[custom_headline type=”left” level=”h1″ looks_like=”h2″]EBIC[/custom_headline]

Correlate topography, composition and structure with electrical activity.

Correlate topography, composition and structure with electrical activity.

  • Record simultaneous EBIC, SE, BSE and EDS signals.
  • Colour and mix signals for spatial correlation.
  • Distinguish between active and passive defects.

Enable TEM or atom probe microscopy sample preparation.

  • Localise defects with sufficient resolution for TEM sample preparation.
  • Avoid alignment error by directly imaging defects with EBIC in FIB SEM.
  • Use live EBIC imaging to stop ion milling for sample preparation.
Préparation d’échantillons pour le MET ou la sonde atomique
EBIC acquisition - plan view of pn junction

Verify device operation modes with built-in biasing and live overlay.

  • Image junctions and fields in delayered operating devices.
  • Map electrical activity of solar cells under bias.
  • Compare imaged behaviour with device modelling.

Map junctions and defects with the highest possible resolution.

  • Correlate structural defects with electrical activity.
  • Map active areas of junctions and electrical fields.
  • Validate doping profiles and areas.
Cartographie des jonctions et des défauts à haute résolution

Access third dimension with depth profiling.

  • Manipulate depth of EBIC signal by changing kV in SEM.
  • Investigate EBIC images of cross-sections in FIB-SEM.
  • Export EBIC depth series for 3D reconstruction.
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