[RM3100] Mag Compensation Chip, PNI RM3100 High-Accuracy Mag Geomagnetism,SPI Interface

Specifications:
Interface: SPI interface
Magnet Chip: Magnet module 13156+13104+13101
Voltage Input: 3.3V
Usage: Tilt Angle Measurement
Output: Digital Output
Features: High-revolution, High-precision; Measuring: Triple-axis; is_customized: Yes

Features:
|Arduino High Temperature Sensor|

**High-Precision Sensing Technology**
The WitMotion RM3100 Industria-grade Magnet Field Sensor is a cutting-edge device designed for precise tilt angle measurement. With its advanced triple-axis magnetometer, this sensor offers high-revolution and high-precision readings, making it an ideal choice for a wide range of applications. The sensor's SPI interface ensures easy integration with various microcontrollers, including the popular Arduino platform, allowing for seamless data transmission and control.

**Versatile Applications**
This sensor's versatility is unmatched, making it suitable for a variety of scenarios. From archaeological explorations to industrial automation, the WitMotion RM3100 is a reliable tool for accurate tilt angle measurement. Its customizable nature caters to specific project requirements, ensuring that it meets the unique needs of each application. Whether you're looking to build a digital electronic compass or require a weight sensor for Arduino, this sensor's robust design and performance make it a standout choice.

**Robust and Reliable Performance**
The WitMotion RM3100 is not just a sensor; it's a testament to durability and precision. With its robust magnet module, including the 13156, 13104, and 13101 chips, this sensor is built to withstand the rigors of industrial environments. Its digital output ensures clear and consistent readings, while the sensor's high-temperature resistance makes it a reliable choice for applications that demand longevity and performance in challenging conditions. Whether you're measuring the magnetic compass deviation or weighing objects with Arduino, the WitMotion RM3100 is designed to deliver accurate and consistent results.