DRV8872EVM

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Evaluation and demonstration boards and kits are often used to evaluate or demonstrate the function of Components, integrated systems or to develop the software algorithms and hardware systems. The DRV8872EVM is an easy-to-use flexible platform based on the DRV8872 motor driver. It provides an interface to the user via I2C for accessing and configuring the motor driver settings. This board enables the users to evaluate and demonstrate the functionalities of the motor driver.

The DRV8872EVM application field is motor control. It can be used to test motor function and characterisation. The board can provide up to 1.5 amps with peak current of 4.5A to drive the motor at a step resolution range of 4-24V. The board features an interface connector compatible with I2C bus which allows for easy connection to other devices. The board also comes with a USB<--> UART Bridge for communication interface with the PC as well as providing power to the board. Furthermore, the board has an onboard digital temperature sensor and can be used to protect the motor from overheating.

The working principle of the DRV8872EVM board is simple and straightforward. The board connects to a power source such as a battery providing up to 24 volts and sends signals to the motor driver which in turn, activate the motor. The board is controlled by an external microcontroller via I2C. It provides a secure connection to the motor driver and the microcontroller, enabling the user to configure motor settings, run applications and debug the board.

The board also allows for easy programming and debugging. It has an on-board USB interface allowing for easy connection to a PC for writing and debugging the code. The board supports a wide range of development kits such as Arduino, Raspberry Pi and STM32. This allows users of these platforms to easily build their own motor control systems.

The DRV8872EVM board is an easy-to-use platform which can be used to evaluate and demonstrate the functionalities of the DRV8872 motor driver. The board can provide up to 1.5 amps with a 24V power source and has an onboard digital temperature sensor for protecting the motor from overheating. It also has a USB interface for connecting to a PC for writing and debugging code. Furthermore, the board supports a wide range of development kits, allowing users to build their own motor control systems.

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