Design Perspectives for Smarter Position Sensing
Whether designing for automotive systems, industrial automation, or compact robotics, selecting the right position sensor is vital for peak motion control, safety, and reliability. Navigating the trade-offs among Hall-effect, TMR, and inductive technologies—as well as on-axis, off-axis, linear, and rotary configurations—requires balancing resolution, stray field immunity, and mechanical integration. This series breaks down essential sensing fundamentals, measurement methods, and real-world design factors to help you confidently choose the ideal solution and accelerate time-to-market.
To learn more, check out our position sensor page.
Motion Sensing Playbook
Accelerate your development cycle and optimize motor performance by quickly identifying the ideal sensing technology for your motion control system.
Rotary Architecture Selection
Simplify mechanical packaging and meet tight space constraints without compromising rotational accuracy or ease of assembly.
Linear Sensing Solutions
Achieve precise stroke and displacement tracking across harsh operating environments while reducing mechanical wear and maintenance costs.
Core Sensing Technologies
Balance cost, resolution, and ruggedness to select the exact sensor technology that maximizes your design's efficiency and reliability.
Optimal Measurement Methods
Ensure seamless system startup, safety, and tracking accuracy by choosing the position output method tailored to your operational requirements.
Stray Field Immunity
Safeguard critical system accuracy and functional safety by mitigating electrical noise and stray magnetic fields at high operational speeds.
Practical Selection Guide
Streamline your component sourcing with a step-by-step framework that derisks integration and speeds time-to-market.
Newsletter
Stay informed about the latest advancements and news from Allegro MicroSystems.
