Part Number: TPD2S703-Q1 Hi Team,
The datasheet of TPD2S703-Q1 requires to add a common mode choke and inductor in VD+/- for ESD system setup.
Even they are common when deal with EMC issue. However, I am not sure if I fully understand the meaning.
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Part Number: TPD2S703-Q1 Other Parts Discussed in Thread: TMP451-Q1 , DRA787 , TPD4E02B04-Q1 , I can not find T_case(Tc)/T_ambient(Ta)T_junction(Tj) for below materials from related datassheet.
Could you help to check them?
1. TMP451-Q1: Tc
2. DRA787: Ta …
Part Number: TPD2S703-Q1 Hi Team,
Could we connect CPU D+ to TPD2S703-Q1 D- and CPU D- to TPD2S703-Q1 D+?
In this connection, the same swap of VD- and VD+ is done on USB connector side.
Roy
Part Number: TPD2S703-Q1 Team,
We’re looking for a protection method or device to protect a 5V-tolerant UART bus in the event of short-to-battery (12V) condition.
May you purpose the appropriate solution to me?
Roy
Part Number: TPD2S703-Q1 Hi team,
Is there any device to support only for short to VBUS? That means it just need short to battery on VBUS, and DP/DM is not needed.
Regards,
Jie
Part Number: TPD2S703-Q1 Hi Team,
Would you help describe how the internal ESDs of VD+ and VD- can achieve high standoff voltage (18V) and keep as low capacitance as for USB2.0 high speed data rate?
I try to look into our TVS products and rarely…
Part Number: TPD2S703-Q1 Dear Team,
My customers are designing with TPD2S703 .
They found that when D + /D- is pulled up to 3.3V, a voltage will appear at VD + /VD- during power off.
In the other side, when D + /D- is pulled down to ground…
Part Number: TPD2S703-Q1 Hi Experts,
My customer met a quite strange phenomenon when using TPD2S703-Q1. When they remove Vpwr and pull up EN pin, theoretically the device should shut down and the switch between VD+ and D+ should be turned off. But actually…
Part Number: TPD2S703-Q1 Hi Sir,
I saw the datasheet mentioned TPD2S703-Q1 can support USB3.0 but from the characters table the bandwidth only 960MHz,
How about the performance of USB3.0 2.5GHz?