Experience precise and reliable angular position measurement with this advanced 14-bit Magnetic Rotary Encoder, designed for seamless integration in various shaft applications. Utilizing cutting-edge non-contact magnetic sensor technology, this encoder delivers full 360-degree absolute angle measurement with exceptional accuracy and versatile output options including PWM, SPI, and I2C interfaces. Key Features: · 14-Bit High Resolution: Provides a full-scale resolution of 16384 steps per rotation, enabling highly accurate position detection with an angle accuracy of up to 0.05°. · Non-Contact Magnetic Sensing Technology: Ensures durable, wear-free operation and long-term reliability by eliminating mechanical contact and friction. · Flexible Output Interfaces: Supports pulse width modulation (PWM), SPI, and I2C communication protocols, ensuring easy integration with a wide range of microcontrollers and control systems. · Programmable Zero Position: Allows simple programming of the 0 position via SPI or I2C commands without requiring specialized programming equipment, offering flexible installation and calibration. · High Operating Tolerance: Capable of handling center position deviations between the sensor and magnet, air gap variations, and extreme temperature ranges from -40°C to +150°C, ensuring stable performance in harsh environments. · Compact and Durable Design: Constructed with synthetic paperboard material for lightweight yet robust housing, suitable for various industrial and electronic applications. · Power Supply: Operates efficiently on a 5V DC power supply for stable and consistent performance. Specifications: · Item Type: Magnetic Encoder · Resolution: 14-Bit Full-Scale Resolution (16384 steps) · Angle Accuracy: 0.05° · Power Supply Voltage: 5V DC · Material: Synthetic Paperboard Package Includes: · 1 x Magnetic Rotary Encoder This Magnetic Rotary Encoder is ideal for applications requiring precise absolute angle measurement and reliable digital output signals. Whether for robotics, automation systems, or angular position sensing tasks, its high resolution, flexible communication interfaces, and robust tolerance to environmental variations make it a trustworthy and accurate solution for your projects.