AS5047P Encoder 14-Bit on-Axis Magnetic Rotary Position Sensor for High Speed BLDC Induction Angle Measurement Sensor

AS5047P 14-bit Coaxial Magnetic Rotary Position Sensor: This high-performance AS5047P encoder is a 14-bit coaxial magnetic rotary position sensor designed for precise, high-speed motor control applications. It is ideal for brushless DC (BLDC) motors and other motion control systems requiring accurate angle and position feedback. Key Features: 14-bit high-resolution angle measurement for accurate position feedback; axial magnetic induction technology for stable and reliable performance in harsh environments; optimized for high-speed brushless DC motor control and servo applications; supports incremental encoder output mode; compatible with a variety of motor drivers. SPI interface enables fast and reliable digital communication and configuration, low-latency angle calculation, suitable for dynamic high-speed motion control, compact design, and easy integration into various motor control modules and encoder boards. Suitable for robots, CNC machine tools, 3D printers, gimbals, drones. Advantages: High precision and repeatability, enabling stable closed-loop motor control. Compared to optical encoders, magnetic induction is unaffected by dust, oil, and light interference, providing reliable position feedback even at high speeds. Integrating magnetic sensor and encoder functions into a single IC reduces system complexity. Typical Applications: Position and speed sensing for high-speed brushless DC motors, power tools, drones, and gimbal stabilization systems, industrial servo motors and automation equipment, robot joints and precision motion platforms, replacement or upgrade of incremental encoders in compact systems. Color: As Shown Material: PCB Package Contents: 1 * Magnetic encoder Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.