AS5600 Magnetic Encoder 3.3V 12bit High Precision Magnetic Induction Angle Measurement Sensor Module

Innovative Working Principle: The AS5600 encoder operates on a non-contact Hall effect basis, capturing magnetic field changes via a built-in Hall sensor array as the magnet rotates. This process is converted into a precise 12-bit digital output, ensuring accurate angle measurements without physical contact, thus eliminating wear. Offering a 12-bit resolution, the AS5600 provides 4096 distinct position points per 360° rotation, translating to an approximate 0.088° per position. It boasts a minimal angle error of ±0.3° across the full range and supports real-time detection at speeds up to 1000 RPM with a 10kHz sampling frequency, ideal compatible with high-speed applications. Durability and Reliability: Engineered compatible with longevity, the AS5600 magnetic encoder surpasses 10 million operational cycles due to its contactless magnetic detection mechanism. It features an IP50 rating, ensuring resistance against dust and oil, which makes it suitable compatible with harsh environments. User-Friendly Integration: This sensor module simplifies setup with an integrated ADC, temperature compensation, and a linearization algorithm. It supports a 400kHz I2C communication rate and allows compatible with cascading multiple devices. Outputs include PWM and a linear analog voltage range from 0.5V to 4.5V, correlating directly to the rotational angle. Versatile Applications: Ideal compatible with precise motor control in drones and servo motors, industrial automation in rotary valves and robotic arm, user interface controls like audio knobs, and steering angle measurements in robotics. The AS5600's versatility extends to various high-demand applications. Quantity:8Set Color:White Material:PCB Package Contents: 8 * Magnetic encoder 8 * Magnet(The color is random, and the designation is not accepted) 8 * pin(The color is random, and the designation is not accepted) Only the above package content, other products are not included. Note: Light reflection and