EV_MPU-6500 Development Boards, Kits, Programmers

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The EV_MPU-6500 is a sensor evaluation board manufactured by Seon Design Corporation. It consists of a motion-sensing hardware board along with a development platform for the embedded system designer. This board is commonly used in applications such as robotics, surveillance, motion sensing, etc. and it is also used for developing software for medical, industrial, and other sectors.

The motion-sensing hardware of the EV_MPU-6500 includes sensors such as a 3-axis accelerometer, 3-axis gyroscope, 3-axis geomagnetic, and pressure sensor. It also includes an input/output (I/O) processor, processor, MCU, on board memory, and a 12-bit analog-to-digital converter (ADC). The board is powered by a 5V power supply and has a USB connection which can be used to both program and debug the board. It also features a user interface which provides control and feedback, allowing the user to change the configuration on the board.

The EV_MPU-6500 employs the I2C bus protocol to communicate with other devices. This means that the board is compatible with a wide range of I2C-compatible devices, making it easy to integrate with other IoT systems. Additionally, the board has been designed to ensure that the on-board sensors do not interfere with each other, making data acquisition more reliable.

The main application field of the EV_MPU-6500 is motion sensing applications. The 3-axis accelerometer can detect the movement in both linear and angular directions, while the 3-axis gyroscope is used to detect the internal rotation of objects and the 3-axisgeomagnetic for directional navigation. Additionally, the pressure sensor can be used to measure pressure and altitude. The combination of these sensors ensures that the board is suitable for a wide range of motion-sensing applications.

The working principle of the EV_MPU-6500 is based on the use of the combination of its sensors. The accelerometer measures the linear acceleration in three directions (X,Y, and Z), while the gyroscope measures the rate of rotation in three directions (X,Y, and Z). The geomagnetic sensor measures the strength of the Earth’s magnetic field in three directions (X,Y, and Z). The pressure sensor is used to measure the pressure in the atmosphere and it is also correlated with the altitude of the board. The board is then able to calculate these input measurements and turn them into usable data, which can be used in various motion sensing applications.

In summary, the EV_MPU-6500 is a versatile evaluation board suitable for a variety of applications. It combines a motion-sensing hardware along with a development platform to easily program and debug. The board is powered by a 5V power supply and has a USB connection, while the I2C bus protocol is used to communicate with other devices. The board’s main application field is motion sensing, due to the combination of its sensors, and its working principle is to collect raw input data and turn it into usable data.

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