Feature:
1. 9?axis motion tracking MEMS device, designed for low power consumption, low cost and high performance requirements of consumer electronic devices (including smartphones, tablets and wearable sensors).
2. This module board allows you to easily use InvenSense MPU9150 for prototyping by decomposing all the pins you need into standard 0.1in pitch headers.
3. The board also provides I2C pull?up resistors and a solder jumper to switch the device"s I2C address.
4. The 6?axis MotionFusion algorithm integrated in the part can access all internal sensors to collect a full set of sensor data.
5. Suitable for operation learning and development of college students, engineers, technicians, factories, individual DIY, electronic enthusiasts, etc.
Specification:
Condition: 100percent Brand New
Item Type: MPU9150 Sensor Module
Material: Printed Circuit Board
Purpose: Suitable for operation learning and development of college students, engineers, technicians, factories, individual DIY, electronic enthusiasts, etc.
Sensor Includes: Threeaxis gyroscope + threeaxis acceleration + threeaxis magnetic field
Power Supply: 35v (internal low dropout voltage regulator)
Communication Method: Standard IIC communication protocol
Chip BuiltIn: 16bit AD converter, 16bit data output (magnetic field 13bit)
Gyroscope Range: +25050010002000 degrees s
Acceleration Range: +2+4+8+16g
Magnetic Field Range: +1200uT
Pin Spacing: Approx. 2.54mm 0.1in.
Package List:
1 x Module1 x Pin Header9?axis motion tracking MEMS device, designed for low power consumption, low cost and high performance requirements of consumer electronic devices (including smartphones, tablets and wearable sensors).
This module board allows you to easily use InvenSense MPU9150 for prototyping by decomposing all the pins you need into standard 0.1in pitch headers.
The board also provides I2C pull?up resistors and a solder jumper to switch the device"s I2C address.
The 6?axis MotionFusion algorithm integrated in the part can access all internal sensors to collect a full set of sensor data.
Suitable for operation learning and development of college students, engineers, technicians, factories, individual DIY, electronic enthusiasts, etc.
