Triaxial magnetometer MMC5603 For STEMMA QT/For Qwiic interface

Package : DIY Module

Model Number : MMC5603 Dissipation Power : ... Supply Voltage : ... Application : Computer Type : Voltage Regulator

Origin : China Condition : New Operating Temperature : -40℃~+80℃ Functions : Electronic Module Range of application : Switch And Sensor For Arduino STM

Features: 1. Use high-quality materials with guaranteed quality 2. A magnetometer can sense where the strongest magnetic force comes from and can be used to measure magnetic fields 3. This product does not require welding!  Simply connect to your favorite microcontroller to quickly obtain magnetic measurements 4. The sensor can sense within a range of ± 30 Gauss (± 3000uT or ± 3mT) without the need for range setting, and can output up to 1000Hz rate readings in all 20 bits.  This range is very suitable for reading the Earth's magnetic field (with a maximum value of approximately 0.6 Gauss) or some basic magnets 5. This product has been fully assembled and tested.  Comes with a little 0.1 "standard connector in case you want to use it with a Breadboard or perforated plate.  Four 2.5 mm (0.1 inch) mounting holes make installation easier Parameters: L2C address 0x30 Monolithic integrated 3-axis AMR magnetic sensor Excellent dynamic range and accuracy: ± 30 G FSR 20 Bitwise operation mode 0.0625mG per LSB resolution Implementation of 2mG total RMS noise Heading accuracy of 1 ° The true frequency response of the sensor can reach up to 1KHz L2C peripheral, fast (≤ 400 KHz) mode On chip automatic demagnetization with built-in SET/RESET function Eliminating offset errors caused by thermal changes (open field output) Removing residual magnetization generated by strong external fields On chip sensitivity compensation, on chip temperature sensor Package include: Magnetometer module * 1 Pin arrangement * 1

The line layout is compact and regular, with good electrical insulation and mechanical stability, and can maintain stable performance under different temperature and humidity environments to ensure accuracy and reliability.

In circuit design, carefully planned lines are like precision transportation networks, and lines of different widths and spacings undertake different currents and signals transmission tasks respectively. The key signal lines are impedance matching processing, which greatly reduces signal reflection and attenuation and ensures the stable transmission of high-frequency signals.

All kinds of electronic components are soldered on the circuit board, and the solder joints are full, round, and firm and reliable. Core components like chips are perfectly connected to the circuit board through fine packaging processes to achieve high-speed data processing and interaction.

This circuit board has a wide range of responses in many fields. Whether in the industrial control field that requires extremely high stability or consumer electronics field that pursues extreme performance, it can provide solid guarantees for the stable operation of the equipment with its excellent design and reliable performance, and help various electronic devices play a powerful role.