Part Number: DS25BR150 Other Parts Discussed in Thread: DS25CP104A Hi team,
May I have eye mask for SI SIM with LVDS like below figure?
Best regards,
Shunsuke Yamamoto
Part Number: DS25BR150 Other Parts Discussed in Thread: DS25BR110 Hi,
Good Day.
I actually use DS25BR150, but I would like to use DS25BR110. On my board, pins 1 and 4 are NC and I would like to know if it is a problem with the DS25BR110 because for this…
Part Number: DS25BR150 Other Parts Discussed in Thread: TLV3801 , , DS25CP152 Hello,
We're using TLV3801 https://www.ti.com/lit/ds/symlink/tlv3801.pdf in our application and we're looking to split its LVDS output such that one goes to FPGA and the…
Part Number: DS25BR150 Hi ti team,
I try to use DS25BR150 to convert MIPI CSI-2 signals to LVDS on the FPGA without native MIPI D-PHY IO support. For HS of MIPI CSI-2, it meets DS25BR150's datasheet. For LP of MIPI CSI-2, with its 1.2V swing, I am npt…
Part Number: DS10BR150 Other Parts Discussed in Thread: DS25BR150 , Hi,
DS10BR150 had already been verified in customer board, but DS10BR150 meets supply shortage. DS10BR150 performance is good than DS10BR150. Can DS25BR150 be used to directly replace…
Part Number: DS25BR150 I want to use DS25BR150 LVDS BUFFER on my design.
I would like to know if the input is not connected to the device what should be seen on the output of the device?
Is it supports LVDS Failsafe?
Part Number: DS25BR150 Hi team, I received the following question: Our design uses the DS25BR150TSD re-driver chip from TI. The input signals are AC-coupled across a 150pF isolation capacitor. The differential signals output from the re-driver are again…
Part Number: DS25BR150 Hi Team,
Good day. I am posting this in behalf of our cusotmer. We have a question about DS25BR150 3.125Gbps LVDS Buffer. On page one of the datasheet, there is a cable to the input of the DS25BR150. What would be the maximum length…
No newer device has been developed because it would not be possible to obtain much improvement.
This is the only such buffer with integrated termination from TI. (With National Semiconductor, the DS10BR150/DS25BR150 got acquired; see their comparison…
I'm not sure what the actual problem is. It would be helpful to check the waveforms at the receiver with an oscilloscope.
Anyway, a buffer like the SN65LVDT100 or DS25BR150 might help. But if the cable is too lossy, a transmitter with pre-emphasis…
