NTC-22.01.6 “Franck-Hertz Experiment”

Br0.00

The educational laboratory stand is designed to introduce students to the Franck-Hertz experiment, for determining the critical potential of an atom and confirming the discrete nature of the internal energy of atoms.

 

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The stand is designed as a desktop panel device.

The housing includes front and rear panels.

On the front panel of the stand, the following components are installed:

  • Schematic diagram illustration.
  • Controls for adjusting the retarding voltage.
  • Controls for adjusting the accelerating voltage.
  • Control for adjusting the degree of cathode heating.
  • Measurement system indicators.

The rear side of the stand contains electrical protection circuitry, switches for turning on/off the measuring devices, a USB port, and sockets for connecting oscilloscope probes.

Inside the stand there is a power supply unit, a measurement system, and a board for computer communication. The measurement system is intended for measuring and displaying the investigated parameters (current, voltage).

The laboratory stand comes with software and teaching materials.

Experiments provided

  1. Studying the dependence of the anode current of a gas discharge tube on the retarding potential at a given accelerating voltage (Franck-Hertz experiment).

Technical specifications

Power Supply ~50Hz, 220V
Dimensions (maximum):
  width, mm 300
  height, mm 150
  depth, mm 250
Weight, kg, max 4

Scope of delivery

  • Training laboratory stand – 1 pc.
  • Passport – 1 pc.
  • Supplementary materials in electronic format – 1 pc.
  • AM-BM USB 2.0 Cable – 1 pc.
  • Connecting cables – 1 set.

Additional equipment (specified when ordering)

Recommended additional equipment (specified when ordering):

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