Part Number: TPD4S201-Q1 Hello Expert:
I saw the TPD4S201-Q1 including short VBUS on CC and SBU pins target 50V example.
However , Just saw max tolerance is 51V on SBU1/2 pins in datasheet definition cannot get CC pins max tolerance, I would like…
Part Number: TPD4S201
Hi team,
Purpose: To confirm the recommended handling of unused SBU-related pins.
Background / Setup: We are using TPD4S201RUKR in our design. In our application, the SBU-related lines are not used.
Question: Can the following…
Part Number: TPD4S201
Hi team,
Purpose To clarify the CC protection behavior under an overvoltage condition.
Background / Setup
Condition: Overvoltage occurs on CC1
Issue / Question
When an overvoltage is applied to CC1, what is the…
Part Number: TPD4S201-Q1 Other Parts Discussed in Thread: TPD4S201 , Hi TI Team,
Good day.
Please kindly help to provide datasheet of below MPNs?
TPD4S201QRGR
TPD4S201TRGRRQ1
LMR604063SRAKRQ1
PLMR604063SBRAKRQ1
And Please kindly help…
Part Number: TPS25751EVM Other Parts Discussed in Thread: TPD4S201
Hi team,
My understanding is that TPD4S201 is connected on this EVM mainly for ESD protection and short‑circuit protection of the USB Type‑C CC pins.
However, the CC pins are…
Part Number: TPD4S201-Q1 Since we don't have SBUx lines to protect we would like to use the short to Vbat and ESD protection on our DP, DM signal. Datasheet briefly mentions this. Can you elaborate on any considerations or concerns we should be aware…
Part Number: TPS25751 Other Parts Discussed in Thread: BQ25731 , , TPD4S201
Hi team, Could you please kindly explain of BQ25731 + TPS25751DREFR OTG mode operation and squence? Thanks Best Regards, William Lai
Part Number: TPS25751 Other Parts Discussed in Thread: TPD4S201 Hello, Ti Engineers
I conducted the USB-IF Certification Test.
But 'Unpower CC Voltage' item was failed.
I don't know why it failed.
Please let me know what caused the failure.
…
Part Number: TPS25751 Other Parts Discussed in Thread: TPD4S201 Hi team,
Background: We are evaluating TPS25751D for a USB Type‑C/PD design. We need to understand whether the high‑voltage pass FET (PPHV) can be fully disabled either by configuration…
