The AS5600 Magnetic Angle Encoder is a high precision 12 bit non contact rotary position sensor designed for accurate angular measurement in robotics, motor control, CNC systems, and 3D printers. Using integrated Hall effect sensing, the AS5600 detects changes in a diametric magnetic field and converts them into precise digital or analog signals. With 4096 positions per revolution and a fixed I2C address of 0x36, this module is ideal for microcontroller based projects requiring reliable and repeatable angle feedback. The PCB measures 23mm x 23mm with 17mm between the centre of the mounting holes, making it easy to integrate into compact mechanical assemblies. Key Features 12 bit resolution providing 4096 steps per revolution for smooth and accurate rotation tracking Non contact magnetic sensing for zero mechanical wear and long operational life I2C interface with fixed address 0x36 for direct microcontroller integration PWM and analog voltage output for flexible signal processing Compatible with both 3.3V and 5V systems Compact 23mm x 23mm PCB with 17mm mounting hole spacing Technical Specifications Resolution: 12 bit, 4096 positions per revolution I2C Address: 0x36 Operating Voltage: 3.3V to 5V Board Dimensions: 23mm x 23mm Mounting Hole Spacing: 17mm centre to centre Output Modes: I2C digital output, PWM output, Analog voltage output Pin Configuration Logic Side Pins DIR: Sets rotation direction SCL: I2C communication clock line SDA: I2C communication data line PGO: Mode selection pin with internal pull up, connect to ground to enter programming mode B Power Side Pins VCC: 3.3V to 5V power input OUT: PWM or analog voltage output GND: Power ground Schematic View the AS5600 Magnetic Angle Encoder schematic here: AS5600 Schematic Diagram Applications Magnetic rotary encoders Brushless motor feedback systems Robotic joint angle sensing User input rotary knobs 3D printer positioning systems Automated machinery control The AS5600 Magnetic Angle Encoder provides reliable and precise rotational feedback without physical contact, making it ideal for long term embedded applications requiring accurate angular position measurement.
