It includes integrated commutation logic, which enables instant motor spin with no code development, while its 180-degree pure sinusoidal outputs provide an efficient and quiet drive.
Key features and benefits of the DRV10963:
•Extended battery life: Low operating range of 5.5 to 2.1 V, low RDSON of less than 1.5 ohm and ultra-low sleep currents extend battery life up to 25 percent compared to nearest competition in fans and portable, battery-powered personal health care and grooming devices, including electric razors and toothbrushes. It provides the lowest quiescent current to further extend battery life – 15 uA compared to 30 uA for the closest competitor.
•Low power: Utilizes a 16-bit, ultra-low power MSP430G2452 Value Line microcontroller with built-in timers, up to 16 I/O touch-sense enabled pins, built-in communication and a versatile analog comparator, allowing wake-up from low-power mode to active mode in less than 1 µs.
•Accelerated time to market: Integrated commutation logic eliminates code development, while advanced on-chip protection reduces design complexity and improves system reliability. This cuts development time from months to minutes.
•Reduced board space and ease of use: Single-chip solution slashes board space by 80 percent compared other discrete solutions, and integrated power MOSFETs simplify layout.
•Efficient and quiet drive: Pure sinusoidal outputs provide efficiency and noise-free operation.
Tools and support
The DRV10963EVM evaluation module is a cost-effective, sensorless solution for running a 3-phase BLDC motor. The EVM includes a TLC555 low-power timer configured to supply pulse width modulation, and a potentiometer to adjust the speed of the motor.
Support is available on the Motor Driver Forum in the TI E2E Community, where engineers can ask questions and get answers from TI experts.
Package, availability and pricing
The DRV10963 is available now in a thermally efficient, 10-pin 3×3 mm USON package with an exposed thermal pad for a suggested retail price of US$0.49 in 1,000 unit quantities.