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CHOP : PÔLE CARACTERISATION HYPERFREQUENCE, OPTIQUE ET PHOTONIQUE
Slide thumbnailCHOP : PÔLE CARACTERISATION HYPERFREQUENCE, OPTIQUE ET PHOTONIQUE
CHOP : PÔLE CARACTERISATION HYPERFREQUENCE, OPTIQUE ET PHOTONIQUE

Microwave photonics

The microwave optoelectronics characterisation bench consists mainly of a display system and positioners for dynamic electrical characterisation of (opto-) electronic components under constant or modulated power optical illumination. Using the instrumentation available on the platform, it is possible on this bench, for example, to :

  • measure the electrical characteristics of components under continuous illumination in the form of a small signal (S parameter) up to 320 GHz
  • measure component noise under continuous illumination up to 50 GHz
  • frequency characterisation of the photoresponse of fast photodetectors. The optical wavelengths accessible are around 400 nm, 800 nm, 1000 nm, 1300 nm and 1550 nm.

A femto second laser with a high repetition rate can also be used to carry out measurements with a sampling rate of 1 GHz.

Contacts:

Emilien.peytavit@univ-lille.fr
 
Sophie.eliet@univ-lille.fr

  • CMNF - Micro and Nano Fabrication Center
    • CMNF Staff
    • Deposits and epitaxy division
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      • Structural characterizations
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      • Propriétés optiques et spectroscopies
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      • Soft lithography
      • BioMicroFluidics
    • Packaging Division
      • Shaping chips and wafers
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  • PCMP - Multi-Physics Characterization Platform
    • PCMP Staff
    • Scanning Probe Microscopy Facility
      • Air Domain
      • UHV domain
    • Hyperfrequency, Optical and Photonic Characterization (CHOP)
      • Spectroscopy
      • Static - Small signal - Noise
      • Power
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    • Characterisation of COMmunicating Systems and Prototyping cluster (SigmaCOM)
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      • Prototypage (SigmaCom – C2EM)
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        • Tests & Measurements
    • Characterisation, ElectroMagnetic Compatibility and Prototyping Centre (C2EM)
      • Anechoic chamber
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      • Measurement Zt
  • Services offered by our platforms
    • services of the Bio Micro Fluidic platform
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