Other Parts Discussed in Thread: TPD4E02B04 , TPD4E05U06 , TPD4EUSB30 , TPD4E1U06 , TPD4S010 Dear all,
please can You suggest me TI ESD diode IC for 10GBase-T ethernet?
Here are some parts that I find interesting:
TPD4E02B04
TPD4E05U06
TPD4EUSB30…
Hello Garrick,
I have some observations on the schematic you attached:
1- Remove R14 from USB_UP_P
2- Remove the 15K pull-down resistors from the downstream ports (R18..R62)
3- Use stronger PU/PD resistors on all configuration terminals; 4.7K…
Other Parts Discussed in Thread: TPD6S300 , TPD2S300 , TPD8S300 , HD3SS3220 , TPD4EUSB30 , TPD2EUSB30 , TPD4E02B04-Q1 , TPD4E05U06-Q1 What type of protection on the VBUS do you recommend for the USB (3.0/3.1/3.2) Type C connector ?
In previous USB 2…
Hi Guy Yater,
Thanks for the response.
When I was going through http://www.ti.com/lit/sg/sszb130b/sszb130b.pdf this document & I found recommended part as TPD8E003.
So now I'm in confusion to use any one of them, Can you please suggest me , which…
Part Number: OPA1632 Hi Team,
I have a problem on the small boards (AFE) of the new dEdge that based OPA1632.
I got in the first input pin 1v and the second input pin 4v even I don't supply voltage, I run it in the TINA and not see this behaviour…
Hi Brian,
The snap you shown is general USB 3 interface impedance values or from any spec? Please share the file for my reference. But what about the impedance values from SOC design guide what I shared before? I have attached the layout guidelines…
DSI interface can operate a max of 2.5Gbps (1.25GHz). Its is considered a high speed interface,and should be treated with care. B2B connectors bandwidth specifications are often not reliable, thus recommended getting S-param model for connector and simulating…
Hi Dongdong,
Theoretically you can cascade three of TMUX136 pathways in series and it can achieve a BW of at least 1GHz and realistically more - however in practice there are many nuances in the design that are required to achieve that bandwidth without…
I'm attaching a similar processor EVM design (same processor package, similar functionality) - you can see how power supply for 1.8V eMMC is implemented (combined with other 1.8V rails). That is why I recommend combine with V1_8D on TI's AM571x EVM design…
