
NIR-Spectrometer from OtO Photonics
HB2054-025-NIR1
The various spectrometers of the HB series cover the UV-VIS-NIR range from 180 – 1100 nm. Their wide span of applications in industry and science ranges e.g. from chemical analysis, biophotonics to Raman spectroscopy. An internal ring buffer allows synchronous measurement and readout in continuous 24/7 operation. The compact crossed Czerny-Turner design combined with an external PCB enables the use in small spaces.
Markets
Metrology
Electronic
Chemical & Pharma
Medical
Biophotonics
Photonics
Semiconductor
Print
Food
Science
Electronic
Chemical & Pharma
Medical
Biophotonics
Photonics
Semiconductor
Food
Science
Applikations
Optical characterization of light sources
Laser characterization
LED testing
Filter characterization
Display testing
Colorimetry
Fluorescence spectroscopy
Water analysis
Gas analysis
Differential optical absorption spectroscopy (DOAS)
Continuous Emission Monitoring Systems (CEMS)
Ellipsometry
Blood analysis
OCT
Colour analysis
Thin-film measurement
Raman spectroscopy
Reflection spectroscopy
Absorption spectroscopy
Emission spectroscopy
Concentration
Material identification
LIBS
Laser characterization
LED testing
Filter characterization
Display testing
Colorimetry
Fluorescence spectroscopy
Water analysis
Gas analysis
Differential optical absorption spectroscopy (DOAS)
Continuous Emission Monitoring Systems (CEMS)
Ellipsometry
Blood analysis
OCT
Colour analysis
Thin-film measurement
Raman spectroscopy
Reflection spectroscopy
Absorption spectroscopy
Emission spectroscopy
Concentration
Material identification
LIBS
Features
Good shock and vibration resistance
Extraordinary temperature stability
Compact crossed Cerny-Turner design
NIR enhanced, SNR optimized back-thinned CCD sensor
Easy connected via SMA fiber
Continuous trigger function
Z5 CPU integrated
SpectraSmart readout and evaluation software
SDK and libraries
Large on-board buffer
Memory for up to 4000 spectra
USB and UART interface
Stray light calibration – optional
Intensity calibration – optional
Linearity calibration
No moving parts
Extraordinary temperature stability
Compact crossed Cerny-Turner design
NIR enhanced, SNR optimized back-thinned CCD sensor
Easy connected via SMA fiber
Continuous trigger function
Z5 CPU integrated
SpectraSmart readout and evaluation software
SDK and libraries
Large on-board buffer
Memory for up to 4000 spectra
USB and UART interface
Stray light calibration – optional
Intensity calibration – optional
Linearity calibration
No moving parts
Benefits
Precise and fast measurement
Operation over a wide temperature range
24/7 operation with continuous measurements
Synchronization with light sources
Portable for mobile applications
Operation under harsh environmental conditions
Fast and easy operation with plug & play Windows software
Easy integration into the existing software environment
Directly available: reflection / transmission / absorption / concentration
Maintenance free
Operation over a wide temperature range
24/7 operation with continuous measurements
Synchronization with light sources
Portable for mobile applications
Operation under harsh environmental conditions
Fast and easy operation with plug & play Windows software
Easy integration into the existing software environment
Directly available: reflection / transmission / absorption / concentration
Maintenance free
- Specifications
- Data Sheet
- Videos
- Additional Products
Additional information
| Manufacturer | OtO Photonics |
|---|---|
| Part Number | HB2054-025-NIR1 |
| Product | NIR-Spectrometer |
| Wavelength min. in nm | 790 |
| Wavelength max. in nm | 1010 |
| Resolution in nm | 0,6 |
| Slit Size in µm | 25 |
| Bandwidth in nm | 220 |
| Grating in g/mm | 1200 |
| Choice Spectrometer Series | Optimized Size in Cerny-Turner-Performance (HB Serie) |
| Choice Detector | NIR Enhanced, External PCB HB2054 |
| SNR | 500 |
| Dynamic Range | 4370 |
| Stray Light in % | 0,2 |
Data Sheet
Videos
Additional Products
Measurement system incl. filter/light source/cuvette Light sources Fiber and optics
OEM solutions




