Part Number: SN65LVDS4 Other Parts Discussed in Thread: DSLVDS1001 Dear Anyiam,
please can you confirm that we can connect DSLVDS1001 to SN65LVDS4 when VCC and VDD of SN65LVDS4 are powered with 1.8V ?
Best Regards,
d.
Part Number: SN65LVDS4 Other Parts Discussed in Thread: SN65LVDS1 Hi I was looking at the SN65LVDS4 which looks like a pretty cool 1.8V part. On the data sheet in typical application circuits it shows a single ended to differential driver providing the…
Part Number: SN65LVDS4 Other Parts Discussed in Thread: DS90LV017A , SN65LVDS1 , DS10BR150 Do you make a 500mhz LVCMOS to LVDS translator or buffer or converter?
All the ones I've found seem to top out at around 250Mhz or so.
Thanks,
Part Number: SN65LVDS4 Hi,
The SN65LVDS4 part contains an added residual jitter rms value of 370fs. Is any infromation available, if relevant, about the peak to peak period jitter of this part ?
Best regards,
JF
Part Number: SN65LVDS4 Hello Team,
Looking at the SN65LVDS4 data sheet which VDD is used for the prop. delay specification, please?
In the datasheet no min but a max value for the propagation delay is given. Could you please give me a minimum value for…
Part Number: SN65LVDS4 Hi team,
I would have some questions for SN65LVDS4 in several conditions. I would like to know, what could happen:
3.3V is missing, but 1.8V is supplied
1.8V is missing, but 3.3V is supplied.
1.8V is missing, 3.3V is supplied but…
Part Number: SN65LVDS4 Other Parts Discussed in Thread: SN65LVDS2 , SN74AUC1G125 , TLV713P Could you tell me an alternative device or circuit for LVDS receiver SN65LVDS4 operating at 1.8V single power supply? - Input: LVDS differential signal at 70 to 8…
Part Number: SN65LVDS4 Hello,
I am also looking for a counterpart of SN65LVDS4.
it means 1.8V, 2.5V, 3.3V driver which can convert SE signal to differential. And I need one with low jitter (like SN65LVDS4)
It would be great if you can provide any ideas…
Part Number: SN65LVDS4 Hello Team,
can you share for the SN65LVDS4RSET the following qualification data
- FIT rate - usage temperature - confidence level - activation energy
Thanks,
SunSet