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Home / Applications / Scientific / Plasma Diagnostics

Plasma Diagnostics

High speed, low light, imaging systems for advanced plasma research

Plasma Diagnostics

Plasma Diagnostics require precise, high speed imaging, in extreme environments.

What is Plasma Diagnostics?
Plasma Diagnostics are techniques used to measure and analyze the properties of a plasma, such as its density, temperature, and composition. These techniques help researchers understand and control plasma behavior in various appliations.

At Tibidabo Scientific Industries, we specialize in intensified imaging solutions tailored for plasma physics, fusion research, and laser-induced plasmas. Our cameras deliver single-photon sensitivity, ultrafast gating, and spectral flexibility — essential for time-resolved studies in plasma confinement, turbulence analysis, and shockwave visualization.

 

Methods Used

  • Spectroscopy
  • Electrostatic Probes
  • Laser-Induced Fluorescence (LIF)
  • Magentic and Voltage Probes
  • Interferometry
  • X-ray Backlighting
  • Fast Framing Cameras

Featured Products for Plasma Diagnostics

HiCAM
IDEAL FOR
  • High-speed, low-light imaging
  • Time-resolved imaging

HiCAM

Gated intensified high-speed high-sensitivity imaging camera

HiCAM has an integrated fiber-optically coupled image intensifier, which offers a unique combination of high speed and sensitivity down to single photon level. Because the HiCAM does not need high intensity light sources, it is suitable for use in low-light level conditions.

Features
  • Ultra-short gating and kilohertz frame rates
  • Single photon sensitivity
  • Wide range of high sensitivity photocathodes
Intensified CCD
IDEAL FOR
  • Spectroscopy applications
chart-imgView QE Curves

Intensified CCD

Ultimate low light level imaging with gating speeds down to 3ns

Featuring an 18mm image intensifier, fibre coupled to the sensor with a 1:1 distortion free optic, the iCCD can be supplied with high performance features including enhanced dynamic range, in-camera corrections, and control of the intensifier gate period and gain.

Features
  • Vertical binning
  • Cooled for reduced noise
  • Wide range of high sensitivity photocathodes
Intensified CMOS
IDEAL FOR
  • Low light level surveillance
  • Astronomy
  • Combustion diagnostics

Intensified CMOS

Ultimate low light level imaging with gating speeds down to 3ns

Featuring an 18mm image intensifier, with either a Gen2 or Gen3 photocathode, 1 or 2 MCP’s for gains between 104 - 106, and fiber coupled to the sensor with a 1:1 distortion free optic, providing resolution to 60 lp/mm.

Features
  • Variants for: Low SWaP, Low pressure operation, Water cooling
  • OEM models
  • Wide range of high sensitivity photocathodes
HiCAM Fluo
IDEAL FOR
  • High-speed, low-light microscopy
  • Fluorescence
  • Chemiluminescence & SCAPE

HiCAM Fluo

Cooled high speed camera for fluorescence imaging

The HiCAM Fluo is a compact, aluminum-housed fluorescence camera that captures high-resolution images at over 2000 fps in extremely low light via a cooled image intensifier, and mounts easily on any fluorescence microscope.

Features
  • Kilohertz frame rates
  • Single photon sensitivity
  • Cooled intensifier for low noise
TRiCAM
IDEAL FOR
  • Life sciences
  • Quantum optics
  • Laser diagnostics

TRiCAM

Intensified low light imaging camera

The TRiCAM is a compact intensified low-light imaging CMOS camera with built-in signal generators. The TRiCAM is capable of ultra-short exposures through fast gating, and therefore is suitable for time-resolved imaging.

Features
  • Ultra-fast gating speeds
  • Single photon sensitivity
  • Full range of high sensitivity photocathodes
iCMOS 160
IDEAL FOR
  • General purpose intensified camera

iCMOS 160

160 fps intensified CMOS camera for high speed imaging applications

Offering 160 frames per second at full resolution with ultra-fast gating capabilities, the iCMOS 160 is suitable for a wide range of time resolved applications including plasma physics, fluorescence lifetime imaging and combustion diagnostics.

Features
  • Fast gating options
  • Superior UV sensitivity
  • Customizable

Explore our full range

The product categories below offer a wide range of solutions for your Plasma Diagnostics requirements.
Intensified Cameras
Intensified Cameras
sCMOS Cameras
sCMOS Cameras
Vacuum CCD
Vacuum CCD
In-vacuum CCD
In-vacuum CCD
Deep-cooled CCD
Deep-cooled CCD
Vacuum MCP Imager
Vacuum MCP Imager
Photomultiplier Tubes
Photomultiplier Tubes
Image Intensifiers
Image Intensifiers
Streak Tubes
Streak Tubes
Lithium-6 Glass
Lithium-6 Glass
X-ray Screens
X-ray Screens

User Publications

A Fundamental Ultrafast Spectroscopic Insight into Urocanic Acid Derivatives
A Fundamental Ultrafast Spectroscopic Insight into Urocanic Acid Derivatives

Jack Dalton, Hans Sanders, Wybren Jan Burna, Vasilios G. Stravros

February 18, 2025
A Detailed Review of Partial Discharge Detection Methods for SiC Power Modules Under Square-Wave Excitation
A Detailed Review of Partial Discharge Detection Methods for SiC Power Modules Under Square-Wave Excitation

Ghulam Akbar, Alessio Di Fatta, Giuseppe Rizzo, Guido Ala, Pietro Romano, Antonio Imburgia

November 15, 2024
A Fundamental Ultrafast Spectroscopic Insight into Urocanic Acid Derivatives
A Fundamental Ultrafast Spectroscopic Insight into Urocanic Acid Derivatives

Jack Dalton, Hans Sanders, Wybren Jan Burna, Vasilios G. Stravros

February 18, 2025
A Detailed Review of Partial Discharge Detection Methods for SiC Power Modules Under Square-Wave Excitation
A Detailed Review of Partial Discharge Detection Methods for SiC Power Modules Under Square-Wave Excitation

Ghulam Akbar, Alessio Di Fatta, Giuseppe Rizzo, Guido Ala, Pietro Romano, Antonio Imburgia

November 15, 2024
Particle-Beam-Monitoring-min
A Fundamental Ultrafast Spectroscopic Insight into Urocanic Acid Derivatives

Jack Dalton, Hans Sanders, Wybren Jan Burna, Vasilios G. Stravros

February 18, 2025
Particle-Beam-Monitoring-min
A Detailed Review of Partial Discharge Detection Methods for SiC Power Modules Under Square-Wave Excitation

Ghulam Akbar, Alessio Di Fatta, Giuseppe Rizzo, Guido Ala, Pietro Romano, Antonio Imburgia

November 15, 2024
Particle-Beam-Monitoring-min
A Fundamental Ultrafast Spectroscopic Insight into Urocanic Acid Derivatives

Jack Dalton, Hans Sanders, Wybren Jan Burna, Vasilios G. Stravros

February 18, 2025
Particle-Beam-Monitoring-min
A Detailed Review of Partial Discharge Detection Methods for SiC Power Modules Under Square-Wave Excitation

Ghulam Akbar, Alessio Di Fatta, Giuseppe Rizzo, Guido Ala, Pietro Romano, Antonio Imburgia

November 15, 2024
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    Tibidabo Scientific Industries (USA), Inc.
    14 New Road, Madison,
    CT 06443, USA

    E: sales@tibidabo-usa.com

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