Contents
What is DMP in MPU6050?
The next step is to initialize the Digital Motion Processor (DMP). This is the MPU6050’s onboard processor that combines the data coming from the accelerometer and gyroscope. The DMP is the key to using the the MPU6050 and is explained in detail later.
What is FIFO overflow and underflow?
Empty flag is asserted when FIFO is empty. Even after the assertion of full flag, if data is written to FIFO ‘overflow’ condition occurs. Similarly after the assertion of empty flag if read operation is performed then ‘underflow’ occurs. Either overflow or underflow condition causes the data corruption or data loss.
What are the main features of the mpu6050?
The main features of the MPU6050 device are mentioned below. The six-axis MPU-6050 is some time called as a 6 DoF (six Degrees of Freedom) device, as it provides six output values (three from Accelerometer and three from Gyro). The MPU-6050 can communicate using I2C Protocol.
How does the mpu-6050 work with Arduino?
The MPU-6050 can communicate using I2C Protocol. Digital Motion Processor or the DMP is an embedded processor that can reduce the computational load from the host processor, like an Arduino, by acquiring and processing data from Accelerometer, Gyroscope and an external Magnetometer.
What does mpu-6050 stand for in medical category?
MPU-6050 is an IMU Sensor that contains a MEMS (Microelectromechanical System) Accelerometer and MEMS Gyroscope on a single chip. Here, IMU Sensor, where IMU stands for Inertial Measurement Unit, is a device that measures the specific force using Accelerometer, angular rate using Gyroscope and magnetic field using Magnetometers.
What is the difference between adxl 335 and Mpu 6050?
The two common IMUs are ADXL 335 Accelerometer and MPU-6050. The ADXL 335 contains a 3-axis Accelerometer. In case of MPU-6050, it is a six-axis motion tracking device that combines a 3-axis Accelerometer and a 3-axis Gyroscope on a single chip.