spectrometer

Cooled Miniature Spectrometer

ATP5001
Delivery
FOB
minimum order
1 unit
Country of Origin
Made in China
Quantity
Contact Now
Description
 
ATP5001 is a Low Cost Spectrometer that uses a 2048×64 pixel refrigerated linear CCD. The CCD uses semiconductor refrigeration technology. The CCD can work in a set constant temperature environment (as low as -15ºC), thus greatly reducing the sensor noise and achieving extremely high performance. It has the best signal-to-noise ratio (approximately 2 times higher than similar competitors), and improves the measurement reliability of ATP5001, and the measurement results do not change with the ambient temperature.
At the same time, Optoskyhas specially customized an ultra-low noise CCD signal processing circuit for the ATP5001 measurement tool. Its quantization noise is less than 3 counts, which is the best level in the industry.
ATP5001 Spectrometer can receive SMA905 optical fiber input light or free space light, and output the measured spectral data through USB2.0 or UART port.
ATP5001 provides the most advanced spectral analysis and only requires a 5V DC power supply, making it very easy to integrate and use. Suitable for biochemical analyzer, fluorescence spectrometer and LIBS, etc.
 
 
Features
 
  • Detector: Back-illuminated ccd (cooled to -15℃)
  • Detector pixels: 2048×64
  • Ultra-low noise ccd signal processing circuit
  • Spectral range: 190-1100 nm
  • Spectral resolution:0.1-4nm (depending onspectral range, slit width)
  • Optical path structure: Cross c-t
  • Integration time: 2ms-130s
  • Power supply: Dc 5v±10% @ <2.3A
  • 18 bit, 570khz A/D converter
  • Input interface: Sma905 or free space
  • Output interface: USB 2.0 (high speed) or UART
Application
  • LED sorting machine;
  • Environmental Science: Multi-parameter online water quality analyzer;
  • Micro-volume, fast spectrophotometer;
  • Spectral analysis, radiometric analysis, spectrophotometric analysis
  • Fluorescence spectrophotometer;
  • Life Science Research: Biomedical analyzer;
  • Transmittance and absorbance detection;
  • Reflectivity detection;
  • LIBS;