Part Number: DRV3256-Q1 Other Parts Discussed in Thread: BQSTUDIO Dear,
before to write this Request, I check everywhere on TI Side for any previously reported similar question, but nothing talk about my request:
we are implementing the Gyro-fuse…
Part Number: DRV3256-Q1 Hello,
I am performing an FMEDA for a motor control unit using two TI smart gate drivers (PN DRV3256EPAPRQ1). I am analyzing all the failure modes leading to unintended vehicle acceleration (over torque) and I found this nice…
Part Number: DRV3256-Q1 Hello Team,
we were not able to find the information regarding:
- Internal bandwidth of the shunt amplifier, we noticed only the settling time.
- internal dissipation formula. How can we calculate the maximum switching frequency…
Part Number: DRV3256-Q1 Hello,
We are using DRV3256E IC for our motor driver application. Sometimes we need brake resistor, instead of it can we use active short circuit function of the IC ?
Thanks
Part Number: DRV3256-Q1 Hi, I am currently working on filtering the phase a, b, and c current signals coming from the DRV3256 chip's internal differential op-amps. I am thinking of different ways of how working to remove the DC error due to the internal…
Part Number: DRV8343-Q1 Other Parts Discussed in Thread: DRV8300-Q1 , DRV3256-Q1 Tool/software:
Hi Team,
I am working on the DRV8343-Q1 motor driver. The datasheet mentions 12V/24V , but the application diagram shows an operating range of 5.5V to…
Part Number: DRV3255-Q1 Dear TI Team,
Do you offer an Evaluation Module for DRV3255-Q1 Gate Driver Unit?
In addition, is there available for sale an Evaluation Module for DRV3256-Q1 Gate Driver Unit?
Best regards,
Cvetan Marinov
Hey Matt,
Apologies for the delayed response here.
The AM263x does use a 1.8 V reference for the ADC, but this is internally scaled to support 0V-3.3V ADC input signals. The AM263x ADC VREF signal can also use an internal (3.3 -> 1.8V) LDO that operates…
