DRV8835EVM

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The DRV8835EVM is an evaluation and demonstration board and kit manufactured by Texas Instruments. It is designed as a development platform for DRV8835 motor drivers from TI. The board features two INA140, single-channel, low-side, analog current-sense amplifiers, which are required for evaluating the DRV8835 2-A H-bridge motor driver. The board features two DRV8835 motor drivers, two INA 140 current-sensors with 1.25 V reference voltage voltage regulator and an on-board temperature sensor.

The DRV8835EVM is a powerful system that enables designers to evaluate the features and capabilities of the DRV8835 motor driver. It provides a complete solution for controlling and driving two brushed DC motors. The board uses two DRV8835 motor drivers, which have been designed to operate with input voltages ranging from 3.5 to 10.8 V. The board also features two dual-supply, single-channel, low-side, analog current-sensing amplifiers, INA140. These amplifiers are used to measure the current of each of the motor drivers.

The DRV8835EVM features a range of support tools and software development solutions. TI has also designed the board with a range of on-board connectors, such asdebug header and I2C connector. The board also features several EMI filters, which are used to protect against electrical interference from other sources. Additionally, the board also includes an on-board temperature sensor, which can be used to monitor the temperature of the DRV8835 motor driver.

The DRV8835EVM provides a solution for quickly and easily evaluating and demonstrating the capabilities of the DRV8835 motor driver. The board is designed as an application field platform that enables users to quickly and easily evaluate and demonstrate the DRV8835 motor driver. The board also enables users to evaluate various application areas, such as motor control, automotive, industrial, and medical applications.

The working principle of the DRV8835EVM is based on the H-bridge principle. The board is designed to support both single-directional and bi-directional motor control, which is enabled by the two hall-effect sensors on the board. The hall-effect sensors are used to measure the speed and direction of the motor, which allows the board to control the speed and direction of the motor. The DRV8835 motor driver is used to provide drive control and protection for the two motors.

The DRV8835EVM board is an excellent tool for developers and designers who are looking to evaluate and demonstrate the capabilities of the DRV8835 motor driver. It is a powerful system that provides a comprehensive solution for controlling and driving two brushed DC motors. The board can be used for evaluating a range of applications, such as motor control, automotive, industrial, and medical applications.

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