DRV2624EVM-CT

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The DRV2624EVM-CT evaluation and demonstration board provides an excellent platform for control and execution of the DRV2624 haptic effect generator. The product offers an advanced technology interface to the user, allowing them to develop, evaluate, and demonstrate applications for haptics controllers, haptic actuators, and haptic actuator drivers. The DRV2624EVM-CT evaluation board offers a flexible, cost-effective platform to evaluate and demonstrate haptic effects on the fly, enabling users to create custom haptic effects and test them in their application context.

DRV2624EVM-CT Application Field

The DRV2624EVM-CT evaluation and demonstration board can be used in the below applications:

• Actuator driver evaluation
• Development of haptic-enabled products
• Demonstration of haptic effects
• Creative use of actuator such as touch screens, touch embedded objects, touch embedded packaging, and more.

The DRV2624 evaluation and demonstration board is designed to provide maximum flexibility, allowing easy setup and testing of applications. The board can be used to evaluate and demonstrate haptic effects in a wide variety of applications, including automotive, consumer and industrial applications.

DRV2624EVM-CT Working Principle

The DRV2624EVM-CT evaluation and demonstration board uses the latest state-of-the-art haptic actuator driver integrated circuit, the DRV2624. The board contains a pair of haptic actuators, each with an independent DRV2624 device for controlling and H-bridge power supply for driving the actuators. The board also features an ARM processor based processor subsystem, allowing control, monitoring, and evaluation of the actuator driver performance and functions.

The DRV2624EVM-CT evaluation and demonstration board also supports user input and output signals, allowing the user to evaluate actuator performance and develop haptic effects. The board supports up to three actuators per board and up to nine actuators in a single system. It can also support up to 3A of current for each actuator. The system is programmable and easy to use for developing, evaluating, and demonstrating haptic effects in a variety of application contexts.

The DRV2624EVM-CT evaluation and demonstration board also features an on-board data logger and testing module, allowing users to monitor and record the performance of the actuator drivers. This allows for greater flexibility and accuracy in development and testing of haptic effects. Additionally, the on-board USB device port allows easy connection to a PC for data collection and review. The board also includes an on-board debug port for additional programming and debugging.

Conclusion

The DRV2624EVM-CT evaluation and demonstration board provides a flexible, programmable platform for control and execution of the DRV2624 haptic effect generator. The board is designed to provide maximum flexibility, allowing easy setup and testing of applications. The board can be used to evaluate and demonstrate haptic effects in a wide variety of applications, including automotive, consumer and industrial applications. With its advanced technology and user-friendly interface, the DRV2624EVM-CT evaluation and demonstration board is an ideal platform for creating custom haptic effects and testing them in context.

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