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  4. Optimizing Fe-doped semi-insulating optical waveguide layers: Detection of interface layer conduction
 
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2000
Conference Paper
Title

Optimizing Fe-doped semi-insulating optical waveguide layers: Detection of interface layer conduction

Abstract
MOVPE-grown Fe-doped semi-insulating GaInAsP/InP optical waveguide layer stacks are characterized by admittance spectroscopy. A new analysis is presented, based on frequency-resolved circular current distribution calculation, which investigates residual buried interface sheet conductivity as well as bulk properties of the layer stack.
Author(s)
Bach, H.-G.
Ebert, W.
Umbach, A.
Schramm, C.
Hubsch, R.
Seeger, A.
Mainwork
Compound Semiconductors 1999. Proceedings of the 26th International Symposium on Compound Semiconductors  
Conference
International Symposium on Compound Semiconductors (ISCS) 1999  
Language
English
Fraunhofer-Institut für Nachrichtentechnik, Heinrich-Hertz-Institut HHI  
Keyword(s)
  • buried layers

  • electrical conductivity

  • gallium arsenide

  • iii-v semiconductors

  • indium compounds

  • iron

  • optical waveguides

  • vapour phase epitaxial growth

  • interface layer conduction

  • movpe growth

  • fe-doped semi-insulating GaInAsP/InP optical waveguide layer stack

  • admittance spectroscopy

  • frequency-resolved circular current distribution

  • residual buried interface sheet conductivity

  • bulk properties

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