Part Number: SN65LVDS31 Hello, Below is a diagram of the system. From the differential source to the line driver (SN65LVDS31/33), I have a 15 feet cable and 3 feet to the SPI Master. Do you think I will have issues with the clock and timing if the master…
Part Number: SN65LVDS31 Other Parts Discussed in Thread: AM26LV31E Tool/software: Hello,
I'm looking for a (lvcmos to) LVDS buffer that can also operate as a RS422 buffer with certain configuration change.
Two different devices that are pin to pin…
Part Number: SN65LVDS31 Other Parts Discussed in Thread: SN65MLVD047 To Whom it May Concern,
I am currently reading Lit Number: SLLD009 (LVDS Application and Data Handbook) and was looking at the Precompensation in the Adjusting LVDS output levels section…
Part Number: SN65LVDS31 Dear TI-support-team,
what is the necessary rise-time on the enable pin (G) for the SN65LVDS31. We have G/ tied to Vcc and on G, we use a RC-circuit that is tied to Vcc to delay the enable of the LVDS-driver for about 20ms.
Is…
Part Number: SN65LVDS31 Hi,
I'm looking at part numbers SN65LVDS31PW and SN65LVDS32PW and I don't seem to see the maximum junction temperature. I see a max operating temp of 85C, but I'm not sure if this is referencing the max junction temperature…
Part Number: SN65LVDS31-EP Is it necessary to have an output series resistor on the LVDS outputs when driving a 100ohm differential load?
Output load is shown to be 5 ohms so a 45-ohm series resistor should help with reflections?
- Michael
Part Number: SN65LVDS31 Hi Team,
We are using SN65LVDS31PWR Line Driver in our design and we are performing Thermal Analysis so we need the Maximum operating Junction Temperature for analysis and same is not found in datasheet.
Regards,
Mahesha R
Mistral…
Part Number: SN65LVDS31 Hello,
We have this device driving an unpowered FPGA and we are trying to figure out the implications.
From the datasheet, the drive current is typically 3.4mA across a 100 ohm resistor and short circuit current for one of the…