Spectral imaging, Fast reactions – Flow Cytometry, Single Molecule Detection, FRET | Spectroscopy | Inquire | Inquire | UV, VIS or NIR spectroscopy |
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