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Quantum Design Education:  Connecting Students with Materials Research

Connecting Students with Materials Research

Hall Effect Measurement in Copper

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The objective of this Educational Module is to measure the Hall voltage to determine the Hall coefficient of Cu, a monovalent metal. Hall voltage in metals is typically quite small (~microvolts for reasonable values of the applied current and magnetic field), but is easily measured using VersaLab with ETO. This Educational Module will familiarize students with basic properties of simple metals and technical aspects of using the VersaLab/ETO to make small signal transport measurements. In addition, students will learn basic aspects of sample handling, soldering, and data acquisition and analysis.

 

 

 

Several items are needed for this experiment, which includes:

  • Copper foil less than 100 microns thick
  • Caliper to measure Cu foil thickness
  • Cotton swabs and acetone to clear Cu foil
  • Soldering iron, solder, thin gauge wire
  • Cigarette paper + Apiezon H grease, or Kapton tape
  • Tweezers, toothpick (for spreading H grease)
  • Latex or nitrile gloves for sample handling
  • ETO transport puck
  • Puck wiring test station and ohm meter (to test continuity of solder joints)

 

This zip file contains:

  • cu_foil_Hall_in_VL.dat
  • Quantum Design_Cu_Hall_Effect_with_pics.pdf

Download:  Hall Effect Experiment (pdf)

Download:  INSTRUCTOR NOTES (pdf) Available on Pharos Digital Library – Login Required

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