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China@hanon.cc
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4th Floor, Building A3-1, Hanyu Jinggu, No. 7000 Jingshi Road, Jinan City
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Jinan Haineng Instrument Co., Ltd
NIRONE SENSOR Micro Intelligent Near Infrared Spectrometer Sensor
NegotiableUpdate on 05/19
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Overview
Spectral Engines currently has four different models of micro near-infrared spectroscopy detectors based on MEMS technology, which have the advantages of mature and stable technology, high integration, small size and light weight (less than 15g), high cost-effectiveness, strong adaptability, good selectivity, and coverage of the entire near-infrared spectrum. They provide a convenient and efficient solution for the secondary development and application of micro near-infrared spectroscopy instruments.
Product Details
NIRONE Sensor
A high-performance, compact, and reliable near-infrared spectroscopy sensor. Used for secondary development, it is very convenient to integrate into your terminal instrument products.
Compact size, excellent performance
Spectral Engines' NIRONE Sensor is an instrument that miniaturizes and reduces the cost of a new generation of high-performance spectral measurement instruments. It is a sturdy and durable miniaturized near-infrared spectral sensor based on microelectromechanical manufacturing technology.
Advanced technology
NIRONE Sensor uses a MEMS based Fabry Perot interferometer (fully programmable optical filter). The sensor can cover the entire wavelength range or operate within a selected wavelength range, and NIRONE Sensor's intelligent algorithm includes compensation and correction for temperature stability.
NIRONE Sensor uses a single point detector instead of a linear array, providing solutions for various applications. The combination of single point detector and Fabry Perot interferometer technology can detect larger areas than linear array detection (due to the gaps in linear arrays), greatly improving the signal-to-noise ratio. Single point indium gallium arsenide detector has high cost-effectiveness, providing better sensitivity and characteristics for sample detection.
Wide adaptability
NIRONE Sensor integrates all these high-tech features into a compact module, equipped with separate circuit connectors and replaceable front-end optical components, making it easy to adapt to various end product designs.
NIRONE's evaluation suite provides a convenient means for technical testing and application research. The evaluation kit includes a USB data communication board, which can be used to control the NIR spectrometer sensor through the user-friendly SensorControl software on a PC.
Core values
Suitable for developing/customizing terminal products that meet your actual needs
High performance NIR spectrometer integrated into small modules
Modular design, which can be easily integrated into various terminal products
True near-infrared with better sensitivity and optical performance
Technical Parameter
project
parameter
notes
Model/wavelength range
Wavelength range
1150 – 1350nm (S 1.4)
1350 – 1650nm (S 1.7)
1550 – 1950nm (S 2.0)
1750 – 2150nm (S 2.2)
2000 – 2450nm (S 2.5)
Detector Type
Detector type
Single pixel InGaAs
Wavelength resolution (half peak width)
Wavelength resolution
(FWHM)
12 – 16nm (S 1.4)
13 – 17nm (S 1.7)
15 – 21nm (S 2.0)
16 – 22nm (S 2.2)
18 – 28nm (S 2.5)
With an SMA-adapter and a fiber with 400 um core and 0.22 NA
Wavelength switching time
Wavelength switching time
1 ms
Wavelength point
Wavelength points
Minimum step 0.1 nm,up to 512 in total
The minimum step distance is 0.1 nm, and the maximum can reach 512 nm
Signal to noise ratio (int. time 0.1 ms)
SNR (typical, w/o averaging)
> 15’000 (NIRONE 1.4)
> 11’000 (NIRONE 1.7)
> 7’500 (NIRONE 2.0 and 2.2)
> 1’500 (NIRONE 2.5)
With external illumination and signal level of 75% of the maximum range
Wavelength temperature stability
Wavelength temperature response (max.)
<0.1nm /℃
light source
Illumination source
Tungsten lamp x 2
lamp life
Bulb life
> 40,000 hrs
Sample working distance
2-25 mm
(with miniature light reflection components)
Working temperature range
Operation temperature range
10 - + 50°C
power consumption
Power consumption
<1.1 W (peak),<300 mW (nominal value)
optical interface
Optical interface
Diffuse reflectance optical device
SMA fiber optic connector
electrical interface
Electrical interface
UART（3.3V）； I2C (3.3V) and digital trigger input/output (3.3V)
mechanical interface
Can be installed on PCB. Two M2 screws are connected to the PCB. The PCB area needs to be 25 x 25 mm
Size (W x H x H)
25 x 25 x 17.5 mm
weight
15 grams
