Hall method principle, simpler and more intuitive measurement.
Master the magnetic hysteresis loop and understand the practical application of Hall Effect.
Modular design: power supply, Teslameter and electromagnetic coil can be used independently.
Rich digital interfaces allow for intuitive and convenient observation of magnetic hysteresis loop phenomena.
Electromagnetic distribution measurement in magnetic samples
Magnetic hysteresis loop measurement
DC demagnetization of magnetic materials
Magnetic hysteresis loop measurement of different materials
No. | Part Name | Parameter |
1 | Adjustable constant voltage power supply (0-12V) | Voltage: 0-12V, resolution: 10mV Current: 0-1.5A, resolution: 1mA |
2 | Teslameter | 0-2000mT, accuracy 0.1mT |
3 | Hard Electromagnetic Coil | Hard magnetic material, U-shaped magnetic field coil, 1000 turns |
4 | Soft Electromagnetic Coil | Soft magnetic material, U-shaped magnetic field coil, 1000 turns |
5 | Track | Length 400mm |
No. | Part Name | Model | Qty. |
1 | Adjustable constant voltage power supply (0-12V) | BEM-5060 | 1 |
2 | Hard U-Core Electromagnetic Coil | BEM-5067 | 1 |
3 | Track, length 400mm | BEM-5201-04 | 1 |
4 | Optical Carrier, length 50mm | BEM-5204-50 | 1 |
5 | Adjustable Post Holder | BEM-5205-25 | 1 |
6 | Post, length 90mm | BEM-5209-09 | 1 |
7 | Teslameter | BEM-5032A | 1 |
8 | Soft U-Core Electromagnetic Coil (optional) | BEM-5022 | 1 |
9 | 8 Pin cable | BC-105077 | 2 |
10 | Power cable | BC-105075 | 1 |

Figure: Current-Voltage and Power-Voltage characteristics of the solar cell.
