AS5047P Encoder Module 14Bit SPI ABZ PWM for VESC BLDC Arduino Raspberry Pi

Unlock precise motion control with the AS5047P High‑Performance Encoder Module – a ready‑to‑use development board for students, engineers, and hobbyists. Built around the industry‑proven AS5047P IC, this 14‑bit absolute magnetic rotary position sensor delivers reliable angle and speed feedback for closed‑loop systems, sensored BLDC motors, and FOC‑based drones.Key Features:High Accuracy: 16,384 positions/rev, 0.05° after linearization, immune to stray magnetic fields (DAEC).Multiple Interfaces: SPI, ABZ (4,000 CPR), UVW, PWM – no programming needed for basic use.Wide Compatibility: Compatible with SimpleFOC, VESC, Doggo, and any 3.3V/5V microcontroller (Arduino, Raspberry Pi, STM32, ESP32) as well as any development board.Easy Installation The board features 12x M3 mounting holes with hole‑to‑hole distances of 19mm, 33mm, 16mm, and 25mm – supporting a wide range of motor frames. The standard 90‑degree dual‑row header allows the IC to sit close to the diametrical magnet for optimal signal quality.Configuration Notes (Important) When using 3.3V, populate R2 with 0Ω (R2=0R); otherwise leave R2 open (NC). If you choose not to use the SPI interface, follow these rules:A pull‑up resistor on CSn is required.Pull‑down resistors on CLK and MOSI are required.MISO can be left floating.Unused ABI, UVW, or PWM pins can be left open.Floating state of any digital input is not allowed.These guidelines ensure reliable operation in any custom setup.Beyond BLDC Motors Use this encoder for:Robotics & actuators (joint angle feedback)Gimbal & camera stabilization (pan/tilt/roll)Stepper motor closed‑loop verification (no step loss)Industrial automation (valve/dial position monitoring)DIY HMI rotary knobs & educational labsPackage Includes 1 x AS5047P Encoder Module (diametrical magnet not included)SpecificationsModel: AS5047P (ams OSRAM)Resolution: 14‑bit absolute (16,384 cpr)Interfaces: SPI, ABZ, UVW, PWMSupply: 3.3V or 5V (configurable)Board size: 28.1×22.3mm (1.11×0.88in)Mounting: 12× M3 holes (patterns: 19/33/16/25mm)M3 hole diameter: 3mmConnector: 90° dual‑row pin headerNote: Allow 1‑2mm manual measurement variance. Colors may vary slightly on screen.Why Autoro? 30‑day warranty, direct factory support, and bulk order welcome. As the source manufacturer, distributors are warmly welcome for collaboration.

• AS5047P Encoder Module Board 14-Bit High-Precision Rotary Position Sensor: 16,384 positions/revolution for absolute angle and speed detection. 0.05 accuracy after linearization, suitable for BLDC motor FOC, stepper closed-loop, and robotics
• Plug-and-Play Compatible for SimpleFOC VESC Doggo: Works out of the box with leading open-source motor controllers for sensored BLDC, drone gimbal, and actuator projects. Please contact Zhuhai Baoge Technology Co., Ltd. to get direct manufacturer support within 24 hours. As the Source Manufacturer, distributors are warmly welcome.
• Versatile Outputs SPI ABZ UVW and PWM: Flexible SPI adapter supports SPI digital readout, ABZ incremental, UVW Hall-style commutation, and PWM output. Maximum design freedom
• Robust Mounting and Easy Wiring: 12x M3 mounting holes (M3 mounting holes diameter: 3mm) accommodate multiple patterns (19mm/33mm/16mm/25mm). Comes with 90-degree dual-row header for tight motor placement
• Dual 3.3V/5V Operation and Development Board Ready: Default 5V; for 3.3V use, install 0 resistor at R2 (R2=0R). Compatible with Arduino, Raspberry Pi, ESP32, STM32, and other development boards
• Important Configuration Notes: If SPI not used, please make the changes accordingly: (1).Floating state of a digital input is not allowed. (2).If SPI is not used, a Pull up resistor on CSn is required. (3).If SPI is not used, a Pull down resistor on CLK and MOSI is required. (4).If SPI is not used, the pins MISO can be left open. (5).If ABI, UVW or PWM is not used, the pins can be left open
• Wide Application Range: Suitable for robotics and actuators with joint angle feedback, gimbal and camera stabilization for pan/tilt/roll, stepper motor closed-loop verification to prevent step loss, industrial automation for valve and dial position monitoring, and DIY HMI rotary knobs for educational labs