MOJOYCE GY-271 3 Axis Magnetic Field Compass Magnetometer Sensor I2C IIC Triple Axis Compass Magnetic Sensor Module QMC5883L for Arduino

3 Axis Magnetic Field Compass Magnetometer Sensor 3V-5V Triple Axis Compass Magnetic Sensor Module HMC5883L QMC5883L for Arduino Features: 1. High-Precision Magnetic Field Measurement: Experience unparalleled accuracy with the GY-271 triple axis compass magnetometer sensor, equipped with a high-quality chip for precise magnetic field measurements. It provides accurate magnetic field data and has a wide dynamic range to accommodate various magnetic field strengths and orientations. 2. Three-Axis Magnetic Field Detection: This tri-axis compass magnetometer module supports independent magnetic field measurements along three axes, allowing you to detect and measure magnetic field intensities in all directions. 3. Digital Output: This 3 axis magnetic field compass magnetometer sensor conveniently transmit data through the digital interface, enabling seamless connection and communication with microcontrollers or other devices. 4. Fast Response Time: With its rapid response characteristics, this three axis magnetic field module swiftly captures and transfers magnetic field data. It comes with user-friendly instructions and example code, making it easy to use and reducing the learning curve. 5. Low Power Consumption: Designed with energy efficiency in mind, this electronic compass magnetic sensor module consumes minimal power during operation, maximizing device usage time. Its compact size facilitates easy installation and integration, making it suitable for applications with space limitations. Specification: Origin: Mainland China Model: GY-271 Chip: HMC5883L (Ordinary Version)/QMC5883L (Upgraded Version) Power Supply: 3-5v Communication Mode: IIC Communication Protocol Measuring Range: ±1.3-8 Gauss Product Size: 15.00x13.00x4.00mm/0.59x0.51x0.16inch Note: Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you! Please allow 1-2cm measuring deviation due to manual measurement.