SUMMARY
The discussion focuses on designing a 3-axis test equipment for assessing the sensitivity of a magnetic sensor while addressing interference caused by motor magnets. To mitigate this interference, it is essential to use non-ferrous materials, such as plastic or wood, for the probe holder and translation mechanism. If proximity of the motors is necessary, resources such as Magnetic Shielding and Mu-metal are recommended for effective shielding without compromising sensor accuracy.
PREREQUISITES
- Understanding of magnetic sensor functionality
- Knowledge of 3-axis motorized slide mechanisms
- Familiarity with materials used in magnetic shielding
- Basic principles of magnetic field interference
NEXT STEPS
- Research Mu-metal properties and applications in magnetic shielding
- Explore non-ferrous materials suitable for probe holders
- Investigate remote motor placement techniques for minimizing interference
- Learn about magnetic shielding techniques and products from Magnetic Shielding
USEFUL FOR
Engineers and designers involved in magnetic sensor testing, product developers working with 3-axis motion systems, and researchers focused on magnetic interference solutions.