| TI introduces industry’s most highly integrated piezo haptic driver |
| Thursday, 28 July 2011 16:58 |
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The DRV8662 also lowers total solution cost by 40 percent compared to competing solutions, thanks to an efficient, transformer-less design. With the capability to drive a wide range of piezo actuator voltages and fast start-up time, the DRV8662 benefits designers creating fast, high-definition haptic designs. To order samples and learn more, visit: www.ti.com/drv8662-preu. “Realistic tactile feedback effects considerably enhance the overall user experience of touch-enabled consumer electronics devices,” said Steve Anderson, senior vice president of TI’s High Performance Analog business. “The integration of the DRV8662 haptics driver makes it easy to include effects like localized vibrations and frequency variations in both touch screen-input devices and those without a touch screen, from mobile phones and tablets to computer accessories, home appliances, and industrial automation consoles.” Key features and benefits
Availability and pricingThe DRV8662 is available now in a 4-mm x 4-mm x 0.9-mm QFN package, priced at $1.75 in quantities of 1,000. Tools and supportAn evaluation module is available for the DRV8662, priced at $100, and includes a fully-programmable MSP430G2553, as well as analog and digital interfaces for complete standalone and in-system evaluation. Out of the box, the MSP430 is programmed with sample haptic waveforms for immediate evaluation. To view more information, including reference material and sample code, and to place an order, visit www.ti.com/drv8662evm-pr. A simulation model for the DRV8662 is also available in TINA-TI 9.1, a SPICE-based analog simulation program. Download TINA-TI 9.1 at www.ti.com/tina-ti-download-pr. OMAP compatibilityThe DRV8662 can be used with TI’s OMAPTM family of processors in touch screen-enabled devices, such as handsets. The processing power of the OMAP devices, coupled with the high-definition haptic effects enabled by the DRV8662, significantly improve the user experience. Learn more about the DRV8662 and haptic technology by visiting the links below:
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