Optical Encoder iCs utilize grating disks and photoelectric sensors to precisely measure angular or linear displacement.utilize grating disks and photoelectric sensors to precisely measure angular or linear displacement.

Grating scales are high precision sensors that measure position by leveraging the diffraction principle to detect displacement or changes in position.

High-precision position sensing based on inductance principle, strong stray field anti-interference ability, can be used for high-speed absolute position sensing in automobiles, industrial sensors, servo motors and other applications in extreme environments.

Fully integrated coil and interface within the chip, with either a current-line interface (2-wire) or a drain output (3-wire), it can be used for latches and switching devices in automotive and industrial applications.

Grooved-type Photoelectric Sensor iCs work as through-beam sensors characterized by contactless detection, extended detection ranges, and rapid response times.

Photoelectric switch chips convert light signals into electrical signals and find extensive application in automatic control, position detection, counting, and limit switching tasks.

Designed for industrial automation and control applications, I/O-LINK and SIO mode transceiver chips deliver high-performance interface solutions.

Ambient light sensors detect surrounding light conditions and relay feedback to processing chips, enabling automatic adjustments of screen brightness.

The integrated Ambient Light and Proximity sensor chips combine ALS and PS functions, featuring a high-efficiency infrared LED.

Optical tracking sensor IC adopt CLK optical flow navigation technology to facilitate digital surface tracking.

Photo detectors are semiconductor components designed to convert optical signals into electrical signals.

Special light sources leverage advanced LED technology, including edge-emitting laser diodes (EEL) and custom encoder LEDs, to produce small and uniformly distributed light spots.

Laser ranging technology employs principles of flight time (ToF) or phase difference measurement, enabling precise long-distance measurements.

Our company focuses on the development and innovation of particle detector solutions, dedicated to providing users with high-precision and high-sensitivity particle detection and analysis services.