ATH1010-UAV-borne ultra-light hyperspectral camera
Introduction: TH1010 is a miniature hyperspectral imager with small size and light weight, which is especially suitable for unmanned aerial vehicles. In addition to small size and light weight, ATH1010 has the characteristics of high spatial resolution, high spectral resolution, and wide imaging range. ATH1010 consists of two parts: imaging lens and hyperspectrometer. The hyperspectrometer is based on transmission grating technology and has a good image。 Poor characteristics. ATH1010 adopts 1920×1200 pixels (narrow field of view) or 2048×2048 (wide field of view) high-performance CCD imaging device, with clear imaging and low noise; ATH1010 is a conventional straight-tube type hyperspectral, suitable for multi-rotor UAVs. Aiming at fixed-wing UAVs and other UAVs with short landing gears, Aopu Tiancheng has launched a special ATH1010L bending optical path hyperspectral to reduce the requirements for the height of the landing gear. ATH1010 can be used to measure the spectral information of plants, water bodies, soil and other ground objects in real time, and obtain spectral images. By analyzing the spectral images, it can establish relationships with the physical and chemical properties of plants, etc., for plant classification and plant growth status research. The entire system is compact in design, the mainframe of the imaging spectrometer has high spectral resolution, and at the same time, it adopts an external push-broom imaging method. It can form an independent measurement system with the field rotating platform and the indoor linear scanning platform, or it can be mounted on an unmanned aerial vehicle for aviation Remote sensing operations. Technical parameter: Spectral range: 400~1000 nm Spectral resolution: No Binning: better than 1.5 nm 4X4binning: 2.3nm Sampling interval: 0.6 nm F number F/# F/2.6 Detector: CMOS Data output interface: USB3.0 Detector power supply: USB power supply, 3.4 W Detector target surface size: 1/1.2”, 11.3 mm × 7.1 mm The original resolution of the detector: 1920 × 1200 The original pixel size of the detector: 5.86 µm x 5.86 µm Pixel depth: 12 bits Signal to noise ratio: 45 dB Dynamic range: 73 dB Slit width: 15 µm, 25 µm, etc. optional Recommended pixel merging method: 4×4 / 2×4 Maximum number of spatial bands: 1200 Maximum number of bands: 1920 Field of View (FOV): 15.2°@f=35 mm Instantaneous field of view (IFOV): 0.7mrad@f=35 mm Maximum frame rate: 250 fps Dimensions: 279 mm × 64 mm × 55 mm Weight: less than 545 g
Introduction: TH1010 is a miniature hyperspectral imager with small size and light weight, which is especially suitable for unmanned aerial vehicles. In addition to small size and light weight, ATH1010 has the characteristics of high spatial resolution, high spectral resolution, and wide imaging range. ATH1010 consists of two parts: imaging lens and hyperspectrometer. The hyperspectrometer is based on transmission grating technology and has a good image。 Poor characteristics. ATH1010 adopts 1920×1200 pixels (narrow field of view) or 2048×2048 (wide field of view) high-performance CCD imaging device, with clear imaging and low noise; ATH1010 is a conventional straight-tube type hyperspectral, suitable for multi-rotor UAVs. Aiming at fixed-wing UAVs and other UAVs with short landing gears, Aopu Tiancheng has launched a special ATH1010L bending optical path hyperspectral to reduce the requirements for the height of the landing gear. ATH1010 can be used to measure the spectral information of plants, water bodies, soil and other ground objects in real time, and obtain spectral images. By analyzing the spectral images, it can establish relationships with the physical and chemical properties of plants, etc., for plant classification and plant growth status research. The entire system is compact in design, the mainframe of the imaging spectrometer has high spectral resolution, and at the same time, it adopts an external push-broom imaging method. It can form an independent measurement system with the field rotating platform and the indoor linear scanning platform, or it can be mounted on an unmanned aerial vehicle for aviation Remote sensing operations.
