Features
+ 1’024 3-axis hall sensor arrays
+ Real-time mapping of Bx, By, and Bz
+ Standard calibration up to 15 mT
+ Dynamic characterization of magnetic fields
+ Measurement ranges: 100, 400, 800, 2,000 mT
Field intensity up to 2T
Orthogonality error < 0.1°
Precision of 4 µT
Dedicated software
DC or AC magnetic fields
3-axis calibration
HallinSight® technology, a true 3D-Hall magnetic field camera ready for use.
By making the invisible visible through true three-axis magnetic field cameras, HallinSight® systems map dynamic magnetic fields in real time. Networks of 32×32, 16×16, or 32×2 three-axis Hall sensors measure from a few µT to several T at frequencies of 25, 100, and 250 Hz, respectively.
HallinSight® is a technology developed by the Fraunhofer Institute for Integrated Circuits.
Matrix Array, The HallinSight® 32×32
- 1,024 sensors in a 32×32 pixel matrix
- 77.5 mm x 77.5 mm
- Resolution without averaging: 4 μT for ±100 mT, 96 μT for ±2 T
- Maximum frequency: 25 Hz
Linear Array HallinSight® 32×2
- 64 sensors in 2 rows of 32 pixels
- 77.5 mm x 2.5 mm
- Resolution without averaging: 4 μT for ±100 mT, 96 μT for ±2 T
- Maximum frequency: 250 Hz
Matrix Array, The HallinSight® 16×16
- 256 sensors in a 16×16 pixel matrix
- 37.5 mm x 37.5 mm
- Resolution without averaging: 4 μT for ±100 mT, 96 μT for ±2 T
- Maximum frequency: 100 Hz