ISPPEC Imaging Spectrometer
ISPPEC imaging spectrometer；P&P Optica's ISPPEC imaging spectrometer can obtain the spectral information of every point in a 2-dimensional spatial image. The imaging spectrometer also uses volume phase holographic diffraction grating technology, and can simultaneously collect the spectral information of one-dimensional spatial positions along the slit direction, and obtain the spectral information of the entire 2-dimensional space through line scanning.；The image below shows a spectrally resolved image of a slit positioned along the length of a mercury spectral lamp.；When combined with a scanning stage, the hyperspectral image can be obtained as shown in the figure below:；Features of the imaging spectrometer:；◆ The imaging spectrometer can capture spectrally resolved imaging of a two-dimensional scene.；◆ Allows simultaneous collection of data from each point along the length of the slit.；◆ As the slit scans across the scene, multiple images are acquired and assembled into a super-spectral image.；◆ All spectral data of a given point are collected at the same time, and it provides very high spectral resolution imaging (resolution as low as 0.3 nm).；System technical parameters；Parameter；Value；Size；32cm L x 12cm W x 10 cm H；Weight；typically <4 kg；F/number；F/3；Spectral range (free of second order effects)；Spectral range (free of second-order effects)；90-95% of an octave in the 350 nm to 2500 nm range；Spot diameter；19 µm @ 1000 nm in 25.4 x 9 mm^2 area；Spectral resolution (0.024 mm wide pixels)；Spectral resolution (0.024 mm wide pixels)；0.5 nm @ 400 nm and 2 nm @ 2000 nm；Linear dispersion；90%-95% of an octave per inch；Maximum detector size；25.4 x 12.7 mm；Dynamic range of a single 0.024 by 0.024 mm^2 pixel；Dynamic range of a single 0.024 by 0.024 mm^2 pixel；> 3,000 (depends on detector used)
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Overview
Specifications
| Parameter | Value |
|---|---|
| Size | 32 cm L x 12 cm W x 10 cm H |
| Weight | typically <4 kg |
| F/number | F/3 |
| Spot diameter [1000 nm in 25.4 x 9 mm² area] | 19 µm @ 1000 nm in 25.4 x 9 mm² area |
| Linear dispersion | 90 %-95 % of an octave per inch |
| Maximum detector size | 25.4 mm × 12.7 mm |
Datasheet
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