Magnetic Sensor Arrays TRIZ Cases
- Magnetic Field Road Type Detection for Multi-Level Navigation
Magnetic field variation helps distinguish surface from non-surface roads when GPS altitude is too imprecise for multi-level navigation.
- Off-Axis Magnetic Angular Sensing With Multi-Pole Arrays
A multi-pole magnet array and magnetic probe replace bulky resolvers, improving angular sensing accuracy while tolerating misalignment.
- TMR Vortex Sensor Layout for Misalignment-Robust Back Bias Sensing
A bridge layout of TMR vortices along a back bias magnet symmetry axis boosts sensitivity, cuts stray-field effects, and tolerates misalignment.
- Cascade Magnetic Sensor Circuit for Linear Field Sensing
A cascaded sensor chain uses each stage's output as the next bias to improve magnetic field linearity without complex IC correction or high power.
- Magnetic Sensor Element With Indirect Exchange for Wider Dynamic Range
Indirect exchange coupling between pinned and magnetic layers expands measurable field range while preserving sensitivity to small variations.
- Stacked Magnetic Sensor Structure for Perpendicular Field Detection
Stacked tiers, discrete magnetic field generators, and a magnetic yoke improve perpendicular-field detection while limiting sensor size.
- Magnetic Detection Module for Compact Absolute Position and Angle Sensing
A magnet and yoke integrate dual detection paths, reducing component count for absolute position and angle sensing in dusty environments.
- Magnetism Detection Device Using Common Stacked Structures
This case combines sensor and resistive elements in common stacked structures, using dummy patterns to limit film variation and size.
- Three-axis magnetoresistive sensor upstream modulation for 1/f noise reduction
Upstream modulation shifts low-frequency magnetic signals to high frequencies, eliminating 1/f noise without increasing device complexity.