Home > International > Coming to KHBO > International Programmes & Modules > Curriculum Development - Virtual Measurement Environment - Joint Curriculum Development > Course synopsis >Hall-effect measurements and temperature control

Hall-effect measurements and temperature control

This course module is developped by Iris Vandecasteele from the Department of Electronics of KHBO

 

This learning module is related to the domain of physics and electronics. The resistivity and Hall voltage of a rectangular germanium sample (both N- and P-material) are measured as a function of temperature and magnetic field. Therefore several experiments can be done, using a measurement set-up which can be reached via the Internet. To a certain level, the measurement configuration can be set-up and the measurement data can be captured, displayed and evaluated using a pc and a graphical interface. Students will enlarge their knowledge of the properties of semiconductors: conductivity, mobility and concentration of charge carriers, extrinsic and intrinsic conduction and the effect of the magnetic field on the conductivity of semiconductors.

 

  • Content of the Hall-effect learning module
  • Semiconductor theory
  • Magnetism & Electromagnetism
  • The Hall effect
  • Measurement errors
  • LabVIEW programming
  • Hall effect measurements
  • Hall sensor applications
Students can gain more in-depth knowledge on the use of a measurement set-up on distance by proceeding with a lab experiment on electronic temperature measurement and temperature control. This experiment will enlarge the knowledge on the accuracy of electronic temperature measurement and on the behaviour of a heated mass.