|
Spectral Range |
VISNIR(400-1000nm) |
SWIR(900-2500nm) |
|
Merged Spectral Range |
400-2500nm
|
|
|
Dispersive Element |
Transmission Grating
|
|
|
Number of Spectral Channels |
≥1200
|
≥250
|
|
Number of Merged Spectral Channels
|
≥1450
|
|
|
Number of Spatial Channels |
≥1920
|
≥640 |
|
Number of Merged Spatial Channels
|
≥640
|
|
|
Spectral Sampling Interval |
≤0.6nm |
≤6.5nm |
|
Spectral Resolution（FWHM） |
≤2.5nm |
≤10nm |
|
F-number
|
F/2.5 |
F/2.5 |
|
Detector Type |
CMOS |
MCT |
|
Sensor Size |
≥11.3×7.1mm |
≥9.6×7.68mm |
|
Pixel Size |
≥5.86um×5.86um |
≥15um×15um |
|
Effective Bit Depth |
≥12bits |
≥14bits |
|
Lens Focal Length |
25mm |
25mm |
|
Field of View |
25.36°@f=25mm |
21.7°@f=25mm |
|
Merged Field of View |
21.7°@f=25mm
|
|
|
Instantaneous Field of View |
0.23mrad@f=25mm |
0.59mrad@f=25mm |
|
Merged Instantaneous Field of View |
0.59mrad@f=25mm
|
|
|
Cooling Method |
Internal Air Cooling |
Stirling Cooling |
|
Effective Slit Length |
≥11.3mm |
≥9.6mm |
|
Slit Width |
≤25um |
|
|
Pixel Binning Mode |
1×1,2×2,4×4 |
1×1 |
|
Frame Rate |
128fps |
200fps |
|
Power Consumption |
≤72W |
|
|
Operating Temperature |
0-40°C |
|
|
Storage Temperature |
0-50°C |
|
|
Camera Interface |
USB3.0 |
|
|
Built-in Embedded Data Acquisition & Processing Unit
|
Built-in Embedded Processor with 512 GB SSD Storage
|
|
|
Application Software |
FIGSPEC UAV, FIGSPEC Merge, FIGSPEC Studio |
|
|
Data Format |
Compatible with *.spe, *.hdr, *.scp formats
|
|
|
Calibration Method |
Reflectance Calibration, Regional Calibration (supports batch processing) |
|
|
Observation Method |
Real-time monitoring of UAV sampling location, hyperspectral images, and spectral data via ground station
|
|
|
Operation Mode |
Easy to operate, no professional UAV pilot required, supports single-person operation
|
|
FS6B-Airborne Full-Spectrum Hyperspectral Camera
The FS6B hyperspectral camera is widely applicable in scenarios such as river water quality monitoring, forestry resource exploration, and agricultural ecological assessment, and can provide precise spectral data.
