TRiCAM Time-Resolved Intensified CMOS Camera

Specifications

Sensor Type: CMOS
# Pixels (Width): 1920
# Pixels (Height): 1200
Pixel Size (Square): 5.86 um
Peak Quantum Efficiency: 90 %
Full Frame Rate: 162 fps
Bit Depth: 12 bit
Image Sensor: 1920 x 1200 pixels
Pixel Size: 5.86 µm square pixels
Dynamic Range: 72 dB
Max. Frame Rate At Full Resolution: 162 fps
Readout Noise: 14 eˉ
Integration Time Control: 0.005 ms – 3.2 s
Selectable Region Of Interest: 1920 x 1200 @ 128 fps (12 bit) or 162 fps (10 bit)
Digitization: 10 or 12 bit (selectable)
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Features


  • High-Resolution Image Intensifiers: Offers the world’s highest resolution and sensitivity in the UV, Visible, or Near Infrared spectrum.

  • Ultra-Fast Gating: Small gate widths down to less than 3 ns (FWHM) with minimal jitter for precise imaging.

  • Single-Chip Digital Synthesizer: Ensures low phase noise for high dynamic range fluorescence lifetime imaging.

  • Compact Camera Design: Fits easily to a microscope body or imaging spectroscope for versatile applications.

  • LI-Capture Software: Provides complete camera control with an SDK for integration with third-party software.

  • Customizable Options: Choose the image intensifier that best matches your application needs, with various models available for different spectral sensitivities and resolutions.

  • Time-Resolved Imaging and Spectroscopy: Ideal for applications such as Particle Image Velocimetry (PIV), Laser Induced Fluorescence (LIF), and Time-Gated Luminescence.

  • Scientific and Industrial Applications: Perfect for oxygen imaging, viscosity imaging, bio- and chemiluminescence imaging, solar PV and LED characterization, combustion studies, time-gated Raman, plasma physics, and X-ray imaging.

Applications


  • Time-Resolved Imaging and Spectroscopy: Enables nanosecond-scale temporal resolution.

  • Particle Image Velocimetry (PIV): Facilitates accurate flow visualization and analysis.

  • Fluorescence Lifetime Imaging Microscopy (FLIM): Delivers high-dynamic-range FLIM with minimal phase noise.

  • Förster Resonance Energy Transfer (FRET): Ideal for molecular interaction studies.

  • Bio- and Chemiluminescence Imaging: Captures extremely weak biological and chemical signals.

  • Laser-Induced Fluorescence (LIF): Provides precise imaging in combustion and plasma studies.

  • Time-Gated Raman and Luminescence: Reduces background for clearer spectral imaging.

  • Solar PV and LED Characterization: Supports advanced optoelectronic device testing.