Part Number: DS90UB941AS-Q1 Other Parts Discussed in Thread: TPD1E05U06-Q1 , TPD1E0B04 , TPD1E01B04 Hello Community, I have three options to protect FPDlink bus against ESD
PART CL Vwrv Vbreak Vclamp Type
TPD1E05U06-Q1 0.5pF 5.5V 8.7V 14V Diode…
Hi,
Which ESD protection devices do you use ?
The ESD strike can enter the chip in a number of different ways pending your layout and casing. The antenna is a common route for ESD and recommend to protection the antenna port with TPD1E0B04: http:…
Part Number: CC1310 Other Parts Discussed in Thread: CC2530 , TPD1E0B04
Hi, I need to know what would be the best antenna protection for a CC1310, currently I am using modules from the supplier ebyte. www.ebyte.com/.../new-view-info.aspx I need to know…
Hello,
I am not an expert on antenna design but I do know that most of the time the key care abouts for Antennas is the low capacitance of ESD diodes so that their signals can be transmitted uninhibited.
We have some ESD diodes like the TPD1E0B04…
Hi Paul,
Thank you very much for the prompt reply.
We prepared TPD1E0B04 sample for them and they received the sample yesterday. They will start to evaluate the device effect today.
Do you think TPD1E0B04 is the better device as ESD/Surge protection…
Hi Ali,
This is ESD Diode we use on our RF line and all reference designs but can also be used on any lines.
TPD1E0B04DPY: https://www.ti.com/product/TPD1E0B04
Best regards,
Bun
Cameron,
I'm looking for a device such as TPD1E0B04 but with a much lower DC Breakdown Voltage around 2V and suitable for an antenna used at sub1ghz frequencies.
A two-chip solution can be considered as well.
Can you please suggest any suitable…
Part Number: TPD1E1B04 Other Parts Discussed in Thread: TPD1E0B04 Hi TI Team,
We are Taiwanese team that supports TI products．
At present, we talk about the ESD solution with our customers in Taiwan.，
Since this application is an antenna related…
Hi,
RF_P and RF_N are the most sensitive to an ESD strike especially if the ESD over-voltage was on the antenna. Due to the physical size of the antenna, it unfortunately takes the largest hit when receiving an over-voltage; which then goes to the RF_P…
