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ICCD

ICCD

ICCD

Product catalog summary
Overview: The document discusses the features and specifications of HORIBA Jobin Yvon's Intensified Charge Couple Device (ICCD) systems, particularly the i-Spectrum Two detectors, which are designed for time-resolved measurements in the UV/Vis spectral regions.
Key Features:
  • ICCD systems are ideal for time-gated spectral applications, capturing small time intervals with full spectral information.
  • The i-Spectrum Two detectors offer high performance in gating frequency, speed, sensitivity, dynamic range, and readout noise.
  • These detectors are compact, rugged, and economical, with scientific-grade thermoelectrically cooled CCDs and gateable image intensifiers.
  • The image intensifier amplifies incident light intensity by up to 10,000 times and acts as an ultra-fast electronic shutter, ideal for nanosecond scale time-resolved measurements.
  • Applications include pulsed Raman spectroscopy and plasma analysis by laser-induced fluorescence, where the detector can isolate weak signals from strong noise backgrounds.
Technical Specifications:
  • Time resolution from 5 ns with high quantum efficiency photocathodes.
  • Pulse widths selectable from 5 ns to 640 seconds with 1 ns delay, controlled by a 100 MHz crystal.
  • Electrical triggers with internal jitter of less than 30 ps for precise acquisition control.
  • Photocathode options include S20 for UV and near-infrared regions, with other options available for different spectral ranges.
Intensifier Specifications:
  • Type: 18UVF with UV grade quartz input window and Gen II photocathode.
  • Output window: Fiber optic, with coupling by taper.
  • Phosphor screen: P43 standard, with other options available.
  • Photocathode diameter: 18 mm, with a maximum repetition rate of 50 KHz.
  • Spectral range: 180 - 850 nm, with a minimum gate width of 5 nsec.
CCD Chip Specifications:
  • Chip type: 1024x256 with active pixels of 690x256.
  • Pixel size: 26x26 µm, with a dynamic range of 125,000:1.
  • Readout noise: 4 e- rms (typical), 6 e- rms (maximum).
  • Dark charge: 0.3 e/pix/sec, with a working temperature of -35°C.
Contact Information: For more details, contact HORIBA Jobin Yvon through their website or via phone numbers provided for various countries.
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Catalog excerpts

ICCD-1

The HORIBA Jobin Yvon i-Spectrum Two ICCD detectors provide a fully integrated instrument for time resolved measurements. Our detectors offer superior performance in gating frequency, speed, sensitivity, dynamic range, readout noise and spectral acquisition rates all in a compact, rugged and economical package. The i-Spectrum Two family of Intensified CCD detectors is designed with scientific grade thermoelectrically cooled CCDs and a grade (1) gateable image intensifier. As its name suggests, the image intensifier amplifies, by a factor up to 10 > 4 , the intensity of the incident light upon it which is then detected by a CCD sensor. The image intensifier can be switched on and off in a few nanoseconds, allowing it to act as an ultra fast electronic shutter. This controls the exact timing of the signal incident onto the CCD sensor, making these detectors ideal for nanosecond scale time resolved measurements of transient phenomena. The ultra electronic gating capabilities of the i-Spectrum Two ICCDs also makes them perfect for measurements requiring the isolation of weak signals of interest from a strong noise background. In applications such as pulsed Raman spectroscopy and plasma analysis by laser-induced fluorescence, the detector can be precisely synchronized to collect signal for a few nanoseconds when laser is on. This allows the detector to gate out any noise background or fluorescence when the laser is off. > Schematic of i-Spectrum Two detector > ? High performance ICCD ? High sensitivity ? Ultra High speed ? Integrated DDG ? Full trigger capability ? Compatible with most spectrographs ? Compact, rugged ? Extremely low dark current Horiba Jobin Yvon offers ICCDs with typical time resolution from 5 ns (gate width) while processing the highest quantum efficiency of the photocathode. ? Fully automated with LabSpec for windows >

 Open the catalog to page 1
ICCD-2

Chip Type1024x256 Active pixels690x256Chip Format > Front illuminated Full Frame Architecture > 18 mm x 6.7 mm Pixel size 26x26 m500 (Typ)300 (Min) Individual Pixel Full Well Capacity (Ke-) Readout Register Full Well Capacity (Ke-) 750 (Typ) Read out noise 4 (Typ) > (e- rms) 6 (Max) Dynamic Range 125,000:1 Dark Charge 0.3 e/pix/sec >

 Open the catalog to page 2

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.