Ultra wideband ground spectrometer

1、 Product Overview

In fields such as earth science, environmental monitoring, and precision agriculture, obtaining a complete "spectral fingerprint" of land features from ultraviolet to thermal infrared is crucial for a deeper understanding of material composition, energy exchange, and ecological processes. The ATP9110 series launched by OptoskyUltra wideband ground spectrometerIt is a groundbreaking product designed to meet this cutting-edge demand. It breaks through the band limitations of traditional spectrometers and expands the measurement range to something unprecedented300 nanometers to 11 micrometersIt has achieved ultra wide spectral coverage from ultraviolet, visible light, near-infrared, short wave infrared to mid to long wave infrared. This breakthrough capability makes it a ground validation tool that connects laboratory micro analysis with satellite/airborne macro remote sensing, widely used inGeological exploration, remote sensing verification, crop physiological monitoring, forest ecosystem research, and ocean water color analysisIn diverse fields.

The ATP9110 series not only focuses on "full spectrum" measurement as its core selling point, but also sets a new benchmark in practicality. It setsHigh cost-effectiveness, fast and accurate measurement, easy operation, and portability of Android 1Integrated, aimed at making complex spectral data acquisition efficient and reliable. The instrument is equipped with a powerful professional software package, which surpasses traditional ground reflectance measurement and can further serveRadiometrics (such as solar irradiance, surface radiance), photometry, and colorimetryPrecision measurement has become a multifunctional and integrated field spectroscopy comprehensive solution.

2、 Technical Explanation and Model Configuration

1. Ultra wide spectral fusion technologyRealize continuous measurement of 300nm~11 μ m, relying on precisionMulti channel detector fusion technology and intelligent optical switching systemThe system uses independently optimized detectors in key frequency bands: a 2048 pixel array is used in 300-1100nm, and a 512 pixel cooled detector is used in 1100-2500nm to ensure high signal-to-noise ratio and resolution in each segment.

2. The core performance of Zhuo 1 Yue：

• High sensitivity detectionUsing a first in sensor with a quantum efficiency of up to 60%, especially in the near-infrared band, the sensitivity is increased by more than 40% compared to traditional PDA detectors, which can effectively capture weak signals.

• Rapid measurementOptimize the optical path and electronic design to makeSingle full spectrum scan time less than 10 secondsGreatly improve the efficiency of field work.

• High precision guarantee: Built inEliminating second-order diffraction coatingThe automatic switching filter effectively suppresses optical interference;Dynamic dark current correctionReal time temperature drift compensation technology ensures long-term data stability.

• user-friendly designLightweight fiber optic probe integrationLaser positioning indicatorandinclination sensorAssist in standardized measurement; The portable host is equipped with a dedicated protective box to adapt to various harsh outdoor environments.

To meet different segmentation needs, the ATP9110 series offers flexible model selection:

3、 Overview of Product Core Features

• spectral range300 nm~11 μ m (ultra wide coverage)

• detection systemMulti channel high quantum efficiency detector with significantly improved near-infrared sensitivity

• measurement efficiencySingle sampling<10 seconds

• Optical accuracyBuilt in anti second order diffraction coating and filter, dynamic dark current correction

• Field adaptabilityFiber optic probe, laser indicator, tilt angle display, portable case

• Control and IntelligencePC software full function control, or optional touch screen intelligent independent operation (ATP9110TP)

4、 Wide and in-depth application areas

ATP9110Ultra wideband ground spectrometerThe "full spectrum" capability of the series brings unprecedented analytical depth to various fields:

• Geology and ExplorationAccurate identification of altered minerals (clay, carbonate, etc. in SWIR) and hydrocarbon substances (with characteristic peaks in MWIR/LWIR)Geological research and mineral explorationA direct and effective tool.

• Remote sensing calibration and verificationAs a ground "true value" measurement benchmark, it provides calibration and verification for satellite and aerial remote sensing data, and constructs a high-precision ground spectral library.

• Agriculture and ForestryMonitoring crop water stress, nitrogen, phosphorus, and potassium content, and early warning of pests and diseases; Analyze the chemical composition, biomass estimation, and ecosystem carbon cycling of forest tree species.

• Marine and Environmental ScienceMeasure chlorophyll, suspended solids, and yellow substances in water bodies; Used for coastal environmental monitoring, soil pollution assessment, and urban thermal environment research (using thermal infrared bands).