A translational swivel angle measuring device uses a permanent magnet moved linearly by an adjustment piston to detect position.
High-permeability shielding elements redirect interference fields around a Wiegand sensor, resolving measurement errors in noisy motor environments.
A position sensor process determines total pitch deviation by recording angular signals and calculating pole pair lengths from zero-crossing positions.
A capacitive probe uses a layered structure with insulator buffers between metal and ceramic elements to enable unhindered thermal expansion.
Evaluating excitation voltage swing instead of phase signals improves measurement precision and controller robustness against interference.
Segmented first arms with contacting parts distribute weight around the center of gravity, reducing deflection for accurate roundness measurement.
A displacement sensor uses asymmetric receiver coils to generate differential signals for precise position tracking.
An electromagnetic sensor uses a graphene layer target to reduce skin depth, resolving inaccuracies from eddy current penetration and environmental changes.