High-Pixel, High-Precision Multispectral Imager en Xiamen, Fujian, China
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Especificaciones
- Condición
- usado
- Número de stock
- ATH1620
- Spectral width
- Multispectral：109m×82m@h120m；
- Spectral channel
- 450nm@30nm，510nm@30nm，555nm@27nm，660nm@22nm，720nm@10nm，840nm@30nm
- Ground resolution
- Multispectral：5.28cm@h120m；
- Bits
- Multispectral：12bit；
- Shutter
- Multispectral：Global；
- Camera target
- Multispectral: 1/1.8";
- Effective pixels
- Multispectral：1.3Mpx；
- Power consumption
- 5W
- Fov
- Multispectral: 48.8°×37.5°;
- Optical window
- Sapphire optical glass window
- Image format
- Multispectral: 16-bit raw TIFF & 8-bit reflectance JPEG; RGB: 8-bit JPEG
- Storage medium
- SD card
- Shooting trigger
- Overlap trigger, timed trigger
- Shooting frequency
- Photo mode: 1Hz; Video mode: 20Hz
- Working temperature
- -10°C to +50°C (with relative wind speed ≥1m/s)
- Working humidity
- RH ≤ 85% (non-condensing)
- Categoría
- Equipo analítico general en China
- Subcategoría
- Vnir hyperspectral camera
- Subcategoría 2
- Hyperspectral imaging system
- ID de Anuncio
- 96017136
Descripción
The ATH1620 6-band multispectral imager features dual lenses and dual detectors, with six spectral bands: 450nm, 510nm, 550nm, 660nm, 720nm, and 840nm. Users can freely select each channel according to their application needs, performing calculations to obtain the required spectral information. This flexibility makes the camera suitable for a variety of agricultural tasks, environmental monitoring, and resource management.
The ATH1620’s high-speed acquisition capabilities allow it to capture details of fast-moving targets and dynamic processes. Optimized data processing algorithms ensure high image quality and accuracy. Whether used for crop monitoring, soil analysis, or vegetation coverage assessment, the ATH1620 provides precise spectral information and rich data support, meeting the needs of various industry applications such as agricultural monitoring, ecological conservation, emergency search and rescue, and camouflage detection.
Hyperspectral Imaging System
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