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Experiment: Electrical conduction in semiconductors (230 V, 50/60 Hz), Basic equipment, 8000724 [UE6020100-230], Conduction Phenomena

Experiment: Electrical conduction in semiconductors (230 V, 50/60 Hz), Basic equipment

1,476.90 €
Item: 8000724 [UE6020100-230]
Objective: Determine band separation in germanium Semiconductors only exhibit measurable electrical conductivity at high temperatures. The reason for this dependence on temperature is the band structure of the electron energy levels, which ... more
Experiment: Electrical conduction in semiconductors, Supplement, 8000726 [UE6020100S-230/115], Conduction Phenomena

Experiment: Electrical conduction in semiconductors, Supplement

2,065.80 €
Item: 8000726 [UE6020100S-230/115]
Objective: Determine band separation in germanium Semiconductors only exhibit measurable electrical conductivity at high temperatures. The reason for this dependence on temperature is the band structure of the electron energy levels, which ... more
Experiment: Hall-effect in semiconductors (115 V, 50/60 Hz), Basic equipment, 8000727 [UE6020200-115], Conduction Phenomena

Experiment: Hall-effect in semiconductors (115 V, 50/60 Hz), Basic equipment

4,021.30 €
Item: 8000727 [UE6020200-115]
Objective: Investigating electrical conduction mechanisms in doped germanium with the Hall effect The Hall effect occurs in electrically conductive materials located in a magnetic field B. The Hall voltage’s sign changes depending ... more
Experiment: Hall-effect in semiconductors (230 V, 50/60 Hz), Basic equipment, 8000728 [UE6020200-230], Conduction Phenomena

Experiment: Hall-effect in semiconductors (230 V, 50/60 Hz), Basic equipment

4,021.30 €
Item: 8000728 [UE6020200-230]
Objective: Investigating electrical conduction mechanisms in doped germanium with the Hall effect The Hall effect occurs in electrically conductive materials located in a magnetic field B. The Hall voltage’s sign changes depending ... more
Experiment: Photoconductivity (230 V, 50/60 Hz), 8000776 [UE6020400-230], Conduction Phenomena

Experiment: Photoconductivity (230 V, 50/60 Hz)

1,785.70 €
Item: 8000776 [UE6020400-230]
Objective: Record the characteristic curve for a photoresistor Photoconductivity utilises absorption of light by means of the inherent photoelectric effect in a semiconductor to create electron-hole pairs. One specific semiconductor mix ... more
Experiment: Seebeck effect (230 V, 50/60 Hz), 8000731 [UE6020500-230], Conduction Phenomena

Experiment: Seebeck effect (230 V, 50/60 Hz)

1,196.80 €
Item: 8000731 [UE6020500-230]
Objective: Record characteristics for various thermocouples and determine their sensitivity If the ends of a metal wire are at different temperatures, since the thermally generated motions of the electrons have different velocities, thermal ... more
Experiment: Electrical conduction in semiconductors (115 V, 50/60 Hz), Basic equipment, 8000723 [UE6020100-115], Conduction Phenomena

Experiment: Electrical conduction in semiconductors (115 V, 50/60 Hz), Basic equipment

1,476.90 €
Item: 8000723 [UE6020100-115]
Objective: Determine band separation in germanium Semiconductors only exhibit measurable electrical conductivity at high temperatures. The reason for this dependence on temperature is the band structure of the electron energy levels, which ... more
Experiment: Photoconductivity (115 V, 50/60 Hz), 8000775 [UE6020400-115], Conduction Phenomena

Experiment: Photoconductivity (115 V, 50/60 Hz)

1,936.10 €
Item: 8000775 [UE6020400-115]
Objective: Record the characteristic curve for a photoresistor Photoconductivity utilises absorption of light by means of the inherent photoelectric effect in a semiconductor to create electron-hole pairs. One specific semiconductor mix ... more
Experiment: Seebeck effect (115 V, 50/60 Hz), 8000730 [UE6020500-115], Conduction Phenomena

Experiment: Seebeck effect (115 V, 50/60 Hz)

1,196.80 €
Item: 8000730 [UE6020500-115]
Objective: Record characteristics for various thermocouples and determine their sensitivity If the ends of a metal wire are at different temperatures, since the thermally generated motions of the electrons have different velocities, thermal ... more