Digital phase locked loop stores arrival times in memory sequences to generate accurate position pulses for motor shaft tracking.
A sensing device employs a segmented collector structure to improve position detection accuracy while reducing external magnetic field interference.
A rotational speed sensor uses a molded case with integrated positioning features to secure the detecting member during resin formation.
A signal conditioner uses a reference coil and analog divider to generate a linear output signal from an inductive sensor.
Replacing mechanical rotary drivers with a magnet and sensor eliminates wear, moisture damage, and maintenance while ensuring precise angle detection.
Non-contact capacitive sensors detect substrates in CMP load cups, preventing fluid ingress that causes premature failure of traditional mechanical sensors.
Replacing steel strip grooves with magnetic fields eliminates jamming and reduces space in lift shafts.
An alignment direction detection device uses an excitation coil and magnetic field sensors to measure fiber orientation in conductive composites.
Segmenting coarse Wiegand counting from fine Hall interpolation eliminates expensive low-power components while maintaining high resolution.
N-turn loop coils with variable widths near the sensor edge optimize signal distribution for accurate position tracking.
Tri-axial MEMS sensor detects left-right and up-down green inclination angles for precise digital direction guidance.
Integrating multi-turn and single-turn sensors within one package resolves the trade-off between measurement precision and device complexity.
A PEC receiver uses a bias circuit, diode, and capacitor to protect the low-voltage channel from high-voltage spikes.
Segmenting the sensor module into two elements resolves precision-complexity trade-offs, enabling accurate bidirectional rotation detection in compact devices.
A dynamic calibration system generates probe-specific correction data using standard blocks to enable real-time conductivity and thickness measurements.
A multi-sensor detection unit measures electrostatic charge distribution across wide surfaces with high spatial resolution.