DRV2605LEVM-CT

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DRV2605LEVM-CT evaluation and demonstration boards and kits, manufactured by Texas Instruments, are used to quickly and easily test and evaluate its new DRV2605L haptic driver IC. The board is equipped with a Bosch BMA456 accelerometer, LEDs and tactile transducers to enable quick experimentation with the driver IC. Developers can make use of the board to test the driver IC’s full feature set, such as the automated gain control, Braille click sensation, vibration damping, and amplitude modulated waveforms. Additionally, the board easily integrates into existent systems and enables the development of novel haptic feedback applications.

The DRV2605LEVM-CT evaluation and demonstration boards and kits are based on the DRV2605L IC. It incorporates an ARM Cortex-M3, a capacitive touch keypad controller, and a direct PWM output to drive an external haptic transducer. The powerful DRV2605L IC supports a variety of waveforms and modulation options. It also provides a low power sleep mode, low distortion and low noise circuits and high efficiency output stages.

The DRV2605LEVM-CT evaluation and demonstration boards and kits are easy to use and include a host of features. The onboard microcontroller-based system is powered by USB port and can be connected to a PC for programming. The boards include LEDs to provide visual feedbacks. The board also includes a Bosch BMA456 accelerometer, which enables users to measure vibration levels and automate feedback. Additionally, the board includes tactile transducers for quickly testing and evaluating the driver IC. The board can easily be used to control a wide variety of haptic actuators.

The DRV2605LEVM-CT evaluation and demonstration boards and kits simplify the development and evaluation process of DRV2605L haptic driver IC. It allows users to quickly and easily develop haptic feedback applications. Additionally, the board can be used to develop novel haptic feedback applications and control a wide variety of haptic actuators. The board is designed to be easily programmable and also includes powerful debugging capabilities. The board includes LEDs to provide visual feedback, plus a Bosch BMA456 accelerometer and tactile transducers to enable quick experimentation.

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