- Frequency range from DC to 1 kHz
- High Field probe (20 Tesla) and Low Field probe (8 mT) versions
- Sensor volume 150 µm x 150 µm x 10 µm
- Mesasurement range, high 100 mT to 3 T
- Measurement range, low 8 mT
- USB probe interface, bus–powered
- Temperature range 0° bis +40° C
- Isotropic 3 axis Hall probe
- FFT spectrum analysis
- High resolution measurement of field gradients
- PDA with touchscreen (option)
- PC control software included for Microsoft Windows and Mac OS X
The total magnetic flux density is provided no matter the orientation of the probe, which greatly facilitates many measurement tasks such as field mapping. Outstanding features are as follows:
• Three axes:
Simultaneous measurement of all three axes of the magnetic field provides the total field, no matter the orientation of the probe.
• Microscopic field sensitive volume:
The High Field sensor volume of only 150 x 150 x 10 µm 3 provides excellent localization and a self-consistent measurement of the three axes even in highly inhomogeneous fields. The Low Field sensor volume is 6 x 3.4 x 10 mm3.
• Magnetic fields up to 20 T:
The High Field probe allows measuring even very strong fields as far as 20 Tesla. The standard calibration covers the range up to 3 T. The Low Field probe measures up to 8 mT with a resolution of 2 µT.
• Bandwidth of DC to 1 kHz:
The 1 kHz bandwidth allows measuring AC fields generated, for example, by transformers and motors.
• Graphical results display (vs. time and frequency):
Magnetic flux density vs. time can be displayed as a graph. Measurement data can also be recorded to file. In FFT mode, users can graphically display the full spectrum, or numerically consult the frequency and amplitude of specific peaks.
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