Part Number: DRV8410 Tool/software: The DRV8410 datasheet states 0.2V typical , min 0.18V and max 0.23V over a temperature range of -40 to 150 degrees.
Do we have any data on the Vtrip temperature dependency, ie. is Vtrip lower at lower temp and higher…
Part Number: DRV8410 Other Parts Discussed in Thread: DRV8411 , DRV8889-Q1 , DRV8434S , DRV8461 , DRV8462 Hello there,
We planned to use TI’s Stepper motor driver because we are having a few quires.
We are using “SMS6-F40” and "SMSH8-F40”…
Part Number: DRV8410 Other Parts Discussed in Thread: DRV8213 Dear TI experts,
My customer tests DRV8410 for their new product. and they have a question about inrush current.
first they power power up DRV8410 and if motor is moved, I can see inrush current…
Part Number: DRV8410 Other Parts Discussed in Thread: DRV8833C Hi team,
VTRIP of DRV8410 is 180mV min, 200mV typ, 230mV max, but my customer wants < +/-10% accuracy.
Could you please provide the distribution data of Vtrip?
I think DRV8410 can meet the…
Part Number: DRV8410 Other Parts Discussed in Thread: DRV8835 , DRV8836 , DRV8411 , DRV8834
e2e,
We would like to survey 2-phase stepper motor driver solution with micro step drive (sin wave).
Motor power supply will be around 3.5V, and coil resistance…
Part Number: DRV8410 Hello TI team,
There is no download webinar slides of 3.8-Decay mode and 6.5 Motor physics in TI precision Labs - Motor driver.
Please attached related file on TI precision Labs - Motor driver.
Best regards,
Hi Wess,
Thank you for your question. The devices with SPI interface can be used to control by SPI commands.
For BDC driver with 2 A , 24 V, I would recommend to use DRV8242-Q1 SPI variant which allow to contol the mul;tiple motors using SPI interface. Please…
Hi Hollis,
We do have the DRV8962-Q1 or the DRV8262-Q1 which can be used to drive a stepper driver but in general we do not have many stepper motor drivers which are automotive qualified. If the customer is operating with a much lower power level I would…
