Part Number: TPD4S014 Hi sypport team.
Please tell me the measurement conditions (environment temperature, measurement circuit, etc.) for the following data in the datasheet P9. Figure 8. Start Up Inrush Current Characteristics
Best regards,
Higa
Part Number: TPD4S014 Hi support team.
I received some inquiries from my customer.
Q1: Is ACK Input? I think ACK is output. Is it typo?
Q2: Is it okay to leave unused pins (4,5,6,7 pin) unconnected?
Best regards,
Higa
Part Number: TPD4S014 Hi Team,
We would like to ask your help regarding our customer's inquiry below.
I am designing a USB-C 5V UFP (power sink) interface on my PCB. I know that 5.1K resistors on CC will allow this mode to activate. However, I am…
Part Number: TPD4S014 hi,
The product page and datasheet state that it is suited for 15kV protection (D+, D-, VBUS, ID pins) - so IEC 61000-4-2 level 4.
But the section 6.2 of the datasheet specifies 10x lower voltage limits (+/- 1500V instead +/-15000V…
Your USB microcontroller has to be able to detect a disconnect on the d+/d- lines by sensing the reflection created by the disconnect.
Do you have access to this interrupt in your system?
Part Number: TPD4S014 Hi,
In evaluating the TPD4S014 EVM, the primary thing we were looking for was how it would fail at voltages beyond its absolute max.
The part blew up at about 50 V and failed open. Can you tell us if this part will commonly (perhaps…
Part Number: TPD4S014 test condition:
D+,D- pin;
ESD 8KV,contact,
Vmax clamp=11.1V
Is the voltage ok?
The Absolute Maximum Ratings of CPU's D+/D- pin is 6V,It will damage the CPU.
Can you help to resolve it?
By the way,what's the Vcalmp in the co…
Part Number: TPD4S014 Hi,
in the TPD4S014 data sheet, we recommend 10 uF on Vbus. I believe this is the max capacitance allowed on Vbus per the spec. Do we really want that much capacitance on Vbus? What is driving this requirement and what is the minimum…