DRV2625EVM-CT

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The DRV2625EVM-CT is a demonstration and evaluation board for TI\'s DRV2625 piezo Smart Haptic Driver. It is designed to be used with a wide variety of vibration motors, including linear resonant actuators (LRA) and erm-type motors, creating the haptic feedback for user interaction. DRV2625EVM-CT evaluation board is composed of DRV2625 device itself, as well as test points, displays, and connectors for easy evaluation. The board also has algorithms for typical DRV2625 waveforms, which can be easily changed and customized, saving time and resources.

The DRV2625EVM-CT is used to evaluate and demonstrate the performance of the DRV2625 device, and to illustrate the features of the device, such as its adjustable voltage output, analog current control, and variable current outputs levels. It is designed for embedded system developers and system integrators to quickly and easily interface their motor with their project and prototype many applications of the DRV2625 device faster and easier.

The DRV2625EVM-CT is a flexible and compact board that provides a simple and easy way to evaluate the performance and features of the DRV2625 smart haptic driver. It contains all the necessary components required for a typical application. An onboard power supply allows the user to evaluate the board under different supply conditions, and two headers for easy connection to an external power supply are also available. The DRV2625EVM-CT board contains various haptic waveforms and algorithms already programmed, and can be customized and programmed with an external MCU as needed.

The DRV2625EVM-CT demonstration board is based around the DRV2625BQR device, which is equipped with a wide variety of features, such as an adjustable voltage output, analog current control, and adjustable current output levels. The board also includes a three-wire digital interface, allowing the user to control and monitor the motor through SPI and I2C communication. Additionally, external control pads allow the user to control the haptic intensity and haptic duration values of the motor.

The DRV2625EVM-CT is a versatile board that can be used to evaluate, customize and prototype a wide range of haptic applications, from basic linear response motors to high-performance erm-type motors. It enables users to design their own custom waveforms and algorithms. Once the customizations have been programmed, they can be used with the DRV2625 driver to create the haptic feedback required for their applications. The board also includes a sound control tool, which enables the user to use audio to control the vibration intensity of the motor.

Overall, the DRV2625EVM-CT is an evaluation and demonstration board for TI\'s DRV2625 device. It provides an easy and convenient way to evaluate and customize the performance and features of the device. It is capable of being customized with an external MCU and is a great resource for developers and system integrators when they are working on various haptic application projects.

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