![GY-3110 MAG3110 Triple 3 Axis Magnetometer Electronic Compass Sensor Module For Arduino GY-3110 MAG3110 Triple 3 Axis Magnetometer Electronic Compass Sensor Module For Arduino](https://hubtronics.in/image/cache/catalog/sagar/mag3110-module-1-550x550.jpg)
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![GY-3110 MAG3110 Triple 3 Axis Magnetometer Electronic Compass Sensor Module For Arduino GY-3110 MAG3110 Triple 3 Axis Magnetometer Electronic Compass Sensor Module For Arduino](https://hubtronics.in/image/cache/catalog/sagar/mag3110-module-3-550x550.jpg)
![GY-3110 MAG3110 Triple 3 Axis Magnetometer Electronic Compass Sensor Module For Arduino GY-3110 MAG3110 Triple 3 Axis Magnetometer Electronic Compass Sensor Module For Arduino](https://hubtronics.in/image/cache/catalog/sagar/mag3110-module-1-80x80.jpg)
![GY-3110 MAG3110 Triple 3 Axis Magnetometer Electronic Compass Sensor Module For Arduino GY-3110 MAG3110 Triple 3 Axis Magnetometer Electronic Compass Sensor Module For Arduino](https://hubtronics.in/image/cache/catalog/sagar/mag3110-module-2-80x80.jpg)
![GY-3110 MAG3110 Triple 3 Axis Magnetometer Electronic Compass Sensor Module For Arduino GY-3110 MAG3110 Triple 3 Axis Magnetometer Electronic Compass Sensor Module For Arduino](https://hubtronics.in/image/cache/catalog/sagar/mag3110-module-3-80x80.jpg)
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GY-3110 MAG3110 Triple 3 Axis Magnetometer Electronic Compass Sensor Module For Arduino
GY-3110 / MAG3110 is a small, low-power, digital 3-axis magnetometer. The device can be used in conjunction with a 3-axis accelerometer to produce orientation independent accurate compass heading information. It features a standard I2C serial interface output and smart embedded functions. This board breaks out all of the pins for the MAG3110 to a standard 0.1" header and also supplies the necessary filtering capacitors so that you can easily use them in your next navigation project.
Note : You will need to use a logic level converter if you are using an Arduino Uno or similar 5V logic device. Even if 3.3V is to be supplied to the VDD, an Uno putting out 5V logic can still fry this breakout.
Specifications
- Full Scale Range ±1000 μT
- 1.95V to 3.6V Supply Voltage
- 7-bit I2C address = 0x0E
- Sensitivity of 0.10 μT
- Pull Up Resistor Jumper