Newton EMCCD DU970P 1600 Pixel Spectroscopy Camera with TE Cooling

Specifications

Sensor Type: EMCCD
# Pixels (Width): 1600
# Pixels (Height): 200
Pixel Size (Square): 16 um
Peak Quantum Efficiency: 97 %
Full Frame Rate: 649 fps
Bit Depth: 16 bit
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Features


  • EM Sensor Technology: Achieve <1e- read noise for ultra-sensitive detection.

  • Fringe Suppression Technology: Minimize fringing for NIR applications with the 970-BVF model.

  • Multi-Megahertz Readout: High repetition rates with low noise electronics for rapid data acquisition.

  • TE Cooling to -100°C: Enjoy negligible dark current without the need for liquid nitrogen.

  • UltraVac™ Technology: Ensures sustained vacuum integrity for unmatched cooling and quantum efficiency.

  • 16 x 16 μm Pixel Size: Optimized for high-resolution spectroscopy.

  • Dual Output Amplifiers: Choose between High Sensitivity or Electron Multiplying outputs for varying light conditions.

  • Crop Mode Operation: Achieve spectral rates of over 1,500 spectra per second.

  • USB 2.0 Connection: Ideal for laptop operation and seamless integration with Shamrock spectrographs.

  • Solis Software for Spectroscopy: User-friendly interface for comprehensive detector and spectrograph control.

  • Software Development Kit (SDK): Easy integration with Matlab, Labview, Visual Basic, or C/C++ for complex setups.

Applications


  • Ultrafast Chemical Mapping: Ideal for high-speed Raman, SERS, and TERS spectroscopy requiring rapid spectral acquisition.

  • Low-Light Luminescence Detection: Perfect for fluorescence and photoluminescence studies at extremely low light levels.

  • Atomic and Molecular Spectroscopy: Suitable for precision absorption and emission spectroscopy with low noise.

  • Photon Counting and Single Molecule Studies: Enables sensitive detection of single photons for advanced research.

  • Near-Infrared Spectroscopy: Fringe suppression enhances measurements in NIR spectral regions.

  • Environmental and Material Analysis: Effective for trace gas detection, pollutant monitoring, and material characterization.

  • Time-Resolved Spectroscopy: Supports dynamic measurements requiring fast temporal resolution.