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OptoskyModel ATP9101 -Miniature Field Spectroradiometer 2

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ATP9101 has high reliability, ultra-high speed, low cost, high cost performance and other characteristics, can adapt to online testing and other environmental applications of the micro field spectroradiometerThe measurement spectrum is fast, accurate, nondestructive and non-contact. It is a real portable field spectroradiometer. Built-in battery, easy to carry, easy to connect with mobile phone or computer through Bluetooth, minimize the time of field data collection.At the same time, the quality of the measured spectrum is the best. The flexible and durable ATP9101 delivers the same quality as laboratory results for remote sensing and analytical applications, whether in different azimuth measurements or in different environments.
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DETECTOR
Type Linear array CMOS detector
Channels 512
OPTOSKY OPTICAL PARAMETERS
Spectral Range 400~950 nm
Wavelength Accuracy ± 0.5 nm
Spectral Resolution < 1.5~4 nm@811nm
FOV Small field Angle lens, 1 ° /8 ° /15 ° /25 ° optional
Bit Depth 16 bit
Laser Wavelength 650 nm
Laser Power 5 mW
OPTOSKY ELECTRICAL PARAMETERS
Integration Time 10ms ~ 10 s
Power Supply DC 5V±10%
Battery Life Span >6 h
Working Current <350 mA
Storage Temp. -20°C ~ +65°C
Operating Temp. -10 ~ 45 oC
Working Humidity < 90%RH
Interface USB 2.0, Bluetooth
OPTOSKY PHYSICAL PARAMETERS
IP Level IP65
Dimension 35×146.5×169 mm
Weight 323 g
  • Ultra-light, easy to carry
  • USB, Bluetooth data interface, easy to connect with computer, mobile phone
  • Waveband number: 512
  • Wavelength range: 400~950 nm
  • Wavelength resolution: 1.5~4 nm@811nm
  • Wavelength accuracy± 0.5 nm;
  • Wavelength repeatability± 0.3 nm @ ± 10 °C Temp. variation
  • SNR: >300:1
  • Weight:  (Whole) 
  • Power supply: Built-in lithium battery, standby time >6h
  • Water proofIP65
  • Field of view lens: 25°/15°/8°/1°
  • Built-in laser indicator, used to indicate the probe detection direction

Environment:

Atmosphere Research
Field Spectrum Measure
Plant Physiology
Agriculture & Forest
Crop Research
Landscape Ecology and Ecology Research 

Geological survey:

Geology or mineral analysis
Field Validation
Light Energy Measure
Photonics
Source Research
Multi-Spectral Field Validation
Soil Research
Climate monitoring:
Environment Damage Evaluation
Field Validation
Spectral Remote Control
Ice and snow research
Spectral radiation brightness calibration
Hyperspectral Remote Sensing