The United Scientific HLEF01 Hall Effect Apparatus is a powerful tool for exploring the Hall Effect in a semiconductor. This apparatus enables the user to determine the conductivity of a GaAs semiconductor, and also to plot the coils’ magnetic field. The Hall Effect is a fascinating phenomenon, in which a side-to-side voltage is generated in a conductor or semiconductor carrying a current when it is placed in a magnetic field. This effect is widely used in magnetic field sensors and has many applications in various fields.
One of the key features of the HLEF01 Hall Effect Apparatus is its mounted n-type semiconductor chip on a traverse mechanism. This mechanism enables the user to explore systematic errors and their elimination, which is crucial for accurate measurements. The apparatus also comes with a pair of coils, relay-controlled reversing switches, and a control unit with connecting cords, which provide precise and reliable measurements.
The HLEF01 Hall Effect Apparatus is designed with features that ensure flexibility and accuracy in measurements. It has a Helmholtz coil pair with a 75mm effective diameter and an 11.25mT central mag-netic induction at 0.5A. The apparatus also has a two-axis mechanical traverse for field plotting, which makes it easy to determine the location of the magnetic flux lines accurately.
This apparatus has a constant current source for the magnet (0-0.5A) and Hall driving current (0—3mA), which provides a stable and reliable source of power for conducting experiments. The reversing switch for exploring the elimination of systematic error is another notable feature of this apparatus. It enables the user to explore the systematic error and eliminate it, which leads to accurate measurements.
To make reading and recording data easier, the HLEF01 Hall Effect Apparatus comes with 3-1/2 digit current and voltage meters. These meters provide accurate readings and ensure that the user can record the data easily. The apparatus also comes with a metal storage case for the Hall Effect board, ensuring that it is protected and easy to store.
Overall, the United Scientific HLEF01 Hall Effect Apparatus is a powerful tool for exploring the Hall Effect in a semiconductor. It has numerous features that make it easy to conduct experiments accurately and reliably. Whether you're a student or a researcher, this apparatus is an excellent choice for exploring the wonders of the Hall Effect.
One of the key features of the HLEF01 Hall Effect Apparatus is its mounted n-type semiconductor chip on a traverse mechanism. This mechanism enables the user to explore systematic errors and their elimination, which is crucial for accurate measurements. The apparatus also comes with a pair of coils, relay-controlled reversing switches, and a control unit with connecting cords, which provide precise and reliable measurements.
The HLEF01 Hall Effect Apparatus is designed with features that ensure flexibility and accuracy in measurements. It has a Helmholtz coil pair with a 75mm effective diameter and an 11.25mT central mag-netic induction at 0.5A. The apparatus also has a two-axis mechanical traverse for field plotting, which makes it easy to determine the location of the magnetic flux lines accurately.
This apparatus has a constant current source for the magnet (0-0.5A) and Hall driving current (0—3mA), which provides a stable and reliable source of power for conducting experiments. The reversing switch for exploring the elimination of systematic error is another notable feature of this apparatus. It enables the user to explore the systematic error and eliminate it, which leads to accurate measurements.
To make reading and recording data easier, the HLEF01 Hall Effect Apparatus comes with 3-1/2 digit current and voltage meters. These meters provide accurate readings and ensure that the user can record the data easily. The apparatus also comes with a metal storage case for the Hall Effect board, ensuring that it is protected and easy to store.
Overall, the United Scientific HLEF01 Hall Effect Apparatus is a powerful tool for exploring the Hall Effect in a semiconductor. It has numerous features that make it easy to conduct experiments accurately and reliably. Whether you're a student or a researcher, this apparatus is an excellent choice for exploring the wonders of the Hall Effect.