Part Number: TPD1E04U04 Other Parts Discussed in Thread: STRIKE , ESD321 Hi Team,
I have found that the lowest clamping voltage among TI ESD products is still above 5V, however, the absolute maximum rating of DSP like C2000 is 4.6V, I am wondering if we…
Part Number: TPD1E04U04 Other Parts Discussed in Thread: TPD1E01B04 ,
Hi team,
I looked the the promotion slide and see you recommend TPD1E01B04 on USB3.2, and TPD1E04U04 on HDMI 2.0.
1. is this because TPD1E01B04 has lower cap value so it's more suitable…
Part Number: TPD1E04U04 I want to use the TPD1E04U04 esd protection part in the smaller DPL (0201) package.
When I get the KiCAD models from ultra-librarian, the 3D model and the footprint appear to be in of the 0402 size part. Am I crazy, or is this…
Part Number: TPD1E04U04 Other Parts Discussed in Thread: ESD351 Hi,
I am trying to decide between ESD351 Vs TPD1E04U04 to achieve lower clamping voltage. Since the datasheets donot show the levels for same waveform it is difficult to compare these parts…
Part Number: TPD1E04U04 Other Parts Discussed in Thread: TVS1401 , TVS2201 We are planning to use TPD1E04U04 for VBUS line of MicroUSB in our design. According to the fast charging standard of power delivery 1.0, the product can be charged with a voltage…
Part Number: TPD1E04U04 Other Parts Discussed in Thread: ESD321 Hi
Could you kindly advise on the functional diagram of TPD1E04U04 ?
The device has two diodes for high-side and low-side and zener diode but ESD321 has only zener diode.
What is the benefit…
Hi unfortunately most datasheets do not provide the IEC ESD clamp tolerance but only the DC level abs max. It is typically done through empirical testing or experience or in case of a customer solution getting the information from the chip provider if…
Part Number: TPD1E04U04 Hi Sir,
My customer needs the reflow information of TPD1E04U04 as below( and the attachment):
1. Reflow peak temperature
2. Reflow peak time
3. Liquidus 217 temp. Liquidus >80 sec
These data cannot be found in the datasheet…
Part Number: TPD1E04U04 Hi Sir,
May I know that why TPD1E04U04 has the same withstand V (±16kV (air) ±16kV (contact)) for both air and contact condition?
Thank you for your kindly help!
Best regards,
Candice
Other Parts Discussed in Thread: TPD1E04U04 We have question about TPD1E04U04DPY.
Can this IC use for USB2.0?
Please tell us the recomemnded IC if TPD1E04U04 can't use for USB 2.0.
We would like a product with the same specifications as TPD1E04U04. …