sample for hall effect in metals

The Hall Effect in metals experiment is for verifying the existence of a Hall-Effect voltage across a copper or zinc sample. This Sample for Hall Effect in Metals is supplied with a current and located in a magnetic field acting perpendicular to the direction of the current.

The ready-to-use samples are soldered onto a printed circuit board with 4mm connection sockets. The Holder for Hall Effect is required in order to attach the sample within the magnetic field of an electromagnet. 

REQUIRED EQUIPMENT

To generate magnetic field:

• Coil D with 600 Taps (2x)
• U Core D
• Pair of Pole Shoes and Clamping Brackets D for Hall Effect
• DC-Power Supply 0 - 20V, 0 - 5A (230V, 50/60Hz)

or

• DC-Power Supply 0 - 20V, 0 - 5A (115V, 50/60Hz)

Additionally required:

• DC Power Supply 0 - 16V, 0 - 16A
• Microvoltmeter (230V, 50/60Hz)

or

• Microvoltmeter (115V, 50/60Hz)
• Teslameter E
• Flexible Magnetic Field Sensor

Experiment topics

The Sample for Hall Effect In Metals is for use in the following experiment topics:

• Hall Effect in metals
• Normal and anomalous Hall Effect
• Hall coefficient

Technical specification

• Thickness of copper sample: 17.5µm
• Max. current through copper sample: 20A DC
• Thickness of zinc sample: 25µm
• Max. current through zinc sample: 15A DC
• Sample surface area: 10 x 44mm²
• Dimensions: approx. 130 x 90 x 25mm³
• Weight: approx. 45g