More detail products information please contact with our services center. E-mail: unicehq@unice.com.tw
Model
IS510-0.90-1.70/320
Device Type
Image Quality AOTF (aperture size 10 x 10 mm)
Wavelength Range
900 - 1700 nm
Spectral Resolution
6 - 20 nm
Camera Model
SU320KTSX-1.7RT High Sensitivity InGaAs SWIR Camera
Camera Resolution
320 x 256 pixels
Field of View for Camera System (Horizontal)
1.5 - 6.5° with Tamron Zoom Lens f70-300 mm;
Field of View for Microscope System
1.6mm with 4x objective lens;
Camera Mount
C-mount
Lens Mount
C-Mount and F, PK Mount Adapter
Driving Power
~2 watts
RF Connector - type
SMA
Weight
620 g
Dimensions (WxHxD)
65 x 52 x 196 mm
AOTF Imaging System (BAOTFIS) software
The AOTF Imaging System (BAOTFIS) software allows users to acquire hyperspectral data cubes and save data in either text or .png format. Direct and real-time control of the AOTF driver and camera are available via the application’s graphical user interface.
BAOTFIS software provides optional non-uniformity correction (NUC) and spectral response correction (SRC). Either NUC or SRC, or both, can be applied. BAOTFIS software is provided with SPFII AOTF RF driver software to control the AOTF driver. An SPFII driver SDK is also available.
The AOTF SWIR Hyperspectal Imaging System uses an external source for various HME, WMD, and Hyperspectral Taggant signatures for many military, defense, robotics, security and other mission-critical imaging applications.
KEY FEATURES
APPLICATIONS
SWIR Hyperspectral Imager Scanning Various Liquid Samples
VIDEO
This video demonstrates Brimrose IS510 SWIR Hyperspectral Imager, a rugged unit with no physically moving parts, testing five liquids in the short wavelength infrared spectrum. These include vinegar, gasoline, silicone oil, water and acetone. Brighter pixels reflect higher transmission spectral values. Acquisition speed of the system was 30 fps (video includes pauses at spectral peaks), with 200 total spectral points collected. A graph of the samples' center-weighted spectra is given at the end of the video. Differing absorption/transmission bands of the samples can be clearly seen, especially between water-based and oil-based groups.
