Part Number: DS15BR400 Tool/software: Hello Team,
Could you please provide the AEC-qualified equivalent for the part DS15BR400TSQ/NOPB ?
Best Regards, Grieshma Unnikrishnan
Part Number: DS15BR400 Other Parts Discussed in Thread: DS25BR400 , DS15BR401 ,
Hi Nasser,
DO we need 100 ohm resistors at the input as shown in the document given in the link below?
https://www.ti.com/lit/ug/snlu010/snlu010.pdf?ts=1696534591539&ref_url…
Part Number: DS15BR400 Hi,
I have a question about the DS15BR400.
The interface that Nokia is planning to use the DS15BR400 has AC coupling caps.
From the datasheet it’s not very clear if we need to add external bias resistors at the input of this…
Part Number: DS15BR400 Tool/software: Could you please provide the junction-to-board (JB) and junction-to-case (JC, top) thermal resistances for the 32-pin WQFN (RTV0032A) package? The DS15BR400TSQ/NOPB datasheet only lists a junction-to-ambient (JA)…
Part Number: DS15BR400 Tool/software: Hi,
I am using 4-channel LVDS buffer IC DS15BR400, I am using only 2 channels.
Un-used channels should be left floating or should terminate to ground?
Regards,
Pawan
Part Number: DS15BR400 Hi TI support, I just found out that the re-driver TI part DS15BR400 is being used with TX_n is attached to pin 28 (OUT2+) and TX_p is attached to pin 27 (OUT2-). Q: Is this a problem? What affects the differential signal back to…
Part Number: DS15BR400 Hi team,
When we use only 2 channels, how much supply current shold we expect?
My customer want to use lower rating LDO to cut the cost.
Regards,
Measured was done single ended at 'p' leg of differential pair. Input was measured first (Input from FPGA directly at DS15BR400 input pin), and then the output (again, directly at the pin). In both measurements oscilloscope was connected to GND at the…
Part Number: DS15BR400 Hi Madam/Sir,
For DS15BR400, when it was powered up and enabled, there found the OUT+ will output ~1.8V when there is no any input at IN+ (~0V), see below. Is there any way to make OUT be synchronized with IN?
In the other…
Part Number: DS15BR400 Dear TI associate, back in January of 2020 Lee replied back to Lindsey as:
Hi Lindsey,
The unused inputs should be tied off as listed below to ensure the outputs remain in a stable state.
IN+ = 3.3K to VDD
IN- = 3.3K to…
