【High-Precision 9-Axis Motion Sensor Module】 The MPU-9250 is a high-precision 9-axis motion sensor module that integrates three independent sensors: a triaxial gyroscope, accelerometer, and magnetometer. With a wide operating voltage range of 4.5V to 36V DC, it's Suitable for industrial robotics, flight control, and VR equipment. The built-in DMP (Digital Motion Processor) provides real-time attitude resolution, making it Suitable for advanced motion tracking applications.
【Wide Voltage Input & Stable Performance】 This motion sensor module supports a wide voltage input from 4.5V to 36V DC, with an internal 3.3V LDO regulator for stable operation. It features low power consumption at 3.2mA in full function mode and only 8µA in standby, making it energy-efficient for long-term use. Its robust design ensures reliable performance even under extreme conditions.
【Reliable Durability & Accuracy】 Designed for Reliable s, the MPU-9250 operates reliably between -40°C and +85°C. It offers exceptional accuracy with a gyroscope zero drift of ±1°/s and an accelerometer non-linearity of just 0.5%. The module also withstands up to 10,000g mechanical shock, ensuring durability in demanding applications like vehicle navigation systems.
【Easy Integration with I²C/SPI Interfaces】 The MPU-9250 supports both I²C (0x68/0x69 address options) and SPI (up to 20MHz) interfaces for flexible integration into various systems. It includes interrupt output (INT), frame synchronization (FSYNC), and programmable motion detection, making it easy to implement in custom designs. The ADO pin allows for simple I²C address switching to avoid conflicts in multi-module setups.
【Advanced Magnetic Field Protection & Calibration】 Equipped with a µ-metal shielding cover, this motion sensor module minimizes interference from nearby electromagnetic sources. It also supports software calibration via 3D 8-word rotation, allowing users to fine-tune magnetic field readings for maximum accuracy. Suitable for applications requiring precise orientation sensing, such as AR/VR headsets and autonomous robots.
Description
Product Parameters
Operating voltage:
Logic voltage:3.0V~3.6V DC ( Module comes with 3.3V LDO, support 4.5 V-36V wide voltage input)
Sensor Configuration:
three-axis gyroscope Range ± 250/500/1000/2000 °/s (resolution 16.4 LSB/°/s)
three-axis accelerometer Range 2/4/8/16g (resolution 16384 LSB/g)
of triaxial magnetometer: range ± 4800 μT (resolution 0.6 μT/LSB)
interface protocol :I²C (address 0x 68/0x 69) or SPI (up to 20MHz)
data fusion: built-in DMP (Digital Motion Processor) output 9-axis attitude angle
of power consumption of: working current 3.2mA (full function), standby current 8μA
The accuracy characteristics of :
Gyroscope zero drift: ± 1 °/s (full temperature range)
Accelerometer non-linearity: 0.5%
of working temperature of :-40 ℃ ~ +85 ℃ (industrial grade)
Impact resistance of :10,000g mechanical strength (MEMS structure)
Product main pin function
VIN: DC input positive pole (4.5V-36V DC, connected to the positive pole of the power supply);
GND: power grounding;
SCL/SCK :I²C clock line/SPI clock line;
SDA/SDI :I²C data line/SPI data input;
ADO/SDO :I²C address selection/SPI data output (ground = address 0x 68, VIN = 0x 69);
NCS :SPI chip select (low level active, I C mode needs to be connected to VIN);
INT: interrupt output (data ready/motion detection);
FSYNC: frame synchronization signal (multi-device timing alignment).