We will manufacture according to your specifications!
We measure the magnetic field in the vertical direction relative to the axis width. There are different types of probe substrates with varying widths and thicknesses, which can be selected according to the application. Due to the embedding depth of the Hall sensor (0.2 mm ± 0.1), we adjust the measurement accuracy within ±0.5%. GaAs Hall sensors have the advantages of a small temperature coefficient of sensitivity during constant current operation, good linearity with respect to magnetic field strength, and excellent high-frequency characteristics. If there is no product type that meets your needs, we can also manufacture it according to your specifications.
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basic information
Main Applications: General-purpose: FS-5, FS-11; Narrow gap: FS-6, FS-7, FS-8 Hall Element: GaAs Sensitive Area: 50 x 50μm Measurement Range: 0 to 3T Operating Temperature Range: -20 to +60℃ Tip Dimensions: FS-5 to FS-8: Please inquire; FS-11: 0.7tx2mm Axis Material: Cu (Copper) Cable Length: 3m (standard)
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Applications/Examples of results
Purpose: Probe for magnetic field measurement
Detailed information
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From the left: Transverse type, Axial type, Rectangular multidimensional probe. Transverse type: A flat probe suitable for measuring in narrow spaces. Axial type: A probe suitable for measuring vertically on the surface of a magnet. Rectangular multidimensional probe: A probe that can measure magnetic fields in three directions at once.
Line up（5）
| Model number | overview |
|---|---|
| FS-5 | General-purpose |
| FS-6 | For narrow gaps |
| FS-7 | For narrow gaps |
| FS-8 | Narrow gap use |
| FS-11 | General-purpose |
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Company information
Our company integrates magnetic technology and digital solutions to develop innovative products and services for diverse industries such as motors, drones, robotics, and educational institutions. We propose suitable magnetization and demagnetization equipment and systems for research, experimentation, and equipment testing, as well as magnetic evaluation devices. By creating invisible magnetism and magnetic forces, and providing an environment where magnetic fields can be seen and felt, we contribute to the realization of a sustainable society.
