MTO-EV010FTAG(TB67S213FTAG)

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MTO-EV010FTAG (TB67S213FTAG) is an evaluation and demonstration board and kit for low-voltage full-bridge gate drivers. It is a key component for motor control applications, involving front end signal processing and driving of power devices for low-voltage motors. This board and its accompanying evaluation board provide the user a platform to evaluate the performance and specifications of the low-voltage full-bridge gate driver.

The board itself comprises of two 8A power stage FETs, an analog front-end, a control IC and a digital logic controller. It is designed to enable the user to quickly evaluate and test the TB67S213FTAG low-voltage driver, while also serving as a reference for further development and innovation in motor applications.

The evaluation board includes a collection of signal connections, enabling the user to quickly connect the board to their external system components such as motors, batteries, and power supplies. It features two-channel half-bridge and full-bridge drivers, both with single-pole double-throw (SPDT) relays to enable the user to quickly switch between half-bridge and full-bridge mode. On the analog side, the board includes two analog inputs for the two channels, which offer the user flexibility in terms of current and voltage control, as well as a full range of signal conditioning options.

On the digital side, the core of the evaluation board is the MTO-EV010FTAG (TB67S213FTAG). This device is a low-voltage full-bridge driver, which means that it is designed to drive two power FETs in parallel such that each one is driven with the opposite polarity of the other, to create a full-bridge motor drive configuration. It includes two integrated analog amplifiers, which provide the user with control of the motor drive current and voltage. Additionally, it employs a dual-channel PWM generator module, which helps to reduce switching losses, improve efficiency, and also helps to lower overall system costs.

In order to take full advantage of the driver’s capabilities, the MTO-EV010FTAG (TB67S213FTAG) evaluation board includes a vast array of onboard peripherals. It includes eight Motor Control Interface (MCI) interfaces, which provide the user with built-in support for a variety of Motor Control peripherals, such as speed and position encoders, infrared and hall effect sensors, relays, and more. It also includes dual high-speed CAN transceivers, as well as a number of connectors to enable the user to easily expand the board’s capabilities.

Furthermore, the platform’s digital logic controller can be used to easily debug and verify the driver’s operation, as well as providing the user with control over the various peripherals connected to the board. The digital logic controller is also readily programmable, allowing the user to easily customize the board’s features and behavior.

In summary, the MTO-EV010FTAG (TB67S213FTAG) evaluation board and kit is an ideal platform for quick and easy evaluation of low-voltage full-bridge gate drivers. With a comprehensive collection of peripheral components, the kit provides the user with a powerful platform to quickly prototype and theoretically evaluate motor performance. This straightforward, yet powerful platform is the ideal entry point into the world of low-voltage motor application development.

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