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Part Number: TPD3S716-Q1 Tool/software: Hi Ti team
We use TPD3S716-Q1 as USB2.0 interface protector in IVI system based on Qualcomm platform.
After downloading image to SOC by using USB2.0 connected to host PC, we powered off the whole board but kept…
Part Number: TPD3S716-Q1 Other Parts Discussed in Thread: TUSB4020BI Hi Application team:
My Customer have design in 2x TPD3S716QDBQRQ1 for USB both upstream and downstream port applicaiton.
could you please help review schematic and give review suggestion…
Part Number: TPD3S716-Q1 Hi team,
TPD3S716-Q1 guarantees a short-to-battery of 18VDC.
So how big is the ringing that occurs in a short-to-battery warranted?
In the data sheet Fig. 6-10 (P.10), ringing is as much as 40 Vp at a short-to-battery. Is this…
Part Number: TPD3S716-Q1
请问 (Excuse me) VBUS_SYS最大电压超过 (the maximum voltage exceeds) 6V,最大可以支持多少 (what is the maximum voltage that can be supported?) V,多长时间呢 (how long)?
Part Number: TPD3S716-Q1 Hi Expert,
During the verification for USB protector TPD3S716, I met an issue on the fault pin (Pin 10), issue description is shown as below, and also attached the partial schematic for you reference.
The fault pin is pull_up…
Part Number: TPD3S716-Q1 Hi team,
Is it possible to supply VIN=3.3V using resistor divider from 5V(VBUS) supply?
There is no 3.3V rail in my board and would like to use 5V to generate 3.3V.
regards,
Part Number: TPD3S716-Q1 Hi team,
Could you advise the minimum capactiance required for Bypass capacitor connected on VBUS_SYS pin?
I only use upto 500mA or 900mA, I would like to know the minimum requirement for the cap.
regards,
Part Number: TPD3S716-Q1 Hi Team, i'm looking for driver source for ' TPD3S716 ', on linux kernel-5.4 for the SOC-qam8295p.
I'm unable to find in OpenSource kernel. Pls let me location of the driver source.
Regards
K.Mani
Part Number: TPD3S716-Q1 we are driving VEN and DEN to disable/enable data path and VBUS path Using 1.8V GPIO .
supplies to TPD3S716-Q1 are VIN =>3.3V and VBUS_SYS =>5V.
so is it ok to to drive VEN and DEN with 1.8V ?