STSPIN Click boards ecosystem

STSPIN™ Click boards™ extend the advantages of STSPIN motor drives to MikroElektronika mikroBUS™ ecosystem

 

ST’s STSPIN™ ICs simplify motor control by integrating the advanced control features, protected output stage, and safety functions including non-dissipative over-current protection in an extremely small footprint. Mounted on the new plug-and-play Click boards, the motor drivers are ready to use without any hardware configuration. In addition, ST has actively supported creation of MikroSDK libraries and code examples, working with MikroElektronika, to deliver high-performing software that lets users get the best from each board.

 

The STSPIN220 Click board contains the STSPIN220 IC, first in the market 10 V stepper driver with the 256-microstep resolution. Delivered in a 3 x 3 mm QFN package, it has the lowest standby current on the market, at 10 nA (typical), and can deliver up to 1.3 A to drive the motor with PWM current control through each of the two on-chip 0.4 Ω H-bridges. discover more

 

The STSPIN820 Click board with the STSPIN820 stepper driver delivers an optimal balance of cost and performance for 7V-45V applications, with the 256-microstep resolution and delivering up to 1.5A in a 4mm x 4mm QFN. discover more

 

The STSPIN250 Click board features the 3 x 3 mm STSPIN250, the smallest high current DC brush motor driver in the market. Suitable for motor voltages from 1.8 to 10 V and capable of supplying up to 2.6 A through 0.2 Ω on-resistance H-bridges, it also has extremely low standby current of just 10 nA (typical). discover more

 

The STSPIN233 Click board for brushless DC (BLDC) motor drives features STSPIN233 motor driver, which contains three half bridges with independent input and enable pins and supports 3-shunt sensing. Ready for 1.8 to 10 V motor operation, the STSPIN233 has ultra-low 10 nA (typical) standby current and comes in the compact 3 x 3 mm QFN package. The STSPIN233 will be available later in Q4.

With their low voltage capabilities, energy-efficient low-resistance MOSFETs, low standby current, and tiny outline, STSPIN motor drivers ensure longer battery life and save space in portable or mobile applications such as consumer appliances, toys, printers, robots, and drones.