GoldenBullet NIR Series Spectrometer

Specifications

Wavelength Range (reflectance): 900 – 2200 nm
Resolution: 2 nm
Minimum Scan Time: 6.0E-6 sec
Minimum Scan Time: 6 μs
A/D Converter Type: 16-bit ADC
Environmental Limits: 0–90% RH, non-condensing
Storage Temperature: -30°C to +70°C
Operating Temperature: 0°C to +50°C
Power Requirements: 5 V DC (model dependent)
Connector Type: SMA905 fiber
Interfaces: USB 2.0, Ethernet, 16-pin I/O
Stray Light: <0.2%
Optical Resolution: 2–22 nm (model dependent)
Dynamic Range: Up to 12000 (model dependent)
Wavelength Range (reflectance): 900-2200 (model dependent)
Integration / Scan Time Range: 6 μs – 24 s
A/D Resolution: 16-bit
Thermal Stability: <0.03 nm/°C
Signal-to-Noise Ratio (SNR): Up to 5000 (model dependent)
Cooling: None / 1-stage TEC / 2-stage TEC (model dependent)
Detector Type: InGaAs linear array (256 / 512 pixels)
Dimensions: 100 × 97.5 × 68.9 mm (non-TEC) 109 × 97.5 × 69.8 mm (TEC models)
Minimum Scan Time: 6 μs
Resolution: 2-22nm (model dependent)
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Features

  • High-sensitivity InGaAs linear array sensors (256 / 512 pixels)
  • Wavelength coverage from 900–1700 nm to 900–2200 nm (model dependent)
  • Hybrid transmissive–reflective optical design for enhanced optical stability
  • Compact optical platform for stable NIR measurements
  • USB 2.0 and Ethernet communication with external I/O support
  • Integration time range: 6 μs – 24 s
  • Configurable slit widths and grating options
  • High SNR (up to 5000) and dynamic range (up to 12000) depending on model and gain mode
  • 16-bit, 15 MHz A/D conversion
  •  Multiple gain modes (Low Gain, 10×, 20×, 58×)
  • Up to 4,000 spectra buffering for continuous acquisition
  • 16-pin expansion port for external control and integration
  • Optional one-stage and two-stage TEC cooling for reduced noise
  • Flash ROM storage for wavelength, linearity, and intensity calibration

 

Applications

  • NIR spectroscopy and optical metrology
  • Film thickness inspection and material analysis
  • Food, pharmaceutical, and biochemical applications
  • Fabric and polymer analysis
  • Environmental detection and agricultural sensing
  • Process and quality control monitoring
  • Material identification and composition analysis
  • OEM and embedded system integration